Articles and expert insight by Summit Steel Buildings

Pre-engineered steel buildings deliver lower total cost of ownership

Tue, 14 Apr 2026 16:15:31 GMT

Engineering and architectural firms and industrial owners gain lifecycle cost advantages for modern warehouse and facility investments when using metal building construction.

In today’s competitive industrial real estate environment, owners and design professionals are increasingly looking past initial “dollars per square foot” construction costs. The total cost of ownership – which includes construction scheduling, maintenance, energy and risk/insurance over the building’s useful life – is where real financial advantage is realized. This is especially true for pre-engineered steel buildings design compared with other forms of traditional structural construction.

Let’s explore key lifecycle cost drivers based on Canadian data benchmarks and a simple total cost of ownership (TCO) model to illustrate why pre-engineered steel buildings often outperform conventional alternatives – and how owners can make smarter capital decisions.

Market context: Rising construction costs

Canada’s non-residential construction sector continues to experience elevated cost pressures. According to Statistics Canada’s Building Construction Price Index (BCPI), non-residential building costs have been rising, with year-over-year increases exceeding 4% in major urban centres. These cost signals reflect ongoing labour constraints, material pricing volatility and supply chain uncertainty across structural trades and metal fabrications.

At the same time, independent guides report that typical warehouse construction in Canada ranges widely – roughly CA$60 to $120 per square foot depending on size, specifications, location and MEP requirements. While this broad range includes both steel, brick and mortar, mass timber and concrete shell options, it illustrates how a modest dollar-per-square-foot difference at project outset can obscure much larger lifecycle differences.

Beyond first installation cost: The TCO framework

When comparing pre-engineered metal structures to other forms of building construction, it helps to frame costs in five buckets:

Capital cost – Initial materials, labour and installation.
Schedule & carrying cost – Interest and overhead incurred during construction.
Operating cost – Energy and environmental systems performance.
Maintenance & repairs – Lifecycle upkeep of elements such as envelopes, slabs and service penetrations.
Risk & insurance – Estimated premiums based on construction class, exposures and performance features.

Why steel wins: Key drivers

1) Construction schedule pays off quickly

Pre-engineered metal buidlings are manufactured and engineered off-site while sitework and foundations are underway. This parallel process frequently reduces structural schedule by 6 to 10 weeks compared with conventional construction methods – especially when timber installs and slab or wall pours are sequenced around cure times and weather windows.

Faster occupancy matters because:

Overhead and general conditions costs accrue daily.
Interest on capital compounds (especially with tighter credit default swap or CDS spreads and higher financing costs).
Operational revenue or utility expansion can begin sooner.

This often translates to meaningful schedule value in total cost of ownership, especially in consideration of logistics or seasonal delivery where timing influences revenue.

2) Predictable maintenance and future adaptability

Exterior concrete walls, brick and mortar and wood siding are initially durable, but over time, panel joints split, cracks form and continual repainting and sealing become a maintenance line item over decades. In high-cycle industrial environments, water penetration through seams often require frequent attention.

Metal buildings – manufactured with precisely engineered tolerances in controlled environments – offer fewer unplanned adjustments. The ability to accommodate future changes (new dock doors, mechanical additions or expansions) without tearing down brick and timber walls or reinforcing the structure during renovation further reduces lifecycle intervention costs.

3) Energy operating costs are more about envelope decisions than structure

The building’s insulation level, continuity and resistance to leaks drive energy costs far more than the type of material the structure is made from. However, engineered steel buildings simplify detailing for high-performance envelopes (e.g., continuous insulation in wall and roof assemblies), which reduces design risk and helps ensure as-built energy performance.

4) Insurance Is multi-factor, not material-only

Insurance premiums are underwritten based on fire ratings, hazard exposures, occupancy, sprinkler systems and other engineered protections rather than simply construction material selection. All building types can be highly rated; the advantage for metal buildings often comes from predictable, engineered fire separations and compartmentalization coordinated early in the design and engineering process.

The TCO comparison model

The overview below highlights the advantages for the total cost of ownership model over a 25-year horizon for a typical 100,000 sq ft warehouse comparing pre-engineered metal buildings to traditional brick and mortar or mass timber.

Carrying cost differences reflect schedule efficiency. Operating cost assumptions depend on insulation, integration quality and operational intensity.

What this means for owners & designers

A faster construction schedules matters for return on investment, not just early occupancy.
Less frequent and lower-cost maintenance and easier future expansion reduce risk and operating volatility.
Energy costs are controlled by envelope quality, which engineered steel buildings facilitate more consistently than multi-trade coordination on site.
Insurance risk is engineered, not assumed, allowing tighter control by design teams, especially with integrated fire protection strategies.

When you compare lifecycle costs instead of first installation costs alone, the numeric advantage increasingly favors pre-engineered steel building systems – especially for industrial, warehousing and distribution facilities where operational continuity and flexibility matter year after year .

Check out helpful planning resource section for new building projects.

Lower initial and long-term investment costs with pre-engineering

A first cost estimate is just the starting point. True lifecycle value requires deep analysis of schedule, operating cost, risk and maintenance risk over decades. Pre-engineered steel buildings provide lower total cost of ownership when viewed through this lens – not because they are “steel,” but because they are engineered, optimized and delivered with lifecycle performance in mind.

For a customized total cost of ownership model based on your specific site, workflow and operational requirements, reach out to the team at Summit Steel Buildings . Our design-assist approach integrates owner goals, engineering performance and long-term value, helping engineering, architecture and industrial owners turn capital spending into a long-term competitive advantage.

Contact Darren Sperling at 1-877-417-8335 or through our Contact Us page . He’ll give you a precise quote and preliminary drawings for your ideal pre-engineered steel structure to help grow and modernize your logistics business.

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. He can be contacted at Summit Steel Buildings at (877) 417-8335 , by email at darren.sperling@summitsteelbuildings.com or on LinkedIn .

Steel frames your view: Modern architecture is redefining windowscapes

Tue, 24 Mar 2026 21:52:38 GMT

For many commercial building designs, expansive walls of window glass are transforming how people experience their built environment. Window walls deliver brighter interiors, stronger energy performance and uninterrupted views – all made possible by structural steel building systems.

Written by Frank Melo

Modern buildings (from skyscrapers to industrial facilities to homes of all types) increasingly rely on extensive use of glass. Large windows redefine their interiors by infusing natural light to create a seamless connection to the outdoors. Natural light, of course, is proven to enhance well-being and also to improve a structure’s energy efficiency.

While windows have always been integral to building design, today’s expansive windowscapes are made possible by steel framing systems that eliminate the need for bulky and unsightly supports. The result is uninterrupted sightlines, reduced shadowing and interiors filled with consistent and warming sunlight.

Read our previous article about how to let the light shine in

Sophisticated designs

Architectural expectations have evolved. Developers, architects and owners are demanding cleaner lines, slimmer profiles and more ambitious glazing systems. Pre-engineered steel building systems deliver on these expectations. Its inherent strength allows for narrow framing profiles and larger spans of glass, enabling refined, high-end aesthetics across industrial, commercial and retail applications. From curtain walls to custom window assemblies, steel building design supports bold architectural expression without compromising structural performance.

Benefits of sunlight

Access to natural light is no longer a luxury; it is a performance metric. Studies continue to link daylight exposure with its nourishing vitamin D to improved productivity, occupant comfort and overall well-being. Large-format glazing systems reduce reliance on artificial lighting, lowering operational energy costs while creating more inviting and functional interior environments. Steel’s ability to support expansive glass surfaces ensures that daylight can penetrate deeper into buildings, enhancing both efficiency and experience.

Fire protection

Beyond aesthetics and energy performance, building safety remains a critical consideration. Steel plays a central role in meeting modern fire and life-safety standards . Unlike many traditional materials, steel framing systems can support fire-rated glass assemblies, helping contain fire and smoke while maintaining visibility and design continuity. This makes steel resistance to high temperatures particularly valuable in commercial and institutional settings where code compliance and occupant safety are paramount.

Steel framing is a dream material for both architects and engineers

At the core of these advancements is steel’s high strength-to-weight ratio. This fundamental property allows it to carry substantial loads while maintaining slender profiles. Compared to bulkier materials, steel requires fewer supports, enabling wider open spans without columns or pillars to create larger openings without sacrificing structural integrity. Advances in manufacturing – such as cold roll-forming and precision welding – have further improved steel’s capabilities, allowing for thinner, stronger framing systems that maximize glass area and architectural flexibility .

Update your view on the world with better window design
As demand grows for brighter, more efficient and visually striking modern buildings, steel-framed glazing systems are setting a new standard across Canada’s construction landscape. Whether you are designing a new commercial facility or upgrading an existing structure , contact our team when you are ready to explore how steel can open up your space – literally and structurally – to better performance and better design.

Contact Summit Steel Buildings to discuss how your next project can be designed with extensive panels of glass to maximize the enjoyment of your building's view. We’ll provide you with preliminary technical drawings and a cost-effective price to support business growth. Reach our team online , by email at info@summitsteelbuildings.com or at 877-417-8335 .

About the author

Frank Melo has a construction civil engineering technology and business background with over 30 years of experience as a business owner an d contractor. He was raised and educated in London, Ontario and now divides his time between projects primarily in Ontario, British Columbia and Washington State. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

Calculating the cost of a steel building

Thu, 12 Mar 2026 16:22:30 GMT

Prices for pre-engineered steel construction are driven by performance requirements rather than by size. Quality metal building projects involve more than just the cost of materials.

It’s only natural to ask the price of a steel building based on square footage. It makes sense. The property can accommodate a maximum structure size of 30x40, so if I know what the total square footage price is, then I know what to expect.

Yes, that does work in some cases. Buying carpet for instance. However, construction is much more complicated. Think of it this way: if you were looking for a fuel-efficient car and the only factor you looked at was its miles-per-gallon (or as they say in Canada, kilometres-per-litre), you could end up with a Toyota Prius, A Hyundai Elantra, a Lexus ES300h or a Ford Maverick truck. Fuel efficiency is an important factor, but it doesn’t really provide all the information necessary to get you the exact vehicle that fits all your needs.

Pre-engineered steel building pricing is similar in nature. While a concrete slab, a door, four walls and a roof is easy to determine on a square-footage model, commercial and industrial metal buildings are much more complicated, requiring many more factors to determine an inclusive price. As your complete turnkey building partner, we offer all the supply and build services you need in one stop. We're building quality that lasts!

Additional resource for how we price our steel buildings.

Building estimates factor in many details other than footprint

A completed building project is more than just the cost of the steel materials. In general, the final price of a steel building consists of three parts: site excavation and concrete foundation; the cost of the steel components; and, the on-site installation and construction of primary and secondary framing , roofing and wall systems. These can be all approximated to the final dimensions of the building at a preliminary discussion for those who like to kick the tires; however, a more precise estimate is happily provided, along with preliminary drawings , that will list all the details, timelines and other details necessary for an exact capital plan. Here's a few of the other factors that go into determining the final price of a completed pre-engineered steel building quote.

1. Engineering requirements

The most critical elements necessary for preparing a building quote are understanding the site’s seismic, snow and wind loads. They determine how much weight and resistance the structure must support and be engineered to handle. Two buildings with the same square footage can have very different structural demands and very different pricing. Over engineering could mean unnecessary or thicker steel gauges that increase costs. Knowing the local conditions and loads means an efficient and affordable price for metal components for your structure

Pricing also needs to account for local code requirements and stamped engineering drawings. A simple backyard shed project based on a prefabricated design from the local hardware store isn’t concerned much about that – the length and width calculation can be pretty helpful then. Your industrial or commercial structure is inherently more advanced. Do the secondary steel specifications need galvanizing? Insulation may also be necessary if operating in winter or within cold climates. Modern building can achieve significant energy performance savings that reduce long-term hydro costs. All these items change the building price.

2. Current and future building use

Buildings are three dimensional. Your building quote must consider total volume, not just square footage. Maintenance facilities may only need 16-foot eves. Or your structure might need 30-foot ceilings to store boats, or even a mezzanine to store inventory or second floor for offices. A large warehouse with expandable end walls is going to have completely different design and structural needs than a multi-storey golf clubhouse and event space that can handle multiple kitchens and locker rooms.

3. Architecture and design

Pre-engineered steel building systems offer unrivaled architectural design freedom . By using steel’s immense strength-to-weight ratio, all sorts of advanced and modern facilities can be created, highlighted by innovative features such as cantilevers and window walls. The building price will change with its overall complexity. Component costs are affected by roof pitches, standing seam versus screw-down systems , specialty trims, coatings and other accents that make your structure standout to its neighbours.

4. Commodity market futures for steel

Global supply issues and market steel prices can unfortunately affect the total price of building construction – and these are typically outside our control, affecting the entire industry. However, with advanced planning and forenotice to the mills across Canada and the United States where we get our steel components manufactured, Summit Steel Buildings can work to minimize cost increases when we’re aware of future market shifts. Ordering a building in advance of inflationary periods, for instance, can save considerably. We also have long-term volume relationships with the steel mills so we can get industry-leading bulk pricing.

Here are a few tricks to saving money on your next steel building construction project.

The price estimate for your pre-engineered steel building begins with one call

When you're thinking about a new building project, give us a call at 877-417-8335 and we’ll get the essential information we need from you to start working on a free quote.

Not surprisingly, it starts with, “what is your postal code?” With a precise location, we’ll be able to look at the local load conditions and your budget to come up with a custom building plan that’s going to fit all your current and future needs. You’ll also receive preliminary drawings to help give you a sense of what your potential structure will look like.

The team at Summit Steel Buildings is more than happy to begin by providing a general “per square foot” price. It is a handy starting point. As a turnkey supply and build partner, we take your custom vision and bring it to life, doing everything required so you only have one point of contact . We’re responsible for the delivering the entire project to your complete satisfaction, from start to end.

You are also welcome to contact us for your free quote by using our webform or by sending an email . We're excited to speak with you and help develop your ideal pre-engineered building solution.

Smart engineering prevents dangerous snow buildup on metal buildings

Tue, 24 Feb 2026 18:20:11 GMT

Heavy snowfalls are unavoidable in some areas. Knowing how to handle the challenges of winter snow and subsequent melting can prevent damage and extend the life of your pre-engineered steel building.

Written by Frank Melo

Ice and snow are great for skating and skiing, but less exciting when you watch it build up on your driveway and rooftop. The weight of snow is considerable and can potentially add stress to a building’s structural system. Light, fluffy snow adds one to five pounds per cubic foot to a rooftop, while wet snow can reach 20 to 50 pounds per cubic foot. Understanding the geographic and climatic conditions for a future building are not just helpful – they’re essential to the long-term performance and durability of any pre-engineered steel building.

When Summit Steel Buildings designs buildings for their clients, their Building Information Modeling (BIM) and engineering helps account for this additional weight. Anticipating all weather conditions is essential, and that’s why one of the first questions we ask is where is the building going to be located (usually in the form of, “what’s your postal or zip code?”) .

Let’s look at how heavy snow and ice concerns are built into building engineering, what is done to ensure your building’s security from damage and water leakage, and what you can do during wintertime to ensure snowfall doesn’t become a huge safety concern.

Designing for snow loads in cold climates

Across northern regions of the United States, Canada, and Arctic-influenced zones, snow accumulation is a primary structural design consideration. Snow tends to concentrate on rooftops – particularly flat or low-slope industrial roofs – and around firewalls, parapet walls, roof valleys, dormers and stepped roof elevations.

While roof systems are engineered to handle significant loading, predicting worst-case scenarios is inherently challenging. This is why conservative structural design and intentional over-engineering beyond minimum code requirements plays a critical role in our long-term building resilience.

Snow loads also change over time. Heat escaping from the building causes lower snow layers to melt and refreeze, increasing snow density. As temperatures fluctuate, ice layers can form beneath the snowpack, adding weight and preventing proper drainage. Ice formation can lead to water backup on the roof deck and increased stress on structural members.

The most severe condition occurs when rain falls on an already snow-loaded roof. Snow absorbs the rainwater, and total loads can approach the weight of water itself – 62 pounds per cubic foot, or 5 pounds per inch of depth. These conditions demand close monitoring and proactive snow management.

For tips on removing snow from pre-engineered metal roofing systems, please check out this article from our building partner, Double Black Construction .

Roof geometry and snow management

Roof design plays a critical role in how snow behaves once it accumulates. Every Summit Steel Building is custom designed for the client’s needs and locations. Part of this design process is to determine whether a sloped or flat roof is better for the building’s overall, long-term performance.

Sloped roofs encourage snow and ice to slide off naturally, reducing sustained loading. This makes them ideal for buildings in heavy snowfall regions. However, as building footprints grow larger – such as warehouses, manufacturing plants and distribution centres – long roof spans often limit practical slope angles.
Flat or low-slope roofs are common in larger industrial buildings due to efficiency and constructability. These roofs rely on robust structural framing, accurate snow-load calculations and well-designed drainage systems to safely support snow accumulation.

Rather than choosing one roof type over another, Summit Steel Buildings’ engineering focuses on matching roof geometry to building size , use and regional climate, ensuring structural performance regardless of form.

Common types of snow-related damage

Snow and ice can affect a building in several ways if not manufactured and installed properly, with issues often developing gradually, making proper design and early detection essential:

Structural stress from excessive snow weight on roof framing.
Water intrusion caused by melting snow and ice damming.
Freeze–thaw cracking in fasteners, seals, and roof penetrations.
Slow leaks that appear during spring thaw after prolonged winter exposure.

Proper building and roof design can prevent snow-related problems. Effective snow management begins long before winter arrives:

1. Roof design

• Appropriate roof slope and drainage paths

• Minimal protrusions that trap drifting snow

• Proper placement of roof penetrations

2. Building orientation and site planning

• Strategic orientation to reduce drifting from prevailing winds

• Use of landscaping, wind breaks, and adjacent structures to manage snow movement

3. Thermal and moisture control

• High-quality insulation to limit heat loss

• Proper air and vapor barriers to prevent condensation

• Precision-engineered connections and detailing

4. Material and engineering quality

• Accurate load calculations using local climatic data

• Engineered safety factors that exceed minimum standards

• Factory-fabricated components designed for consistency and performance.

Best practices for managing snow accumulation

Even the best-designed buildings benefit from proactive winter maintenance:

Monitor snow depth and roof conditions regularly.
Remove snow in balanced patterns to avoid uneven loading.
Never scrape roof panels down to bare metal.
Keep gutters, downspouts, and drains clear to prevent ice damming.
Watch for excessive deflection or unusual noises during heavy snow events.
Always follow proper safety procedures and use fall protection when accessing roofs.

When conditions become extreme, consult professionals rather than attempting aggressive removal by oneself.

Read how snow load engineering protects your building investment!

Buildings that are prepared for winter – now and in the future
Summit Steel Buildings designs every structure with heavy snow loads in mind, along with many other geographic and engineering factors. As weather patterns become more volatile, buildings must be engineered for wetter, heavier and more demanding conditions over decades of operation – not just today’s averages.

Thoughtful design, precise engineering and regular winter maintenance ensure that pre-engineered steel buildings remain safe, durable and operational year after year.

Contact Summit Steel Buildings to discuss how your next project can be engineered for snow resilience, long-term performance and peace of mind – no matter where winter takes hold. We’ll provide you with preliminary technical drawings and a cost-effective price to support business growth. Reach our team online , by email at info@summitsteelbuildings.com or at 877-417-8335 .

About the author

Pre-engineered steel building design drives operational efficiency

Fri, 06 Feb 2026 21:08:27 GMT

Adding new capacity with ideal work layouts increases strategic value and competitive advantage for industrial and warehouse enterprises.

For competitive industrial markets where controlling costs is vital, facility performance is no longer measured solely by construction cost or architectural appeal. Enterprises are placing greater emphasis on operational efficiency, process optimization and lifecycle value – and pre-engineered steel building (PEB) systems are uniquely positioned to deliver across all three. This means that when engineering and architectural firms work with Summit Steel Buildings , they are assured to have their design visions manufactured and constructed with absolute precision so buildings are completed affordably with long-term performance that results in lower operating costs and better value.

Beyond aesthetics: Engineering for function
Traditional construction methods often prioritize appearance or traditional form factors at the expense of performance. Pre-engineered steel buildings, by contrast, can offering both, beginning with engineering fundamentals that align with the facility’s operational purpose:

Load-driven design: Structural components are optimized based on actual functional requirements (e.g., storage densities, equipment loads, crane systems) rather than prescriptive templates.
Clear span efficiency: Steel trusses and optimized girts allow expansive interior spaces with minimal columns, facilitating storage system layouts, automated material handling and unimpeded circulation.
Precision engineering: Advanced building information modeling and fabrication tolerances reduce field modification, ensuring that as-built conditions align with intended design – a crucial factor for ideal workflows.

Remembering to anticipate function as well as form ensures the building envelope supports real business processes – not just design aspirations. The result is an industrial complex (whether it be for manufacturing , logistics or storage ) that works the way operations are intended to run.

Reducing waste through integrated design
Traditional Waste in industrial construction isn’t only about materials – it’s about time, mismatches between design intent and execution, and inefficient coordination among disciplines. Summit Steel Buildings’ use of pre-engineering design reduces this waste in several ways.

1. Precisely controlled custom manufacturing

Each pre-engineered component is manufactured in a controlled environment with high precision. This approach minimizes on-site rework, reduces schedule risk from weather delays and enhances quality control – all essential for planning and adhering to tight operational timelines.

2. Digital coordination to avoid disruption to timelines

Using Building Information Modeling (BIM) early in the design process with architects allows mechanical, electrical, structural and architectural systems to be coordinated well before fabrication. This arrangement helps flag possible potential interruptions prior to construction, reduces material waste and prevents unnecessary revisions and change orders.

For industrial clients, it also ensures that specialized systems (like dock equipment, mezzanines or conveyor supports) are integrated without costly retrofits.

3. Optimizing materials to reduce waste and costs

Steel’s predictable mechanical properties and modular detailing support efficient design decisions that directly translate to less materials and waste. Summit Steel Buildings’ engineers can tailor member sizes to match loads rather than adopting uniformly oversized sections – reducing embodied energy and cost without sacrificing performance.

Intelligent layouts help enhance workflows
Warehouse and industrial workflows are deeply affected by building geometry, circulation paths and spatial organization. Pre-engineered steel design using column-free clear spans enables:

Optimized circulation aisles that align with forklifts and automated guided vehicles (AGVs)
Loading dock configurations that minimize turnaround time
High clearances and stacking zones to maximize vertical storage

Because steel structures support wide clear spans and flexible bay spacings , planners can configure space in ways that directly mirror operational priorities rather than contorting operations to fit the building constraints.

Gains in productivity help shorten the payback period of your investment
Pre-engineered building design gets building construction completed and into operation as soon as possible, which leads directly to financial gains. These can be measured in terms of reduced handling times and reduced maintenance downtime.

Reduced handling time: Clear span layouts and optimized circulation reduce product travel distances and bottlenecks .
Fewer maintenance interruptions: Steel’s durability and engineered connections reduce long-term facility maintenance disruptions.
Accelerated commissioning: Precise fabrication and coordination mean facilities are ready for operations earlier with fewer punch list items.

From a financial statement standpoint, these improvements are not incremental – they can translate into higher throughput, lower operating costs and improved time-to-market for distributing products.

An investment into improved or more facilities translates directly into operational gains
Pre-engineered steel building design is not a commodity choice – it is a strategic investment in operational performance. By integrating custom engineering and operational planning into the earliest phases of design, organizations gain facilities that are optimized for real process flow, less wasteful in construction and operation and more productive over their lifecycle.

For architectural and engineering firms, as well as industrial enterprises, the message is clear: when operational efficiency matters, function must precede form – and pre-engineered steel delivers on both.

Whether redeveloping existing buildings and structures or creating new ones from the ground up, Summit Steel Buildings strives to ensure the result is consistently above and beyond expectations. Their friendly team is happy to assist in finding the perfect building solution for any storage or operational need. Don’t hesitate to contact Summit Steel Buildings for your free consultation and quote . They’ll also be happy to provide you with complimentary preliminary drawings .

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. He can be contacted at Summit Steel Buildings at (877) 417-8335, by email at darren.sperling@summitsteelbuildings.com or on LinkedIn .

The anatomy of a pre-engineered steel building

Tue, 27 Jan 2026 22:01:35 GMT

Modern metal structures consist of a series of framing systems that support roof and wall panels to create strength, stability and open space freedom.

By Darren Sperling

When people drive by a pre-engineered metal warehouse or other industrial building, they understand inherently how the construction works. A steel frame sits atop a concrete foundation and is shelled by insulated metal panels and a steel roofing system. But the engineering is more than that. Steel buildings maintain their strength, stability and energy efficiency through a number of framing systems that reinforce each other. Let’s explore the difference between primary and secondary framing, and how steel is the ideal building system for commercial construction.

The leadership team at Summit Steel Buildings is dedicated to providing the best quality building solutions possible – custom-suited structures for every client’s need and built to last for generations. Improving steel buildings through stronger and more corrosive-resistant steel is our passion.

In fact, we are part of an on-going corrosion research project working with PhDs in electro- and analytical chemistry and metallurgy from Western University, University of B.C. and Canada’s particle accelerator centre. Our team is working with other cross-disciplinary experts to determine how steel can be modified and enhanced to reduce or prevent corrosion and extend the life of steel buildings, especially in wet or harsh environments.

As structural engineers and steel builders, we rely on a variety of metal framing systems using I-beams to make our facilities so strong, long-lasting and durable. Our pre-engineered metal buildings are engineered as complete, integrated systems – designed to work together for efficiency and long-term performance. At the core of every building is highly optimized steel framing that delivers exceptional structural stability while enabling wide-open interior spaces with few – or no – interior columns .

This article is part of our "get to know the components in a building system" series. Learn more about purlins , girts , insulated metal panels , insulation , concrete foundations , exteriors and roofing system s and roofing panels .

Two types of framing systems that make metal buildings so durable

Primary framing forms the structural backbone of a pre-engineered steel building. This includes the main steel columns and rafters (beams) – typically tapered I-sections that are deeper where loads are highest and lighter where they are not. This variable geometry is one of the key reasons metal structures are both strong and material-efficient and can reach enormous dimensions. Primary frames transfer roof, snow, wind and seismic loads directly through to the concrete foundation.

Common primary frame configurations include:

Clear span frames, which eliminate interior columns entirely
Multi-span frames, used when extremely wide buildings require intermediate supports
Gable and single-slope frames, selected based on drainage, site conditions, and architectural intent

Supporting the primary structure is secondary framing, which provides load distribution and enclosure support:

Purlins span between rafters to support roof panels
Girts span between columns to support wall panels
Eave struts tie the roof and wall systems together at the building perimeter

Together, these elements create a rigid yet flexible skeleton that is engineered for the project’s exact dimensions, usage, location and environmental loads.

Bracing, enclosure and long-term stability

Pre-engineered metal buildings rely on engineered bracing systems – including rod, flange or diaphragm bracing – to resist lateral forces from wind and seismic activity. Roof and wall panels (typically 26-gauge steel with high-performance coatings) also contribute to overall diaphragm strength while providing weather protection and durability.

Because every component is pre-designed and fabricated to precise tolerances, the finished building performs as a unified structural system rather than a collection of independent parts.

Why clear-span steel framing changes what’s possible

Clear-span steel frames are one of the most powerful advantages of pre-engineered building construction. By transferring loads efficiently through rigid frames instead of interior columns, our buildings unlock uninterrupted floor space and unmatched interior flexibility .

Because of the column-free space clear-span engineering creates, pre-engineered buildings are ideal for many commercial and industrial uses where traditional construction is not possible.

Aircraft hangars , where unrestricted movement and storage are critical
Sports arenas and recreational facilities , enabling unobstructed sightlines and flexible layouts
Tennis, soccer and riding arenas , creating safe, open environments for athletes and animals
Manufacturing and warehouse facilities, where machinery, conveyors and forklifts require clear circulation paths
Office and retail spaces, where open layouts enhance customer experience and allow future reconfiguration

And expandable end-wall engineering allows your structure to meet today’s needs while remaining adaptable for tomorrow’s growth.

Build smarter with a purpose-designed steel structure

A pre-engineered steel building is more than a shell – it is a precisely engineered framework designed to maximize usable space, structural performance and long-term value.

Summit Steel Buildings specializes in custom metal structural solutions for commercial and industrial clients across North America. Their team works closely with owners, architects and engineers to design steel framing systems – whether clear span, multi-span, or hybrid – that align perfectly with operational goals, site conditions and future expansion plans.

If you’re planning a new facility or upgrading an existing one, Summit Steel Buildings can design and supply a steel building system tailored exactly to how you work today and how you plan to grow tomorrow.

Speak with Darren Sperling by telephone at 877-417-8335 or contact us online and he’ll be happy to provide you with a free consultation and quote. We'll also be happy to provide you with preliminary drawings .

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 20 years and has experience in over 20 countries worldwide. He can be contacted at Summit Steel Buildings at (877) 417-8335, by email at darren.sperling@summitsteelbuildings.com or on LinkedIn .

Steel at the water’s edge

Thu, 15 Jan 2026 19:28:11 GMT

Modern maritime and waterside facilities are being engineered for performance, durability and experience.

The modern waterfront tells a different story than it did a generation ago. Today’s ports, marinas, and maritime hubs are no longer purely utilitarian places of work. They are operational engines, economic anchors, and – more often than ever – destinations.

From a dockside restaurant on Vancouver Island to a cruise terminal in Nova Scotia or a marina resort in the Caribbean, maritime and lakeside businesses are investing in better infrastructure to serve demanding operational needs while improving customer experience. At the center of this evolution is a building system uniquely suited to coastal realities: the pre-engineered steel building .

Once clients realize how metal structures are ideal for all-season purposes, they turn to Summit Steel Buildings – a premier supplier for industrial and commercial businesses across North America.

Better structures for modern marine businesses

Maritime and lakeside operations are among the most diverse and demanding in the built environment. A single port or harbor may support several overlapping business types, each with distinct space, durability and regulatory requirements. Warehousing makes up the biggest demand for port authorities.

Common commercial and industrial activities requiring ideal storage and workshop structures across the marine sector include:

Shipping, transportation and logistics (container handling, bulk cargo, intermodal transfer)
Fishing and seafood processing (fleet storage, equipment maintenance, cold storage)
Boat storage and repair (seasonal storage, dry stacks, service bays)
Fuel storage and marine supply (diesel, LNG, lubricants, chandlery)
Passenger and cruise operations (terminals, ticketing, security, customs)
Tourism, recreation and hospitality (marinas, waterfront restaurants, clubs, resorts)

Each of these core maritime business segments rely on structures that must withstand moisture, salt damage, wind, corrosion, heavy loads and constant use – while remaining visually welcoming to the public.

Ideal building types for maritime operations

Steel building systems are increasingly used to house and enhance:

Boat storage facilities with long clear spans for sailboats, yachts and commercial vessels – get the insulated, climate-controlled and protective environment clients demand
Maintenance and fabrication shops with overhead cranes and tall bay heights
Fuel storage and supply buildings designed for safety, ventilation and compliance
Port warehouses and logistics hubs optimized for throughput and equipment flow
Administrative offices and terminals integrated directly into port operations
Hospitality and guest-experience buildings, such as waterfront restaurants, lounges and event spaces

Whether supporting year-round commercial activity on the Great Lakes or seasonal tourism in Nova Scotia, these structures form the backbone of marine business success.

Why pre-engineered steel outperforms traditional construction on the coast

Maritime environments are unforgiving. Salt air and water exposure, humidity, freeze-thaw cycles, hurricanes and heavy snow loads all place stress on conventional buildings. This is where pre-engineered metal buildings (PEMBs) offer a clear advantage over brick-and-mortar or wood-based construction.

Structural and economic advantages

Pre-engineered steel buildings provide maritime operators with:

Superior corrosion resistance through modern coatings and engineered detailing
Long clear spans that maximize usable floor area for vessels and equipment
Faster construction timelines, reducing downtime and lost seasonal revenue
Lower lifecycle maintenance costs, particularly in saltwater environments
High wind, seismic and snow-load performance, critical for coastal regions

For example:

On Vancouver Island, steel structures perform reliably in wet, temperate climates while accommodating fishing fleets and recreational marinas.
In Nova Scotia, PEMBs are engineered for heavy snow loads, high winds and freeze-thaw durability.
Across the Great Lakes, steel buildings support large-scale seasonal boat storage and logistics operations with predictable performance.
In the Caribbean, locations such as Jamaica or Trinidad and Tobago benefit from hurricane-rated steel systems that resist rot, pests and humidity.

Design freedom and new revenue opportunities

Modern steel buildings are no longer industrial boxes. With architectural façades, glazing, canopies and integrated interior finishes, PEMBs can support high-end public spaces – such as waterfront dining rooms, cruise terminals and marina clubs – without sacrificing structural efficiency.

This flexibility creates tangible business value:

Increased storage density allows operators to winterize and store more boats per square foot.
Expandable designs enable future growth without relocating operations.
Multi-use facilities combine storage, service, retail and hospitality under one roof.

For many maritime businesses, these efficiencies shorten payback periods and unlock new revenue streams – from off-season storage and maintenance programs to year-round event and hospitality offerings.

Future-ready ports and marinas: Building for operations and experience

Port authorities and maritime operators face increasing pressure to modernize infrastructure while improving customer experience, safety and sustainability. Steel building systems make this possible without overcapitalizing projects or extending construction timelines.

Integrated steel solutions allow ports and marinas to:

Improve vessel flow and operational efficiency
Enhance passenger and guest amenities
Consolidate functions into fewer, better-performing buildings
Plan phased expansions with minimal disruption

Summit Steel Buildings offers strategic advantage

Our structures provide a fully integrated service offering – engineering, manufacturing coordination and turnkey construction – tailored to commercial and industrial clients across North America. Their pre-engineered building systems are designed for performance, speed and adaptability, giving particular strength in challenging environments such as coastal and maritime regions.

Key advantages include:

Engineering expertise aligned with regional climate and code requirements
Custom-designed steel systems optimized for operational efficiency
Reliable project execution through coordinated supply and construction
Expandable, future-ready designs that protect long-term capital investment.

A call to build at the water’s edge – with confidence

From working harbors to luxury marinas, the future of maritime infrastructure is being shaped by smarter, stronger and more adaptable buildings. Pre-engineered steel systems offer maritime businesses the resilience they need, the flexibility they want and the performance their operations demand.

For port authorities, marina owners and maritime operators looking to modernize or expand, the next step is clear: partner with a building system provider who understands both engineering and the realities of life at the water’s edge.

Summit Steel Buildings stands ready to help maritime businesses build facilities that perform – season after season, tide after tide.

Reach out at, please contact Darren Sperling at 1-877-417-8335 or through our Contact Us page and we'll give you a precise quote and preliminary drawings for your ideal pre-engineered steel structure to help grow and modernize your marine business.

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. He can be contacted at Summit Steel Buildings at (877) 417-8335, by email at darren.sperling@summitsteelbuildings.com or on LinkedIn .

Snow load engineering protects your building investment

Tue, 09 Dec 2025 17:40:35 GMT

Rely on Summit Steel Buildings’ experience when it comes to supplying commercial structures specifically designed for northern climates. Get the precise engineering designed to handle heavy snowfalls.

Written by Frank Melo

For companies operating across Canada and the northern United States, winter is not just a season – it is a challenge for engineering design to handle structural loads. Clients frequently come to Summit Steel Buildings seeking reassurance that their new facility will perform reliably under heavy snowfall, freezing temperatures and constant thermal cycling.

Snow load capacity is one of the most critical factors in designing any pre-engineered steel building, because snow is uniquely hazardous: it is heavy, unpredictable, capable of drifting into deep accumulations, and significantly impacts a building’s thermal and structural behaviour.

According to the National Research Council of Canada and the American Society of Civil Engineers’ Minimum Design Loads and Associated Criteria for Buildings and Other Structures (ASCE 7-22) , snow loads remain one of the primary drivers of roof design, material selection and safety considerations for industrial and commercial structures. In regions with extreme winters, engineering a building without rigorous attention to snow load is not an option – it's a necessity.

Occupancy and building use are critically important

Building use significantly affects the thermal and structural design approach used in the design and construction of every Summit Steel Buildings project. The type of building use is important to know. Two broadly classified building uses exist: heated structures used by people throughout the year versus those simply used to store equipment. Both conditions require tailored insulation values, roof compositions and snow load calculations to meet code and ensure long-term resilience.

Roof design and insulation have a huge impact on how snow builds up and potentially melts:

Heated facilities (manufacturing plants, sports complexes, retail spaces) naturally warm the roof surface from below. Snow partly melts and settles, lowering the thermal coefficient; this requires precise insulation and vapor control design to avoid ice damming.
Unheated storage facilities (golf cart barns, boat storage, equipment shelters, non-perishable inventories) lack internal heat gain, meaning snow remains cold, dry, and heavy. Engineers must assume maximum accumulation and design for higher load factors accordingly.

Understanding why snow load and thermal exposure matter

Snow load and exposure classifications guide Summit Steel Buildings’ engineers in determining the building’s thermal coefficient, an adjustment factor that accounts for insulation levels, heat loss and expected roof surface temperature. A well-engineered envelope helps stabilize the building’s interior environment while reducing the risk of structural overstress.

Ground snow measurements form the basis for roof snow load calculations. The values are based on decades of meteorological research on regional snowfall, density and drift patterns published by NBCC Climatic Data Tables (Canada) and ASCE 7 (United States). Summit Steel Buildings relies on this data to help guide their engineering design to ensure buildings are designed to exceed code wherever they are installed.

However, the company’s engineering does not end there. Several critical design features help mitigate the risk that snow accumulation poses to roofs. Summit Steel Buildings’ leadership team incorporates key structural design factors to help reduce snow load risk:

Structurally strong roof systems – Heavy steel framing, engineered purlins and load-optimized moment connections ensure the roof can support both balanced and unbalanced snow loads. High-quality pre-engineered systems distribute loads efficiently while maintaining structural redundancy.
Roof slope and geometry – Steeper slopes facilitate snow shedding, while properly engineered drainage ensures snow loads are transferred safely to grade. ASCE and NBCC research confirms that slope adjustment factors can substantially reduce the effective snow load carried by a roof. Learn more about roof shape and design.
Thermal behaviour and insulation strategy – Snow accumulation interacts with heat transfer through the roof assembly. Heated buildings lose upward heat that may partially melt snow, decreasing load but increasing the potential for ice dam formation if not managed correctly. Cold, unheated structures retain more snow, requiring higher calculated thermal coefficients.

This often-overlooked thermal analysis is essential for predicting both snow load retention and winter energy performance.

Hidden threats: Unbalanced and drifting snow

Unbalanced snow loads occur when roof geometry – particularly gable and multi-level structures – causes uneven accumulation. One roof plane may experience significantly higher load than the other, especially during windy storms.

Snow drifting is also a major design factor. Drifts commonly form:

At changes in roof elevation
Against parapets
Between building sections with different eave heights
Downwind of roof obstructions

These concentrated loads can far exceed the uniform snow load. Summit Steel Buildings’ engineering is used to model drift height, density and shape to ensure the structure resists localized overstress.

Read how smart engineering prevents dangerous snow buildup on metal buildings.

Ready to build for winter? Complete your project with the right engineering partner
Designing for snow loads is complex. It requires a sophisticated engineering process with a deep understanding of regional climatic data, building use, exposure class, roof geometry and thermal conditions. By integrating these factors, Summit Steel Buildings ensures that every pre-engineered steel building is optimized for winter performance – safe, resilient and cost-effective.

Whether your facility must withstand the lake-effect storms of Ontario, the heavy snow packs of the Rockies or the freeze-thaw cycles of northern U.S. states, Summit Steel Buildings can deliver an ideal, safe and resilient pre-engineered building solution specifically engineered for your exact geography and snow conditions.

Contact Summit Steel Buildings to discuss your building plans with our team. We’ll provide you with preliminary technical drawings and a cost-effective price to support business growth. Reach our team online , by email at info@summitsteelbuildings.com or at 877-417-8335 .

About the author

Architects deserve a creative platform for modern building design

Mon, 24 Nov 2025 16:19:11 GMT

Architects can transform bold commercial concepts into buildable reality with the power of pre-engineered building systems.

Written by Frank Melo

For today’s architects, pre-engineered steel building systems offer far more creative options than the perceived standardized square boxes – they’re one of the most flexible and high-performance design platforms available in the commercial and industrial sectors. With engineered building systems that balance precision, efficiency and creative freedom, pre-engineering empowers architects to design bold, original structures without sacrificing budget or practicality. Pre-engineered systems let architecture firms bring innovative commercial designs to life with confidence.

A flexible framework for architectural creativity

Modern pre-engineered metal building (PEMB) systems provide a robust structural backbone that can easily adapt to architectural intent. Long clear spans, modular framing, wide-open interiors and extensive customization options allow architects to sculpt space in ways that would be too costly – or even impossible – with conventional construction using wood timber or brick and mortar.

Creative architectural elements such as curtain walls, cantilevers, energy-efficient façades, glass features, multi-storey mezzanines and geometric rooflines all integrate seamlessly with engineered steel frameworks. This versatility gives architects and their clients the freedom to experiment with form while maintaining engineering integrity.

Cost-effective without compromise

What makes PEMBs especially powerful is the synergy between creativity and cost control. Because building components are engineered, fabricated and delivered with precision, waste is reduced, timelines shrink and on-site labour is minimized. This manufacturing efficiency frees up budget that can be reallocated to design and aesthetic enhancements – enabling clients to afford the building they actually want, not just the building they think they can afford.

In other words, pre-engineered steel building systems prove that cost-effective construction does not have to mean cookie-cutter design.

Efficient manufacturing, elevated results

Every Summit Steel Buildings project starts with a digital model that architects, clients and general contractors can refine collaboratively. Once the design is approved, the building’s structural components are manufactured in controlled environment factories throughout North America , ensuring consistent quality and eliminating common variables that slow projects down. The result is a structure that is durable, energy-efficient and tailored to the project’s vision – from distribution centres to office complexes, manufacturing plants to retail spaces.

Delivering the client’s vision – beautifully
For clients, Summit Steel Buildings ’ pre-engineered structural solutions offer the best of both worlds: engineering reliability and architectural originality. They get a structure that performs exceptionally, respects the budget, accelerates timelines and still reflects their brand , purpose and character.

For architects, working with pre-engineered steel buildings opens the door to new possibilities – transforming a proven structural system into a canvas for innovation.

Contact Summit Steel Buildings to discuss your design concepts and share your building plans with our team. We’ll provide you with preliminary technical drawings and a cost-effective price to support your architectural work with clients. Reach our team online , by email at info@summitsteelbuildings.com or at 877-417-8335 .

About the author

Pre-engineered metal buildings help businesses optimize operations to unlock long-term growth

Tue, 18 Nov 2025 21:32:17 GMT

Infrastructure investment into facilities is a smart way to grow your business.

Capital assets – especially buildings – play a powerful role in shaping how efficiently a company can operate and how sustainably it can grow. Pre-engineered metal buildings from Summit Steel Buildings offer the functionality, durability and scalability that modern businesses need to streamline workflows today and expand profitably tomorrow.

Function before form

A well-designed building should work for your business, not against it. Before choosing finishes or façade options (which is important – and pre-engineered building systems offering you incredible design possibilities ), the priority is understanding how your operation runs day-to-day.

Custom-designed commercial or industrial structures from Summit Steel Buildings are engineered around the essentials of your enterprise, including machinery, conveyers and other large-scale equipment:

Equipment placement and movement
Production workflows
Shipping and receiving routes
Storage requirements
Employee flow and safety

With wide clear spans (to prevent the need for columns) and customizable layouts , modern metal buildings eliminate structural constraints, allowing businesses to design the interior around their operational needs rather than forcing operations to fit the structure. The result is efficiency, reduced downtime and smoother production cycles – all contributing to lower operating costs and higher output.

Plan for efficiency: Climate-controlled layouts designed to maximize output

Operational efficiency isn’t only about physical layout – it’s also about performance. Smart planning during the design stage ensures the building supports both productivity and comfort.

Summit Steel Buildings helps clients plan for:

Temperature control through proper insulation packages to reduce energy expenses
Efficient layouts that reduce effort, movement time and downtime costs
Ventilation and lighting that improve working conditions
Strategic door and window placement to support workflows

Because these considerations are built into the engineering from the start, businesses experience reduced overhead, better quality control and more stable operating conditions year-round.

Ready for what’s next: Built-in scalability

Businesses evolve. Production increases. Equipment changes. Storage needs expand. A major advantage of pre-engineered steel buildings is that they can be modified, extended or reconfigured to support growth without requiring a full rebuild.

Summit’s pre-engineered structures are designed with expansion in mind. End walls can be removed to add new bays, additional wings or production areas can be integrated seamlessly and interiors can be reimagined as workflows change.

This adaptability protects your initial investment and provides a long-term pathway for scaling operations and increasing revenue without major construction delays, downtime or high renovation costs.

Ready to build for growth? Your long-term advantage

A building isn’t just a place to work – it’s a critical fixed asset that influences productivity, safety, energy usage and future profitability. When designed with purpose, Summit Steel Buildings’ pre-engineered building solutions become a long-lasting operational tool that grow alongside your business.

Wherever your business is headed, Summit Steel Buildings can engineer a structure that supports your operations today and sets the stage for tomorrow’s revenue opportunities.

Reach out at, please contact Darren Sperling at 1-877-417-8335 or through our Contact Us page
to start planning a building that works as hard as you do .

We’ll give you a precise quote and preliminary drawings for your ideal pre-engineered steel structure to help grow and modernize your logistics business.

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. He can be contacted at Summit Steel Buildings at (877) 417-8335, by email at darren.sperling@summitsteelbuildings.com or on LinkedIn .

Build local to avoid tariffs and spend less

Thu, 06 Nov 2025 17:52:09 GMT

The advantages when you use domestic manufacturing from Summit Steel Buildings.

Across North America, Summit Steel Buildings delivers high-quality pre-engineered metal buildings (PEMBs) with a strategic manufacturing model designed to save clients money, reduce risk and keep projects on schedule. Whether your project is in the United States or Canada , every component of your building is produced domestically – as close to your jobsite as possible – through our network of regionally based steel factories.

The result: lower costs, fewer complications and faster, more dependable delivery and construction.

Manufactured close to home – for your benefit

Summit Steel Buildings operates throughout the continent using four steel manufacturing plants in the U.S. and two major factories in Canada. We manufacture in the country where your project is being built, ensuring that every wall panel, roofing system and structural component comes from a domestic source.

This localized approach means you avoid the financial and logistical challenges that come with cross-border procurement, including:

Tariffs and customs fees
International shipping costs
Unpredictable currency exchange rates
Complex import documentation
Border delays that potentially stall construction schedules

By keeping production within national borders, we streamline the entire process – and pass the savings on to you.

Lower costs through streamlined logistics

Manufacturing components and roof/wall systems as close as possible to your jobsite dramatically reduces transportation expenses and shortens delivery timelines. Our proximity-based logistics model offers:

Faster lead times and reliable delivery
Reduced freight charges
Improved coordination for phased material drops
Better alignment with project schedules

This efficiency directly supports smoother construction management and more predictable budgeting for commercial, industrial and architectural projects.

Financial stability your business can build on

In today’s volatile market, domestic sourcing offers meaningful financial protection. By producing your building systems within the same country where your project is located, Summit Steel Buildings helps you:

Eliminate exposure to USD/CAD exchange rate swings
Avoid international shipping surcharges
Prevent surprise tariffs or duties
Maintain a simplified local tax structure

For engineering firms, architects, developers and commercial operators, these financial safeguards create greater predictability – and fewer budget overruns.

Better quality, better control, better outcomes

Local manufacturing doesn’t just reduce cost and complexity; it strengthens project execution. Building in the same jurisdiction allows for:

Direct oversight and relationships with us as your one specific and domestic manufacturer
More responsive design changes
Shorter reaction times when schedules shift
Easier compliance with regional building codes and standards

This level of control helps ensure that each project is delivered accurately, efficiently and to the highest engineering standards.

A strategic advantage for North American clients

In both Canada and the United States, clients are increasingly choosing domestic PEMB solutions to minimize risk and maximize long-term value. Summit Steel Buildings is driving his shift by combining early procurement strategies with regionally aligned manufacturing capabilities.

Our approach delivers:

Greater price stability
Faster project delivery
Reduced environmental impact from shorter transport routes
Stronger alignment with sustainability and local-industry mandates

Build with confidence while supporting your domestic economy

Choosing Summit Steel Buildings means choosing a smarter, more predictable approach to construction. By manufacturing everything as close to your project as possible, we help you lower costs, navigate economic uncertainty and keep schedules on track – while supporting the strength of your local manufacturing sector.

Domestic manufacturing isn’t just a supply strategy – it’s a competitive advantage.

And Summit Steel Buildings puts that advantage to work for you.

For free quote and preliminary drawings suited to your specific location and business need, please use our webform , send us an email or call us at 877-417-8335 . We're excited to speak with you and help develop your ideal pre-engineered building solution.

Supporting Capital Projects in Mining: Global industry event shines light on investment partnerships

Thu, 30 Oct 2025 14:17:51 GMT

Capital Projects in Mining Gets Boost with CIM Sponsorship from Summit Steel Buildings.

Canadian Institute of Mining, Metallurgy and Petroleum (CIM) and Summit Steel Buildings are excited to announce their sponsorship of the Capital Projects Symposium being held November 4 through 6, 2025 in Montreal. Summit Steel Buildings is a leading company in industrial and commercial pre-engineered steel structural construction and a custom all-in-one turnkey building solution.

CIM’s Capital Projects Symposium is the only global industry event that focuses 100% on mining projects. It is organized by The Canadian Institute of Mining, Metallurgy and Petroleum (CIM) and focuses on the key elements that result in successful project execution, project development, financing and execution methods. The conference takes place at the Centre Mont-Royal in Montreal and builds on the success of the previous event in 2024, which showcased 29 presenters and session chairs and 6 participating countries.

Summit Steel Buildings was founded in 2019 and has grown to be a premier manufacturing and construction supplier in the pre-engineered building industry. Their engineering team provides full stamped engineered drawings for permit and construction across North America. They fabricate their commercial and industrial steel structures in either Canada or the U.S. at multiple factories strategically located throughout the continent to ensure they can deliver inland and to any port on the east and west coasts without incurring tariffs or border complications.

Darren Sperling , co-owner and president of Summit Steel Buildings says: “On behalf of the entire team, we’re proud to work with CIM and the mining industry across North America. We hope our support of such a great organization will strengthen the relationships between mining, resources, steel manufacturing and the industrial building industries.”

Summit Steel Buildings continues its strategic alliance with CIM as a participant and exhibitor at CIM CONNECT Convention + Expo in Vancouver 2024 and through our shared interactions and mutual association at PDAC: The World’s Premier Mineral Exploration and Mining Convention . “We’ve had such a great experience with the CIM team over the years,” Sperling says. “Our sponsorship recognizes the importance of their work with the mining sector.”

The Summit Steel Buildings leadership team includes President Darren Sperling, Senior Director Frank Melo and Paul Mitchell , who are responsible for the company's overall strategy and project management, with over 50 years of combined experience in the pre-engineered steel building industry. The forward-thinking team has forged a reputation for making all aspects of pre-engineered metal building projects work seamlessly on time and on budget, both in manufacturing and in installation of structural steelwork. They build value that lasts. The company is headquartered in downtown Vancouver and has offices in London , Toronto and a new one opening in North Carolina.

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How much bigger can warehousing and distribution centers get?

Wed, 22 Oct 2025 16:47:16 GMT

Metal buildings offer the expendable engineering that help logistics businesses keep up with growing consumer demand for product inventory and shipping.

We invite you to read part one of this warehouse building topic to get the background on Canada’s logistics sector and how pre-engineered steel buildings play a significant role in helping businesses meet growing industry capacity…

Warehouse size has continued to grow over the past 30 years. Where once a structure exceeding 2,000 feet in length was considered a giant, commercial distribution centers are today commonly twice that with internal open spans exceeding 300 feet in length. All the unobstructed space is safer for working and helps storage and traffic flow that make these facilities even more productive.

Frank Melo , Director of Engineering Operations for Summit Steel Buildings , says it’s all about economics and cost. “With pre-engineering’s system of expandable end walls, the overall building can be as long as a client wants. It makes it easy to expand in the future as the business grows. There’s no limited to how large a facility can scale, and it can be completed in a multi-stage modular fashion , which helps companies control their capital investment costs .”

Engineering is everything

Pre-engineered building systems are very efficient to construct. The off-site manufacturing methodology means cost-effective installation with smaller sized skilled trades teams to control costs. Clients get a custom-built facility, ideally suited to their business needs, finished must faster than by using other more traditional building methods and materials (such as brick or timber). Teams lay the foundation and use a combination of 70 tonne-capacity mobile cranes and elevators to frame steel beams and wall and roofing systems to complete building construction in as little as 12 weeks.

Modern distribution facilities demand engineering that balances clear-span efficiency with construction speed and long-term operational costs. Summit Steel Buildings' approach involves integrated structural design where every component – from purlin spacing to connection details – is optimized for both performance and economy. Through continuous purlin design and strategic member sizing based on site-specific load analysis, typical structural steel tonnage is reduced by 15-20% compared to standard pre-engineered systems, delivering immediate cost savings without compromising structural integrity.

Further reading: Innovative steel design for logistics projects

A proprietary column placement strategy goes beyond simply maximizing open space; Summit Steel Buildings coordinates structural bays with racking systems, fire separation walls and material handling equipment paths during the design phase, ensuring the building structure actively supports operational efficiency rather than constraining it. For high-bay applications, rigid frame systems routinely achieve 40-to-50-foot clear heights with 130+ foot spans, providing the clearances required for automated storage systems and future proofing against evolving warehouse technologies.

Strategic girt and bracing placement accommodates large door openings and truck access points without requiring costly reinforcement or transfer beams. Because thermal performance is engineered into the structural system rather than treating it as an afterthought, clients benefit from reduced heating and cooling costs over the building's lifecycle. The result: a distribution facility that's faster to construct, more economical to operate and flexible enough to adapt as your business grows.

Further reading: Recognize the signs when it's time to increase your business space

Grow your warehousing operations with effective pre-engineered building solutions

When your growing organization needs additional storage space, modern pre-engineered warehousing space offer the ideal solution. Expandable engineering or subletting/sub-renting a portion of space to another organization is a smart way to ensure you can afford the space now that you’ll grow into later.

Regardless of your current needs, building and owning your own building space is better than continuing to lose money by renting. Summit Steel Buildings offers many ways to help get your exact needs for your business.

About the author

Steeling for growth within the warehousing sector

Tue, 14 Oct 2025 16:24:47 GMT

Here's your overview of Canada’s booming logistics sector and the pre-engineered metal buildings that make it possible.

The rapid rise of internet shopping has led to growing demand for distribution warehouses. Facilities designed to handle storing, processing and distribution of consumer goods are a critical component to “just in time” logistics. Fortunately, pre-engineering with clear spans and fewer internal columns allow industrial buildings to be built bigger, quicker and at less cost. It is not uncommon for warehouses made from metal engineering to be over one million square feet with all the systems, functions and comfort successful operations require.

Summit Steel Buildings has been responsible for fabricating and constructing a variety of warehousing for various purposes – from food and beverage wholesale in the Arctic, to industrial mining processing and housing. Their showpieces are the 117,000 square foot manufacturing and storage facility located outside of London, Ontario that they built and expanded three times due to business growth within the U.S. and the 75,000 square foot lumber processing and shipping facility for San Group in Port Alberni, B.C.

A quick primer into the critical backbone of the economy

The logistics and warehousing sector is much larger and more important to the nation’s gross domestic product (GDP) than most people understand. The logistics sector involves the planning, organization, transportation and storage of goods, services and information from their origin to their consumption point. It encompasses a wide range of activities, including shipping, warehousing and inventory management, all aimed at meeting customer demand efficiently and cost-effectively. This sector is a critical part of supply chain management, enabling businesses to effectively run their business. Modern climate-controlled warehouse structures are an integral part of the entire system, and as the sector has experienced significant expansion over the last two decades, so has the need for construction services.

Pre-engineered steel buildings have become the defacto warehouse building system of choice within the logistics sector due to their cost-effectiveness, speed of completion and durability. Metal buildings solutions are ideally suited for requirement very little maintenance, their long-term reliability and lower operating costs.

Further reading: Warehousing space has never been more critical

Industry statistics and trends

The Canadian warehousing and storage sector contributes an estimated $60 billion in revenue and employs approximately 62,500 people. E-commerce is driving significant sector growth for the transportation and warehousing industry, which relies on an increasing level of automation, a focus on supply chain resilience and a high proportion of small and medium-sized businesses.

Source: All stats provided by StatsCan – Innovation, Science and Economic Development Canada , “Transportation and Warehousing” (NAICS 493) and Natural Resources Canada , " Building size counts, 2019 data."

Building sizes and construction prices

Structural steelwork has traditionally dominated the single-storey warehouses market (making up 94% of all building materials within the sector as of 2024). Steel’s attributes, including cost-effectiveness, adaptability and its contribution to the circular economy through reuse and recycling, are all factors continued to be valued by developers, contractors, designers and building owners.

Canadian warehouse building types vary by size, with the largest share of floor area in the 100,000 to 215,000 square foot range.
The most common types of purposes for warehouse building are general warehousing and cold storage, with cold storage growing the fastest.
Toronto accounted for nearly half of the total industrial and logistics real estate under construction in Canada in the first quarter of 2025.
The cost to build a warehouse in Canada ranges from $80 to $180 per square foot, depending on complexity. For example, a basic storage warehouse might cost closer to $80 to $100 per square foot when all factors (foundation, building systems, installation) have been included.

Let's talk

For pricing on warehouse construction, please contact Darren Sperling at 1-877-417-8335 or through our Contact Us page . He’ll give you a precise quote and preliminary drawings for your ideal pre-engineered steel structure to help grow and modernize your logistics business.

More resources:

Read part two of this article to learn the expandable engineering that allows metal warehouse buildings to provide safety, durability and more operational space with large capacity…

About the author

Pre-engineering: Better for safety and efficiency

Thu, 25 Sep 2025 16:07:25 GMT

Modular steel construction for new or expanded facilities minimizes on-site risks and keeps projects moving so operations start safely on time and without costly delays.

Written by Frank Melo

In commercial and industrial sectors where risk management and efficiency can help define success, pre-engineered steel construction has emerged as the solution of choice. Relying on manufacturing steel wall and roof systems off-site, assembling them into larger components and shipping to site for installation, helps project owners cut timelines and costs . And an additional benefit is the reduction of other potential hazards where any delay could result in a financial hit.

When companies require custom-designed infrastructure to increase storage or working space, using a turnkey building solution partner that prioritizes safe and speedy construction is the intelligent choice.

Reducing on-site risk

Falls are the single largest contributor to injuries in the construction industry. According to safety data, using pre-engineering construction methods can reduce at-height labour requirements by as much as 30 to 50 per cent, significantly decreasing the probability of fall-related incidents . For the leadership team at Summit Steel Buildings, who are each single-minded about the well-being of their tradespeople, the implications are clear: a safer and happier worksite, fewer disruptions, lower insurance exposure and a safety record to strengthen corporate reputation. It also means lower costs and an absence of deadline delays for clients. Everyone wins.

Reducing challenges unique to geographic constraints

Canada’s climate and geography present their own construction difficulties. Golf and ski resort projects often face immovable seasonal deadlines, while remote mining and warehousing facilities operate in regions where logistics are both costly and unpredictable. Using pre-engineered steel components moves the bulk of manufacturing into controlled environments ahead of transportation to reduce weather delays and ensures higher-quality assembly. The result is a streamlined process that delivers completed structures faster, at predictable cost and with fewer contingencies.

A strategic advantage for decision-makers

We know that predictability is fast becoming a core value driver for executives evaluating capital projects . The pre-engineered approach does more than accelerate completion: it reduces exposure to on-site hazards, curtails unplanned overtime and safeguards margins. In an era where investors and regulators alike scrutinize safety and ESG performance, modular steel offers an operational hedge that extends well beyond construction sites.

Prioritizing safety, time and savings using intelligent engineering
Pre-engineered Summit Steel Buildings, recognized for its incident-free installation record, has positioned itself as a leader in delivering pre-engineered metal structures for both industrial and commercial applications. For companies exploring new or expanded facilities – whether a processing hub or warehouse in a mining district or a clubhouse expansion at a golf course – the question is less whether pre-engineering methods work, and more how much they can save in time, safety and capital. Don’t forget to ask how our pre-engineered metal building solutions can be used to revitalize older buildings .

Contact Summit Steel Buildings to discuss your construction and business needs. We’ll provide you with preliminary designs and an affordable price to support your future business operations. Reach our team online , by email at info@summitsteelbuildings.com or at 877-417-8335 .

About the author

Frank Melo has a construction civil engineering technology and business background with over 30 years of experience as a business owner an d contractor. He was raised and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

From tee box to balance sheet: Pre-engineered golf structures that deliver competitive value

Wed, 17 Sep 2025 16:24:33 GMT

When golf and country clubs need more space for storage, workshops or member amenities, they count on Summit Steel Buildings’ construction team to deliver a building solution that’s affordable, durable and always under par on performance.

Canada’s golf industry is booming, and so is the opportunity to expand facilities in a smart, durable and cost-effective way. With participation and capital investment climbing, now is the moment for golf course owners and general managers to consider pre-engineered metal buildings when planning improvements, such as expansions or renovations.

Empowering golf courses to thrive in a landscape rich in opportunity

Canadians’ love of golf continues to grow. Whether it’s a casual round at a charity tournament, with friends on the weekend or a more competitive round as a member at a private golf course, players take their golf seriously. They appreciate beautiful and well-maintained surroundings, the latest club technology and, of course, great course facilities.

In 2023, nearly 6 million Canadians played golf – setting a new participation record. That year, Canadians logged 74 million rounds, a 24% increase since 2019. Collectively, golf contributed a staggering $23.2 billion to Canada’s GDP, supported 237,000 person years of employment and recorded $907 million in capital expenditures just for course operations. < source >

Meanwhile, industry revenue in the golf course and country club sector is projected at CAD $3.7 billion in 2025, with Ontario accounting for around $1.7 billion and British Columbia about $577 million. These figures show a vibrant domestic market with room to grow. < source >.

Ensure your golf operation is prepared for continued growth

Welcoming and comfortable pre-engineered metal building systems are the ideal solution for golf clubs and country clubs to capitalize on the surging popularity of this sport.

1. Swift, off-season construction: Golf course expansions – whether for cart storage, maintenance bays, indoor simulators or clubhouse annexes – are best planned after the season ends and executed before the next one begins. Pre-engineered metal buildings offer rapid, modular installation with off-site fabrication to minimize weather delays and to get your facilities into operation faster.

2. Protective, durable, low maintenance design: Steel buildings come with high R-value insulation and recyclable metal components and finishes that reduce long-term maintenance – ideal for golf operators who want both operational efficiency and environmental stewardship. All the time that typically goes into repairing and re-painting wooden structures can be put into grounds-keeping and course improvement instead.

3. Lower initial costs and long-term savings: From design to installation, steel buildings often come at lower and more predictable costs than traditional construction, while offering a longer service life. And with expandable engineering, they’re perfect for structures that need to adapt with changing needs – think of additional storage and workshop space or flexible indoor practice bays.

4. Appealing to a new generation: Younger golfers are increasingly drawn to flexible experiences that blend well-being and social engagement. Courses can supplement seasonal cash flow and increase annual revenues with indoor tech forward activities like simulators that appeal strongly to younger demographics. < source > For course operators, pre-engineered metal buildings make it easier to implement these experiential enhancements swiftly and affordably.

Real world impact: benefiting from the investment in golf course needs

Enhance the enjoyment guests received from their membership with comfortable, aesthetically pleasing facilities with modern finishes and controllable costs. Additions to clubhouses and pro shops can be easily and quickly completed to provide all the latest amenities with increased hospitality and event space. These additional revenues quickly pay for expansion costs.

Courses can also offer additional experiences to serve members all year round with similar or new activities. Golf simulators and indoor driving ranges are very popular and bring in guests who soon become hungry and thirsty. Other recreational sports, such as curling, tennis, pickleball or billiards add value to memberships while also ensuring a steady stream of cashflow during winter months.

Summit Steel Buildings help golf clubs to drive success

Looking to capitalize on Canada’s golf boom? Summit Steel Buildings offers customizable, pre-engineered steel solutions – from cart barns to pro shop expansions – designed to match your vision and seasonal timelines. Let’s start building smarter: reach out at 1-877-417-8335 or by email at info@summitsteelbuildings.com for a free quote and to discuss what designs can be created for your site-specific concept today.

About the author

A. Paul Mitchell is the Marketing Director for Summit Steel Buildings and is an award-winning marketing professional with over 30-years experience in design, marketing and corporate communications. His previous cross-industry experience has helped develop an extensive breadth of skills, including writing, graphic design, web design, media relations and photography. Paul holds an Executive Master of Business Administration degree (MBA), a Bachelor of Arts degree and professional certificates in Leadership and Business Analysis from Western University. He also completed Centennial College’s post-graduate marketing and business management program. He lives in London, Ontario with his family.

Summit Steel Buildings opens new sales and service office to strengthen Ontario presence

Tue, 12 Aug 2025 15:54:19 GMT

Thorndale, Ontario, August 7, 2025 – Summit Steel Buildings has marked a significant milestone with the unveiling of its new sales and administration office for the Ontario region. The 600 square foot workspace adjacent to an executive meeting room is located just outside London and serves to bolster construction and client operations while significantly expanding regional representation.

The sales and administration office is located on the second floor in the FCMP Outdoor manufacturing facility in Thorndale, which Summit Steel Buildings constructed in 2017 . The client’s ownership was so satisfied with the quality of the initial structure that they rehired the company for expansion work. FCMP Outdoor business had grown considerably throughout the United States using Amazon distribution and it required two further extensions using Summit’s pre-engineered, open-ended building system.

The strategic establishment of an Ontario office further solidifies Summit Steel Buildings’ long-standing commitment to Central Canada and the broader national business landscape. The company is actively strengthening its collaborative network with commercial and industrial enterprises, which need additional storage or production space. Pre-engineered steel buildings are ideal for food and technology manufacturing , warehousing, mining, aviation and aerospace. Among other uses, metal structures have become a very cost-effective building solution for community centres and recreational sports (such as for golf , skiing, hockey arenas, pool facilities and indoor soccer fields).

Frank Melo , Director for Summit Steel Buildings, grew up in West Lorne and called London home until moving to Vancouver in 2019 to establish the company’s head office. Before founding the company with his business partners, Frank successfully ran Melo General Constriction (which specialized in residential construction and commercial steel building installation) for 24 years between 1996 and 2019. The lifelong relationships he established during the time helped propel the growth of his new company throughout Canada and the U.S. due to his reputation for quality craftsmanship, reliability and business acumen. Being back in London will serve to further develop commercial and industrial opportunities in the Ontario market.

“The expansion of our footprint in Ontario underscores the strategic importance of the province in our national and global operations. This new workspace represents a significant investment and a clear demonstration of our enduring commitment to local business and developing regional leadership in domestic enterprise,” Frank says. “By returning to my roots and deepening the existing relationships we have here, we are proactively addressing the evolving demands of the Ontario commercial and industrial building market. We hope to play a small role by actively contributing to the economic strength and vitality of the region.”

Here's a few photos of the FCMP Outdoor manufacturing and warehouse facility Summit Steel Buildings supplied and constructed.

The new London office is located on the second floor.

The expanded operational footprint for Summit Steel Buildings is designed to enhance overall efficiency and performance, including:

A local sales and marketing team that’s more convenient to servicing provincial buildings needs.
Extended customer service hours to work with clients across the entire nation.
Accelerated shipping timelines for building components to local markets from our domestic manufacturing centres.
Located in a showcase structure that clearly demonstrates the possibilities and quality of our custom-designed commercial and industrial construction and engineering.

If your business is located in Ontario, or wherever you're located, contact Summit Steel Buildings to discuss your construction and facility needs. We’ll provide you with preliminary designs and an affordable price to support your future business operations. Reach our team online , by email at info@summitsteelbuildings.com or at 877-417-8335 .

About the author

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner an d contractor. He was raised and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

Revitalizing heritage buildings: Steel extensions bridge past and future

Mon, 14 Jul 2025 17:26:29 GMT

By Darren Sperling

We live in an era where real estate development is meeting demands for preservation. Property owners face a common dilemma: how to modernize aging brick structures without sacrificing their historical character. The answer lies in an innovative approach that combines the timeless appeal of traditional masonry with the efficiency and durability of pre-engineered steel building systems.

The challenge of aging infrastructure

Heritage and older brick buildings across North America are reaching a critical juncture. For example, a recent climate vulnerability assessment conducted by the City of Edmonton revealed that 39% of municipal buildings – 343 out of 884 structures – require immediate action due to their high-risk profile, age and deteriorating condition. These buildings face mounting threats from wildfire smoke, intense rainfall, heavy snowfall, extreme temperatures and the increasingly common freeze-thaw cycles that compromise structural integrity.

The financial implications are equally concerning. Property owners are experiencing rising insurance premiums, increased maintenance costs and the looming prospect of complete reconstruction – a scenario that eliminates both the building's heritage value and involves a significant capital investment.

Steel extensions are the strategic solution

Pre-engineered steel building systems offer an elegant solution that addresses both preservation and modernization needs. Rather than demolishing and rebuilding, property owners can seamlessly integrate steel extensions to the side or back of existing brick structures, creating additional space while maintaining internal connectivity through shared and secure entrances.

This approach delivers immediate benefits:

Enhanced operational capacity – Additional square footage translates directly into increased potential for productivity. Whether expanding manufacturing space, office areas or retail environments, the extra room enables businesses to accommodate growth without having to relocate. The psychological and practical benefits of expanded working space contribute to improved employee satisfaction and operational efficiency .
Climate resilience – Steel structures provide superior protection against the environmental hazards that threaten older buildings. With excellent fire resistance properties , steel extensions reduce overall insurance premiums while protecting against wildfire risks. The engineered design also handles extreme weather conditions more effectively than aging masonry, providing long-term protection for the entire property.
Architectural harmony – The combination of traditional brick facades with sophisticated steel and glass extensions creates a striking design statement. This contrast between historical and contemporary elements highlights the building's heritage while demonstrating forward-thinking modernization. The approach has been successfully demonstrated in projects like the soundstage additions at Big Sky Studios in Winnipeg , where rapid construction met urgent project needs.

Environmental and economic benefits

Reskinning steel extensions represent a sustainable approach to building modernization by preserving existing structures rather than demolishing them. This preservation significantly reduces lifecycle emissions compared to complete reconstruction. Additionally, the construction process can integrate modern energy-efficient systems that improve the building's overall performance.

The economic advantages are equally compelling. Steel extensions can be constructed more rapidly than traditional building methods, reducing disruption to ongoing operations. The lower insurance premiums associated with steel construction, combined with reduced maintenance requirements, create long-term cost savings that often justify the initial investment within a few years.

Recent retrofitting of a brick office building in London, UK that includes 40 tonnes of steel from the 1930s. Around 20% of the steel used for the 12,000sq m project was repurposed, with the remaining steel framing containing at least 56% recycled content. See the profile.

A popular architectural trend

Using steel expansion systems modernize heritage buildings represents a growing trend in architectural design. Property owners get a way to revitalize historical structures while respecting their heritage and adapting them to modern operational needs. The approach is recognized in architectural circles for its ability to create functional, beautiful spaces that honor the past while embracing the future.

For property owners facing the challenge of aging brick structures, steel extensions provide a practical, cost-effective solution that delivers immediate benefits while protecting long-term value. Rather than viewing heritage buildings as limitations, this approach transforms them into opportunities for innovative design, enhanced functionality and increased property value.

The marriage of traditional masonry with modern steel engineering creates more than just additional space – it creates a statement about the possibility of honoring history while embracing progress. When sustainable development and heritage preservation are increasingly important, steel extensions offer the best and most affordable path forward.

Contact us about extending the life of your building investment through steel additions. Speak with Darren Sperling by telephone at 877-417-8335 or contact us online and he’ll be happy to provide you with a free consultation and quote. We'll also be happy to provide you with preliminary drawings .

About the author

Indoor farming taking root as key to supplementing food supply

frank.melo@summitsteelbuildings.com (Frank Melo) — Fri, 20 Jun 2025 17:46:25 GMT

As new and existing food operations see value in growing more food inside, steel buildings have become key infrastructure in the future of farming.

As the demand for fresh year-round local produce continues to rise in Canada, companies are realizing the growth potential and increasing profitability of investing into indoor farming. Also known as precision agriculture or vertical farming, this innovative indoor growing approach to agriculture not only addresses food supply challenges but also promotes sustainability and self-reliance in our local and regional food systems.

Recent news articles have highlighted the potential of indoor farming, which allows producers to reliably grow vegetables and herbs in any climate throughout the year. In particular, growing indoors would allow Canadian organic farmers to keep pace with producing enough product to meet growing demand . And indoor farming is being viewed as an intelligent solution to improve food supply to Northern Canadian communities where access to fresh fruits and vegetables is a major health concern.

Summit Steel Buildings provide an ideal solution for agricultural operations looking to embark on a vertical farming journey. Our customized buildings are affordable, expandable and designed for low maintenance, making them a practical choice for growers and food manufacturing operations . With complete climate control capabilities, these structures create optimal growing environments throughout the year, allowing for the cultivation of a diverse array of crops, regardless of external weather conditions. Furthermore, their durability and longevity ensure that investments yield ongoing returns, while their scalability allows farmers to expand capacity as size of operations grow .

Canadian food entrepreneurs are adopting indoor agriculture

Success stories abound, showcasing the transformative power of vertical farming. For instance, Avery Farms uses a 50,000 square foot purpose-built facility in Okanagan Falls, BC to produce over 10,000 heads of fresh lettuce daily – 365 days a year. The operation has become a beacon of self-reliant food production in Canada, demonstrating how vertical farming can create sustainable food systems. Their innovative use of space and resources highlights the potential of this farming method to meet local needs effectively.

Similarly, Haven Greens relies on their state-of-the-art, fully automated greenhouse facility in King City, Ontario to revolutionize lettuce production through automation and efficient growing techniques. These two examples are proving that vertical farming can significantly enhance productivity while minimizing environmental impact.

Vertical farming operations using Summit Steel Buildings systems benefit from energy efficiency and the ability to grow food in various environments and conditions, creating much more food resilience and dependability regardless of whatever agricultural challenges face traditional outdoor operations.

Further reading:

Building better communities with reliable access to healthy food

As Canada's agricultural landscape evolves, the integration of vertical farming with robust pre-engineered metal structures presents a promising path forward. Most farms and food production businesses can supplement their existing capabilities with indoor production to lower costs and provide reliable access to ingredients. Buildings designed specifically for food enterprises offer secure, easy-to-clean and sanitary conditions with all the necessary water, drainage and energy systems needed. The perfectly controlled temperatures and hygienic conditions require little to no structural maintenance and offer the ability to expand in any direction as food production grows.

To learn more about how your farm or food operation can benefit from an investment into indoor agricultural structures, please contact Summit Steel Buildings at 877-417-8335 to discuss how cold-formed metal winemaking buildings can contribute to your operation's future success.

About the author

Frank Melo has a construction civil engineering technology and business background with over 30 years of experience as a business owner an d contractor. He was born and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

Golf courses impress guests and members with steel

Fri, 13 Jun 2025 21:41:13 GMT

Look at modern golf clubs. No one uses wood anymore. Top drivers are now made of metal, and the improvement in irons can take your game from amateur to pro. Better materials have revolutionized the game. Pre-engineered steel buildings are doing the same for facilities at golf operations.

Golf season is well under way for another year. As duffers and more serious players enjoy a beautify day out on the course (a good walk spoiled as is often quoted), they might not consciously recognize the value good buildings play. Smart superintendents and golf course general managers do.

Guest experience is one of those critical factors that make a round of gold so special and pleasurable. From the moment golfers register for their round at the pro shop, grab a sandwich and beer at the clubhouse or pick up their cart, top-notch facilities leave a lasting impression.

How many times have you played an amazing course and then be disappointed by sitting in an uninspired out-of-date or rundown 19th hole. Instead, imagine sitting in comfort at a halfway hut patio or in a modern facility with all the amenities that impress guests.

After all, the success of many golf tournaments and events rely on attracting successful business people and potential members or donors who should ideally walk away desiring to experience more of what the golf club venue and its team have to offer.

Golf courses need a variety of key structures

Traditionally, most golf courses go “all in” on building an amazing showpiece clubhouse (for member events, dinners and weddings), while the others get ignored or slowly deteriorate. Staff are relegated to storing gear and repair carts in dilapidating wooden structures that are drafty, damp and prone to pests (rodents and insects). Equipment and the resources to maintain a proper golf course are expensive. All those seeds, soils and fertilizers crucial to creating an optimal golf experience are delicious meals if not protected by metal. Banks use steel in their vaults to protect what’s most valuable to them and their clients, so why shouldn’t golf operations do the same?

What about using wood building systems anyway? Aren’t they more affordable? Not exactly. For the same cost as a timber structure, going with steel makes more sense. Once you get to a practical building size (such as dimensions in the range of 40’x80’), the engineering and construction costs between metal and wood becomes similar. At larger sizes, steel becomes the much lower cost solution.

The main benefit advantage of pre-engineered steel building systems comes in their long-term strength and cost savings. They don’t require maintenance or painting and are more durable and resistant to wear and damage (such as the occasional stray golf ball). Grounds teams and golf course staff should spend their time creating challenging and beautiful course conditions and layouts, not repainting a shed or replacing missing or rotting boards.

We don’t need to extoll the benefits of steel buildings for golf operations. Professionals do that for us. Read our article from Greenhills Golf and Country Club in London, Ontario about the importance of good facilities for food and beverage, storage and workshops.

Steel buildings allow greenkeeping teams to focus on what’s most important

Making a golf course pristine and gorgeous is hard work and takes a lot of time. Time is best served focusing on the items that make a golf day more enjoyable or increase revenues. Steel buildings can help do that by saving time, protecting resources and enhancing guest experience. Adding or expanding facilities with pre-engineering steel buildings is a long-term and affordable investment that create lasting value. And a great return on investment.

If you’re a golf professional, speak to us about our custom-made facilities that can enrich your member experience and increase revenues. We're available to you at 1- 877-417-8335 , extension 702 . If you are a member of a golf club and have noticed some of the facilities lacking, or in need of upgrading, pass along our name to your general manager. We have special programs just for golf operations. We’re more than happy to provide free quotes and complimentary preliminary drawings to get the project off the ground quickly and easily. We’ll do everything you need for a successful project. We build value that lasts!

About the author

For older metal structures, reskinning is more cost-effective than building new

Thu, 22 May 2025 21:37:27 GMT

Pre-engineering revolutionized construction by making it faster and more affordable to complete commercial buildings; pre-engineering can also retrofit older existing structures to extend their lifespan.

By Darren Sperling

After decades of use, all commercial and industrial structures deserve a little renovation to look like new, increase their energy efficiency and extend their years of use considerably. Retrofitting isn't just for massive warehouses or industrial complexes . Businesses of all sizes can benefit from this strategic approach to building improvement and extending the return on their original building investment.

Metal buildings are proven to be durable and resistant to damage . However, after serving the company by providing an ideal workplace to produce goods, store raw materials or protect inventory, all buildings will inevitable suffer abuse and wear and tear as the years go on. Weather, vandalism and accidents take their toll, and the smooth, shiny exterior wall systems can begin to see dents and fading, regardless of how great the glazing or coating was originally.

Fortunately, when damage does occur, pre-engineered metal wall systems are designed to be quicker and easier to replace and modernize than with traditional construction materials, such as brick and mortar and wood.

Summit Steel Buildings supplies new custom-designed and turnkey pre-engineered building solutions for businesses across North America. They also can update and renovate older metal building exterior roofing and wall systems regardless of who manufactured them originally. At Summit Steel Buildings, we always build value that lasts!

How is this possible? The genius of pre-engineering construction methods

One of the benefits of pre-engineered steel buildings is that their exterior metal panels can be replaced to freshen the look and strength of the structure and give it a much longer use. This “reskinning” process make the building look and act like new, at a fraction of the cost of rebuilding completely or relocating to another site. And the business operation does not experience any downtime in the process.

Pre-engineering reinvented modern construction over the last 120 years. The system involves creating a solid concrete foundation and heavy steel framing that supports all the roofing and wall systems and other metal components that make up the finished building. While the durable and stable structure provide a defensive and secure skeleton, the exterior walls, including insulated steel panels, are bolted on to shield the interior from extreme temperature, snow and rain, vapour, contaminants and unwanted animals and people who, try as they might, will not be able to gain access.

Read why pre-engineering revolutionized construction.

The walls act like a structural skin that can be quickly removed when wanted and replaced with new wall systems and components. Either done in small sections or the entirety, clients only need to pay a fraction of the building cost to create a completely different look and feel to the building, without sacrificing structural integrity. Your building will look brand new and contemporary, with a wide range of metal finishes, from a huge selection of colours .

Reskinning improves the look of your building and saves you money

Reskinning or retrofitting an existing building is so easy to do because the engineering makes it possible and provides so many benefits of doing so. For most businesses, the two main reasons are to freshen up the look and modernize the brand (changing colours or finishes, eliminating old damage or wear and tear and making it look shiny and modern once again), or to increase energy efficiency. New materials continue to lower a building’s environmental footprint. While reskinning, you can choose to add more insulation, vapour barriers or other newer wall systems that control temperature better. Plenty of government programs are available to help subsize the cost of improve energy efficiency of your building.

These savings means modernizing your building can be done inexpensively (or even for free). Cost savings are further increased by lowering monthly HVAC and utility bills over the lifetime of your operation… And all these improvement can be done without downtime interrupting the operational activity of your business. Pre-engineering systems make it all possible!

Contact us about extending the life of your building investment through reskinning. Speak with Darren Sperling by telephone at 877-417-8335 or contact us online and he’ll be happy to provide you with a free consultation and quote. We'll also be happy to provide you with preliminary drawings .

Learn how you can break new life into older metal buildings.

About the author

Metal roofing: Standing seam versus screw-down systems

Tue, 13 May 2025 18:01:14 GMT

Top-quality roofing is critical to keeping the contents of your structure safe, comfortable and dry. Learn about the types of metal roofing systems in our ongoing series about the components used in steel building construction.

By Darren Sperling

When considering ideal roof design for your pre-engineered metal building project, two primary systems dominate the market: standing seam and screw-down panels. Understanding the differences between these options can help you make an informed decision that balances cost, durability and aesthetic appeal.

Summit Steel Buildings offers customized building solutions to suit your business goals. We can provide either system explained within this article and are only limited by your structural needs and design choices. Speak with our leadership team to decide the best system for you and we’ll provide a free quote and preliminary drawings .

Standing seam roofing: Premium protection

Standing seam metal roofing consists of panels that lock together at the seams using a hidden fastener system. Clips beneath the raised ribs secure the panels while allowing them to expand and contract freely as temperatures change. The finished look is cleaner and more elegant because fasteners cannot be seen from the outside.

"Standing seam roofs offer longer lifespans and less maintenance compared to screw-down roofs," according to Darren Sperling of Summit Steel Buildings. This premium system can last 50+ years with minimal maintenance, making it potentially the last roof you'll ever need to install.

The hidden fastener design eliminates penetrations through the metal panels, significantly reducing the risk of leaks. Additionally, the clean, modern appearance of standing seam roofing enhances curb appeal and is particularly well-suited for premium metal options like copper, stainless steel and zinc.

Maintenance requirements are minimal, limited primarily to clearing debris and occasional cleaning.

Screw-down roofing: Budget-friendly option

Screw-down roofing (also called exposed fastener) features panels secured directly to the roof deck with screws and washers visible on the panel surface. This straightforward system is more affordable and much quicker to install. The easier installation translates directly to lower pricing.

However, the direct attachment method prevents panels from moving freely during thermal expansion and contraction. Over time, this movement can cause the screw holes to enlarge, backing out fasteners and potentially creating entry points for water.

"A screw down metal roof should last 20 to 30 years depending on maintenance," Darren notes. “The screws shouldn’t rust as they’re either long life or stainless steel and are painted with the same finish as the panels.” Regular maintenance primarily involves to periodic checks around roof penetrations and potentially replacing some of the screws before leaks develop or storm damage occurs.

Making your best roofing choice

The decision between these systems often comes down to factors as budget considerations and aesthetic preferences. Screw-down systems offer immediate cost savings, making them popular for agricultural buildings and warehouses where construction costs are paramount. On the other hand, standing seam provides a cleaner, more sophisticated appearance without visible fasteners and are much easier to maintain.

Occasionally, the chosen system of roofing used can be dependant on roof shape, slope or design in rare architectural cases. In most cases, a standing seam metal roof is preferable over heated spaces or working and production areas where thermal movement is significant. While more expensive initially, standing seam roofing's longer lifespan and reduced maintenance needs make it more economical over time.

Roofing systems tailor made for each particular business use

Every pre-engineered metal building is designed to suit a client’s individual needs and budget. Each form of roofing engineering will provide advantages to different types of uses – the industrial storage building for raw materials is drastically different from a golf course and country club event space, for instance. Summit Steel Buildings recommends standing seam roofing for most applications: "It provides a nicer finished look and resists leaking much better since no holes are actually punched into the roofing panels."

However, both systems have their place. For budget-conscious projects with shorter-term expectations, screw-down roofing remains a practical solution. For premium applications where longevity, weather resistance and appearances are priorities, standing seam represents the superior investment.

Whichever system you choose, proper installation by the qualified professionals at Summit Steel Buildings remains critical to achieving the full performance potential of your metal roofing system.

Contact our experienced pre-engineered building solution team online , by email or by calling us at 1-877-417-8335 to obtain a free quote and preliminary drawings.

Read the other articles in our "Know your steel components" series:

Pre-engineered steel panels

Girts

It's all about the girt

Purlins

Celebrating purlins

Concrete foundations

Roofing

Windows

Let the light shine in

About the author

Concrete foundations: The bedrock of structural integrity

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 15 Apr 2025 15:32:15 GMT

Every Summit Steel Buildings project is constructed with a level platform that, combined with engineered drainage, foundation design and structural detailing, helps safeguard the building against water damage, seismic activity and severe weather.

Written by Frank Melo

British Columbia's challenging topography creates jobsites that begin as uneven terrain, susceptible to landslides, shifting soil and persistent water runoff. These conditions require extensive site excavation and preparation for the foundation long before any concrete floors are poured, or steel framing is installed.

As a turnkey builder, Summit Steel Buildings does it all: supplying the building, managing excavation and site preparation, handling erection and providing complete finishing services.

The protective power of concrete foundations and retaining walls

A well-built, solid concrete foundational wall offers substantial protection and utility for the long-term stability of buildings. Working in connection with a concrete base and steel framing, foundations effectively contain earth and fill to provide structural stability that can meet or exceed seismic load requirements for site conditions and building code standards. They are implemented in various settings to provide excellent support for pre-engineered structures of all sizes.

Concrete foundations are part of a complete building system that create an effective solution for challenges posed by hilly areas. Rock conditions, slope angles and water tables are complicating factors for site-specific design. Well-constructed retaining walls transform unstable surfaces into level excavated sites ideal for building industrial and commercial operations. They help manage water flow and help protect the building’s perimeter from erosion and landslide activity.

The process begins with site excavation to create a level surface that serves as the building foundation. In uneven or hilly terrain, concrete retaining or foundational walls ensure the building can resist soil shifts, manage water runoff and provide a strong barrier against potential landslides.

Beyond the foundation: Retaining walls

Retaining walls play a crucial role in transforming challenging inclines into level sites for industrial and commercial operations. They are particularly vital in:

Sloping surfaces prone to sliding
Areas being leveled for construction
Locations with water flow, such as creeks, to channel water away from the building site

Concrete foundation and retaining walls being constructed for Windsor Plywood processing facility on Salt Spring Island in British Columbia.

(Photos provided by Double Black Construction , a preferred building installation partner for Summit Steel Buildings.)

The Summit Steel Buildings engineering process
Before Summit Steel Buildings adds wall and roofing systems , a significant amount of concrete goes into making the site strong enough to support the weight of all that metal. The team ensures a steady footing well before foundation wall construction begins. Foundation walls – concrete walls located below ground level – provide primary support for the structure and form any basement area if it applies. It usually starts with a pad of concrete resting on a level trench dug under the position of the load-bearing walls.

Concrete remains the material of choice for commercial metal structures. This durable and versatile material can be molded into numerous forms to suit different landscapes and designs. Cast-in-place concrete preferred for retaining walls. This method involves creating a wooden framework supported with a spine of steel rebar, pouring the concrete and allowing it to cure. The result is a robust, seamless wall that offers excellent soil retention and can adapt to virtually any shape or curve. Cast-in-place concrete retaining walls are favored for their structural integrity, durability and smooth, modern aesthetic.

Stages of foundation construction:

Footing preparation – A level trench is dug, and a concrete pad is poured to support foundation walls.
Reinforcement installation – Steel rebar is strategically placed to provide additional strength and stability to the concrete structure.
Form setting – Wooden forms (typically less than six inches wide to prevent warping) are assembled into the desired shape, with wooden stakes strategically placed to bear the concrete's weight.
Concrete pouring – High-quality concrete is poured into the forms.
Curing – The concrete is allowed to cure fully before form removal.
Waterproofing and drainage – Proper drainage systems are installed to manage water runoff, a critical factor for places like British Columbia with challenging terrain and climate.

To determine the depth of the foundation trench, our engineers consider weight and seismic loads, the total size and weight of the building, soil strength and stability and ground slope.

At Summit Steel Buildings, our foundations do more than support structures – they support long-term confidence. Every project we deliver is built with future performance, safety and durability in mind.

Providing protection against rain and water runoff
Once constructed, foundation walls support a stable building platform and, when combined with proper structural and geotechnical design, contribute to the building’s resilience against seismic activity and severe weather. Water seals and runoff drainage systems provide the structure with lifetime protection against water, dampness and moisture damage. Without adequate runoff protection, building walls (especially when made with brick and mortar or wooden materials) may crack from stress, slip and collapse under the building's weight or slowly deteriorate due to water erosion.

Summit Steel Buildings brings extensive experience to benefit manufacturers and engineering/architectural clients. We are a reliable and qualified provider for building installation , considering all necessary elements and contingencies the site will experience in the decades to come. Our team anticipates building needs to ensure final occupants receive a maintenance-free and dependable structure they can count on.

Contact us online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation, quote and complimentary preliminary drawings .

About the author

Pre-engineered steel systems are the cost-effective solution throughout a building's lifecycle

Tue, 08 Apr 2025 16:38:07 GMT

Construction using metal building solutions are less expensive at the outset and more so as your business grows over decades.

By Darren Sperling

In today's competitive business environment, making smart investments in physical infrastructure is more important than ever. Pre-engineered steel buildings have emerged as the solution of choice for businesses looking to maximize their construction budget while ensuring long-term value. Summit Steel Buildings specializes in providing these cost-effective solutions that provide savings not just on day one, but throughout the entire lifespan of your building.

Find out how long you should expect your new steel building to last.

Lower initial construction costs

When comparing construction options, pre-engineered steel buildings offer immediate financial advantages:

A) Faster construction timelines

Pre-engineered steel buildings can be erected up to 30% faster than conventional construction methods. At Summit Steel Buildings, our components arrive at your site pre-cut, pre-drilled and ready for assembly, dramatically reducing labor hours and associated costs. This speed-to-completion means your facility becomes operational sooner, accelerating your return on investment.

B) Precision manufacturing done domestically

Our controlled manufacturing environments across North America ensure reliable delivery times and perfect component fit, minimizing waste and on-site modifications while eliminating the need for cross-border shipping, unnecessary bureaucratic paperwork and tariff costs. Summit Steel Buildings' precision engineering means you're not paying for excess materials, correction work during assembly or international shipping.

C) Customized design process

Clients get the exact building their business needs require. Using building information modeling (BIM – learn more about this innovative construction technology ) and innovative design software, each building is designed with operations and style in mind. Individual components are manufactured in bulk using standardized design elements and engineering expertise, so they can be easily shipped and assembled without complication. The architectural and engineering costs for pre-engineered buildings are considerably lower while still providing a custom-designed structure. Summit Steel Buildings offers professional design services that optimize both functionality and cost-efficiency.

Reduced ongoing operating costs

The savings from pre-engineered steel buildings extend well beyond construction:

A) Minimal maintenance requirements

Steel buildings are designed to withstand decades of use with minimal upkeep. Our galvanized and pre-painted steel components resist corrosion, eliminating the costly repainting and treatment requirements common with wood structures. This translates to significant maintenance savings over the building's lifetime.

B) Superior energy efficiency

Modern pre-engineered buildings from Summit Steel Buildings use advanced insulation options and energy-efficient design principles. Our insulated metal panels (IMPs) provide exceptional thermal performance (any R-level of insulation is possible), reducing heating and cooling costs by up to 40% compared to conventional buildings. These temperature-stable environments not only cut utility costs but also ensure optimal working conditions year-round.

C) Insurance advantages

Pre-engineered steel buildings typically qualify for lower insurance premiums due to their superior fire resistance , structural integrity during extreme weather and resistance to pests and rot. Summit Steel Buildings' clients regularly report insurance savings of 10 to 25% compared to traditional construction, creating ongoing annual savings.

D) Extended service life

While conventional buildings may require major renovations after 20 to 30 years, properly maintained steel buildings can remain serviceable for 50+ years . Summit Steel Buildings provides structures engineered to maintain their integrity and appearance for decades, extending the period over which your initial investment is amortized.

Cost-effective adaptability and expansion

Perhaps the most significant long-term advantage of steel buildings is their inherent adaptability. Pre-engineered systems are design so they can be quickly and easily adapted as needs change.

A) Modular expansion capability

Summit Steel Buildings designs their structures with future growth in mind. The clear-span design and modular nature of our building engineering make expansion straightforward – simply remove an end wall and extend the structure. Building size can be increased in any direction as far as the property allows. This eliminates the need for costly demolition and disruption to existing operations when your business needs additional space.

B) Flexible interior configurations

With wide clear spans up to 300 feet requiring few if any interior columns, pre-engineered steel buildings provide open, versatile spaces that can be reconfigured as needs change . Summit Steel Buildings' structures feature non-load-bearing interior walls that can be relocated without compromising structural integrity, allowing your space to evolve with your business without major reconstruction costs.

C) Easy retrofitting

As building technologies advance, pre-engineered steel buildings can be easily updated . Summit Steel Buildings offers retrofitting services to extend building life while improving performance and insulation. Regardless of who manufactured the original structure, we can renovative the wall systems for a more energy-efficient building.

D) Cost-effective aesthetic updates

When exterior appearances need refreshing, steel buildings can be economically reskinned with new metal panels or IMPs for a better look without affecting the structural framing. Summit Steel Buildings provides reskinning services that can completely transform a building's appearance at a fraction of the cost of new construction.

The Summit Steel Buildings advantage

When considering the lifetime cost of your building, pre-engineered steel clearly offers the most economical solution from initial construction through decades of operation.

Summit Steel Buildings enhances these inherent advantages through:

Expert consultation to optimize your building design for both current needs and future expansion
Premium materials and precision manufacturing for superior structural integrity
Professional installation services that ensure your building performs as designed
Comprehensive warranty protection for long-term peace of mind
Ongoing support for maintenance, expansion, and retrofitting needs

Whether you're considering a new facility or expanding an existing operation, Summit Steel Buildings provides pre-engineered steel solutions that deliver exceptional value throughout your building's entire lifecycle.

Speak with our team today to discover how our cost-effective building systems can benefit your specific project. Receive a complimentary quote suited to your specific location and need by contacting us either by webform or email or by telephone at 877-417-8335 . We'll be more than happy to provide you with free preliminary drawings .

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Breathing new life into older metal buildings

Tue, 18 Mar 2025 15:52:59 GMT

Pre-engineered building systems, regardless of when they were first installed, can be quickly updated to increase your business value thanks to the power of retrofitting.

By Darren Sperling

In the world of commercial and industrial architecture, older metal buildings often represent untapped potential. Retrofitting – also known as reskinning – is the process of upgrading and modernizing an existing structure. It offers a transformative solution that can dramatically improve a building's performance, aesthetics and overall value. This comprehensive approach goes far beyond simple cosmetic improvements, providing strategic and cost-saving benefits that can revolutionize how businesses think about their physical infrastructure.

Summit Steel Buildings supplies new custom-designed and turnkey pre-engineered building solutions for businesses across North America. They also can update and renovate older metal building exterior roofing and wall systems regardless of who manufactured them originally. With new metal panels replacing older, worn or damaged ones, your building will re-emerge to perform better with more energy efficiency.

Understanding retrofitting: More than just a facelift

Retrofitting an existing metal building is like giving your property a strategic makeover. It's not merely about changing appearances, but about systematically enhancing the building's functionality, performance and long-term viability. Unlike a complete reconstruction, retrofitting allows property owners to maximize their existing investment while dramatically improving the structure's capabilities. And the construction work can be done without interrupting operations – updating the building’s exterior while business activities continue means no costly downtime during installation.

The economic and environmental advantage

One of the most compelling aspects of retrofitting is its remarkable cost-effectiveness. Compared to total demolition and reconstruction, retrofitting can save up to 60% of equivalent new-build costs. This approach isn't just financially smart, it's also environmentally responsible . By preserving the existing structure and upgrading its components, businesses can significantly reduce waste and minimize their carbon footprint.

Here are a few of the key benefits of reskinning an older metal building.

1. Enhanced curb appeal and brand perception

First impressions matter immensely. The exterior of your business is essentially a large-scale billboard that communicates your brand's quality and professionalism. A well-executed retrofit can transform a dated, worn-looking structure into a modern, impressive facility that attracts customers and communicates your commitment to excellence.

When clients or potential partners approach your building, they'll immediately sense the attention to detail and quality. An upgraded exterior signals that your business is progressive, well-maintained, and invested in presenting its best possible image.

2. Dramatic energy efficiency improvements

Modern retrofitting, particularly with insulated metal panels (IMPs), creates a high-performance building envelope that revolutionizes energy management. These advanced panels (suitable for any R-value insulation) provide an uninterrupted barrier against external elements, dramatically reducing thermal bridging and preventing moisture damage.

The insulating properties of contemporary metal panels can significantly decrease heating and cooling requirements, translating into substantial operational savings throughout the building's remaining lifecycle. For temperature-sensitive environments like food storage facilities, breweries, and wineries, this can represent a game-changing improvement in operational efficiency and hygiene.

3. Superior protection and durability

Retrofitting with modern materials offers enhanced protection against multiple threats:

Fire resistance reduces potential catastrophic damage
Mold-resistant surfaces protect inventory and internal environments
Termite and pest prevention safeguards valuable equipment and supplies

These protective qualities can lead to reduced insurance premiums and longer equipment lifecycles, providing additional financial benefits beyond the initial retrofit investment.

4. Increased property value

While retrofitting requires an affordable upfront investment, the returns are multifaceted. Beyond immediate operational savings, you'll likely see:

Increased property market value
Enhanced ability to attract high-quality tenants or buyers
Improved competitive positioning within your market segment

5. Lower maintenance requirements

Modern retrofit solutions like IMPs are engineered for long-term performance. Their integrated design – functioning as air and water barriers – simplifies installation and reduces ongoing maintenance challenges . This means fewer disruptions to your business operations and more predictable maintenance costs.

Getting started with your retrofit project: A smart investment in your future

Retrofitting an older metal building isn't an expense – it's a strategic investment in your business's infrastructure, efficiency and future growth (read about how pre-engineering creates opportunities for endless expansion) .

By upgrading your existing structure, you're not just improving a building, you're creating a more impressive and productive business environment.

Whether you're looking to reduce operational costs, enhance your brand image or simply breathe new life into an aging structure, retrofitting offers a compelling business path forward. The key is working with experienced professionals who understand your specific needs and can design an ideal, tailored solution.

For your free quote and preliminary drawings , contact us either by webform or email or

by telephone at 877-417-8335 .

Read why for older metal structures, reskinning is more cost-effective than building new.

About the author

Trade shows can build or improve team dynamics

Mon, 24 Feb 2025 16:47:23 GMT

Darren Sperling , president of Summit Steel Buildings, shares his perspective on leadership, the importance of team building and how conferences can be a way to develop effective collaboration in addition to cultivating sales leads.

As company president, it falls on me to find and recruit the best talent. Part of that means ensuring they have the resources they need to succeed; and for me, creating a culture where people can achieve their potential – individually and as a team.

Our employees spend a big part of their time and energy focused on our clients’ needs, designing and building the ideal facilities and delivering amazing service from start to finish. However, that doesn’t mean work can’t be really fun too. It’s important to take occasions to celebrate our people and our company successes.

We’re exhibiting at an upcoming mining trade show in Toronto. It provides the occasion for our people to meet important company goals (market awareness, sales goals, client development, etc.) – more importantly, it’s one of several occasions during the year I look forward to because we are able to get together and enjoy spending time as a team.

See what Summit Steel Buildings is looking forward to seeing at this year’s PDAC show.

Building connections

I don’t think I can adequately express what events likes the Prospectors & Developers Association of Canada annual conference mean for both me and the Summit Steel Buildings team . The PDAC exploration and mining convention is one of our “all-hands-on-deck” annual events that involves all our senior staff onsite and everyone else – aside from our skilled tradespeople who remain busy installing our pre-engineered structures in various locations across Western Canada.

As a lean operation with our team spread across the country, getting as many of us as possible together in one place allows us to meet many organizational and professional goals. We get to reconnect face-to-face and catch up with those important work-life balance conversations, check in with colleagues and their outside-of-work interests – a little banter about sports loyalties. It’s an opportunity to reinforce that we’re not merely a group of people working for an organization – we're colleagues with vested interests in each other. What we all do outside of work is equally important to celebrate – new families, children getting into the school they want, new hobbies and celebrations. It’s all part of being a cohesive, collaborative team.

As Frank Melo has mentioned to me when we’ve discussed our organizational culture and growing need for exceptional talent, “People don’t work for just a pay cheque. They want to have purpose and feel part of something bigger. Attending these shows together allows everyone to enjoy the social aspect and team bonding in a dynamic environment.”

The time we spend together after a long day of attending presentations, doing sales pitches and networking to have a drink or treating ourselves to an amazing steak at one of Toronto’s prestigious restaurants is equally as important as completing our daily work. (To note, we’re aiming to visit Butcher Chef for their Canadian Wildridge Farms striploin or Japanese A5 Miyazaki striploin). PDAC is one of the rare occasions during the year where everyone is together in one place, and we can take the time to enjoy a relaxing moment to savor the fruits, engage in meaningful conversations… and just catch up!

Get our perspective from exhibiting at previous PDAC mining conferences.

Being part of a team – an important component of this business we’ve been building – is more than about developing strategy, creating plans, accomplishing goals, crossing off items on our to-do list or getting from one meeting to the next. It’s a reminder about growing together, enjoying the time we spend during the week and refocusing on what we’re trying to accomplish through our collective effort.

The other thing I love about getting the team together for events like this – part of the comradery – is the learning, and networking. I love how team creativity sparks new ideas and builds momentum for the year ahead.

We’d love to catch up with you too

Come visit us in the North Building of the Metro Convention Trade Centre at booth #7229N between March 1 and 5. Play with our engineering virtual reality technology and have a chat with Frank Melo and me. We’d love to hear what plans you have on deck for your team and your future vision.

About the author

Proving our metal with PDAC. Look who’s exhibiting again!

Thu, 20 Feb 2025 19:44:09 GMT

Pre-engineered steel buildings have set the gold standard for industrial facilities dedicated to mineral prospecting and mining operations. PDAC’s premier trade show uncovers the hidden gems with opportunities to learn about the sector and locate new business partnerships.

By Darren Sperling

Participating in industry trade shows is an important part of any marketing plan. For Summit Steel Buildings, the Prospectors & Developers Association of Canada’s (PDAC) annual convention is an absolute must. We’ve been a member of PDAC since the company’s founding and have been exhibiting for the last six years. Our team always looks forward to being involved with the event each year. As the world’s premier mineral exploration and mining exposition, it gives our leadership team the opportunity to stay on top of the latest sector developments while strengthening relationships with clients and partners.

Read what we've learned about mining from the world's largest mining trade show.

All the world’s biggest and most prominent companies in mining and prospecting

The annual PDAC Convention brings together 27,000 attendees from over 135 countries for its educational programming, networking events, business opportunities and fun. Since the event began in 1932, the convention has grown in size, stature and influence. Today, it’s the top choice for the world’s mineral industry and hosts more than 1,100 exhibitors and 700 presenters. Summit Steel Buildings is proud to be one of them!

The conference also helps to shine a spotlight on Canada’s unique role in global minerals, metals and energy. The full program of keynote speakers, presentations, investors’ forums and immersive learning encourages new ideas and discussion around burgeoning critical minerals investments and sustainable mining practices.

As Summit Steel Buildings prepares to exhibit at the Metro Toronto Convention Centre in Toronto ( be sure to look for us at booth #7229N in the North Building ), here’s what we’re doing and what’s getting us excited:

1. Our most anticipated speaker sessions

Commodity Outlook with Mike Henry , CEO of BHP, on Sunday, March 2, starting at 10:30 am: A 2050 population nearing 10 billion, increasingly urbanised, seeking higher standards of living and embarking on the energy transition, will need a lot more metals and minerals. What will it take to get where we want to go?

Mining Industry Outlook with Eric Sprott on Monday, March 3 at 9:00 am as he describes current issues and opportunities in Canadian mining.

See the full schedule at the PDAC website .

2. Showing off our virtual reality (VR) technology

A fun part of trade shows is actually getting to see and put your hands on the massive mining equipment companies are using in the field. Technology is constantly improving, and Summit Steel Buildings is also continually evolving our tools. We’re bringing our engineering VR tech back to this year’s show.

People sometimes act like giggling school children when they put on the immersive goggles for the first time and start exploring our building simulation. They get to walk through one of our buildings before it’s actually built. Some people have tried VR games before, but they’re not even close to this.

3. Trade shows are more than just presentations and vendor booths

All work and no play is never good… Fortunately, the fine organizers at PDAC always create opportunities to have some fun and fuel up. Who can turn down a free lunch or a happy hour after being on your feet all day? As Frank Melo says, “PDAC is a great opportunity to connect with industry professionals, both in a formal and informal setting.”

Check out all the social and networking events at this year's trade show.

One event stands out to our team. After four days of intense networking, PDAC ends with their Canada Night Finale . Everyone moves over to the Fairmont Royal York Hotel at 7:00 pm to enjoy food and drink, a live band and all the pub games (including billiards, ping pong, foosball and air hockey) any good Canadian can handle. Darren Sperling and Summit Steel Buildings’ marketing director, Paul Mitchell , maintain a legendary, and very competitive, rivalry at playing pool.

Trade shows are only what you make of them

The more you get involved, the more people you meet, the more enjoyable and productive they are. With a large slate of presentations, networking events and a huge number of exhibitors and attendees, the PDAC Conference is an important experience for the Summit Steel Buildings team – one that we cherish and excitedly anticipate each year.

We hope you see you there! Drop by our exhibitor booth (#7229N in the North Building of the Metro Toronto Convention Centre) and we’ll buy you a coffee as we learn more about you and your business.

Darren Sperling shares his perspective on leadership, the importance of team building and how trade conferences can be a way to develop effective collaboration in addition to cultivating sales leads.

About the author

Buy Canadian: Domestic manufacturing creates value and offsets inflation risk

Wed, 29 Jan 2025 16:08:35 GMT

Summit Steel Buildings provides clients with ideal metal wall and roofing systems and components made in Canadian factories to ensure price and supply stability.

By Darren Sperling

In a period of economic uncertainty, Canadians and engineering professionals are discovering that pre-engineered metal building (PEMB) solutions offer remarkable advantages because they can be sourced domestically. The challenges of international procurement – volatile exchange rates, complex logistics and unpredictable tariffs – have driven a shift toward local manufacturing partnerships. Summit Steel Buildings fosters strategic cost management through their network of Canadian factories to create economic and operational benefits for clients.

Advantages of domestic manufacturing

"By producing components within Canada at our manufacturing centers and as close to the jobsite as possible, we eliminate the risks and delays of cross-border complications," explains Darren Sperling , president of Summit Steel Buildings. The company, located in Vancouver, British Columbia, is Western Canada’s premier supplier of pre-engineered building solutions. Their localized supply chain approach yields multiple engineering and financial benefits for clients:

1. Optimize supply chains

The proximity of Canadian steel plants to project sites creates streamlined logistics that significantly reduces transportation costs and delivery times. This optimization becomes particularly valuable when managing complex project schedules and coordinating multiple deliveries.

2. Mitigate financial risk

For architectural and engineering firms managing multiple project budgets, working with a turnkey building provider that offers domestic manufacturing, like Summit Steel Buildings, creates several key financial advantages:

Elimination of USD/CAD currency exchange rate exposure
Avoid international shipping costs and documentation
Reduce impact of unexpected tariffs, duties and customs fees
Simplified tax structure.

Learn how you can leverage lower interest rates to reduce the cost of your building construction.

Inflation protection through strategic timing

Supply chain and economic pressures have forced firms to adopt new strategies to protect project budgets. Early procurement to lock in prices has emerged as an effective tool against material cost volatility and inflation. By engaging with Summit Steel Buildings early during the project planning phase, we can secure current pricing on future material and labor needs to help keep overall costs affordable, effectively creating a hedge against potential market increases.

Summit Steel Buildings offers exceptional value. Our local presence also means faster response times, smoother project execution and the peace of mind that comes from working with a company that understands the Canadian market.

While inflation concerns persist across the construction industry, ordering in advance protects against future construction cost increases. By choosing Summit Steel Buildings, you're not just getting a superior building – you're making a smart financial decision that hedges against market volatility and potential trade policy changes.

Project management and engineering considerations

For organizational decision-makers and management professionals evaluating pre-engineered metal building solutions, several technical factors support our domestic manufacturing approach:

Simplified quality control through direct manufacturer relationships
Reduced lead times enabling more responsive project scheduling
Enhanced ability to accommodate design modifications
Streamlined compliance with local building codes and standards.

Obtain an ideal price, fight inflation and protect project schedules

By working with Summit Steel Buildings as your premier pre-engineered construction and systems provider, we can integrate reliable and better-built close-to-site manufacturing into your project to improve sustainability, scheduling and cost-savings.

Using domestic building solutions produced in Canada represents a strategic approach to both technical excellence and supply management. By combining early procurement strategies with local manufacturing partnerships, our commercial, industrial, architectural and engineering clients receive superior construction results while earning the benefits of using current market conditions and economic factors to their favor.

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Leveraging lower interest rates for building construction

Tue, 14 Jan 2025 16:52:03 GMT

Recent declines in Canada’s Prime Rate help companies save on financing costs for investing into and growing their business.

By Darren Sperling

Lower interest rates present significant cost saving opportunities for companies financing new construction projects. After fluctuating widely between 2022 and 2024, rates have now returned to pre-Pandemic levels. Businesses across Canada should be closely evaluating their impact with an eye to potential growth and operational expansion. Fortunately, the return to lower rates creates an ideal time to invest at lower costs.

Businesses depend on reliable, cost-effective financing to expand production capabilities, add new equipment, increase storage capacity and enlarge their workforce. Summit Steel Buildings supplies custom-designed industrial

and commercial structures that make new or expanded operating and warehousing spaces affordable. Improved infrastructure can benefit a company in many ways for decades and more working space have been proven to

improve companies’ long-term bottom line.

Understanding the economic impact of Canada's interest rate environment

Interest adjustments are one tool of monetary policy the Bank of Canada uses to maintain economic stability or to manage inflation. Other financial institutions follow suit and set their rates as part of the wider strategy to encourage business growth and achieve broader economic goals. Usually, lower rates are preferred because reduced capital financing costs stimulate business activity by reducing borrowing costs for new projects and entrepreneurial endeavours.

The Bank of Canada has taken a more aggressive approach to rate reductions recently compared to the U.S. Federal Reserve, although American rates are projected to decrease steadily as well. These rate reductions have been successful in stimulating economic activity and reducing rising prices that were such a huge problem during the recent inflation crisis between 2021 and 2024.

Canadian interest rates are returning to the lower levels we’ve enjoyed since mid-2009. These favorable rates supported capital investment that helped drive industrial growth and commercial development across North America for almost two decades.

As interest rates decline, businesses with variable-rate loans benefit in several ways:

Reduced monthly interest payments free up capital for strategic initiatives
More funds can be directed toward principal reduction
Faster payoff of expansion-related debt becomes possible
Overall cost of capital decreases significantly.

Take action to maximize your savings

Lower interest rates aren’t the only way business increase the value of their building investment and lower overall costs. A well-thought-out project plan takes advantage of longer-term supply-side scheduling. Ordering your building earlier into the planning stages allows Summit Steel Buildings to help you capitalize on project scheduling benefits:

Locking in more competitive building supply prices early
Guaranteeing construction timelines
Ensuring supply chain reliability

Contact Summit Steel Buildings today to learn how we can help you take advantage of current interest rates and create a cost-effective construction plan for your business. Our experts will guide you through financing options and demonstrate how building now can benefit your long-term growth strategy.

Schedule a free consultation to explore our complete range of building solutions. For free quote and preliminary drawings suited to your specific location and need, please use our webform , send us an email or call us by telephone at 877-417-8335 . We're excited to hear about your business and help develop your ideal pre-engineered building solution.

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Digging into infrastructure: Pre-engineered building systems are transforming mining operations

Tue, 10 Dec 2024 20:55:10 GMT

Heavy-duty steel components and pre-assembled framing sections create a gold standard for housing, storage and mineral processing facilities.

By Darren Sperling

In the unforgiving landscapes of remote mining sites, traditional construction methods have given way to a revolutionary approach that delivers efficiency, speed and adaptability. Pre-engineered building systems are reshaping how mining operations establish their critical infrastructure, offering solutions that are as robust as they are intelligent.

Mining operations require efficient and optimized solutions for construction processes, making it necessary to consider modern pre-engineered solutions. Pre-engineered construction allows mining and metals facilities to be built in sections offsite in advance in a controlled environment, which is safer, and limits delays due to bad weather on site. Factory-manufactured components and framing, wall and roofing systems are then delivered to site, reducing on-site disruption while completing projects quickly so they can be put into operation immediately. These methods make construction quicker and more affordable while proving the heavy-duty reliability required.

Summit Steel Buildings offers customized building systems designed to withstand the unique terrain and environments of clients’ needs within the mining sector regardless of location. The team of experienced engineers and tradespeople is a complete turnkey construction solution for mining clients, built to the specific requirements of any operation.

Structural design for mineral processing and labour housing purposes

Modern mining camps are complex ecosystems requiring sophisticated infrastructure. Pre-engineered systems offer comprehensive solutions, from living quarters and management offices to specialized facilities for extraction, transportation, storage and processing. A specialized system of steel framing and metal wall and roofing sections creates effective use of space and larger unobstructed areas without beams and pillars.

The magic lies in the details: versatile steel structures offer higher strength-to-weight that create open spans up to 300 feet wide for protected and climate-controlled interior spaces that maximize workflow and worker safety . These aren't just modular units or trailers – they're precision-engineered solutions that adapt to the unique demands of each mining site.

The open design eliminates interior columns that impede movement, creating safer environments where workers and machinery can operate with greater ease and reduced risk of accidents. This means manufacturers and warehouse operators can maximize their usable interior space, creating efficient layouts for workflow .

Pre-engineered buildings are also ideal for housing workers on a long-term basis. These aren't basic accommodations – they're designed to provide a genuine "home away from home" experience for remote workforces.

Key features include:

Comfortable living spaces
Full electrical and plumbing systems
Recreational facilities
Adaptable designs that can expand with the mining operation

Engineering meets innovation: technology drives speedy construction

Summit Steel Buildings has emerged as an industry leader in creating customized building systems specifically designed for the challenging environments of mining operations. Their approach goes far beyond conventional construction; they deliver customized factory-manufactured components that can be rapidly deployed to even to the most isolated locations.

What sets pre-engineered buildings apart is their ability to dramatically reduce on-site construction time. The manufacturing in advance approach not only accelerates project timelines but also reduces the amount of labour required on site to further reduce costs.

"These fully self-contained structures arrive on-site ready for the most demanding conditions," explains Darren Sperling, president of Summit Steel Buildings and a 20+ year veteran of the metal construction industry. "They provide instant heavy-duty infrastructure that can be operational in a matter of weeks."

Advanced technologies like computer-aided design (CAD) and building information modeling (BIM) , virtual reality and automated production lines are transforming how buildings are conceived and created. Summit Steel Buildings utilizes cutting-edge tools to ensure precision, reliability and customization at an unprecedented scale.

Build mining operations faster, better and more economically

For mining companies , pre-engineered building systems represent more than just a construction method – they’re a strategic approach to infrastructure development. By reducing costs, minimizing on-site disruption and providing flexible, durable solutions, these innovative structures are setting a new standard in industrial construction.

As mining operations continue to push into more remote and challenging environments, pre-engineered building systems stand ready to meet the demand – one precisely manufactured component at a time.

For your free quote and preliminary drawings , contact us either by webform or email or by telephone at 877-417-8335 .

About the author

Innovative steel design for heavy industry and logistics projects

Mon, 25 Nov 2024 18:40:07 GMT

Industrial pre-engineered buildings get the size, strength and expandability they need without compromising productive workflow design.

By Darren Sperling

Pre-engineering has been revolutionizing commercial and industrial projects for decades, prized for its strength, versatility and durability. From structural frameworks that support the entire edifice to crowd-pleasing aesthetics, steel continues to shape the landscape of modern building design.

Complementing the aesthetic appeal, steel’s durability makes it ideal for building projects that must remain resilient and low-maintenance, even with high-traffic use. Compared to traditional construction materials and methods, pre-engineered metal construction means clients can get the large open spaces they need while keeping projects affordable, practical and with endless future expandability. Metal building engineering creates wide open spaces for effective working space and safety, are durable and strong to prevent damage and can be built adjacent to other structure or incorporate existing machinery.

Learn why building warehousing space has never been more critical to the Canadian economy.

Industrial structures that maximize strength

Steel has become the material of choice for commercial and industrial buildings. Its high strength-to-weight ratio, high tensile strength and ability to support heavy loads make it ideal for large-scale projects that demand resilience and stability.

Modern steel fabrication incorporates advanced features to extend their life and increase safety, such as fire-resistant coatings and anti-corrosion treatments. These innovations reduce the effort required for maintenance and help make steel a dependable choice for high-risk environments, such as battery manufacturing. By prioritizing long-term strength and resistance, steel continues to be an invaluable asset in creating robust, long-lasting buildings.

Additionally, pre-engineered building systems use steel to provide quicker construction times and easier future expansion to make them a strategic investment for businesses seeking adaptable and cost-effective workspace solutions. Steel also provides significant protection against environmental challenges, maintaining a secure and stable environment for valuable inventory and critical manufacturing operations.

Wide open spaces for effective working space and safety

Pre-engineered metal buildings provide structural efficiency by using flexible engineering design system that allows large, unobstructed interior spaces. Unlike traditional construction methods, pre-engineered steel buildings use precision frames with clear span capabilities that can easily create wide-open floor plans without intermediate support columns. This means manufacturers and warehouse operators can maximize their usable interior space, creating efficient layouts for machinery, storage and workflow .

Heavy industry businesses, such as manufacturing and warehousing, are more effective when they can maximize workspace efficiency and safety. Versatile pre-engineered steel structures create expansive, unobstructed interior areas with clear spans that can range up to 300 feet wide , allowing for flexible equipment placement, smooth material handling and optimal workflow configurations.

The open design eliminates interior columns that impede movement, creating safer environments where workers and machinery can operate with greater ease and reduced risk of accidents .

Build adjacent to other structures or around existing obstacles

Steel building systems offer remarkable flexibility for construction around existing infrastructure, making them particularly valuable when replacing an outdated structure or expanding operations into a new structure without interruption.

Here’s how Summit Steel Buildings can accommodate complex site conditions:

Modular design flexibility – Pre-engineered metal buildings are designed with highly adaptable framing systems that can be customized to work around existing overhead cranes, permanent machinery, underground utility lines, existing structures and uneven terrain.
Adaptive structures – Designs can be custom modified to the project’s exact needs. Column placement can be offset to create clearance around obstacles and bay sizes and column spacing can vary. Pre-engineered buildings are ideal for non-standard footprints and for creating multiple-span configurations that incorporate specialized connection details.
Crane accommodation strategies – For existing overhead cranes, buildings can be modified with additional support structures or include designed roof systems with reinforced lifting points. Other ways we can work with existing machinery is to create precise column-free zones, integrate crane runway systems into the building frame and to adjust building height to match existing crane specifications.
Precision engineering – Summit Steel Buildings’ use of computer-aided design (CAD) and precision manufacturing of components allow for exact measurements around obstacles with minimal on-site modifications or reduced construction times. This accuracy leads to lower overall project cost and complexity.

These advantages make pre-engineered metal buildings the versatile solution for your complex construction scenarios.

Pre-engineering makes expanding affordable and easy in the future

Pre-engineered metal buildings offer a highly efficient and cost-effective solution for manufacturing and warehousing operations, primarily due to their unique structural design and construction methodology . However, one of their major benefits for growing businesses is their endless expandability . Managers and owners never need to worry about outgrowing their space or losing worktime by moving to a new location. If more space is required, pre-engineering means either end wall can be expanded quickly and affordably, as long as the property footprint allows.

The modular nature of pre-engineered metal buildings means they are designed with future expansion in mind. Standardized connection points allow easy addition of new sections without causing disturbance to existing building. And structural frames can be extended horizontally or vertically with consistent design to ensure both structural integrity and a similar look when adding new spaces. Your building will continue to grow as much as you need with a smooth transition each time to make it go by quicker than imagined.

An ideal building solutions for growing industrial businesses

For manufacturing and warehousing operations, pre-engineered metal buildings represent an ideal solution that balances affordability, functionality and future growth potential. They provide businesses with a scalable, efficient and cost-effective building solution that can adapt to changing operational needs.

To get your complimentary quote and free preliminary drawings suited to your specific location and need, please contact us either by webform or email or by telephone at 877-417-8335 and receive your free quote and preliminary drawings.

About the author

A 20-year cost comparison for steel versus traditional construction

Tue, 12 Nov 2024 19:24:16 GMT

Getting value on your investment and a good return are two of the biggest considerations when planning a building project. Get insight into the costs involved over the long term.

By Darren Sperling

One of the most crucial decisions to make when embarking on a construction project is the choice of building material engineering system. Steel and traditional construction methods, such as wood or concrete, each have their unique attributes. Clients should be aware of the detailed cost analysis comparing the initial costs, maintenance expenses, energy efficiency savings and long-term return on investment (ROI) between steel and traditional construction over a 20-year period.

The team at Summit Steel Buildings obviously favors the advantages and benefits of pre-engineered metal structure construction. We wanted to outline what clients should need to know as they embark on their building project. Having a good understanding of all the variables and costs helps set realistic expectations so clients can partner with the best fit for their individual business and construction needs.

Please note: All figures mentioned in this article are rough estimates based on historical prices from the spring of 2024. Specific installation costs have fluctuated over the last several years due to inflation, material shortages and changes in the construction market. Be sure to get several (at least three) quotes from different building suppliers for accurate and current pricing. As always, Summit Steel Buildings is happy to provide a free quote specific to your building size and needs , and even preliminary drawings to help you visualize what your finished structure will look like.

Initial material costs

Pre-engineered metal structures

Metal building construction uses steel framing and insulated steel panels that are manufactured to exact specifications ahead of time and shipped to the jobsite for final assembly. This pre-engineered process creates immense costs savings in materials and eliminates waste. Steel’s high strength-to-weight ratio also allows for less material use to reduce costs. According to industry reports, steel building kits for commercial purposes range in the $10 to $25 per square foot range for building materials.

Labor costs through pre-engineering and metal prefabrication are reduced because fewer people can get more accomplished on the jobsite. Materials arrive pre-drilled and pre-assembled so installation can lead to quicker final assembly times. Installation is usually separated out as its own cost in the range of $10 to $20 per square foot.

So, for a pre-engineered steel building project, clients are looking at a total initial investment in the $120,000 to $250,000 range for a typical 10,000 square foot structure (depending on complexity and customization). Greater initial building costs can be achieved as the size of structure increases. Larger footprints yield higher economies of scale to allow for a much larger building at a lower overall costs. Metal buildings are able to provide a much greater savings on a per-square-foot basis than any other form of construction.

Check out our article about how we price our steel buildings for you…

Traditional construction

Wood, brick and concrete buildings often require more material. Wood framing costs around $35 per square foot on average (without including the additional siding or brickwork supplies), while concrete can go up to $50 per square foot.

Using traditional construction typically involves bigger teams of labour and much more time, especially if using concrete, which requires curing times. As with all construction projects, labour prices are additional to materials, so higher payroll and longer deadlines lead directly to significantly higher costs. In terms, of total initial investment, comparable wood construction may cost between $350,000 and $500,000, while concrete buildings could range from $500,000 to $700,000 for the same size.

Maintenance expenses

Steel construction is tougher and more durable while being resistant to pests, moisture and extreme weather conditions, generally requiring less maintenance and repairs. Your average annual maintenance costs should be estimated at 1% of the total initial cost, equating to around $1,500 to $2,500 annually for the 10,000 square foot building.

With porous organic materials that are subject to greater wear and tear, average annual maintenance costs (including painting and replacement) is much higher. Wood is susceptible to termites, rot and warping, while concrete is prone to cracking. Owners should expect to spend roughly 2-4% of the initial construction cost, which would translate to $7,000 to $20,000 annually.

And that doesn’t include the surprise of unanticipated but realistic disaster that come with traditional construction. For instance, wood-framed buildings in Ontario can face $30,000 in termite damage repairs , which very few ever budget for.

Energy efficiency savings

Insulation and energy use is much reduced thanks to pre-engineered steel construction materials. Most buildings incorporate insulated metal panels to serve as a thermal barrier that can be very energy efficient, especially when combined with its passive heating design. Your estimated annual energy savings are 10-20% on energy bills. For a modest commercial setup, a steel building might save $2,000 to $5,000 per year.

Energy efficiency with traditional construction lag steel despite how modern technology has improved. Wood, mortar, plaster and brick, with their seams and joints, simply can’t create the same level of energy-saving design. Estimated annual energy savings are generally lower, potentially saving $1,000 to $2,500 annually.

Long-term return on investment (ROI)

Steel structures maintain heir value over time. Their modular design is versatile and easy to expand or modify for future growth or changing needs, appealing to future buyers. Potential resale value increases by 20-30% over a 20-year period in addition to the actual appreciation of the property valuation. Between initial building costs savings, energy savings and its compounded value over 20 years, the projected financial outcome gives you savings of $40,000 to $100,000. In total, you can expect total costs of approximately $350,000 for a 10,000 square foot facility, including all expenses and operating costs using pre-engineered steel building systems.

One of the advantages with traditional construction is its market perception: buyers can be drawn to traditional aesthetics despite higher maintenance needs and costs. However, for commercial enterprises, the numbers matter, and construction using wood or brick is just much more expensive, both today and in the future. Total return can be lower compared to steel due to higher maintenance and remodeling costs, reducing the ROI. You total 20-year costs using traditional materials is $670,000 to $1.1 million, considering all factors.

When the leadership team needs to make a financial decision about their building project, let the financial outcome be the determining factor. With pre-engineered steel buildings, your payback period is also much shorter on your initial investment. With the yearly maintenance savings and energy savings that are compounded over 20 years, building with pre-engineered metal systems significantly improves your overall ROI.

Metal buildings offer incredible present and future value

When evaluating the true cost over 20 years, steel construction offers more substantial long-term savings and benefits. With lower maintenance expenses, greater energy efficiency and an equally higher resale value, steel buildings provide a compelling financial proposition compared to traditional construction methods.

While the initial cost of a steel building might seem comparable or even more affordable, the long-term savings, resilience and affordable expandability make it a smart choice for forward-thinking projects. Let your investment work for you both now and as your business grows.

For a precise quote suited to your specific location and need, please contact us either by webform or email or by telephone at 877-417-8335 and receive your free quote and preliminary drawings.

About the author

We’re building projects in the United States, by Americans for Americans

Tue, 12 Nov 2024 17:46:56 GMT

Summit Steel Buildings is an American and Canadian company using components made in our factories across North America to deliver affordable and better-built industrial and commercial facilities.

Our office in Charlotte, North Carolina is opening soon. We proudly supply and build metal structures throughout the United States.

When it comes to pre-engineered metal buildings, choosing a trusted North American manufacturer makes all the difference. Summit Steel Buildings, led by South Carolina-born and University of Florida-educated entrepreneur Darren Sperling , brings together the best of U.S. and Canadian engineering expertise with a commitment to serving American businesses and communities. Our extensive network of manufacturing facilities across North America ensures that when you choose Summit Steel, you're investing in American infrastructure while maximizing the value of your capital expenditure.

Local manufacturing, lower costs

Wherever the jobsite is located throughout the United States, all your building components and framing systems are coming out of our American-based steel plants, so you don’t have any exposure to any border taxes or exchange rate fluctuations. Summit Steel Buildings leverages our strategic network of four U.S. manufacturing facilities to minimize transportation costs and maintain reliable delivery times.

By producing components domestically as close to the jobsite as possible, we eliminate cross-border complications and keep your project moving efficiently. Our American operations mean you only pay local taxes based on your jurisdiction – no surprise duties, customs fees or international shipping charges to worry about. This streamlined approach translates directly to cost savings for clients.

Our local presence means faster response times, smoother project execution and the peace of mind that comes from working with a company that understands your market.

Financial advantages in today's market

The current economic climate presents unique opportunities for American buyers. With the strong U.S. dollar and our ability to source materials domestically, Summit Steel Buildings offers exceptional value. While inflation concerns persist across the construction industry, ordering in advance allows clients to lock in current prices, protecting against future material cost increases. By choosing Summit Steel, you're not just getting a superior building – you're making a smart financial decision that hedges against market volatility and potential trade policy changes.

Investing in American infrastructure

Summit Steel Buildings provides American businesses with the opportunity to expand their operations while supporting domestic manufacturing and trade. The timing couldn't be better for investing in the growth of your business's physical infrastructure. Greater storage and production space are proven to support the future health of your enterprise. With interest rates trending downward, financing a new building project is becoming increasingly attractive. The Federal Reserve Bank has been continuing to drop its rate, and further decreases are expected throughout 2025.

Read how you can leverage lower interest rates to aid the financing of your building construction .

A commitment to American construction

The team at Summit Steel Buildings takes pride in contributing to America's built environment. While our head office is located in Vancouver , we are opening an office in Charlotte, North Carolina and our teams of U.S.-based professionals work tirelessly to deliver exceptional value and quality to every client throughout the country. By choosing Summit Steel, you're not just investing in a building – you're investing in American jobs, American manufacturing and American excellence in construction.

Contact Summit Steel Buildings today to learn how we can help you build a stronger future for your business in America. Get your free quote and preliminary drawing by contacting us either by webform or email or by telephone at 877-417-8335 . You'll receive a free quote and preliminary drawings .

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. Read his profile. Darren can be contacted at Summit Steel Buildings at (877) 417-8335, by email at darren.sperling@summitsteelbuildings.com or on LinkedIn .

How pre-engineering helps solve the construction labour crisis

Thu, 31 Oct 2024 18:23:07 GMT

The Summit Steel Buildings’ team has been using a pre-engineered fabrication and construction model for decades; the world is discovering how it can offset labor shortages.

By Darren Sperling

In an industry facing unprecedented workforce challenges, innovative construction methods are emerging as a beacon of hope. With over 300,000 construction workers – representing one-fifth of Canada's construction workforce – set to retire in the coming decade, the sector is staring down a shortage of 80,000 skilled workers [source] . The construction sector is a $165-billion industry that accounts for eight percent of Canada’s GDP and half the unfilled jobs require a skilled tradesperson to fill them [source] . This looming crisis threatens to delay or derail both residential and commercial projects across the country. However, a solution is taking shape in the form of pre-engineered construction, particularly in the commercial sector.

The power of precision: Pre-engineering meets computer-aided design

Pre-engineered construction, particularly the design and supply of steel frame buildings manufactured off-site, has revolutionized how Summit Steel Buildings completes commercial building projects. By combining traditional engineering expertise with cutting-edge AI technology, our method is proving to be more than just an alternative – it's becoming a necessity in addressing the skilled labor shortage.

The pre-engineering process begins long before any physical construction takes place. Computer-assisted design systems create hyper-efficient building plans that calculate precise material requirements. This technological marriage eliminates the guesswork traditionally associated with construction planning, resulting in remarkably low waste levels – just two percent for steel-framed buildings compared to over 22 percent in traditional wood-frame construction.

Efficiency through innovation

The advantages of pre-engineered construction extend far beyond material savings. Components arrive at the construction site pre-cut, pre-drilled, and ready for assembly, dramatically reducing the need for on-site modifications. A streamlined approach means fewer workers can accomplish more in less time, effectively addressing the labor shortage while maintaining project quality and timelines.

"The offsite nature of pre-engineered building installation allows us to maximize our skilled workforce," explains, Darren Sperling, president of Summit Steel Buildings , who has worked with metal building systems for almost 20 years. "Instead of having our experienced workers spending countless hours on repetitive tasks, they can focus on quality control and complex installations that truly require their expertise."

Win-win economic benefits for clients

The financial implications of pre-engineered construction are compelling for both workers and clients. With fewer workers needed on-site, companies can offer more competitive wages to their skilled employees while still reducing overall project costs. This efficiency-driven model creates a sustainable cycle: better-paid workers are more likely to stay in the industry, helping to stabilize the workforce while delivering superior results to clients.

The sustainability factor cannot be overlooked either. With steel being 100% recyclable , any minimal waste generated can be repurposed, contributing to reduced carbon footprints and meeting increasingly stringent environmental regulations.

Building tomorrow: A blueprint for the future

As North America's construction industry grapples with completing projects while developing the next generation of skilled workers, pre-engineered construction offers a pragmatic solution. For commercial and industrial projects, this approach delivers:

Reduced labor requirements without compromising quality
Significant waste reduction and improved sustainability
Faster project completion times
Lower overall costs
Better utilization of skilled workers
Enhanced precision through AI-assisted design

Using pre-engineering for your construction project is part of the solution

The construction industry stands at a crossroads, with the skilled labor shortage threatening to undermine growth and development. Pre-engineered metal building construction in the commercial sector offers a viable path forward. By embracing this time-tested yet innovative approach , Summit Steel Buildings mitigates the effects of the current labor crisis and continues to emerge stronger, more efficient and better positioned to help our clients.

The beauty of pre-engineering as a solution lies in its immediate applicability and long-term sustainability. While the industry continues to recruit and train new workers, pre-engineered construction provides a way to maintain productivity and meet growing demand with existing resources. It's not just a temporary fix – it's a transformation of how we approach construction, promising a more efficient, sustainable, and profitable future for all stakeholders.

For industrial and commercial buildings, get the long-term durable engineering that stands the test of time while paying less. Get a free quote and complimentary drawings by contacting us online or calling 877-417-8335 to get started.

About the author

Decisions to make about your metal roofing system

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 22 Oct 2024 19:41:44 GMT

Metal roofing combines today’s art of building with protection for tomorrow.

Written by Frank Melo

Learn more about the advantages and benefits of Summit Steel Buildings’

metal roofing systems in our previous article.

When architects and clients first sit down to design their dream building, aesthetics often steal the spotlight. After all, who doesn't want their business housed in a structure that turns heads? But beneath those sleek lines and sophisticated facades lies a crucial decision that can make or break a building's long-term success: the choice of roofing system.

Enter pre-engineered metal roofing – a solution that's revolutionizing commercial and industrial construction by refusing to compromise between form and function. As extreme weather events become more common and energy efficiency takes center stage, this time-tested material is proving itself more relevant than ever.

Fortunately, Summit Steel Buildings offers a wide range of custom-designed pre-engineered roofing systems that allow you to get the building of your dreams without compromising strength, reliability and long-term integrity of your structure.

The metal advantage: Why history keeps repeating itself

Take a stroll through any historic city, and you'll notice something surprising: many of the oldest, most enduring buildings share one common feature – metal roofs. While wood shakes crack and asphalt shingles wear away under nature's assault, metal roofing stands resolute, often outlasting the buildings they protect.

"Outside of stone, there's a compelling reason why the vast majority of historic buildings incorporate metal for their roofs," explains Summit Steel Buildings' president Darren Sperling . "It stands the test of time and looks great while doing it."

Design flexibility meets engineering durability

1. Choice of materials – metal is always our preference

Today's pre-engineered metal roofing systems offer an impressive array of options that would make historic builders envious. Most modern commercial buildings use steel, but it’s not the only choice of material to use.

From the practical strength of galvanized steel to the striking beauty of copper's natural patina, each metal brings its own advantages to the table:

Galvanized steel – The workhorse of commercial roofing, offering 40+ years of service life with proper maintenance.
Aluminum – A lightweight champion that combines affordability with versatile design options.
Copper – The premium choice that transforms aging into art, developing a distinctive green patina over time.

2. The science of slope: Not just another angle

When it comes to roofing, slope isn't just about aesthetics – it's a critical engineering decision. Roofs generally fall into two categories: Hydrostatic, a low slope design engineered to withstand ponded water; and, Hydrokinetic, a steep slope designed to keep water moving across the surface. For regions with heavy snowfall, steeper designs are preferred, along with the addition of snow guard systems that are crucial to preventing dangerous avalanche effects while maintaining the roof's clean lines.

Read about the design considerations for a building's framing system.

3. Sustainability meets solar innovation

Perhaps the most exciting development in metal roofing isn't about the roof itself – it's about what you can do with all the otherwise unused space. As businesses increasingly embrace solar energy, metal roofs are proving to be ideal platforms for photovoltaic systems. With service lives exceeding 40 years, these roofs provide stable, durable foundations for solar installations, whether traditional panels or newer roll systems. Using these energy generation systems offset utility costs and quickly contribute to shortening the payback period of your construction investment.

Read about how steel buildings are an ideal platform for solar panel systems.

Protection that pays for itself

While the initial investment in a metal roofing system may initially be greater than traditional alternatives (such as shakes or shingles), the long-term economics tell a compelling story. Enhanced durability, minimal maintenance requirements and superior energy efficiency create a return on investment that makes metal roofing not just a smart structural choice, but a savvy financial one as well.

The key to maximizing this investment lies in proper protection. Roofing is an important part of your defense against the elements that shields your valuable contents and people underneath. Nothing preserves and protects better than pre-engineered metal systems. Modern coating technologies and galvanization processes create multiple layers of defense against corrosion, while regular maintenance ensures these protective systems continue performing at their peak.

Looking ahead
As building technologies continue to evolve, metal roofing systems remain at the forefront of innovation. Whether it's incorporating new sustainable materials, integrating smart building technologies or adapting to extreme climate challenges, these versatile systems prove that sometimes the best solutions combine time-tested materials with cutting-edge engineering.

For businesses looking to build not just for today but for generations to come, pre-engineered metal roofing systems offer an elegant solution to one of construction's most fundamental challenges: creating protection that persists. Reach our team online , by email at info@summitsteelbuildings.com or at 877-417-8335 .

About the author

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner an d contractor. He was born and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

What’s overhead – Metal roofing systems are the past and future

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 15 Oct 2024 20:06:55 GMT

Pre-engineered metal roofing systems offer unmatched durability, energy efficiency and protection from leaks, making them a smart choice for commercial and industrial buildings.

Written by Frank Melo

When it comes to protecting your building from leaks, costly repairs and structural damage, the right roofing system makes all the difference. Pre-engineered metal roofing systems, known for their durability and weather-resistant design, provide a strong, long-lasting solution that reduces the risk of leaks and costly, time-consulting repairs while offering a host of additional benefits. These systems ensure fewer gaps, protrusions and weak spots, which means fewer opportunities for water infiltration and wind damage.

Summit Steel Buildings offers an impressive variety of pre-engineered roofing systems, all designed with strength, reliability and protection in mind. With metal roofing, you can be confident your building will stand the test of time, protecting everything and everyone underneath it.

Design and strength: the arguments in favour of metal roofing

While shingled roofs remain popular for residential buildings due to their lower initial costs, commercial and industrial businesses have increasingly turned to metal roofing for its durability, energy efficiency and minimal maintenance. Metal roofing systems, including those made from steel, aluminum and copper, offer a range of customizable options to suit the aesthetic and functional needs of a building.

Historically, many iconic structures have relied on metal for their roofs, and for good reason. Unlike wood shakes and asphalt shingles that wear out quickly, metal stands strong in all weather conditions. It also offers a wide range of colors , finishes and framing styles , providing flexibility in design while ensuring long-term durability.

Key advantages of metal roofing systems:

Leak resistance – One of the most significant advantages of metal roofing is its ability to prevent leaks. Thanks to large interlocking panels with fewer seams, punctures and no nail holes, metal roofs have fewer vulnerable points for water or wind to penetrate. Summit Steel Buildings also minimizes breaks in roof designs by preferring to place heat and ventilation systems through walls, further enhancing leak resistance and drainage.
Energy efficiency – Metal panels are highly insulating, helping buildings maintain consistent internal temperatures. Insulated metal panels (IMPs) take this a step further by sandwiching insulation between two metal layers, achieving high thermal performance while reducing the need for thicker walls. In warmer months, metal roofs reflect solar heat, keeping indoor cooling costs lower.
Fire resistance – Metal is a non-combustible material, which makes it highly resistant to fire. Some metal systems can even be coated with fire-resistant materials, adding an extra layer of protection. Combined with its resistance to mold, corrosion and pests, metal roofing can lower insurance premiums for facility operators.
Reduced waste – Pre-engineered metal components are fabricated off-site and arrive ready for installation, reducing construction waste and labor. A steel-framed building generates only two percent waste, more than 20 percent less than a similarly sized structure framed with wood. And any leftover materials can be recycled, making metal roofing a sustainable choice.

Leak-proof comfort for what’s underneath
Pre-engineered metal roofing systems offer numerous advantages, from leak prevention and fire resistance to energy savings and reduced waste. These systems are designed to provide long-lasting protection for buildings, making them an ideal solution for industrial and commercial projects alike. With their strength, durability and design flexibility, metal roofs are a smart investment for the future.

Contact Summit Steel Buildings to discuss your construction and business needs. We’ll provide you with preliminary designs and an affordable price to support your future business operations. Reach our team online , by email at info@summitsteelbuildings.com or at 877-417-8335 .

About the author

Insulated metal panels: a smart choice for lowering long-term utility costs

frank.melo@summitsteelbuildings.com (Frank Melo) — Fri, 27 Sep 2024 21:21:04 GMT

Regardless of hot or cold climates, insulation is a critical component that improves the effectiveness of steel buildings to provide ideal comfort. Be sure to add insulated metal panels early into the design of your next project.

Written by Frank Melo

Insulation is a crucial component in steel construction, enhancing energy efficiency, temperature control and overall performance of any finished structure. By incorporating insulation into our buildings, Summit Steel Buildings offers clients even greater value by reducing long-term energy costs and improving comfort. Proper insulation keeps a structure warmer in the winter and cooler in the summer so that operations rely less on mechanical heating and air conditioning systems and HVAC usage.

Summit Steel Buildings exclusively uses pre-engineering systems to ensure structural integrity and durability of every structure. An important component of these systems is its reliance on Insulated Metal Panels (IMPs). As you will read, including IMPs in the climate control systems of buildings is important, as they have become a popular and highly efficient choice in climates like Canada’s.

Read how pre-engineered building systems get a bigger building that requires less maintenance.

In this explainer, we cover insulation needs for steel buildings and why insulated metal panels are an excellent choice for your project.

How much insulation does my metal building need?

It’s always much easier to plan and install insulation systems when your structure is being built. It’s only natural to wonder how much will be needed so as to not over- or under-supply at the outset and then either spend too much or not have the adequate level of comfort later on. The preferred amount of insulation depends on a few factors:

Climate at building site
Type of heating/cooling system to be installed
Area of the building that is being insulated

Choosing the ideal insulation system

Every building is unique and the best insulation to use will vary from project to project. When deciding on which insulation system to use, consider the key factors:

Construction budget
R-value requirements
Climate at the site location

In general terms, the more insulation that gets installed increases the effectiveness of climate control (known as its R-value). It also tends to increase in price. Non-residential and industrial/commercial buildings have requirements for minimum R-values. These requirements vary based on location. Our experienced leadership and tradespeople teams have the expertise to verify requirements so your insulation will meet local building codes.

What are insulation R-values?

An R-value is the measure or rating given to insulation that determines how well it can prevent heat or cold from entering or leaving a building. It also determines the quality of the insulation in a comparable, quantitative way so designers and engineers can calculate costs and anticipate the future energy demands of your building. The higher the R-value, the better the quality of insulation.

Factors that contribute to the R-values for insulation:

Type of insulation (and materials)
Density
Thickness

Comparing the types of insulation

Building construction typically incorporates a variety of insulation types. Insulation comes in many different forms and is certainly not a one size fits all product. The main varieties of insulation include spray foam, rigid board, batt and blanket, loose-fill, foil bubble insulation and insulated metal panels (IMPs). Each type has its advantages depending on the specific use case, climate, cost and building structure.

Our preferred building installation partner, Double Black Construction , recently write about the different types of building insulation systems. Read their article (opens as a new window).

For pre-engineered buildings (PEBs), especially in Canada, insulated metal panels are the ideal choice for exterior wall systems and are most used for their performance in cold climates and ease of installation. Other forms of insulation, such as blanket or spray-in fill, are used for internal walls or within the roofing system respectively. Batt and blanket insulation works well for residential purposes but is less effective in exterior steel walls that require more thermal protection, air containment and wind resistance.

Insulated metal panels tend to be more expensive upfront compared to traditional insulation types like batt and blanket or rigid board. However, they often pay off in long-term energy savings and durability. They are faster and easier to replace if an accident causes damage to the exterior wall systems and they can be reused in later building expansions. Other forms of insulation usually get destroyed in the teardown process.

Overview of insulated metal panel
Insulated metal panels are prefabricated panels that consist of an insulating foam core sandwiched between two layers of metal (typically steel or aluminum). These panels provide both insulation and structural support (attached and supported by girts , making them an especially efficient option for pre-engineered steel building systems.

Here are a few advantages of incorporating IMPs into your building construction:

High thermal performance – They offer excellent R-values per inch of thickness, which is crucial in cold climates like Canada’s. They help maintain consistent temperatures inside the building, reducing heating and cooling costs. With integrated insulation and steel cladding, insulated metal panels prevent thermal bridging and air infiltration more effectively than traditional insulation.
Ease of installation – Arriving pre-made as a single unit (insulation and steel skin), IMPs are quicker and easier to install than multi-layer systems. This can reduce labor costs and construction time, making them ideal for large-scale steel building projects.
Air and moisture control – They act as an air and vapor barrier, helping to prevent condensation issues that can be common in industrial buildings. This is particularly important in environments with drastic temperature changes.
Durability and aesthetics – Insulated metal panels are not only functional but also provide a sleek, modern look for building exteriors. They are durable and low-maintenance, resistant to weathering, corrosion and impact.
Fire resistance – With more protective fire-resistant cores, IMPs are compliant with fire safety codes and a better option for buildings with strict safety requirements. Read more: "Prepare for wildfires with resistant structures built from steel" or "Nothing protects your business like steel" .
Sustainability – Metal panels are considered a green building material because they offer superior energy efficiency, and the metal facings are recyclable.

Choose insulated metal panels in your next build to lower costs over the long run
Choosing Insulation is a valuable investment into the long-term operation and function of your building. Whether it is to keep employees comfortable and productive , to maintain steady temperatures for manufacturing or to ensure valuable products and equipment (including servers) are stored safely, adding insulation when you are constructing your structure is a wise choice and the best time to do it.

When you’re ready to get started on your metal building project, we’ll help you decide which metal panel and insulation systems to use. Our skilled engineers and expert leadership team ensure the ideal forms of insulation are used throughout every one of our pre-engineered building systems. For exterior uses, we use and recommend insulated metal panels for their durability and effectiveness as a thermal, moisture and wind barrier. They will ensure the interior environment of your structure is optionally suited to your business need.

Let’s get started on your dream commercial or industrial facility. Contact us online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation, quote and complimentary preliminary drawings.

About the author

Your free preliminary drawings

frank.melo@summitsteelbuildings.com (Frank Melo) — Thu, 19 Sep 2024 16:28:24 GMT

Empowering clients with detailed visuals. Summit Steel Buildings always offers complimentary engineering drawings with every prepared quote. Let's look at how these better serve clients.

Written by Frank Melo

At Summit Steel Buildings, we believe in transparency and efficiency from the very beginning of your project. That’s why we provide complimentary engineering drawings with every prepared quote. But what exactly are these preliminary drawings, and how do they benefit our clients?

A real-world example

Recently, a potential client we met at a mining show reached out for a quote. After discussing their project requirements and understanding the specifics of their location – essential for determining seismic loads using important factors like climate, snowfall and soil conditions – we provided a detailed quote. Along with this, they received preliminary drawings, offering a first look at what their future building could be. The client was thrilled to see a tangible design so early in the process.

Read how quotes are more than just building dimensions. Why do we need postal codes?

Why do preliminary drawings matter?
Preliminary drawings are essential visual tools that build trust and excitement by helping clients see their project come to life before construction begins. These drawings are created using proprietary quoting software that accounts for regional structural load requirements, physical dimensions (height, length, width) and other critical features.

While these drawings don’t include aesthetic details like colors , panel options , specific door placements or specialized design features or elements , they offer an early structural mock-up of how the building will generally appear. This visual aid helps clients better understand how the structure will fit into their site and provides a clear idea of what they’re getting for a particular budget.

Some key features provided in these drawings include:

Basic structural design elements , such as roof shape, slope and panel styles.
A floor plan, elevations and a rendering of the building’s general layout.
Options for customization , such as specific features like overhangs, mezzanines or additional bays.

Although these drawings are not the final design, they offer clients a crucial first impression of their building, allowing them to visualize the structure in context. Clients are often surprised that such detailed architectural and engineering work is offered completely free of charge.

Why do we offer drawings for free?
Creating preliminary drawings is an integral part of our quoting process. To accurately estimate the cost of materials and labor and to plan for manufacturing and engineering requirements (including which specialized components we’ll need to produce), our team must develop illustrations as part of our internal process. The drawings also serve as a foundation for the more detailed architectural blueprints and construction plans that follow.

We believe it’s only fair to share these visuals with our clients to assist them in making informed decisions. These drawings can also be used for internal budgeting, gaining approval from stakeholders and getting buy in with senior leadership.

By offering these drawings at no additional cost, we empower our clients with the information they need to visualize their project and streamline the decision-making process.

What happens next?
Once the client’s budget and project vision have been confirmed, the preliminary drawings evolve into detailed blueprints and technical drawings used by our manufacturing and construction teams. Throughout the design phase, client feedback is integrated to ensure the final plans align perfectly with their vision. The preliminary drawings serve as an important starting point.

And with our VR rendering tools we can (on request) provide a walkthrough of the building using Oculus glasses so you can experience the feel and layout of your building before it is ever built.

Get started with Summit Steel Buildings
Whether you’re expanding your business or embarking on a new custom project, Summit Steel Buildings is here to help bring your vision to life. After an initial consultation, you’ll receive a detailed quote and complimentary preliminary drawings to share with your management team and stakeholders and guide your decision making. Let’s turn your vision into reality!

Contact us online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation, quote and, of course, your complimentary preliminary drawings.

About the author

The timing is right for investing in steel building capital projects

Fri, 06 Sep 2024 16:09:39 GMT

A mix of economic and supply-demand factors make late 2024 the ideal time to pre-order metal structures.

By Darren Sperling

Construction, like many other industries, has been subject to a tug and war between inflationary pressures and interest rate adjustments over the past few years. And while the outlook for Canada’s economy remains somewhat complicated, recent monetary and fiscal policies have been attempting to keep the economic forces in balance.

For businesses looking to expand operations or are currently anticipating what their production and storage space needs will be [read about how more space increases productivity and creates other human resource gains] , these economic moves have made autumn and winter of 2024 a good time to lock down your next building project. Reserving your capital expansion early with Summit Steel Buildings will result in lower costs and operational savings for your company. It’ll also make you look like an expert in taking advantage of favorable economic opportunities.

The factors influencing the effectiveness of your cost of capital

Companies often finance their future needs by using reserves or taking on debt. The better use of resources – depending on the company’s preferred capital structure – is determined by weighted average cost of capital calculations. Usually this involves purchasing equipment that will produce more or bring down the cost of fabrication.

The purchase of fixed assets, such as new facilities and buildings, is different. Even though you won’t generate a pure return in the short run, the long-term appreciation and added value or return from using the space (either in increased production and sales, or lower inventory and storage costs) will quickly exceed the cost of the capital used to finance the project.

For companies that have been considering expanding their functional operating space by adding a new building, several changes in the economy are working in your favor – but they won’t last forever:

Interest rates are dropping – Enjoy lower financing costs that will help drop your overall cost of debt.
Steel prices have settled into 8-year lows – lower capital costs for your project.
Entering the winter season – Benefit from the savings that happen when construction production slows down. [Check out this industry article about winter construction.]

Lower interest rates

Businesses love when interest rates drop, and their cost of borrowing is much less. The Bank of Canada reduced their rate by a quarter of a percent at the beginning of September, the third cut of 25 basis points since June 2024 . Add to that, economists are predicting two more quarter percentage point cuts by the end of 2024.

The cuts were a measure to combat rising inflation which seemed to have worked. Inflation climbed to 6.8% in 2022 but fell to 3.9% for 2023 and has dropped to 2.5% since (source) . Material costs remaining steady for a while mean it’s a good time to buy and invest.

Steel prices

It is a fantastic time to commit to building metal facilities because the cost of materials hasn’t been this low in years. Steel rebar futures are an important measure for metal prices within the construction industry. These futures have fallen 23% year-to-date and are sitting at the best price since 2017 (source) .

Fabricated metal products and construction materials are down from July 2022 highs (144.5 down to 139.4). By contrast, cement, glass and other non-metallic mineral products are up substantially over the last two years (113.0 in July 2022 to 136.6 in July 2024, according to Statistics Canada industrial product price index (source) .

Another good reason to reserve orders now on new metal buildings: recent trade spats with China are going to affect future domestic steel prices. To combat suspected Chinese trade dumping, Canada set a new tariff on imported aluminum and steel. According to the Globe and Mail , “the 25-per-cent surcharge that will apply to Chinese exports of aluminum and steel as of Oct. 14 will put upward pressure on prices paid by Canadian businesses (source) .”

Winter manufacturing and pre-engineering

A great deal of production and engineering work goes into a metal building construction project well before the site for cleared and foundation work begins . Every structure Summit Steel Buildings is custom made for clients and their unique business needs. All the framing and components are manufactured well in advance in a system that was originated by Gustave Eiffel’s firm and used in the construction of his famous tower.

With pre-engineering processes and manufacturing completed during wintertime, your building can be fast-tracked to the start of spring, meaning once the foundation has been prepared, the steel framing can be installed immediately. And with components already to go, they can be shipped to the site and installed as soon as the weather permits. This streamlined process means your construction costs are 30% less than the price of traditional construction – and can be completed in about a third of the time.

Get a jumpstart on your completed building by taking advantage of current conditions

Pre-booking your steel project to take advantage of current lower prices is always a smart decision. It locks you into a set price that won’t increase with the market and helps our team plan material orders to take advantage of better pricing and schedule our production.

Contact us today to get started on your next structure. Take advantage of this market timing with a phone call to 877-417-8335 and receive your free quote and preliminary drawings.

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It’s time to stop renting commercial space and build your ideal facility

Tue, 03 Sep 2024 15:13:05 GMT

Get the building your business needs and save money by starting from scratch.

When businesses are young and finances are tight, renting can be the only option. As time progresses, owners and managers must make difficult choices whether to continue to rent property or invest in ownership. The decision is not as difficult as people make it out to be. By building with steel, you can affordably and quickly get the building your operations require, with many benefits that will help your business prosper over the long term.

Unlike temporary options like renting, sub-lease or co-sharing, pre-engineered steel buildings incorporate cost-effective designs that support long-term utility in one location. Your business may never have to relocate again. Many companies opt to invest in these structures because they can be customized for both your operational needs (regardless of industry and purposes) and budget. Steel buildings are popular for industrial operations because they can be built quickly – up in running in as much as 35% faster compared to traditional bricks and mortar – to minimize interruption of your business, operate efficiently to lower operational and maintenance costs and are easy to expand as your business needs change.

Contributing to the success of your long-term business plan

When is it time to consider owning your own permanent building? You generally want to start considering buying a commercial property or building a facility if you are going to occupy it for more than five years.

For most businesses, if you will be relocating in less time than that, and definitely if less than three years, it is advisable to lease a building until you’re ready to commit to one location. Other reasons to go ahead and build is if you already own a commercial property, have surplus budget or great credit. While the total rent paid on a one- or two-year location may be less than the cost of investing in your own building, the money is now in someone else’s pocket – rather than your own business. If you plan on being in business for more than three years, your building cost becomes a capital investment that holds its value (or appreciates) making it a valuable asset to recoup when you sell your business or as part of another exist strategy.

Other disadvantages of renting:

Available rental structures can be in disrepair and may offer lower aesthetic appeal
You’ll have to tolerate a physical design that is not ideally suited to your needs
Some rental locations have reputational issues due to former tenant use

Renting is quick, convenient and provides flexibility while you are building your business. It is a reasonable way to get your feet underneath you, establish your brand and reputation, and develop your operational procedures. Once established, however, you may want to consider how your business and investment fits into your long-term real estate strategy. There are a number of key investment advantages to consider in that plan:

Building with pre-engineered steel structures is less expensive than a traditional construction project
Steel buildings maximize energy efficiency
Fast construction times minimize interruption to your business
Prefabricated buildings use less materials, and therefore minimize waste
Pre-engineered building are fully recyclable

The benefits to construction, operation and design

Construction using pre-engineering costs less than traditional methods, such as brick and mortar or mass timber, making it ideal when you have limited finances or are stretching budgets by expanding into additional locations. Even these affordable building costs are offset by lower operating costs over the long run. Running weighted average cost of capital, payback period or net present value calculations will clearly demonstrate the cost benefit of an intelligent investment into the future of your business. Recognize the signs it's time to increase your business space.

Building with steel is faster than other forms of construction, so you can get your operation up and running up to 35% faster. You’ll experience less of a delay and fewer interruptions while transferring to your new facility. Some of these infrastructure costs (and any interest you pay) can provide tax benefits, compared to rent that’s lost forever, so check with your accountant on how the strategy may apply to you.

The cost savings extend throughout the lifetime of your business. Insulated pre-engineered panels and large windows allow much more natural light to help cut energy and utility bills significantly. Buildings made with cold-formed steel require much less maintenance and reduce costs as the years go on. When you rent or lease, your common area maintenance (CAM) is much higher. Shorter-term rental leases demand a higher monthly rate (both in terms of utilities and operationally), whereas ownership is widely acknowledged as being a smarter and less expensive option.

One thing owners discover when they build is that they end up with a building that’s ideal to their needs, custom-built to anticipate all their requirements and completely up to all municipal safety and accessibility codes. Read our article on the benefits of increased working space. Older buildings may require expensive retroactive upgrades, such as ramps, elevators, wider doorways, washrooms, etc. With a pre-engineered building, you won’t need to worry about accessibility. You also can design the required accessibility elements, built-in common areas, changing rooms, kitchens, public and private employee washroom to make your facility as comfortable as possible for staff and guests. Why compromise and have to make do with what was there when you signed an expensive lease? Why invest your money to fix up someone else’s oversights?

What about the property?

Yes, to construct your ideal building, you will need to find and purchase the land upon which it will reside. Buying a property for your long-term venture actually increases the value of any future selling price. We’ve witnessed tremendous growth in real estate prices over the last few years. Land is a finite resource – we’re not getting any more of it. Your land purchase may therefore help to accelerate the growth in value of your business. And if you’re on a modest budget, you don’t necessarily need to be located within the heart of a metropolitan area. There’s a good reason why most industrial facilities are founded on the outskirts of cities: land prices are less expensive, provide easier access to major transportation and offer more space for your operation to flourish. Build the exact building you need with plenty of space to grow in the future. By building with pre-engineering and their load-bearing end walls and steel frame , you are always able to easily and quickly expand your building, regardless the size of its current footprint.

When the time is ideal to build, we should be your first call

No matter the state of the economy, it is always better to own than to rent. Summit Steel Buildings works with your leadership and ownership teams to find the most appropriate building solution for your building needs. As a manufacturer, we can work to help lock in your prices well in advance so you can save more. Get the commercial space you’ve always wanted and benefit from lower costs to operate it. No one should rent forever.
Contact us today at 877-417-8335 for a free quote.

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It’s all about the girt – so essential in ensuring stability of wall panels

Wed, 21 Aug 2024 21:46:34 GMT

Most people have never heard of girts, or know what they are. Learn about the importance of this metal part in our ongoing series about the components used in steel building construction.

By Darren Sperling

The strongest and most secure industrial and commercial buildings are made with solid steel components for good reasons. They are quick to install, require little maintenance and retain their attractive appearance for decades. Not every part gets the attention it deserves when employees and visitors are taking a tour and are impressed by the scale and beauty of your building. It’s one of the reasons the team at Summit Steel Buildings decided to shine a light on some of the lesser-known parts we supply when we build your ideal pre-engineered facility.

Girts, for instance. Wait… What is a girt?

A girt is a horizontal structural steel member used to provide lateral support to the wall panels. They help transfer weight loads from the wall panels to the pre-engineered steel building’s main structural frame. In practical terms, they are the sideways bars that run along behind the walls to attach to column frames and connect to panels. Usually, you’ll find several running parallel to the ground every few feet up. Girts are essential in ensuring the stability and integrity of the building's exterior walls by resisting wind and seismic forces. They also contribute to the structure’s overall strength and rigidity.

How are girts installed?

Girts are placed horizontally between the building’s main vertical framing members (columns). They are usually spaced at regular intervals along the height of the wall, depending on the design requirements and the load they need to support. Spacing and size of girts are determined by factors such as the building’s dimensions, type of wall panels used and expected weight loads.

Importance and use in pre-engineered steel buildings

Structural stability: By providing lateral support and transferring loads to the main frame, girts contribute significantly to the overall strength and durability of the building, as well as resistance to external forces.
Wall panel support: Girts ensure wall panels are properly supported and securely attached, which is crucial for the building’s exterior integrity. They also ensure the building’s exterior cladding remains securely in place.
Load distribution: They help in evenly distributing weight loads across the building’s structure, preventing localized stress and potential structural failures. Girts help transfer stress and weight loads to the primary structural frame of the building by distributing forces evenly.
Panel attachment: Girts serve as attachment points for insulated metal wall panels, ensuring they are securely fastened to the building structure.
Reinforcement: By connecting columns horizontally, girts add stiffness to wall systems, helping to prevent the building from twisting or warping under higher stresses and exterior forces.

The key characteristics to know

The choice of girt type depends on the specific engineering needs of the building, such as span length, load requirements, and design considerations.

Shape: Girts are designed in various cross-sectional shapes, with the most common being Z-shaped (Z-girt) and C-shaped (C-girt).
Z-girts: Shaped like the letter "Z," these are the most common type of girts used in metal buildings. They are efficient in load transfer due to their shape, which allows them to overlap, providing continuous support along the building's length. Z-Girts are preferred in areas where load distribution and continuity are critical. Their shape allows for an easy overlap that strengthens the connection between adjacent girts, making them ideal for larger buildings.
C-girts: These have a C-shaped cross-section and are typically used for shorter spans. They are easier to install but are less efficient in supporting weight compared to Z-Girts. C-girts are used in situations where shorter spans or simpler connections are needed. They are typically utilized in less demanding structural scenarios.
Hat girts: Hat-shaped girts are used less frequently and mostly in specific applications where additional spacing between the cladding and the structural frame is needed. Their shape allows them to provide a gap between the two surfaces. Hat Girts may be used in applications requiring special consideration for insulation or ventilation, as their profile allows for extra space.
Positioning: Girts are installed at regular intervals along the height of the building, running horizontally between the columns. They form a frame onto which the exterior wall cladding or panels are attached. They can either be flush (lie directly against the surface) or bypass (leaving a little space as a moisture barrier).
Materials: Girts are best made from steel for strength and durability, often coated or galvanized to resist corrosion.

The strength of wall supports and girts comes from using steel

Girts are essential components in the framework of pre-engineered steel buildings, providing necessary support for exterior walls and metal panels, aiding in load distribution and contributing to overall stability. They serve multiple roles for horizontal support and maintaining rigidity of wall systems. Their proper design and installation are crucial for the durability and safety of your metal building.

When it comes time for your next industrial or commercial building, you don’t need to be expert in all the metal components used in your structure. It is definitely a good choice to partner with an experienced pre-engineered building partner, like Summit Steel Buildings , to supply all the engineering details you need for a successful project.

Contact our experienced pre-engineered building solution team online , by email or by calling us at 1-877-417-8335 to obtain a free quote and preliminary drawings.

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Understanding concrete foundations for steel buildings

frank.melo@summitsteelbuildings.com (Frank Melo) — Mon, 12 Aug 2024 18:36:19 GMT

Not every builder provides complete turnkey construction for their metal structures. Summit Steel Buildings does total projects from start to finish, including all foundation and concrete work to reduce complications and effort for clients.

Written by Frank Melo

When it comes to constructing steel buildings, one of the most critical aspects is the foundation. The foundation ensures the stability, strength, and longevity of the structure. Concrete foundations are commonly used due to their durability and versatility. In this article, we'll explore the different types of concrete foundations used for steel buildings, why they are chosen, and how geographic location influences their design.

Not all metal buildings require the same engineering

There’s many reasons why steel building engineering varies significantly from location to location.

Seismic and structural loads are completely unique to each municipality – based on a variety of climatic factors. A building designed for British Columbia is completely different than one destined to be built on the prairies. The type of materials and engineering required for construction, as well as the amount and thickness of steel and type of framing, will vary significantly based on location and the size and design of the building.

Construction needs to be custom. Learn why your engineering needs are not the same as someone else’s.

The same is true for building foundations. Not every builder provides complete turnkey construction for their metal buildings. It’s one of the main reasons to go with an experience and knowledgeable builder like the team at Summit Steel Builders. They understand the local conditions and which type of concrete foundation and engineering is best suited to your individual building needs and circumstances.

Summit Steel Buildings supplies everything clients need from start to finish, including all foundational and concrete work. This increases the reliability of the final structure and reduces complications:

Choose a building partner that delivers an ideal foundation suited to your geography
Based on various soil conditions, these are a few of the types of concrete foundations that can be sued to support your pre-engineered steel building, and create the perfect, level and ideal working or storage environment for your business.

Slab-on-grade foundation. A slab-on-grade foundation is a single layer of concrete poured directly onto the ground. It is typically reinforced with steel bars or mesh. It’s ideal for areas with stable soil conditions and low freeze-thaw cycles, meaning it is commonly used in commercial and industrial building construction. The main advantage for using slab-on-grade foundations is that it’s cost-effective, quick to install and provides a solid base for the structure.
T-shaped foundation. Consisting of reinforced concrete footings that extend below the frost line and a vertical wall rising above it to support the building, this type is used in regions with a significant freeze-thaw cycle. The T-shaped design provides extra support and stability against ground movement caused by freezing and thawing. As a result, they provide excellent frost resistance and stability for heavy structures.
Frost-protected shallow foundation (FPSF). Suitable for cold climates where frost heave can cause significant issues, this type of foundation involves insulating the concrete slab and footing to prevent the ground beneath from freezing. The insulation extends around the perimeter of the foundation. FPSF is most commonly used in light commercial buildings for its cost-effectiveness in cold regions by reducing excavation depth and for providing energy efficiency benefits.
Pier and beam foundation. Summit Steel Buildings uses this type of engineering with hundreds of steel piles drilled deep into the ground to create a base that can support a building’s weight. The term gets its name from other forms of buried supports that use concrete piers or columns, which are much more expensive and take longer to create. Because of the depth of support, this foundation type is ideal for areas with expansive or unstable soils, such as sand or silt. It also provides excellent stability in challenging soil conditions and allows for good drainage and easy access to utilities and repairs.

Different foundation designs are required for different geographic reasons
The choice of foundation design depends on several factors, including soil type, load-bearing capacity, climate and the specific requirements of the building. For instance, slab-on-grade foundations are preferred in areas with stable soils and mild climates because they are economical and quick to install. In contrast, T-shaped foundations are necessary in regions with severe frost conditions to prevent frost heave and to ensure structural stability. Meeting local and national building codes is equally as important.

The varying types of geography across Canada and throughout British Columbia strongly influences the type of foundation to be used. Here’s a quick list of the locale-specific factors that vary significantly across the country that will ultimately dictate which foundation design is chosen.

Annual temperatures – In cold climates areas with frequent freeze-thaw cycles, frost heave can pose a significant risk to building foundations. T-shaped and frost-protected shallow foundations are designed to mitigate this risk by extending below the frost line and using insulation to prevent ground freezing. Steel piles are also frequently used.
Expansive soils – Regions with expansive soils, which swell and shrink with moisture content, require foundations that can accommodate these movements. Pier and beam styles of foundations are effective in such areas, providing deep support and stability.
Seismic zones – In earthquake-prone areas, foundations must be designed to withstand seismic forces. Reinforced concrete foundations with additional steel reinforcements are used to enhance the building's ability to resist ground-shaking activity.
High winds – Areas prone to high winds and hurricanes require foundations that anchor the building securely to the ground. Slab-on-grade foundations with reinforced connections to the steel structure provide stability against uplift and lateral forces.

Strong, stable foundations begin with Summit Steel Buildings
Choosing the right concrete foundation for a steel building is crucial for ensuring its stability, durability and safety. The type of foundation used depends on various factors, including soil conditions, climate and regional requirements. Understanding these factors helps in selecting the most suitable foundation design, ensuring your steel building stands strong for years to come.

Let our building and engineering experience be the difference. As a turnkey pre-engineered building supplier, Summit Steel Buildings is unique in providing the foundation as well as supplying all the required components, skilled tradespeople and design-engineering to construct your building from start until occupancy.

Contact us online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation, quote and complimentary preliminary drawings.

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Celebrating purlins: the steel component that raises the roof

darren.sperling@summitsteelbuildings.com (Darren Sperling) — Wed, 17 Jul 2024 18:43:25 GMT

By Darren Sperling

Purlins are essential components in metal building construction, acting as horizontal beams that provide support for the roof. It’s a horizontal structure member that supports the roof covering. Here’s what building clients need to know about purlins.

What are purlins?

Purlins are used to support the loads from the roof deck or sheathing and transfer them to the primary structural frame. Purlins are positioned parallel to the building eaves and span the length of the roof, sitting on top of the rafters or between the spaces of the rafters.

Their function is to provide stability and strength to the roofing system. In some cases, clamps can be added to secure the roof to prevent it blowing off in the case of super high winds, such as with hurricanes and tornadoes. Not every building is going to need to be secured so tightly as the massive weight of roofing is enough to keep the building engineering secure and in place.

Purlins usually are designed in one of two types: C- and Z-purlins based on their shape.

C-purlins resemble the letter ‘C’ and are commonly used for wall and floor joists. They are ideal for handling lighter loads are easier and faster to install. Their versatility and design make them more economical.
Z-purlins are unsurprisingly shaped like the letter ‘Z’. They are more often used in roofing applications and create a continuous line of support because they overlap. As a result, they are stronger than C-purlins and more suitable for larger and more industrial purposes. Z-purlins allow for longer spans and heavier loads.

Regardless of their shape, purlins are typically made from high-quality steel to ensure durability and strength. They are often galvanized or coated with other protective materials to resist corrosion and extend their lifespan.

The benefits of using purlins

Because purlins reduce the need for closely packed rafters, they are cost-effective and lower material costs. Summit Steel Buildings relies on purlins to help manage overall material and construction costs to keep their prices affordable and more reasonable for clients.

Purlins are versatile meaning they be used in a variety of building projects with a wide assortment of building types, especially in commercial and industrial structures. As with most pre-engineered components, purlins can be prefabricated off-site in advance to help speed up the construction process. At the site, they are easy to install, which helps to lower labour costs for clients. Purlins’ durability provides long-lasting structural support, reducing the need and cost of regular maintenance .

What is considered when manufacturing purlins

While most clients won’t give a thought to the type of purlins to be used (or that they’re even part of the building), Summit Steel Buildings spends the time to ensure that only the best engineered metal parts of the highest structural integrity are used throughout the structure. This includes purlins.

Because you can see the purlins underneath the roofing system, how they look is important. When clients choose their exterior materials and colours, it is also applied to purlins, so the building looks cohesive and impressive to guests and the general public alike. Other factors about purlins are also taken into account:

Load requirements – We ensure purlins are designed to handle the specific load requirements of each specific building based on dimensions and overall weight.
Span and spacing – Proper span and spacing are crucial for optimal performance so Summit Steel Buildings consults with structural engineers to determine the best configuration.
Quality and standards – Purlins must meet industry standards, so Summit Steel Buildings only supplies cold-formed steel components that are manufactured in four factories throughout North America to assure strength and reliability.

Understanding the role and types of purlins is essential for clients to help them make informed decisions about their future building. Well-made metal components, framing, panels and parts ensure structural integrity and cost-efficiency. Clients can trust in Summit Steel Buildings ’ engineering for all their components to assure quality construction that creates a dependable structure that will last for decades.

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The general contractor role in steel building projects

Thu, 27 Jun 2024 14:46:19 GMT

When clients order a building from Summit Steel Buildings, they receive the confidence that one construction partner handles all the details to ensure the project gets finished on time and on budget.

By Darren Sperling

Constructing a commercial or industrial steel building presents an exciting opportunity to enhance your business. Adding more space is a smart investment into additional storage and processing capacity for decades of growth. However, bridging the gap between your initial vision and the final completion involves navigating a complex array of activities and decisions related to design, engineering , construction , permits and inspections. This is where having an experienced partner to act as your general contractor becomes indispensable in saving time and money during your building project.

Why choose a team over doing it yourself?

Let Summit Steel Buildings and their decades of construction experience lessen your project management burden while providing the highest standards of engineering and workmanship. While some may consider managing a metal facility project on their own, the benefits of organizing it with a single turnkey supplier and builder far outweigh any other alternative method. Construction projects are complicated enough without having to supervise a multitude of sub-contractors and suppliers on your own. The potential complications and technical challenges can be daunting.

That’s why it’s best to simplify and streamline your construction process by using one single point of contact who handles manufacturing the components, ships the materials, prepares the site, lays the foundation, erects the steel framework and finishes all the electrical, plumbing and HVAC requirements. A partner in the general contracting role keeps projects moving forward much easier.

1. Proven expertise

A skilled general contractor brings a wealth of knowledge to your project. They understand the intricacies of steel building construction, from pre-engineered building selection to compliance with local building codes. Their familiarity ensures your project runs smoothly and avoids costly errors. Industry-wide expertise is particularly crucial in regions with specific regulatory requirements.

2. A single point of contact

Fewer lines of communication among a smaller number of suppliers simplifies processes and administration to prevent confusion. A general contractor takes on the central, dedicated role of organizer to address any and all questions and concerns throughout the construction process, ensuring a seamless experience from start to finish .

3. Project management

Coordinating subcontractors, managing timelines and adhering to budget constraints are vital components of any construction project. A general contractor oversees these elements, freeing clients to concentrate on their core business activities. In the role, Summit Steel Buildings handles material procurement, schedules inspections and ensures cohesive communication among all parties.

4. Navigating permits and regulations

The permit application process can be a labyrinth. A seasoned general contractor has the experience and connections to navigate these paths efficiently, ensuring compliance with all relevant local and state regulations.

5. Risk management

Construction projects are inherently fraught with unforeseen challenges. A general contractor mitigates these risks by maintaining proper insurance coverage and employing strategic risk management practices . This protects you from potential financial liabilities, ensuring a smoother project execution.

Your ideal general contracting partner

At Summit Steel Buildings, we exceed expectations and ensure your steel building project is a success. Here’s what sets us apart:

Years of experience – We have a proven track record of delivering high-quality steel buildings across a wide range of sectors throughout North America.
Focus on pre-engineered metal buildings – Our specialization in only one type of construction offers cost-effectiveness, durability and swift construction times.
Commitment to quality and budget – We work directly with clients to understand their needs and budget, manufacturing and installing high-quality, custom-made components and materials by using best-in-class skilled labor to ensure your project aligns with your vision and financial constraints. Our team is well-versed in the engineering requirements to ensure a smooth and compliant construction process.
Freedom and confidence – Partnering with a general contractor like Summit Steel Buildings allows you to approach your project with the assurance the project will get finished on time to the utmost precision. We handle all complexities, leaving you free to focus on your business's future success.

Ready to get started?

Contact us today for a free consultation, and let’s discuss your dream steel building project . With our expertise and dedication, we'll transform your vision into a reality that will serve you for years to come.

For more information, Darren Sperling is happy to answer all your questions at 877-417-8335 and learn more about your building needs. You'll receive a free quote and get preliminary drawings.

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Engineering excellent partnerships in metal building projects

Mon, 24 Jun 2024 18:42:24 GMT

Successful structures require a balanced combination of design, engineering and execution. Summit Steel Buildings works with many engineering firms to deliver the very best in commercial and industrial projects.

By Darren Sperling

Summit Steel Buildings stands as a leader in the steel construction industry, offering a comprehensive range of services and supplying a wide range of building solutions. Their expertise in pre-engineered metal systems ensures both quality and efficiency for diverse projects throughout the City of Vancouver and the rest of British Columbia. The company works with the best engineering partners to offer concrete foundation services and turnkey metal building solutions catering to commercial, industrial and agricultural sectors.

Comprehensive turnkey solutions

Summit Steel Buildings provides complete construction services from beginning to project completion. Their experienced leadership streamlines the entire building process to make projects easier for engineers and their clients while saving them time and money. Summit Steel Buildings' turnkey construction model simplifies project management by offering a single point of contact for all stages, which includes fabrication, concrete foundation work, framing erection and all other aspects of final installation. This approach enhances communication, reduces project timelines and ensures cost-effectiveness by eliminating the need for multiple contractors.

Systems suited for advanced engineering and design

Summit Steel Buildings' pre-engineered systems are designed to meet rigorous international building codes, ensuring that structures are durable, versatile and energy efficient. The company prides itself on its ability to deliver custom designs that meet specific client needs, from open-span commercial buildings to complex industrial structures. Professional engineering firms and consulting engineers can rely on receiving a final facility that fully supports their design vision and business needs. Pre-engineered buildings are trusted to withstand various environmental challenges, including heavy snow, high winds and seismic activity regardless of their location throughout British Columbia and Western Canada.

Customization and versatility

One of the standout features of Summit Steel Buildings’ design structure is their focus on customization. Engineering clients can choose from a wide array of materials and options , ensuring that each building meets their unique aesthetic and functional requirements. Whether it’s a retail/office space, manufacturing centre , warehouse or aircraft hangar , Summit Steel Buildings’ pre-engineered systems offer the flexibility to incorporate features like mezzanines, various door and loading bay designs and industrial crane systems.

Quality and efficiency

Summit Steel Buildings ensures that all components are manufactured in controlled environments , adhering to the highest standards of quality and safety. This pre-engineering process minimizes on-site construction time and waste , making their buildings not only cost-effective but also environmentally friendly. Their commitment to quality is evident in their use of certified materials and adherence to stringent industry standards .

Sustainable and eco-friendly

Sustainability is a key aspect of ideal building solutions. Summit Steel Buildings' structures can be designed to be LEED-certified, incorporating features that improve energy efficiency and reduce the building's overall carbon footprint. This focus on sustainability not only supports environmental goals but also offers long-term economic benefits to clients through reduced energy costs.

Strong partnerships with engineering firms

Engineering firms across British Columbia are already working with Summit Steel Buildings because of their expertise in precision and quality workmanship. For engineers embarking on their client’s next construction project, Summit Steel Buildings offers robust, reliable and efficient structural solutions. Their experience, coupled with a comprehensive service offering, ensures that every project is completed to the highest standards, meeting both budgetary and timeline constraints.

For more information, please speak with Darren Sperling directly at 877-417-8335 to receive a free quote and get your preliminary drawings. Follow his LinkedIn account and feel free to email him at any time to get started.

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Expert interview: Why golf courses rely on modern facilities to deliver enjoyable guest experiences

Thu, 13 Jun 2024 21:37:54 GMT

Greenhills Country Club food and beverage professional, Matt MacFarlane, discusses how well-designed clubhouses and event spaces drive an increase in overall club revenue.

Running a food and beverage operation is particularly demanding, requiring a delicate balance of quality, efficiency and innovation to meet the high expectations of members and guests. By hosting exclusive events, golf and country clubs can make their members feel valued and appreciated. Holding events in welcoming and accommodating facilities are ideal as a draw for other amenities, new membership and additional revenue.

Food and beverage is more important than ever – both private members and public guests expect more than just a good round of golf. People want an entire experience, including spaces for retail, places to host meetings, fine dining and even spa treatments. Facilities must cater to and enhance the level of guest enjoyment as well as serving as ideal venues for banquets and other charity events. And no course is complete without a 19th hole, the requisite sophisticated lounge areas that cap off a fantastic day of golf.

For service teams, modern golf clubs require all the food storage and preparation areas to properly deliver unforgettable dining experiences. Clubhouse buildings need to include all the kitchens, bar areas, change rooms and cold storage areas to facilitate effective operations.

Let’s explore the importance of building design for food and drink service and delivering enjoyable guest experiences.

Meet Matt MacFarlane, Greenhills Country Club

To explain the importance of a well-designed and built clubhouse, Summit Steel Building spoke with industry professional, Matt MacFarlane of Greenhills Country Club , one of Ontario’s most prestigious golf courses. We wanted to learn more about golf facilities on the food and beverage side of operations. Is a larger clubhouse better? Or does it come down to good layout and organization?

Matt has worked in several London, Ontario area golf clubs as a bartender, server and manager, Including Riverbend Golf Club and the London Hunt & Country Club. He is currently the Assistant Food & Beverage Manager at Greenhills Country Club. Recognized as a team player who is highly motivated, organized, and detail-oriented, Matt excels in delivering customer service experiences within the restaurant industry. Connect with him on LinkedIn .

What do you like most about your involvement in running food and beverage operations?

My favourite part of running golf course F&B operations is getting to build some familiarity with the membership. It truly goes deeper than your normal, restaurant regular customer. At private golf clubs, members view the course, clubhouse and facility as an extension of their own home. They take a genuine interest in our staff, are excited about new and up and coming events, and look forward to showing off the club as ‘their club.’

So, when we host important events for these members (bridal/wedding rehearsals, anniversary dinners, celebration of life's, etc.), it makes it very easy to motivate staff to do the best job that they can. It is not just some random person coming in for a meal; it is a member of our club, who has trusted us with an important event, and we want to make sure the next time we see them they tell us the event was perfect. It is this moment, of relief and satisfaction, that I look forward to the most working at golf clubs.

How have member/guest expectations changed over your years in the industry? Are people more educated/aware of food trends? Do they expect fancier or more complicated menus?

Since the pandemic, people seem to know what they are talking about far more than before, in my experience. I don’t mean that in a joking way, but before the pandemic you did not have a lot of “cocktail enthusiasts” and “at-home-chefs.” Now, people can speak from experience crafting and cooking these items themselves, and thus know when an item is made correctly or not.

In my experience, people at golf clubs usually prefer the standard pub fare and the classics. Try as we may to create an inspired special cocktail/food item, you can’t beat a turkey club sandwich and your favourite draught beer.

That said, there is a time and place for the fancier, more complicated dishes. As I mentioned before, people seem to be a lot more original in their desires, thanks to having their eyes opened from all of the at home cooking and drinking. For all the events that I stated earlier, people tend to avoid the traditional sandwich platters and shrimp rings and are now looking more towards fancier passed hors d’oeuvres.

How valuable are banquets and charity/member events to overall revenues and profits? How do good facilities enable these types of activities?

To put a number to it, I would say somewhere around the 35-45% margin, depending on the facility of course.

Good facilities can encourage these types of events by being as multi-purpose as possible. Large open spaces (no beams or posts), windows, open concept areas/rooms are best in my experience. That way, the room can be whatever is needed. Wedding for 200? Roll in some tables and chairs. Open house for a new clubhouse? Clear everything out. And everything in between. Having open space can really allow a F&B department the ability to put on a wide variety of events.

Read why your course facilities don’t have to be your handicap when it comes to giving golfers a green jacket experience: "Steel buildings on par for golf courses."

Have you found that investment in facilities (such as bigger storage facilities, halfway huts, more course washrooms, banquet spaces, etc.) have paid off for clubs? How so?

Absolutely. Again, the people who are members at golf clubs are looking for reason to go as frequently as possible and stay as long as possible when they are there. At the London Hunt & Country Club, they had a full fitness area in the basement area for the members. So, some would show up at 6:00AM to workout, come into the restaurant for a bite to eat, head out for a tee-time at 10AM, back in the clubhouse around 2PM for some drinks. Then they would head back downstairs, take a shower in the changerooms, and be back in the restaurant for dinner with their family. Overall, leading to a 12-hour day at the club, but they worked out, ate, played golf, had some social time with friends, and then a meal with their family.

It is my experience that people who join these facilities try to plan the rest of their life around the time they get to spend at the club, so whatever facilities a club can offer them that will save them a trip somewhere else, they will use them.

What are the key elements in a good clubhouse facility? Is it best to have all functions (pro shop, club sign-in, kitchens, dining, bar, event space, changerooms, equipment storage areas, etc.) under one roof, or have several smaller separate buildings that focus on just one or two areas of specialty?

Given the options, I would say the better choice would be the several smaller separate buildings, focusing on their respective area of expertise, primarily for efficiency. Having different physical areas allows each department to fully utilize their space, thus not having to sacrifice anything to accommodate another department. It is also easier, for example, to direct someone with a golf inquiry to the Pro Shop, with them knowing that no matter where they turn in that building, someone in there will have the answer to their problem as opposed to trying to navigate through a much larger building with different areas, departments and staff running around, it can be confusing and frustrating for someone new to the building.

What trends do you see changing in the industry over the next few years? How will golf courses need to adjust or expand their facilities to meet future needs?

People just want more. I imagine more courses will soon start having their own simulators to keep their golfers entertained over the off-season, so a facility that could accommodate it would be necessary. I think the trend that is sticking around after the pandemic is people wanting their space. Gone are the days where people are okay being crammed in a dining room like sardines so long as the food is good. Now, people want peace and quiet in their dining atmosphere. Having a large restaurant space to have a sizable number of tables spaced out will be crucial in the success of any restaurant in my opinion.

What has been the most important lesson you've learned? What is the one thing people should know (either as staff or a member of the club)?

“The answer is yes, what is the question?” This service mantra has guided me throughout my F&B career but is amplified when regarding private golf courses. The membership cares deeply about the club and wants the best for it. They spend hard earned money to be a member, support the events, both golf and otherwise, and thus, I believe that they are entitled to have whatever we can offer them. If someone asks for a bottle of sparkling water and we have just run out, we will run to the store as soon as possible and get it for them. Without the membership, there would be no club, so it is our job to accommodate them in any way possible.

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Embracing BIM in construction

frank.melo@summitsteelbuildings.com (Frank Melo) — Mon, 27 May 2024 14:22:56 GMT

Summit Steel Buildings takes advantage of building information modeling’s capabilities to streamline workflows, reduce costs for clients and maximize efficiency of building projects.

Written by Frank Melo

Building Information Modeling (or as it’s usually known, BIM) revolutionized the way Summit Steel Buildings approaches building projects. This digital marvel has proven to be an essential technology for our construction ventures. I wanted to share the impact BIM has had on what we do and the way it benefits clients and their future building.

BIM is essentially a digital representation of the various physical and functional aspects of a project. But calling it just a model doesn’t do it justice. It’s a powerful communication and coordination tool that fosters collaboration among all stakeholders, aiming to minimize the hiccups we sometimes encounter during construction.

BIM extends beyond its obvious planning and execution benefits. Construction projects are notorious for their complexity – think about the number of tradespeople, engineers and decisionmakers involved, the myriad of regulations, as well as the mountains of documents generated at every stage. BIM steps in as a crucial ally in navigating these challenges, making the entire process smoother and more efficient.

Our extensive experience in design and engineering

Over the years, our Summit Steel Buildings team has explored various ways to leverage BIM in our projects, and here are the ways it has stood out for me:

Building out more effective schedules

BIM isn’t just about static models; it’s also about smart integration with other project and planning data. By linking it with the baseline schedule, we can create dynamic simulations that can be rendered into 3D representations – either as construction drawings or as client renderings. This ability contributes significantly to project delivery, optimizing workflows and spotting construction conflicts before they become costly problems. We can subsequently see the critical path of a project and compare the planned sequence of events to the actual work being done. Creating a second simulation with the as-built schedule and comparing it to the baseline helps in pinpointing discrepancies and ensuring everything stays on track.

Visualising projects in 3D

One of the coolest aspects of BIM is the ability to create detailed and interactive 3D models of our projects. Imagine being able to offer your team and clients a visual walkthrough of the project, showcasing its components, scope of work and the operational constraints right from the outset. It’s true what they say – a picture is worth a thousand words. This visualization tool has made explaining complex concepts and potential issues with clients and crews so much easier and more intuitive. Combine these drawings with our virtual reality platform that lets clients explore their future building and walk around to get a feel for how it will look and flow, and the building process becomes a lot more real for clients and a lot more efficient (and thus, less expensive) for everyone involved.

Simplifying the process for project updates

Changes are inevitable in any construction project, but with BIM, managing these changes becomes a lot less daunting. By comparing the initial design model with the modified version (whether requested by the client or as a response to site conditions and technicalities), we can easily visualize the scope and impact of any change. This clarity helps to easily communicate adjustments to all parties involved, making sure everyone is on the same page and reducing the risk of misunderstandings.

The growing value of innovation in engineering

Technological advances like BIM are pushing Summit Steel Buildings to rethink traditional construction methods and embrace innovation . We believe that advances in our design and modeling software, including virtual reality, could have a future impact on construction similar to the revolutionary effect that pre-engineering had on the building industry . As we move forward, more digital tools will become indispensable in improving our project work and increase the durability, precision and strength of our buildings.

BIM is not just a tool; it’s a transformative approach that’s here to stay. We’re excited to see how BIM will continue to evolve and shape the future of construction. Let’s embrace it and build a smarter, more efficient future.

Contact us now online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation and quote.

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Take a walk through your building before it’s even built

Mon, 13 May 2024 19:18:05 GMT

Summit Steel Buildings is using virtual reality engineering tech so commercial clients get an advanced preview by visualizing and interacting with their custom-designed structure.

By Darren Sperling

Commercial and industrial structures don't necessarily require the style and sophistication of a downtown art gallery or high-profile corporate headquarters, but aesthetics and design still matter. Modern use buildings must be custom suited to your operation’s needs and complement other existing structures and environment. And once you have established the need for a new or replacement building, planning and design are the next necessary steps.

What would be better than walking through a floorplan that caters to your needs and be able to see it in all its 360-degree beauty and visualize how it fits into your operational plans?

Summit Steel Buildings’ proprietary virtual reality engineering system specially allows prospective buyers to do that very thing! Wearing special Oculus glasses, clients can explore a number of variations of their future structure; a preliminary view of the building and experience how their vision will come to life once completed.

The strength is engineering designed for the needs of any business

Clients have traditionally received drawings of their building designs and were left with a vague impression of scale and how the space could be used. Technology has changed that. Before the shovels hit the ground, the Summit Steel Buildings team can provide a guided 3D tour of the new structure through virtual reality. Why is that important? Because our structures are designed specifically for each project, clients gain a better sense of their operational space and what a smart investment will do for increasing their production and storage.

Everything Summit Steel Buildings designs for our clients is specific to their unique project need. Not only does the building function ideally, but it can also be designed to look however they want it. While warehouses and agricultural buildings don’t necessarily need to appear modern or elegant, they should always be impressive and look amazing.

Our pre-engineered metal structures are custom designed in a variety of styles to include garages, loading and storage areas, mezzanines and office and meeting spaces with enough space to accommodate processing and manufacturing or any other purpose. Imagine all the working space you get without any structural beams in the way. Pre-engineering with steel framing means open spaces with clear spans up to 300 feet.

Any commercial use you need can be incorporated into building design. And because our factories produce every panel and component needed, we ensure all materials are made from the strongest and most durable steel – precisely engineered to last a lifetime. The combination of large-scale manufacturing capability and choice of design and materials means clients get everything they need at an affordable cost rather than by using other materials that require long-term maintenance .

Our pre-engineered metal buildings are long-lasting so that you don’t need to worry about the poles rotting when exposed to moisture or bearing the weather conditions like snow, wind, ice, etc. They're also customizable, giving you any desired finish and a huge selection of features. From sliding doors to insulation to windows to skylights, panels, trusses, and accessories, any size and shape, each facility is designed to your exact needs. With unlimited interior re-configuration options and high-performance paints and coatings, your steel building will maintain its look and feel for years to come.

Summit Steel Buildings’ engineering teams use our design software to plan and render interactive illustrations (via building information modeling – or BIM – and other architectural platforms) before creating the virtual reality model.

Be it a 1,500 square-foot equipment shed or a 50,000 square-foot cattle barn or manufacturing centre, you can rely on our best steel building solutions, which are not only durable but also cost effective for your business. And no matter the need – storage for equipment, product or raw material buildings, work or utility sheds or livestock shelters – we can provide you with the best steel building solution. We even build horse riding arenas !

Protect your valuable vehicles, inventory, equipment and materials from the elements to extend their life and get more use out of a valuable investment… Imagine being able to organize, clean and maintain your assets in a heated, comfortable environment with all the proper access to electrical, plumbing and draining to make the job even easier.

Technology is changing everything – let us put it to work for your operation

Innovative new technology has affected all industries. In agriculture, for instance, drones are being used for seeding and crop surveillance, more food is being grown via indoor or vertical agriculture and more automated and guided navigation systems are used with farm vehicles. This shows that even traditional agricultural operations are now able to do more with less by using technology to get much more yield out of every acre of arable land. Most other commercial and industrial businesses are being likewise transformed with modern advances.

Just as clients want to grow and become more successful by using the latest gear, Summit Steel Buildings is using engineering and design tech (e.g., BIM, 3D modelling and virtual reality) to make our structures even more durable and resistant to extreme weather and seismic conditions. Our engineering visualization service is an ideal way for clients to get more value out of their construction project. Having the ability to show senior stakeholders the new structure and get them to experience it first-hand is the best way to gain support for the new project.

We’d love to work with you and provide you with a demonstration of our VR design technology. Your custom-designed steel building awaits!

Contact us when you’re ready to get started at 877-417-8335 and receive your free quote and preliminary drawings.

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Turnkey construction eliminates unforeseen hassles of metal building kits

Thu, 02 May 2024 15:21:44 GMT

While standardized prefabricated DYI packages seem convenient, clients quickly discover how it’s better to have one professional team do the complete building job – from supplying the materials to grand opening.

By Darren Sperling

Read the first part of this article that describes the hidden costs when you purchase a metal building kit from someone else…

A proper building solution requires more than just a building shell that gets delivered to your site and left. Construction is a complicated process, involving many design and engineering processes that are expensive and sometimes difficult to source on your own. We recommend reading our article on all the factors that go into a proper construction quote and how you can learn industry tricks to save money on construction .

When you purchase from Summit Steel Buildings as a turnkey supplier and erector, we handle all aspects of the final job – from creating the foundation to supplying all the necessary metal parts to installation and even the final finishing and inspection approvals. Our detailed quotes provide the final (and inclusive) price you’ll pay, without surprises, broken down by total cost as well as per square foot for both materials and all engineering/construction services. You’ll see everything that’s included in both the price and the work to be done. It is much easier to track deadlines and measure progress when you have all the details.

Unlike with prefabricated metal kits, custom-designed steel building solutions give you the exact structure you need with all the features your business will require (such as proper ventilation, shipping and receiving doors, skylights, insulation, plumbing, high-load electrical and proper drainage).

Building prices can range based on the options and customized choices you want for your building. Exterior metal panels can include R20 or R40 insulation (or any value you want), while exterior-facing flashing can be made with different metals or special glazing to give the building a special look. These premium features are not available with standardized kits. The number and type of doors and windows (heavier and stronger ones provide more security and durability) are other key considerations you’ll want for your custom building to suit your operation. Additional floors and mezzanines increases usable space and come at a reasonable additional cost on a per square foot basis.

The type of flooring can also be a consideration. Industrial warehouses might need just concrete with a clear anti-slip coating, while other areas may require carpet, hardwood, tiling or something else to give it an impressive and welcoming look. The beauty of pre-engineered steel buildings is that everything from the architectural design and layout to the finishing and utility infrastructure (water, electrical systems, HVAC/environmental, industrial cranes or machinery) is completely customizable. Heavier-use equipment for manufacturing or heavy industry purposes will always require more intensive design. Summit Steel Buildings quotes include all the necessary costs so you know what you’ll be paying and what you can expect.

Take a long-term strategic view of what your building requirements will be

While businesses may have immediate needs that additional operational space may solve, getting a final building solution that meets all your long-term needs requires intelligent planning. It is always a good idea to book your buildings early in your planning cycle so you can lock in prices and take advantage of savings when steel prices are expected to rise. Planning your building takes time, so use the period of pre-construction to your advantage. Be sure your building will contain all the space and structural elements you will need as your building grows and as your operational capacity changes. Don’t rush into a compromised choice – smart planning always includes strategic thinking and reflection.

Manufacturing all the required beams, panels and components for a customized structure takes more time than buying a prefabricated and standardized structure that might not fit your longer-term needs. Fortunately, this manufacturing can take place in advance or over a wintertime slowdown. Once spring’s warmer weather and more suitable conditions arrive, your construction can begin immediately . Alternatively, foundation work and exterior construction can be planned for late autumn, meaning teams can work throughout the winter on internal structure, plumping, electrical and finishing. Using wintertime as part of the construction can be a cost-saving method in addition to being a way to get your construction completed earlier than might be otherwise possible. Well thought-out construction planning – something a reliable and experienced partner like Summit Steel Buildings can help you with – can get your building ready for occupation at a much quicker pace, and result in an ideal facility to serve your bottom line for decades.

Simply management of your building project by working with one comprehensive partner

Construction projects are very complicated with many unanticipated costs that arise when you purchase a metal kit building rather than going with a turnkey builder. It is critical to be mindful of what’s included (and what’s not) when you are building standardized kits for your next industrial or commercial facility. Choosing to work with a turnkey builder delivers all the building services you need for complete construction, rather than simply components and parts – then leave the rest to you to finish.

We're ready to answer all your questions about construction using Summit Steel Buildings' pre-engineered metal structures. Contact us when you’re ready to get started at 877-417-8335 and receive your free quote and preliminary drawings.

Read the first part of this article about the hidden costs of purchasing metal building kits from someone else.

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The hidden costs of metal building kits

Thu, 25 Apr 2024 15:19:35 GMT

After factoring in all the other elements that go into a successful building project, clients quickly see it’s better to go with a turnkey construction partner rather than purchasing a prefabricated standardized DYI package.

By Darren Sperling

Steel buildings are an ideal choice for a wide host of commercial and industrial purposes. They are affordable to buy, quick to build, easier to maintain and offer more durability and protection than using other building materials. When choosing your next metal structure, you can either go with a prefabricated standardized do-it-yourself (DYI) kit that you must assemble yourself, or work with a turnkey building team that supplies the materials and handles all the details of engineering and construction on your behalf.

Once you factor in all the additional stages of construction and costs in terms of time, money and effort involved, companies quickly discover it’s much smarter to go with a full-service team of experienced and skilled tradespeople to manage and execute the construction of your custom-built pre-engineered steel building.

Buying the metal structure is simply a first step in a bigger process

Metal buildings are generally priced on a per-square-foot basis; however, a lot of other factors need to go into calculating a final real price. Most kit manufacturers charge for the components, panels, beams and supports, based on final dimensions. Kits usually come in a few limited sizes, in pre-selected standardized designs – if you want anything custom, additional costs are required. The price you get from a manufacturer won’t necessarily include architectural and engineering fees, nor all the rest of the infrastructure and systems proper buildings need to operate.

We admit per-square-foot pricing is a great first step. It provides a convenient and easy frame of reference to help compare quotes from different companies. However, per-square-foot pricing does not tell the complete story. So much more goes into a price for a complete building project. Buying a building, either as a kit or through a manufacturer or supplier, is only the first of many costs. A kit purchase gives you several truckloads of components and steel parts. Even before site management (surveying, clearing, earthwork, foundation), you still need to pay for shipping the materials to site, rent equipment to install, pay for engineering, and do all the other construction (hiring teams of skilled workers) to assemble it properly and get it ready to meet inspection. Managing all those relationships adds greater complication to a building project. Companies usually realize how much easier, cheaper and faster to have one team come in and take care of everything for you .

It’s one reason why Summit Steel Buildings lists the per-square-foot material costs and then an additional amount for the rest of the installation. You get to see everything that’s included with a final price, without surprises.

With metal kits, once the building is dropped off at the site, installation will have to be provided by a separate company, at another installation and erection fee (which may also be priced out by final building size – not accounting for the specifics of the jobsite and terrain). Many other construction costs need to be factored in. And don’t forget the cost of the concrete foundation work that supports the entire structure. That may or may not be included in your metal kit quote. [Remember, it’s always wise to get three different quotes for the job, provided by three different companies, and they might not always lay items out so you can compare apples to apples.]

Read the second part of this article: Turnkey construction eliminates unforeseen hassles of purchasing metal building kits .

Summit Steel Buildings offers transparency in all your construction costs and needs

When you’re looking at purchasing a metal building, be sure to contact us for a comprehensive quote that includes all components for a successful construction project, not just the cost of the building materials. It takes many more processes and skilled people to complete a proper building construction. Why not get everything you’re going to need with one experienced partner? Save time in finding, qualifying and managing multiple teams that will not be included in the price of your original per-square-food metal building kit price.

Let’s get started on your next structure. Contact us when you’re ready to get started at 877-417-8335 and receive your free quote and preliminary drawings.

Read the second part of this article.

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More than a pretty face

frank.melo@summitsteelbuildings.com (Frank Melo) — Wed, 17 Apr 2024 15:37:33 GMT

Pre-engineered steel panels create strong exterior walls that will protect your investment from the harshest elements.

Written by Frank Melo

The durability and affordability of metal buildings is founded on the use of pre-engineered steel panels. These sturdy materials have become the standard for commercial structures and contribute to the evolution of modern industrial construction across Canada and the U.S. Exterior-facing cold-formed steel panels are strong, insulated, attractive (available in a wide variety of colours and finishes) and provide essential protection against the elements.

Clients appreciate steel panels for their low maintenance and cost-effectiveness. Engineers and builders prefer pre-engineered building solutions for their quality, durability and time-saving ease of construction. Meanwhile, architects prefer the versatility and the design potential they afford .

Summit Steel Buildings supplies leading pre-engineering components and wall panes across the continent to manage and erect the ideal business facility for clients. In this article, we’ll explore how pre-engineered steel buildings are your ideal solution.

Intelligent efficiency equals faster construction and less waste

Pre-engineering’s unique methodology involves manufacturing components off-site and shipping them to the jobsite where they can be quickly and easily assembled. This process saves overall construction time and lowers costs without sacrificing structural integrity and strength of the final building.

The benefit to your project is how it uses fewer tradespeople to reduce onsite labour costs. Materials are ordered and manufactured specifically for the needs of your unique construction project to create much less waste. Taking aside the environmental benefits of steel , metal buildings are much more efficient to use in construction compared to traditional building materials (such as timber or brick), reducing overall construction times by 75%. Shorter timeframes lower financing and insurance costs, allowing you to occupy the building sooner and start earning revenue on its use. Pre-engineered with steel panels also allow for construction in all four seasons (links to article from Double Black Construction – one of our preferred installation partners) and less downtime. All told, these savings can lead to hundreds of thousands off your total building project.

Pre-engineering and offsite construction make it possible

Cold-formed steel panels are manufactured in factories in advance of construction time and arrive pre-welded, pre-cut and pre-hole punched to reduce costs and construction times. The panels arrive ready to be installed, in your choice of a wide range of exterior finishes and ready to support any R-value insulation.

Using cold-formed steel is harder in tensile strength and has less surface imperfections (compared to hot rolling) to better resist bending and deformation. Precision manufacturing means components fit together better for enhanced stability in the final structure. Cold-formed steel’s strength as both structural elements, such as frames and beams, and as exterior panels is another reason the material has become so ubiquitous in commercial structures. Panels range from the basic mesa to enhanced fluted, embossed, striated, texture or exposed fastener utility style. Panels are fastened in a concealed fashion to create elegant designs and a more appealing finish.

Using pre-engineered panels won’t detract from the building’s final appearance. Buildings look much more modern and attractive because of their many design possibilities. One popular trend is to use pre-weathered steel or stainless steel to create an amazing look while eliminating the need for future painting. Pre-engineered metal buildings are available in a variety of colors, roof styles, and window options that can be customized to suit just about any design scheme. It is extremely easy to make your building blend in or stand out.

Colour schemes for exterior panels have been trending toward warmer tones. You have way more choice than grey, black, blue or other cool colours. Your steel building can incorporate any combination of colour, pattern or metal tone , including brass, copper, nickel or one of two dozen Pantone-inspired colours. Imagine the impression your building will make by incorporating natural or earth tones, or champagne and soft gold shades into your final aesthetic design.

Precision engineering creates better internal environments

Cold-formed steel components are manufactured to exact measurements to facilitate ease and efficiency in assembly on the jobsite. Imagine larger versions of Lego blocks: the construction process is less complicated, faster and improves quality of the build and stability. Precision engineering means components are sized to fit to an exacting degree. Measurements are within a narrow margin of error, usually in the range of micro measurements. No drafts, no leaks, no water seepage.

Buildings constructed with pre-engineered steel components and exterior panels increase the building’s resistance to extreme climates. Regardless of how hot or cold it gets on the outside, the interior of your building will be comfortable without any interruption. Steel framing also allows for large walls of windows to allow more natural light and can save on annual utility costs.

Industrial and commercial buildings needs to be tough and durable, while still looking attractive without expensive and time-consuming maintenance. Cold-formed framing and panels are designed with the structural integrity and all the plumbing, electrical and environmental controls to make your building perform at its best over the long run. Your pre-engineered steel building will be erected quickly, affordably to meet all your current and future needs.

Get the strength you need and the attractive look you want

Summit Steel Buildings offers the pre-engineered steel building solution you need for any industry and commercial purpose. Visit our project gallery to see the amazing structures that can be created using pre-engineered steel panel systems. As part of a complete custom-designed manufacturing process, using cold-formed steel panels as part of your overall pre-engineered framing and wall system offers a cost-effective and energy-saving building solution for any budget. Rely on steel panel’s attractive durability and protection against the elements to create an ideal setting for your business operation.

Summit Steel Buildings is your ultimate partner for all your building needs. As your one-stop building solution, we'll handle all aspects of the project on your behalf. We promise to complete your metal building project quickly and within the quoted price. So why wait? Share your requirements with us, and our professionals will transform your vision into a reality. Contact us now online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation and quote.

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Steel buildings on par for golf courses

frank.melo@summitsteelbuildings.com (Frank Melo) — Wed, 03 Apr 2024 15:00:56 GMT

Your course facilities don’t have to be your handicap when it comes to giving golfers a green jacket experience.

Written by Frank Melo

Golf courses are known for their picturesque landscapes and serene settings. However, behind the scenes, a lot of planning and infrastructure is needed to ensure smooth operations and an enjoyable experience for golfers.

Traditionally, many golf course facilities were built using brick and mortar structures, architecturally designed to create both a sense of luxury and exclusivity but also harmony with the course layout. While these buildings have their merits, steel buildings have emerged as a superior alternative for several reasons.

One of the primary advantages of steel buildings for golf courses is their cost-effectiveness. Compared to traditional brick and mortar structures, steel buildings are more affordable to construct, due to their streamlined manufacturing process and ease of assembly . Additionally, steel is a highly durable material, reducing long-term maintenance and repair costs significantly. For course owners looking to optimize their investments, choosing steel buildings can result in substantial cost savings without compromising on quality or aesthetics.

Time is of the essence in the business world, and steel buildings offer a significant advantage in terms of construction speed. Unlike traditional construction methods that involve lengthy timelines, steel buildings can be fabricated off-site and assembled rapidly at the course location. This accelerated construction process translates to quicker project completion, allowing course owners to start generating revenue sooner and minimizing disruptions to their operations.

But it's not just about cost savings and efficiency. Steel buildings also enhance the overall experience for golfers. Modern steel structures can be designed to blend seamlessly with natural surroundings, creating a harmonious environment that complements the beauty of the golf course. Advancements in architectural design software and engineering techniques enable the creation of innovative and visually stunning steel structures that enhance the overall appeal and bring additional revenue-generated features to your course.

Whether it's a sleek pavilion overlooking the 18th hole or a state-of-the-art pro shop with innovative amenities, steel buildings can elevate the golfing experience to new heights.

And consider for a moment the current rise in off-season facilities. We see them growing in popularity in strip malls and converted retail space; allowing die-hard duffers the chance to hit balls throughout the year, sometimes even off-hours. What opportunities could your course benefit from with the introduction of a year-round practice facility?

Sustainability and environmental benefits

Steel buildings can also play an important role in environmentally responsible solutions for course development and expansion.

Highly durable and long-lasting, steel structures reduce the need for frequent replacement and repairs. This durability leads to less waste generation over time, contributing to sustainability. Steel is recyclable , making it a preferred choice for eco-conscious projects. The ability to recycle minimizes resource depletion and energy consumption, aligning with our commitment to environmental stewardship.

Furthermore, steel buildings can be designed with energy-efficient features such as insulation, solar panels and efficient lighting systems. These elements help reduce energy consumption and carbon emissions, making steel buildings a green choice for course facilities.

Another advantage of steel buildings is their versatility in design and construction. Whether it's a clubhouse, equipment storage facility or maintenance workshop building, steel structures can be customized to meet specific needs while optimizing space and functionality.

The durability of steel buildings is unmatched, making them ideal for the demanding conditions often encountered in golf environments. Steel is resistant to corrosion, pests and extreme weather conditions, ensuring that the structure maintains its integrity and appearance over time. This longevity translates to a sound investment for course owners, as they can rely on their steel buildings for decades with minimal maintenance requirements.

Adaptability for expansion and modifications

Golf courses are dynamic spaces that may require expansion or modifications over time. Steel buildings offer inherent adaptability, allowing for seamless expansion or reconfiguration as needed. Whether it's adding additional amenities, expanding the clubhouse , adding protected cart storage or incorporating new technology, steel structures can accommodate changes without major disruptions or excessive costs. This flexibility ensures that course facilities can evolve in response to market trends and player demands.

From a business perspective, opting for steel buildings makes strategic sense for course owners. These structures are cost-effective to construct compared to traditional building materials. This affordability allows course owners to allocate their budget efficiently, investing more in course quality and amenities – something club members may favour while working on their handicaps.

Summit Steel Buildings is helping to drive success

Steel buildings have revolutionized the way golf courses are designed, constructed and operated. Their cost-effectiveness, speed of construction, flexibility in design, sustainability benefits, durability and adaptability make them the preferred choice for golf course owners seeking to maximize value and performance. At Summit Steel Buildings , we are committed to delivering innovative steel solutions that empower golf courses to thrive in a competitive landscape while maintaining a focus on quality, efficiency and sustainability.

Contact us for your free quote at 877-417-8335 or by email at info@summitsteelbuildings.com and we’ll also provide you with complimentary preliminary drawings.

About the author

Growing our capacity in food and beverage manufacturing

Tue, 26 Mar 2024 14:49:55 GMT

By Darren Sperling and Frank Melo

Custom steel buildings are a wise component in increasing production to create value and food stability in an industry fraught with emerging challenges.

Food security is an increasingly pressing issue worldwide, with the agricultural and food processing industries facing significant headwinds. Challenges, ranging from labour shortages to inflation and the need for innovative solutions, are prompting both independent enterprises and governments to seek new strategies to ensure reliable and sustainable food systems.

As one of Canada’s largest and most important sectors, food production stands at the forefront of potential solutions, offering promising innovation to improve the food security and sustainability. Just imagine producing more food at a local level, delivering fresher, more nutritious food with less processing and fewer preservatives. As a world-leader, we are seeing advances being made in increased automation, vertical agriculture , and a focus on engaging younger workers who are more comfortable with technology. These are but a few of the novel approaches designed to address the complexities of food production and distribution.

Producing food to feed a growing global population demands considerable resources, including space, time, and care. While efforts to reduce food waste and optimize production are essential, the fundamental challenge remains: meeting the increasing demand for food. This challenge is not new; however, technology and an entrepreneurial mindset are helping to transform the industry by working with traditional farm operations and suppliers to improve the yield per acre.

At the forefront of combining food production with modern technology are pre-engineered steel buildings that create larger and more durable spaces for raw materials, processing and packaging. Metal structures require less maintenance and are less expensive to operate. Summit Steel Buildings’ custom-made food and beverage manufacturing structures can help increase your operations, while maintaining a hygienic and easy-to-clean environment .

Quick review of the Canadian food and beverage manufacturing industry

The food and beverage industry is already huge. It is one of the largest manufacturing sectors in the Canadian economy and is only expected to grow. With exports reaching record values and a positive trade balance, the industry's importance extends beyond domestic consumption. However, sustaining growth and competitiveness require ongoing innovation, investment, and adaptation to evolving consumer preferences and market dynamics. [Source for data: Agriculture Canada]

In 2022, the food and beverage processing industry was the largest manufacturing industry in Canada in terms of value of production with sales of goods manufactured worth $156.5 billion; it accounted for 18.2% of total manufacturing sales and for 1.7% of the national Gross Domestic Product (GDP). It's also the largest manufacturing employer and provides employment for 300,000 Canadians.
Sales for Canada’s food and beverage sector were forecast to surpass $164 billion in 2023, exceeding initial projections by 3.2 per cent. [Source: Farm Credit Canada]
The domestic sector supplies approximately 70% of all processed food and beverage products available in Canada and is the largest buyer of agricultural production.
The largest food and beverage processing industry is meat product manufacturing with sales of $38.5 billion in 2022 and accounting for 25 per cent of sales. Grain and oilseed milling is the second largest industry with sales of $20.3 billion, followed by dairy product manufacturing with sales of $17.4 billion.
Other industries include:
other food manufacturing ($16.4 billion)
bakeries and tortilla manufacturing ($16 billion)
beverage manufacturing ($14.9 billion) – including soft drinks, breweries, wineries and distilleries
animal food manufacturing ($11.9 billion)
fruit and vegetable preserving, and specialty food manufacturing ($10.1 billion)
seafood product preparation and packaging ($5.9 billion)
sugar and confectionery product manufacturing ($5.2 billion)
Ontario and Quebec account for most of the production with approximately 60% of sales, British Columbia and Alberta account for 24% and the remaining provinces, over 16%.

Number of food manufacturing establishments in Canada as of December 2022, by employment size

Source: Statistics Canada, statcan.gc.ca, as of Dec. 2022, courtesy of Nils-Gerrit Wunsch, Statista, Feb. 16, 2024.

Industry challenges

As expansive as the food and beverage manufacturing industry is, it continues to be a mix of large dominant players and many smaller enterprises employing fewer than 50 employees . Food manufacturing operations with more than 500 employees constitute less than one percent of all companies (0.86%). Smaller organizations (under 50 employees, making up 83.38% of the industry) may not necessarily have the capital to invest in automated equipment and large-scale production capacity, while larger operations have been slow to modernize or replace older equipment and processes. As such, food processing can sometimes be outdated and inefficient. This is just a start to some of the other issues affecting the industry.

Population growth and agricultural capacity…

Growing food and raising livestock requires a great deal of space, time, resources and care. While programs to reduce food waste and ensure everything we grow is put to good use are valuable, producing more food to feed an ever-growing population has been, and will always be, a huge problem.

The challenges of producing enough food for a hungry population is not new; it has been observed for centuries. Thomas Malthus, an 18th century economist and author of “An Essay on the Principle of Population”, was an early observer of the dilemma that successful food production creates. He recognized the tendency for improvements in food production to stimulate population growth, ultimately negating gains in per capita food availability.

An increase in a nation's food production improves the well-being of the population, but the improvement is only temporary because it leads to population growth, which in turn restores the original per capita production level. In other words, humans have a propensity to use abundance for population growth rather than for maintaining a high standard of living.

These factors place unrelenting pressure on both agriculture and manufacturers to produce more from fixed constraints (such as amount of available land dedicated to crops, acreage yields and limits to how much food can be produced in existing factories in a set period).

Inflation…

In more modern times, the high cost of real estate, transportation, supply chain issues and retail operations (leading to higher markups) has led to an extraordinary level of food inflation (while packaging strategies to meet margins introduced consumers to the concept of shrinkflation).

The 2024 Canada’s Food Price Report , from research partners at Dalhousie University, the University of Guelph, the University of Saskatchewan and the University of British Columbia, forecasts that overall food prices will continue to increase, but by less than in 2023. Food prices will likely rise by 2.5% to 4.5% (compared to 5% to 7% in 2023). The average family of four is expected to spend $16,297.20 on food in 2024, an increase of up to $701.79 from last year (compared to an increase of $1,065 in 2023). [Source: Dalhousie University]

We’ve seen an increasing level of frustration Canadians have had with grocers as their profits climbed and food inflation wreaked havoc on family incomes - peaking at 11.4% before easing over the past year. [Source: CTV News]

There’s no question, consumers face higher prices at the checkout; and it’s not any easier for food suppliers and manufacturers. They continue to face labour shortages and strong wage pressures. At the same time, “a decline in consumer spending caused by inflation is putting pressure on food and beverage margins, which have been compressed since 2019. For the beverage industry, gross margins are nearly 50% lower. In the food sector, margins are on average 11% below the pre-pandemic level.” [Source: Farm Credit Canada]

Inflation, coupled with rising costs of land, transportation, and retail operations, has contributed to soaring food prices. Inflation trends underscore the persistent challenge of balancing food affordability with sustainable production practices.

Technology and food equipment…

The landscape of food production and distribution continues to evolve significantly, marked by technological advancements and economic shifts. Robotics and automation are emerging as potential solutions to alleviate manual processes to offer opportunities to enhance productivity, reduce labour dependency, and improve overall efficiency.

Robotic applications in the food and beverage industry offer tangible benefits across various stages of production and packaging. From case erectors that streamline box assembly to case packers and palletizers that optimize packaging processes, automation technologies promise to revolutionize food manufacturing. These innovations not only improve operational efficiency but also mitigate the impact of rising costs on profit margins.

As more equipment becomes commonplace for successful operations, renting ill-suited and expensive commercial spaces or trying to retrofit former industrial locations won’t create optimal environments for food and beverage manufacturing. It makes much more sense to build-to-suit with a custom-designed steel facility that is cheaper to clean and maintain and much more hygienic for food production and storage. Pre-engineered steel components protect against mold, bacteria and pests with simple cleaning. For less than renting , you can get an ideal facility for your current and future business needs, complete with all the proper electrical, drainage and environmental systems to manage your growing business of food and beverage making.

Creating solutions for future of food and beverage production begins with steel

Despite all the existing and emerging industry challenges, the food and beverage sector in Canada has experienced notable growth, surpassing projections. It’ll continue to be a critically important contributor to food stability and our economy. Addressing the needs of the future food industry requires a concerted effort from stakeholders across the value chain. Innovation, technological advancement and strategic partnerships can pave the way for a more resilient and sustainable food system. By embracing automation, leveraging emerging technologies, and prioritizing consumer trust, the food industry can navigate current problems and pave the way for future growth and prosperity.

Part of this growth is providing modern facilities equipped to handle the needs of more efficient operations. New, larger and better buildings mean more production and better customer service. Intelligently investing in capital assets to expand your operational space pays off for today’s needs as well as for any future expansion .

When you’re ready, contact our team at Summit Steel Buildings . We're excited to learn more about your food or beverage business and how we can provide you with a custom building solution suited for your future needs. Call us at 877-417-8335 or email us at info@summitsteelbuildings.com for a free quote and to receive your preliminary drawings.

About the authors:

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 17 years and has experience in over 20 countries worldwide. Contact him at (877) 417-8335 , by email at darren.sperling@summitsteelbuildings.com or on LinkedIn .

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner and contractor. He was born and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

Endless expandability: No future limits on the size of your next building

frank.melo@summitsteelbuildings.com (Frank Melo) — Fri, 15 Mar 2024 14:46:10 GMT

Modular steel building design includes expandable end walls that allow for easy, cost-effective future extensions.

Written by Frank Melo

Building with pre-engineered steel panels holds many advantages over traditional brick and mortar or wood construction. Foremost among them is the fact that you’re not locked into a fixed size once your building is finished. With a modular steel building system, you can continue to add length to your capacity, extending the life of your construction, saving you time and costs, all while maintaining the look and structural integrity of your investment.

Steel buildings are the ideal construction system for commercial and industrial purposes for good reason. Working with steel components allows your project to be finished quickly, at more affordable prices than with other materials.

Steel framing is so fire resistant, making it ideal material for heavy industry, factory or other purposes with high heat or manufacturing temperatures. As an alloy, steel provides strength, durability, a modern design aesthetic at very light weight yet is resilient and strong against the harshest of environments. This type of framing allows your architect or our team of designers to create contemporary, elegant looks to showcase your business. Pre-engineered steel panels are treated a range of finishes that help lower ongoing maintenance costs : no need for the time, cost and hassle of painting ever again. And if a steel exterior isn’t for you, other materials also can be incorporated, including steel, brick, block, stucco, masonry or glass.

When it comes to planning the long-term success of your company, you’d can’t afford to get locked into a fixed size that will constrain your operations and limit your growth. Summit Steel Buildings uses expandable end wall systems so you can affordably add more structural framing later with rigid I-beam columns and rafters that quickly add more space to your operation without interrupting business.

Your steel building investment evolves alongside the rest of your business

Construction can be expensive. Building is an investment into your future. Aside from the prime consideration of cost, what you choose by way of engineering and structural design has a long-term impact on how much you may need to invest years later. With traditional brick and mortar, the foundation dimensions you choose lock you into a permanent state. A pre-engineered metal building doesn’t have permanent proportions. Even though your steel warehouse or factory is built on a concrete foundation to the higher construction standards, the end wall modular system means you can simply extend the building’s length at a much more affordable price than rebuilding or disrupting your operations by relocating.

In preparing a construction site, planning must consider the shape and size of the building location and account for future additions. Multi-story buildings create an efficient use of space when your chose site has a small footprint. Taken in turn, here are the specifics to remember in the initial specifications:

Steel building length

Pre-engineered buildings are not limited by length. Summit Steel Buildings can make your structure as long as your site location, budget and imagination allow. Framing bays at one or both ends use load-bearing end ways to make future additions quick and easy with additional modular units.

Building widths

A ridged steel-frame system creates clear spans to more than 300-feet (91.44 metres) wide and bay spans up to 60 feet (18.3 metres). Get the unobstructed open space you need by using modular framing, which is a more economical choice for any project over 80-feet wide. Pre-insulated wall system options create a comfortable environment for your employees and clients.

Total height

After examining your current and future site needs, it is wise to remember that steel building systems also mean building taller. Although many steel buildings are typically one or two stories, metal engineering allows for multiple partial or full floors with a wide variety of building and roof designs. Main floor heights can be up to 40-feet and taller structures can be customized to specific demands.

Don’t worry if you outgrow your current needs, your metal building will grow with you

You never need to worry about outgrowing your business space. Summit Steel Buildings is your complete turnkey provider who can build the original structure and also work with its expandable end walls to allow for easy, cost-effective future expansions. Steel buildings make any future length expansion quick and inexpensive by adding to your overall square footage. You can rest assured you’ll address future capacity without being locked into an existing concrete construction. Address future expansion needs without ever having to compromise or interrupt current operations.

When it’s time to build your next commercial or industrial building, consider the strength of pre-engineered steel framing systems and choose Summit Steel Buildings as your complete turnkey provider. Contact us directly for your free quote at 877-417-8335 and we’ll also provide you with complimentary preliminary drawings.

About the author

Metal pre-engineering systems make it possible

frank.melo@summitsteelbuildings.com (Frank Melo) — Wed, 06 Mar 2024 15:59:47 GMT

Commercial and industrial buildings are built by a complex system of engineering to provide integrity and strength.

Written by Frank Melo

If you’re a frequent driver on any major highway, you would have surely noticed the massive pre-engineered buildings lining the roadside and in industrial areas of every city. These imposing structures make up the heart of Canada’s industrial system. Attractive yet durable, commercial buildings are a key supply chain component by housing the seemingly inexhaustive inventories of raw materials and retail products that help businesses thrive.

Municipalities rely on these industrial centres to bring in revenue, provide jobs and support other local businesses. Industrial and commercial areas have only been able to develop so quickly thanks to an ingenious pre-engineered steel building system. Whether a business needs a 10,000-square-foot commercial office and warehousing space or a 250,000-square-foot industrial or manufacturing facility, pre-engineered steel buildings offer the versatility and designs businesses need.

The success of premium engineering and construction rests in the details

Summit Steel Buildings typically uses a pre-engineered I-Beam building system specially designed for commercial, industrial, agricultural and institutional projects. This type of engineering allows for endless expandability without sacrificing looks, temperate and climate control and security. The engineering system is made from either rigid frame steel structural members or a combination of structural and joists for elevated floor construction. Either of these strong, cost-effective metal systems can significantly reduce labor time during construction, ensuring greater cost savings on building projects. Although some panels and components are standardized, each building is customized to the client’s specific needs. Other important features of the engineering system include ( read our engineering brochure ):

Bolt-together steel superstructure
Connects to steel, masonry and concrete forms
Standing seam or screwed connection systems
Allows for longer, shallow, lightweight spanning joists
Versatile wall system that can be pre-insulated

Long-span, open-web joists are designed to function as an integral part of the pre engineered building. This allows the buildings have clear bays – wide open spaces without pillars and posts to obstruct spaces that are necessary as workspace, to house large equipment, storage or moving products around. Fully bolted connections also lead to faster and easier construction. Summit Steel Buildings’ unique integration of joists with roof systems results in less bridging, less material and lower in-place costs. Joists are very suitable for supporting multi-story floors, rooftop decks and standing seam roofs. Joists are generally more economical when bay sizes are greater than 30 feet or when roof loads are excessive. “K” series joists are normally used in buildings up to 60 feet wide, while the “LH” and “DLH” series joists are normally used for structures between 60 to 120 feet in width.

Read how pre-engineering revolutionized industrial construction.

Well-engineered interiors must be protected from the outside elements; that’s where weathertight roof systems take the standing seam roof system to its maximum potential. Built for heavy snow and rain climates, standing seams combine with the pre-engineered I-Beam building system to create a weathertight seal on your building. Roof system features include long panels, minimal-to-no penetrations and seamless connections to parapet walls and eave trim.

Codes and certifications you can trust

As one of North America’s largest and most reputable pre-engineered building suppliers means each engineering solution is professionally designed and delivered directly to job sites quickly and on time regardless of location. Panels and components arrive from the manufacturer ready-to-use and do not require any cutting, welding or hole punching on site – this work is accomplished ahead of time in one of four fabrication facilities to save time and labour costs at the actual construction site.

Read about how these ingenious pre-engineering processes were developed as part of the construction of the Eiffel Tower.

Summit Steel Buildings’ structures are engineered to meet rigorous code standards throughout Canada and the world. Every building is fully customizable and engineered to the exact specifications clients need. Stamped engineered structural drawings for permits and construction are provided for every building in any province or territory. Fabrication facilities are all AISC, CAN/CSA A660, CWB certified, members of the CSSBI and IAS AC472 Accredited for Metal Buildings.

Due to its strength, versatility and precise engineering – in addition to being completely recyclable, non-combustible and termite proof – steel building construction has become the most highly demanded product in commercial and industrial building today. Pre-engineering has come a long way from the steel beams and clunky corrugated structures of early years.

Your next commercial project demands steel engineering

The construction of steel buildings offers many advantages. With precisely engineered metal roofing and siding, buildings are extremely durable, comfortable, structurally sound with a strength-to-weight ratio that is higher compared to other construction methods, such as brick and mortar, mass timber or wood. Your metal building can also be built in a wide variety of architectural designs and sizes to maximize your budget and give you ideal building for your needs.

Call our engineering team and the Summit Steel Buildings team will be excited to work with you on your next commercial project. Contact us for your free quote at 877-417-8335 and we’ll also provide you with complimentary preliminary drawings.

About the author

Can your building help you build a brand? Absolutely!

Mon, 26 Feb 2024 01:55:41 GMT

By A. Paul Mitchell , MBA

A custom designed pre-engineered structure can become a critical visual component in establishing or expanding your company’s marketing strategy.

Good marketing is a healthy combination of products, prices, distribution, promotion and a promise to solve your problem. Even in an ever-growing digital world, having a physical presence in the marketplace is becoming an underappreciated, yet essential, way to grow your brand. As long as people continue to commute from one place to another, beautiful architecture is one of the best the visual messages for your business.

Not everything in marketing today takes place in a digital landscape. Consumers are more connected to companies than ever, using technology and the internet to discover and research brands and new products in as much as for education and entertainment. What can be forgotten sometimes is the how they still ultimately want to see, touch, try and evaluate products in real life before making purchases. The physical space continues to impact purchasing decisions. Physical interaction and architecture (such as a sophisticated and elegant new pre-engineered steel building) can contribute as much to your company’s reputation as the traditional marketing messaging used to build awareness.

And when it comes to capital investment in your business , using architecture and design to express key elements of your brand values enhances and creates greater opportunities for the rest of your traditional and digital marketing strategy. Buildings are more than an appreciating capital asset; they’re a physical demonstration of your organization’s commitment to its clients and products as well as to their community, local economy and the people who live there.

Brands and the consumer mindset

Everything is branded. We have grown so accustomed to great-quality branding – from people’s personal brands on LinkedIn to help secure a new job or promotion, to start-up companies looking to make a name for themselves in the marketplace, and on to the internationally famous, multi-billion-dollar brands we use every day. How would your day change without your Apple iPhone, Microsoft Teams or Windows, Nike shoes, Tim Horton’s coffee and your Air Miles Mastercard to pay for everything in between?

When people think about brands, they immediately connect it with a logo, brand name, tagline and, most importantly of all, a connection to a physical experience or feeling. Did you just pause for a moment to “Just do it”?

But branding is so much more. Aside from the design elements (colours, sounds and swooshes), good branding includes values, personality, voice, positioning and experience or promise. These are the elements that turn a connection to a company’s goods or services into a successful brand that has a significant asset value on company balance sheets.

A brand’s physical presence is one aspect that can be easily overlooked, but one that affects bottom lines in very real ways. More than an office headquarters or retail space, the buildings that make up a company can be an integral part of their branding and commercial experiences. And more than just as a location to hang a company logo.

Grow your brand as you grow your space

Establishing your business in a new location can be an opportune moment to give your company’s brand a big boost. That’s because establishing positive recognition and reputation in your new community matters and there are few more visible and concrete ways to do that than with your building itself. This is not only important to create awareness among existing and prospective customers and employees, but to signal a new growth stage for the company .

A strong brand becomes a value balance sheet asset item (Nike and Apple are obvious and recognizable examples) as are fixed assets, such as capital structures like warehouses and manufacturing centres using pre-engineered steel buildings. Both improve a company’s net worth (for cash flow and financial statements) and become a tangible representation of the brand's identity and values, leaving a lasting impression on customers and creating a sense of distinctiveness.

From local to legacy

Driving or walking by an architectural wonder and being impressed by its brilliance can be a breath-taking experience. It conveys the message that your company is rock-solid, permanent, successful and a significant contributor to the local economy. The company logo atop a significant structure gets your name out far and wide and opens the door to other opportunities since it becomes so recognizable and connected to permanency.

The day a lighted logo sign is attached to the top a building is a hallmark moment in a company’s history – for good reason. Very few companies get to mark an occasion with this level of physical signage. It’s an occasion that starts the journey towards your company’s legacy (place your name literally above the competition). Your investment in a prominent, impressive facility underscores the success of your company and builds on the promise of future success.

Enhance the strength of your brand with custom-suited design elements

Summit Steel Buildings ensures clients have input into all aspects of design and material selection, including layout, finishes, and fixtures. This high degree of customization is particularly true for businesses opting for build-to-suit projects where we collaborate with you from start to finish to create a unique, efficient and positive environment for employees, customers, and vendors. Our clients find this ‘building-business-brand’ alignment to be a competitive advantage that has tangible value when it comes to building loyalty and standing out amongst the competition.

At Summit Steel Buildings, we understand that your building is a reflection of all you do to make your business a success. Contact our team at Summit Steel Buildings at 877-417-8335 to receive a free quote so we can get started on your next project. Call us to help bring your vision to life for everyone to see!

About the author

A. Paul Mitchell , MBA

Marketing Director, Summit Steel Buildings

Paul is an award-winning marketing professional with over 30-years experience in design and corporate communications. His previous cross-industry experience has helped develop an extensive breadth of skills, including writing, graphic design, web design, media relations and photography. Paul holds an Executive MBA and Bachelor of Arts degrees and holds professional certificates in Leadership and Business Analysis from Western University. He also completed Centennial College’s post-graduate marketing and business management program. He lives in London, Ontario with his family. Connect with him on LinkedIn .

The danger of production bottlenecks has a simple solution

Wed, 21 Feb 2024 16:40:51 GMT

A case study from The Profit’s “Raise the Roof” episode demonstrates the value that’s created from expanding production through an addition of a steel building.

Kicking up tiny dust clouds from newly hewn sawdust with each step, Marcus Lemonis is exploring a busy industrial operation outside Cedar City, Utah with Jamie and Chris Jaussi, the owners of Zip Kit Homes . The celebrity business investor of CNBC’s The Profit is curious and excited as the owners proudly guide him on a tour of their production area.

The brightly lit building echoes with the screeching sound of saws and jovial conversation of workers. Crews are busy cutting and assembling individual components that make up new prefabricated kit houses, which will be later transported to their permanent location. The working is space is organized, with raw materials in neat, numbered piles so crews don’t have to move far to grab the next piece. The spacious brown and white pre-engineered building serves as their manufacturing facility for each of the two kit homes they build each week. Lemonis warmly greets the employees and learns what each person does to contribute to the end product. He’s looking to understand each step of their manufacturing process to ultimately see if any opportunities for efficiency exist and how he can help the business scale up.

It doesn’t take Lemonis long to realize that production is being bottlenecked by only having one assembly area. He immediately suggests building an extension or a complementary new steel structure that would more than double the number of homes the company can produce each week. He explains the resulting increase in production can contribute even more to the volume of their annual revenue. Later in the show, viewers get to see the stylish new addition that solves the issue that was stagnating company growth and preventing the business from reaching its full potential.

The expansion of Zip Kit Homes’ company’s footprint by adding a second steel building was the exact solution they needed. The new structure created enough room to add the required second production/assembly area and better organize their production flow and storage space. The cost was minimal yet helped increase both their speed of completion and the number of units to be produced in a year by two-and-a-half times.

Many companies face similar growth challenges, whether they’re a young company or well established. In most cases, the lesson to learn is that a small investment in operations capacity can result in a dramatic improvement in profitability. Investing in the right areas to improve capacity management creates immense efficiencies. Just imagine what a similar investment to your production space can do for your bottom line.

The danger of operation bottlenecks

Capacity management is the process that allows businesses to maximize their potential activities and production output. It determines how much companies can achieve or produce within a given period. Capacity management also requires calculating the proportion of space being allocated to production – too much unused space is bad (excess rent, insurance and utility costs for empty spaces), as is not having enough space to allow crews to work to their maximum potential.

Most of the principles may be well-understood by experienced operations managers. But bottlenecks exist in every operation. Even the people doing the work may not realize the potential that can come if more units were available to be produced and sold. As demonstrated by Zip Kit Homes’ situation, management and production crews can get caught up in trying to fill orders based on their existing circumstances, not seeing the potential growth opportunities around them. As organized as they may be, the ability to increase production sometimes only needs a quick investment in more working space .

Be sure to organize equipment layout first as it will contribute to return-on-investment (ROI) by avoiding assembly line and production flow bottlenecks as much as possible. Adequate production and assembly room keeps operations organized and nimble. Greater space can make operations more cost-efficient and prevent diminished revenues from unfilled orders, delays, customer attrition and decreased market share.

More space = more production = more revenue = more profit

Gains in production volume increase revenues, not just once, but for the lifetime of your business. The investment in a new metal structure may run in the thousands but can lead to permanent increases in revenue and profits in the millions.

A reasonable, cost-effective investment provides greater workplace efficiency. More workspace leads to increased safety levels, happier employees and keeps production areas and inventory more organized and protected.

Pre-engineered steel buildings are not only an affordable investment into your business, they can also be built quickly around existing facilities, equipment and infrastructure. With minimal interruption to existing production activity, your business operates as usual until the new facility is ready for use. Once completed, your teams will be able to work easier, faster and increased productivity – all factors that will drive business success for years to come.

Summit Steel Buildings has worked with many companies to build expansion structures simultaneously to running operations. For instance, Alta Forest Products’ plant in Morton, Washington was designed and erected in between existing buildings using engineering to cantilever over an existing building with columns piercing through roof system and placed to avoid existing equipment. It features a partial mezzanine system to support mechanical equipment and was engineered for a five-ton crane system.

When you’re ready to expand, we're ready to build

Marcus Lemonis was able to help Zip Kit Homes by offering a production solution that was a simple, fast and cost-effective investment into their future success. Lemonis’ capacity management observations led to a key insight: Expand the building space, increase production, triple revenue and profits. Adding additional steel buildings is not only a smart investment, it’s a sustainable driver of growth that will continue to benefit your company’s bottom line, its share price and even shareholder value. All these gains can have an immeasurable increase in the perception and financial presence of your company on a world stage. Get started by optimizing your production capacity to its fullest and meet current and future customer demand with all the resources at your disposal.

We’d love to work with you on your next construction project. Visit our Contact page and Summit Steel Buildings will provide you with a free consultation and quote.

About the author

Construction using metal buildings saves you time and money

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 13 Feb 2024 16:14:06 GMT

Building with cost-effective pre-engineered panels is a smart investment that pays off well after the construction phase.

By Frank Melo

Business owners and senior management looking to maximize the value of their next building project need not look further than pre-engineered metal buildings. The cost-effective and quick-to-build structures have become a popular form of construction that provide savings in terms of both money and time. Pre-engineered steel structures from Summit Steel Buildings make project implementation much faster and easier and continue to provide savings throughout their operational lifespan.

Savings during the construction process

Value can be perceived in how much you save in terms of time, money and aggravation. You wouldn’t be alone in thinking the start of any large project is a little daunting. A certain amount of anxiety is natural and is to be expected. But you want to get your building project finished on time, on budget and to your exacting quality standards. You want to get recognized for ensuring the details are completed properly and your ideal facility is fully ready and operational as soon as possible.

Fortunately, versatile and durable steel buildings can help. These permanent steel buildings are constructed from pre-engineered panels made in factories and then shipped to your building site, regardless of how remote. It's the same process that was created to build the Eiffel Tower , and has become a standard for pre-engineering in the construction industry ever since.

When you order your building and approve its design, the time taken to erect it is considerably shorter than with brick-and-mortar structures. And the engineering is adaptable enough to be built within or around existing structures and equipment. Whether you are expanding on an existing facility site or opening a new one on a different site, these structures will ensure you are in operation within a few weeks of ordering.

Installing a metal building is significantly less expensive because it does not require hiring an architect. All the work is done by one experienced turnkey building team. Pre-engineering uses fewer materials, requires much lower labour costs, uses less concrete and creates far less waste (with lower disposal costs). Industry estimates suggest construction times are slashed by up to 33% and cost much less to build in materials. Aside from the savings in construction time, a rigid-frame steel system costs less and eliminates concerns about safety and performance. Your new building is built quickly and still to your exact needs. Regardless of your industry, precise needs, geography or terrain, you will save time and money and get the exact building you’ve been dreaming of.

During building operation

Your steel building is engineered with the highest quality materials to be strong, durable and reliable throughout its lifetime. Because it’s made with steel, your building requires minimal upkeep and lower ongoing maintenance costs . No painting is required to maintain its attractive look. Doors and windows are sealed tightly during construction, which means they won’t leak. Panels are finished with a powder coating for extra protection against the elements. And the interior of your building can be just as dynamic as the exterior.

Steel is a strong armour against the outside elements and critical to protecting the valuable people and equipment inside. Steel’s modular design creates savings and limits the extent of any damage to only a small section – not the entire structure’s integrity. Steel frame construction is designed to prevent extensive repair costs with components that can be quickly and inexpensively repaired or replaced if ever required.

Further ongoing energy savings are created through combining efficient insulation and more natural light. A pre-engineered building is more energy efficient than its wooden counterpart. Summit Steel Buildings’ custom construction can include R-30 or R-40 insulated steel panels in their final design, which can lead to big savings on utility bills. Less building volume due to lower floor-to-floor heights creates more efficient climate control and allows for easier integration of mechanical systems. More natural light and higher occupant comfort is the result of larger windows that only steel framing can allow. Because our buildings are customizable, you choose your desired finishes, from sliding doors to insulation to windows to skylights, panels, trusses, and accessories.

Let’s get building

The Summit Steel Buildings’ team has been involved in industrial work, steel building erection and general building construction for over 60 combined years. We’ll organize and oversee the entire lifecycle of your construction, so you don’t need to. Our commitment has always been customer service, quality, competitive pricing and safety. When you need total turnkey projects and experienced construction management, we take pride in completing quality projects on time and on budget. We welcome you to contact us to arrange for a free quote .

Enjoy these tips to help avoid mistakes when getting price estimates and quotes from contractors for your next building investment.

About the author

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner and contractor. He was born and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

Build-to-suit: A strategic business move for today's market

Wed, 07 Feb 2024 18:38:19 GMT

Guest column by Christine Wellenreiter , CM, ICD.D

Trying to decide between retrofitting an existing building or a new build? Beyond the obvious challenges of today’s real estate market with limited availability and elevated prices, there are many reasons why a new, purpose-build solution can be a cost-effective and strategic approach to meeting your business’ needs – for today and tomorrow.

Here are some reasons businesses are now choosing to build new:

Ability to tailor to specific needs

As the name suggests, build-to-suit construction is truly ideal for businesses needing a space tailored to their specific requirements. This approach ensures the building is designed to fit the way your business operates and is especially suited to the diverse needs of manufacturing, industrial and commercial operations. Having a say in everything from the location of loading docks and mechanical rooms to the layout of employee facilities and office workstations means you can avoid less-than-ideal configurations and work-around processes.

Pro tip: Did you know your new build is an attractive and in-demand asset? Sourcing existing commercial and industrial space in difficult, particularly in GTA, and according to commercial real estate experts at Remax , vacancy rates remain below 1% with distinct shortages in immense industrial units (5,000 to 20,000 square feet) for both lease and sale.

Increased flexibility for business growth

Build-to-suit construction offers increased flexibility for both current and future space needs. When industry needs and/or business plan models require the ability to scale up or facilitate rapid growth, a new build can be the way to go. When businesses share their vision and growth plans with an end-to-end design/build/operate team , the facility can be set up for easy and cost-effective future expansion plans. Many business owners find this to be a competitive and strategic advantage that enables them to act on opportunities to grow either organically or through acquisition activity.

Pro tip: Investors are on the hunt for quality commercial real estate, making this an ideal time for commercial (especially industrial) real estate owners. According to Altus Group Limited (a provider of asset and fund intelligence for commercial real estate), investors are turning to the lower risks and stable returns of industrial real estate . Likewise, according to a July 2023 Benefits Canada article , Canadian pension funds are typically allocating 12 to 15 per cent of their portfolios to real estate. While pension funds have pulled back from office and retail, industrial and non-traditional commercial spaces like data centres and self-storage remain in demand.

Optimize your facility for higher productivity and lower operating costs

With a purpose-built construction, businesses can achieve "facility optimization". Since thoughtful end-to-end planning going into each aspect of your new build, everything from in-facility logistics (like streamlined manufacturing and processing lines, storage, shipping/receiving areas) to the ability to incorporate energy-efficient materials and ventilation systems can be considered from the onset, when the costs and time to implement tend to be lowest. In short, a new build allows you to make the most out of organizational resources for today and tomorrow.

Pro tip: Check out government programs (federal, provincial and municipal) and the Canadian Infrastructure Bank for subsidies and grants available to encourage energy efficiency, environmental, social and governance value-add investments. New builds can integrate these cost saving incentives right into the initial planning of the build.

Less likely to encounter unexpected issues

‘What’s behind that wall?’ is a common worry for anyone who’s ever embarked on a renovation or retrofit – big or small. Retrofits often lead to unforeseen and unwelcome surprises, causing expensive delays and compromising project completion timelines and budgets. Building from the ground up means that your project is less likely to run into delays required by bringing work up to code, costly upgrades to essential systems like plumbing, wiring, HVAC and insulation, or other unexpected issues. If you’re a business owner that wants more predictability and less stress when it comes to sticking to budgets, timelines, environmentally friendly and efficient materials, a new build makes sense.

Pro tip: To further reduce unanticipated problems and worrisome project delays, consider using a turn-key design/build/operate solution provider , to efficiently and cost-effectively streamline your project. A reliable all-in-one builder takes accountability for all stages of the build, from initial planning straight through to your move-in date, meaning there is no ‘passing on problems’ from one contractor or stage of the build (e.g., design and engineering) to another (e.g., install and finishings). You’ll get streamlined organization, timing, communication, reporting and more, and save yourself innumerable headaches and costly delays.

Get the custom-designed structure best suited for your business needs

New build-to-suit projects offer a unique collaborative effort between the builder and the business to create a space that caters to your unique budget, timeline and business needs. It’s a compelling case for businesses looking to optimize operations and resources, reflect future growth needs, and reduce the stress and likelihood of unforeseen delays and costs.

If this sounds like the right business solution for you, reach out to Summit Steel Buildings at 877-417-8335 or by email at info@Summitsteelbuildings.com to share your vision and learn how we can help.

About the author

Christine Wellenreiter , CM, ICD.D

Principal, Waverider Marketing

A marketing executive with a 20-year track record of success, Christine collaborates with entrepreneurs, emerging, and established organizations to bring their value proposition to life, modernize their marketing strategies, and execute cost-effective, results-driven plans. With deep expertise in complex, multi-stakeholder industries such as financial services, asset and property management, non-profit, and crown agencies, she is best known for creating compelling narratives and her passion for driving growth.

Outlook for 2024 is creating an ideal economic climate for new manufacturing and industrial construction

Fri, 26 Jan 2024 16:47:39 GMT

With inflation and interest rates predicted to decline, it’s becoming opportune to invest in building your ideal manufacturing or warehouse facility…

Every company charts its own path, making the necessary course changes to meet customer demand and the needs of their industry. As each company makes these adjustments, they grow at their own rate and will eventually need to make that big change in course: the decision of whether to expand by either building a new facility or renting out a larger space if they can find one.

All companies are subject to the economic and business cycles, which typically add positive incentives to grow, or cautions that it may be time to stay put and save resources for sunnier days ahead. For industries like heavy and advanced manufacturing where materials need to be purchased long in advance, and market demand is closely connected to both micro and macroeconomic factors, understanding what to expect makes a huge difference.

The beginning of each year brings occasion to assess the upcoming year and decide if the outlook is positive for not just the company, but also for the larger economy. The good news for 2024 is that indicators for the commercial construction and manufacturing sectors is very optimistic. It may be a good time to consider that expansion you’ve been planning…

Learn why economic slowdowns are a good time to plan and prepare.

Of course, Summit Steel Buildings always recommends building your ideal facility rather than compromising with a previous company’s outdated engineering and floorplan or not getting what’s best for your company’s needs. Why rent when you can build and get the maximum value out of a better-suited structure for life?

Early indicators of a slowly recovering Canadian economy

Canadian households and businesses have all had to contend with unprecedented inflation and interest rate increases that put significant pressure on mortgage and loan payments, while also hurting fixed-income investments.

There is room for optimism, though. The Bank of Canada has indicated a hold on interest rates and hinted at further reductions:

“Economy to Recover in 2024 but Growth Remains Sluggish” – Conference Board of Canada
“Canadian economy to get 'back on its feet' next year, Deloitte Canada says” – CTV News

“It's been a long time since economic data in Canada showed very much promise,” wrote CBC News . “The last 18 months have been defined by a cost-of-living crisis and a slowing economy. But a handful of economic indicators give us some hope for 2024 . Inflation has slowed dramatically, and the economy didn't actually slip into recession.”

For critical industries such as advanced manufacturing and industrial production, these words bring hope. Let’s look at the economic expectations for both in 2004.

Canada continues to rely on its manufacturing sector

The manufacturing sector is a cornerstone of Canada’s economy, playing a crucial role in creating jobs, fostering innovation, and driving economic growth. The nation’s 90,000 manufacturers directly generate 9.5 per cent of Canada’s real gross domestic product (GDP), make up one-quarter of its business research and development spending, and account for 60 per cent of the country’s outbound goods. Taken together, the sector’s direct, indirect and induced impacts amount to 27 per cent of Canada’s total economic activity.

In addition, by employing 1.79 million Canadians and supporting 3.58 million more jobs through supply chain activity and employee spending, the manufacturing industry undoubtedly makes substantial contributions to communities across Canada. (Source: Canadian Manufacturers & Exporters . )

Several large manufacturing investments in 2023 are also reasons for excitement. Automotive vehicle and parts manufacturing, EV battery production and aerospace manufacturing are expected to create thousands of jobs and to inject investment into related industries , including mining, exploration, aerospace and infrastructure. Investments by GM, Honda Canada, Stellantis, and others to produce electric vehicles and parts is a boon for manufacturers all along the Canadian supply chain.

Canadians build prosperous careers in manufacturing and skilled trades

The biggest cause for concern in growing these industries is a shortage of skilled labour. Fortunately, other partners are stepping into help shore up the gap. And the market has a way of finding good, talented people for jobs that pay well.

Ontario Minister of Employment announces $7 million to support skilled trades in Windsor.

Governments and independent not-for-profits and private foundations appreciate the value skilled tradespeople bring to the economy and the manufacturing industry, and are activity supporting it with funding, not just words of encouragement. For instance, British Columbia has seen a huge flurry of funding to skilled trades and manufacturing skills development at the high school and post-secondary levels, including $5.5 million to BCIT, $1 million for a new manufacturing laboratory and let’s not forget the $180 million from the B.C. Manufacturing Jobs Fund that’s going to manufacturing companies to help them “modernize, innovative and grow their businesses by proving funding, including money for capital investment…”

Manufacturing pays great wages, with millwrights starting at $38.35 per hour, mechanics $39.80 per hour and electricians at $39.04. These steady and well-paying jobs are definitely worth upgrading skills as part of launching a new prosperous career.

Regardless of the economy, businesses should always invest in capital assets

What will happen with the Canadian economy is still disputed – although a drop in inflation and falling interest rates seem to be an almost certainty. With lowered borrowing costs and an increased benefit to procure and store raw materials while producers are willing to negotiate a lower price, having more space for workers, production and storage becomes so important for the bottom line and to provide more financial security. More space for your operations can be affordably created with an investment in real estate and capital assets, like manufacturing buildings.

As you and your management team ready your business and strategic plans for whatever happens with the economy 2024, you’ll want to look at your long-term growth plan. You’ll quickly discover that owning your own manufacturing facility, with a building system that allows for affordable and flexible expansion is the smart path to choose. When you’re ready, contact our team at Summit Steel Buildings . We're excited to learn more about your business and how we can provide you with a custom building solution suited for your future needs. Call us at 877-417-8335 or email us at info@summitsteelbuildings.com for a free quote and to receive your preliminary drawings.

Read about Infrastructure investment opportunities in a recession.

About the author

Can you find big city opportunity without big city prices? We think so!

Wed, 17 Jan 2024 19:55:57 GMT

Guest column by Christine Wellenreiter , CM, ICD.D

When it comes to prime real estate for commercial and industrial property, there are few places in North America with more obvious appeal than the Greater Toronto Area (known as the “GTA”, it generally refers to the City of Toronto and its neighbouring regional municipalities of Durham, Halton, Peel, and York). But how can you benefit from big city opportunity without having to cough up big money or compromise on your facility needs for a GTA location? Yes, you can. Just think outside ‘the box’ (that is, outside ‘the GTA box’!).

Toronto: It’s a big deal!

With more than three million residents, Toronto is the 4th largest city in North America. For commerce, it’s optimally located with dense population and convenient access to major sea shipping, railroads and road transportation routes. One-quarter of Canada’s population is located within 160 km (100 mi.) of the city and approximately 150 million customers and suppliers are within a one-day’s drive from Toronto. Likewise, more than 60% of the population of the USA is within a short 90-minute flight . It’s no wonder that Toronto remains the undisputed financial centre and economic growth engine of Canada.

If you already own commercial or industrial space within the GTA, congratulations! You have a very valuable asset and post-pandemic you continue to benefit from the GTA’s truly impressive development, strong and resilient growth, and rising land and rent values.

If you don’t yet own and/or are considering renting within the GTA area to meet your commercial or industrial space needs, you face challenging market conditions. With high demand, rising interest rates and low availability , finding a space and location that works for your business can feel like looking for a needle in a haystack. According to experts at Remax, industrial vacancy rates remain below one per cent, while availability rates were just two per cent in the first quarter of 2023. In particular, a shortage exists in immense industrial units (5,000 to 20,000 square feet) for both lease and sale. If you do find the right location within the GTA, the financials are likely a barrier as rents and land prices remain elevated.

Outside the GTA, key corridors offer strong opportunities

If you happen to fall into the latter group of not yet owning, but you still want to benefit from the GTA economic engine, all is not dire. Businesses willing to look just beyond the GTA are finding better prices and land availability.

Explore key transportation corridor communities outside of GTA

By looking to adjacent municipalities, you can locate your facility with easy access to the same key transportation and trade corridors as those located within the GTA (allowing you to meet supplier, customer and distribution needs), while still drawing on a strong local workforce population (which has also been pushed out of GTA due to rising housing costs). With Toronto as the hub, southwestern Ontario is blessed with numerous transportation and trade corridors that easily connect businesses to the rest of Canada and the US. The 401 east and west of Toronto provides direct links heading west and south through Kitchener/Waterloo, London, Windsor and the Detroit, Michigan area for US routes, and to the Ontario–Quebec border in the east, including Ottawa and Montreal. The 403 and the QEW connects Toronto with several other cities in the Hamilton and Niagara regions, including the US through Buffalo.

Make your building a lasting investment

The ability to own, rather than rent, means the business benefits from the appreciation of the land and building over time, and greater land availability means new builds and build-to suit facilities are easier to plan, design and execute on. Build-to-suit opportunities are ideal for tailoring your building investment to your specific requirements. This approach ensures that the building is designed to fit the way your business operates and is especially suited for the diverse needs of manufacturing, industrial and commercial operations.

The elephant on the road… Traffic!

Everyday, traffic delays eats away at productivity and opportunity . While it may be difficult to quantify exact figures, most estimations suggest that traffic congestion is costing Toronto billions of dollars every year in lost productivity . Moving beyond the GTA relieves some of the worst of that congestion, and can help everyone feel better that business, goods, and people are getting to where they need to be in good time.

When you’re ready, so are we

Buying landing in the surrounding areas outside of Toronto and the GTA represents a cost-effective strategy for companies to get the ideal facility for their operations with the space needed to meet today and tomorrow’s business growth and expansion needs. When you’ve found your location, contact Summit Steel Buildings to be your one source for complete building construction services. Summit Steel Buildings is your all-in-one building provider, taking accountability to ensure that every stage of building development is designed, built and operates with you and your businesses’ optimal success in mind.

Don't hesitate to reach out to us by visiting our Contact Us page so we can discuss the best framing system for your needs and provide you with a free consultation and quote.

About the author

Christine Wellenreiter , CM, ICD.D

Principal, Waverider Marketing

Design considerations: choosing the best framing system for your building needs

Tue, 09 Jan 2024 17:21:25 GMT

No more pillars and posts, build with steel.

By Darren Sperling

How your new building looks from the outside is not simply a matter of architectural design or aesthetic appeal. Your investment needs to have curb appeal to impress visitors because a building’s exterior plays an important role in determining how much open space is available on the inside. Whether for recreation (playing surfaces for sports) or commercial purposes (large open office space or uninterrupted space for warehousing), you can’t allow pillars or posts to get in the way of sightlines or traffic flow.

Engineering and materials have an immense impact on how you build and achieve the unobstructed spaces you need. It’s a key reason why Summit Steel Buildings chooses steel and its high strength-to-weight ratio. Framing and system specifications when building with steel allow your facility to have the large, open spaces (clear spans and bay spans measuring over 300 and 40 feet respectively) that other traditional building materials are not able to support at such a reasonable price. Add in the fact that using pre-engineered metal building framing is 30% less expensive and takes one third as long to complete, the choice to build with steel is clear.

Modern designs require the strength of steel

Although the engineering and system specifications of metal construction allow for impressive architectural design features like broad roof overhangs, cantilevers, walls of glass, large windows and asymmetrical designs, for contemporary commercial buildings, it’s the clean, minimal lines and open well-defined floor plans that are most important. Two factors are responsible for making modern commercial designs possible: joist selection and primary framing systems.

Pre-engineered metal buildings use a “clear bay” system. Long span and open web joists can function as an integral part of the structure’s engineering. If you want open space without posts or pillars interrupting your floorplan, building with steel is the way to go. This style of joists is ideal in supporting floors, roof decks and standing steam roofs. They’re generally more economical when bay sizes are greater than 30 feet or when roof loads are excessive. Other types of joists, such as “K” series, LH or DLH, are normally used when longer spans, between 60 to 120 feet, are needed.

The primary metal framing system creates cost-effective spaces, especially in a multi-story buildings. The building’s final volume is determined by its building shape and roof design. It’s more than just an aesthetic design choice. The shape of the roof can enable higher ceilings, which is a requirement for sports complexes, warehouses and additional second floor space. Roof and framing design help determine how much open, post-free space will be available on the first level.

Framing and roof design shape the space within

Roof design for commercial steel buildings essentially breaks down into two primary categories (although there are many different forms and final layouts that can be created from these general types):

1. Rigid frame clear spans

This style of tapered member frame is generally referred to as a symmetrical gable building. The design includes a single or double slope with the roof ridge in the middle of the structure. These buildings allow for a wide array of design configurations, making them one of the most popular styles. A tapered member frame creates clear spans from 40 to 250 feet. Designed for maximum efficiency of interior space, large areas can be created for special industrial and commercial projects and is typically the economical choice.

2. Single slope

Most common in commercial and retail facilities or as a creative way to add to an existing structure, a single slope rigid frame is a modern sloped roof from one sidewall to the opposite one. This building style is very useful for environments with heavy rain- or snowfall where drainage is a concern. Single slope building designs are a popular choice for storefronts or in office structures where aesthetic appeal is important.

Choose the framing design that suits your purpose

Part of the fun of investing in a new building is the unlimited possibilities. Working with a steel framing system provides unlimited opportunities for contemporary design. Choosing your final building design is a creative process of combining your operational needs with an architectural design that can turn your dream building into a showcase. Your building shape, together with a choice of modern building materials and finishes, provides the occasion to create an ideal working environment.

Summit Steel Buildings creates stunning pre-engineered steel structures that are affordable, beautify and built to last. Working with them turns your vision into reality. Don't hesitate to reach out to us by visiting our Contact Us page so we can discuss the best framing system for your needs and provide you with a free consultation and quote.

About the author

Retrofitting existing versus building new

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 19 Dec 2023 21:43:52 GMT

By Frank Melo

Commercial and industrial building owners have long recognized the value of retrofitting and updating their current facilities versus demolition and re-building. It’s a proven approach, and it’s become much more popular – especially in the last two decades since governments across Canada have begun offering subsidies. Real estate owners need to consider the financial and structural benefits of undertaking a retrofit.

Visit the Summit Steel Buildings services page about revitalizing older buildings to learn more.

The concept of building revitalization is certainly not a new one: restoring functional although “tired” or inadequately performing structures has been going on for ages. What is new are factors such as rising real estate prices , a lack of available property in urban centres, and the high cost of downtime when interrupting business operations to relocate. What is also new is the use of pre-engineering , which makes the process of updating an older structure much quicker and more affordable. Specifically, the argument to retrofit what’s already in use, rather than build new or move to a new location, is stronger than ever.

Primary reasons to retrofit an existing structure

Updating a poorly performing building is not limited to older structures. Even newer facilities may suffer from performances issues if they are not installed properly or made using less efficient materials, such as wood or brick, rather than steel. Often occupants and managers do not notice flaws in building performance until after occupation.

Energy efficiency: A top concern for any type of commercial, industrial or institutional facility should be its energy efficiency to help lower overall utility usage and heating/cooling costs. Proper retrofitting, utilizing appropriate and high-quality materials and installation, can effectively eliminate drafts, increase R-value, and improve interior comfort. It becomes an investment in the facility, which over time can pay for itself in reduced energy costs. It becomes a very sensible alternative to expending more time and energy on inefficient HVAC systems. Be sure to research government programs that will subsidize the costs of improving your energy rating. Those programs may include funding to help offset the price of retrofitting your pre-engineered building.

Ensuring proper hygienic conditions: Building restoration can also address other building performance issues. Upgrading fire resistance, increasing soundproofing and defence against outside pests and bacteria are important considerations for business operations , especially in food processing or storage and other types of manufacturing. Other building concerns include preventing mould and adding better water drainage. “Tightening up” the building through the revitalizing process can effectively improve building performance, while also extending its service life and increasing its resale value.

Maintaining appearance: Exterior and interior retrofit upgrades also enhance a building visually and aesthetically. Improved curb appeal, for instance, is often an important factor in brand management, attracting clients and motivating employes. Restoration in a pre-engineered metal building includes upgrading components such as siding, widows and entry ways. A deteriorated and unsightly exterior façade can be affordably and easily addressed through the building retrofit process.

And let’s not forget about repairing routine damage that regularly happens during industrial and commercial activity, particularly when it involves heavy machinery, motorized vehicles and large equipment. Vehicles run into things and loads of materials get dropped. Metal walls can get bent; concrete floors get cracked; exterior panels get vandalized. Many buildings can stand to benefit from routine updates to fix these situations when they arise.

An experienced partner extends the lifespan of your building investment

Economic times demand that building owners and managers get the most out of their building investment by seeking out the most cost-effective operational and management solutions. A building retrofit that improves efficiency, usability and building comfort is an excellent decision – one that increases performance and extends the lifespan of your existing structure.

Summit Steel Buildings takes pride in our ability to help building owners identify building performance issues and to provide quality solutions, which address them without the need for large-scale demolition. Our belief in pre-engineered building systems means older structures from any manufacturer can be easily and affordably corrected, repaired, replaced or expanded .

We’ve been supplying and constructing steel buildings for years, but what is less well known is our ability to retrofit existing buildings, regardless of their original construction or design. We have the expertise in diagnosing the causes of issues and have the materials and methods to provide a wide range of building retrofit services, including re-skinning. It’s one of the most effective ways to quickly improve aesthetics and energy efficiency.

Our team works with clients every step of the way, from the first discussion to the appraisal of their specific needs, the setting of budgets, and through to the execution of the work. Summit Steel Buildings is more than pleased to discuss the specifics of your facility to assess how we might be able to assist you in upgrading it through a retrofit approach. Contact us online or by email to get started.

About the author

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner and contractor. He was born and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

Mistakes to avoid when asking for your construction project quote

Tue, 12 Dec 2023 17:38:00 GMT

By Darren Sperling

Organizing a construction project is always challenging. Whether it’s part of your full-time project manager role or a task that’s been delegated to you, you want to be as successful as possible. Where to start? You have so many factors to consider in your request for quote (RFQ), so many pressures relating to time and budget, and no shortage of information to evaluate. The choice of builder is important. By selecting the right building and construction partner, you make your responsibilities easier to manage and end up with the exact finished product you need. Your path to glory begins by avoiding a few pitfalls that catch so many others.

While access to technology and software tools makes the tendering process easier than ever before, it’s still a process fraught with challenge and the potential to make costly mistakes that wouldn’t become evident until much later. Summit Steel Buildings’ reputation for excellence is built upon working closely with their clients to ensure they get the best possible result out of each and every project. This starts with helping clients avoid making a few common mistakes when they send out their RFQ and when they examine the estimates they receive back. In this article, you’ll learn what to avoid so you can get the most of out finding the right construction team for your next building project.

1. Relying on past projects

Planning a current construction project can benefit from reviewing past ones (if they exist). You’ll have a baseline for both costs and completion time. However, it’s best to remember each project can be remarkedly different so it might not help. Project managers need to understand that one strategy cannot be used to plan every project, even when they seem similar in scope. Your estimate for any new building project will be based on considering its specific requirements independently, with each project having its own unique challenges and obstacles. Project quotes are affected by new business trends, changes in building materials and other economic factors that can vary year-to-year and even more so across decades. The goals and requirements of each project are also going to be unique. Electrical costs, plumbing conditions and other important details will vary depending on the size of the project, its end use and other architectural details. Be prepared that tenders will likewise vary immensely from project to project.

2. Rushing into a decision

Once given responsibility for a construction project, you may face additional pressures, such as deadlines and limited resources – on top of your already busy duties. These stresses not only make organizing your project more complicated but may also lead to mistakes by rushing to get your “to do” list completed. Meeting your existing project deadlines and reporting back to senior leadership increase the potential for mistakes. Not going through the process of getting a minimum of three quotes and analyzing the tenders critically may lead you to the wrong fit. Spending the time on reviewing estimates and choosing the best company for your project is one oof the most important – and cost reducing – steps. It’s not a stage to be rushed considering the implications of making a poor choice. The consequences of failing to do your research and getting the best estimate won’t become visible until the later stages of construction – or possibly once it is too late. To avoid these dangers, invest your time to thorough review each bid (ideally using a numeric scoring system), evaluate with diligence and account for as many contingencies as possible (such as bad weather, delays, material price increases, cost overruns). Finding the right contractor can help prevent or save on costly errors that can be used to overcome other budget issues later on.

3. Construction partners not using the latest technology

Architects and engineers have relied on digital tools for decades to ensure the best-quality results. However, companies adopt new software and innovation at different rates. You want to make sure your construction team is using only the latest design and building management software. Staying up to date in this respect benefits your project in two ways:

Accountability for accurate numbers. Good metrics mean you can make better decisions and be able to measure your construction progress with insight. Smaller or family-run firms still rely on pencil and paper to do their estimates and calculations. You don’t need inconsistent numbers when you need to provide an update to senior management. You’ll be able to eliminate guesswork to anticipate concerns earlier and be able to report back with much more certainty. Inaccurate calculations and poor decisions early can lead to massive cost overruns and delays later.

Greater visualization of the completed building. New design software is where innovation really shines. Summit Steel Buildings relies on Building Information Modeling (BIM) , a 3D modelling platform for efficient planning and design, and Tekla Structures, which incorporates building materials like steel, timber and glass to its 3D design to generate required 2D construction drawings. Clients can see how the building fits into its landscape and how it will be finished with final décor – and can make any changes in real time. The company has also introduced virtual reality (VR) capabilities so clients can enjoy a walkthrough of the completed project before it begins in a realistic interactive and immersive graphical manner. They don’t have to imagine the size of the space and how traffic flow will work. VR brings the project to life in three dimensions in a way that can’t be comprehended from architectural renderings.

Read about how Summit Steel Buildings incorporates BIM into their projects.

4. Not accounting for changing project requirements

Nearly every project can expect to run into unanticipated complications. From small engineering challenges to larger evolving project goals from above, you need to understand that needs will change and so too will your original estimated costs. Project performance and deliverables need to be flexible as it develops. Fortunately, additional costs associated with one alteration can be offset by intelligent choices to create savings in other areas. It’s one of the benefits of working with an experienced construction team. Your original estimate is a forecast, one that might need to change as the project encounters either internal or external obstacles. Creating benchmarks along the way means contractors and project managers can collaborate more easily and keep spending and costs on track. Ongoing checks back to the original estimate, assisted by steady and clear communication with your contractor team, ensure you’ll be able to report promptly and precisely with senior management.

5. Not focusing enough on procurement cost savings

Project managers focus on total costs; contractors usually consider the price of each individual component. Ordering all the required materials happens long before the building stage begins. Your estimate is going to be prepared well ahead of procurement as well so an experienced builder will understand the materials market and be able to anticipate the cost of materials to yield savings and to prevent overruns. Prices of wood and steel , for instance, fluctuate widely and have increased dramatically since March 2020. Every contractor is going to work with current market prices for their raw materials and then adjust according to where they think prices are headed. The lowest bid on a project now may not be the most accurate later.

A turnkey building partner and component supplier, like Summit Steel Buildings, through experience and wisdom, can actually save you cost on materials (and a lower final price tag) by managing manufacturing and procurement wisely using their data systems. They can make ordering smarter, avoid shortages and get the exact materials you want. Accurate prediction of material requirements helps to control overall costs and potential delays that might occur during construction.

Choosing the right construction partner is fundamental to your success

When sending out a tender for construction quotes, be sure to set aside the time to thoroughly evaluate each one across your full spectrum of project needs. Picking an experienced construction team is critical to your success. The most qualified teams will contribute to your success by prioritizing activities, managing timing, tracking deliverables and providing accurate numbers to help prevent unwanted delays and additional labor costs. Your construction estimate should be precise in detailing all building costs: some companies quote one price for the building solution materials and may or may not include the price of installation and concrete foundation. A good quote should also anticipate market pricing changes and still have flexibility for unexpected engineering or weather disruptions.

The extra time investment at the beginning will prevent delays and cost overruns later down the line. Your building project, and your professional reputation, are at stake so think of the quoting portion of the project as an investment in your own success. We’d love to work with you on your next construction project. Visit our Contact Us page and Summit Steel Buildings will provide you with a free consultation and quote.

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Pre-engineered metal buildings are a long-term investment that retain value

Wed, 06 Dec 2023 19:13:04 GMT

Cost-effective industrial buildings made from pre-engineered panels earn you money even at the end of their lifespan.

By Darren Sperling

If you’re looking to add a new facility to your industrial business, whether it be for large- or small-scale projects in the lumber, mining, agricultural or manufacturing industries, Summit Steel Buildings metal structures are a better cost-effective alternative to traditional building. You can achieve a better rate of return on your lifelong investment by using steel construction. Pre-engineered metal buildings provide a valuable cradle-to-grave high rate of return on investment even after you’re finished needing the building.

Save when it’s time to expand

You never need to worry about outgrowing your building space. Metal buildings are designed to be expanded at either end and make future expansion quick and inexpensive by adding onto your length with additional modular units. You’re assured you’ll be able to address future capacity without being locked into an existing concrete foundation. It’s one way you can address future needs without compromising current operations.

Modern businesses need the capability to pivot and modify how they conduct their operations. Pre-engineered designs are created in a modular fashion that allows you to adapt and alter layouts, structural components and even add upper floors as needed. Builders will have little trouble reconfiguring any area, so you’ll get your operations back into full capacity with a faster build time, less downtime and less interruption to your regular production schedule.

Steel panels can easily be combined with other materials, not just for aesthetic appeal, but also to become a flexible engineering option when merging buildings or different construction components. Steel is incredibly flexible and can be combined with efficient materials whether you are expanding upwards or to any side.

Your building is a valuable asset, not a sunk cost

Should you no longer need your building at its current location or with its present use, you have so many possibilities to get even more value from your original investment. Once you are done with your building in its current capacity, it can be deconstructed and moved or modified in its layout to adapt to a new purpose . Why build another facility when you can transform the one you already have into another use, even if it requires a different layout? Imagine taking a production building in one location and within a couple of weeks have a warehouse facility in another province – at a fraction of the cost of building new.

And, if the building is no longer needed at all, your pre-engineered building can be sold in its entirety to another company and easily shipped to their property site. Steel buildings also offer endless recyclability. The well-established, high demand for steel scrap means every piece of your former building can be sold and recycled. Its high salvage value and all-steel components make pre-engineered steel buildings an investment that retain their immense value.

Contact Summit Steel Buildings when you’re ready to build

Company planning officers tend to only look at the cash outlay at the beginning of a project rather than at the long-term investment value some of these opportunities present. Doing the net present value calculation to learn how soon the purchase will pay for itself yields incredible value. The payback period is quicker than with traditional construction methods, at a lower total cash outlay. Pre-engineered metal buildings offer incredible annual operation savings, endless usage and a high rate of return.

Contact our team at Summit Steel Buildings at 877-417-8335 to receive a free quote so we can get started on your next project. We’re sure you’ll like what we can do for your growing business.

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Design a plan for insulating your steel building

frank.melo@summitsteelbuildings.com (Frank Melo) — Thu, 23 Nov 2023 19:02:30 GMT

One thing Canadians know well is the cost to heat a building – it’s just part of living in our environment. As residents of a colder climate, building owners and managers should recognize the need, early in the design phase, for proper insulation in their new building construction projects. Summit Steel Buildings’ leadership and skilled tradespeople bring their decades of pre-engineering expertise to construct a facility that is both durable and comfortable, as well as energy efficient. A big part of using this knowledge is incorporating insulation properly into the building’s overall design to save money and create a more comfortable interior.

Controlling heat transfer – both in and out of the structure – is particularly important for metal buildings. It helps regulate internal conditions, so the building’s contents and occupants remain within the optimal temperature range in both colder months and during summer’s heat. Proper insulation and thermal control also ensure the building remains in top condition for the long term by minimizing temperature-related deterioration that so often affects structures made from other materials, such as timber and brick. Insulation greatly assists in controlling heat transfer throughout a structure and is beneficial for controlling utility costs and saving heating and air conditioning expenses.

Insulation should be installed during building construction for best results

Naturally, the best time to get a building’s energy efficiency strategy correct is well before actual construction. Proper planning and design ensures the appropriate R-factors are achieved, that factors such as doors, windows and rooftop projections (typical heat loss areas) are addressed, and that all other details related to insulation and thermal performance are taken into consideration. Getting all these details right at the design phase is always the most cost-effective way to go. Attempting to retrofit building performance issues after the fact is usually much more expensive and disruptive.

Once your structure is being erected, it’s the perfect time to add insulation. There is much to be considered, starting with the appropriate insulation type to be used (spray foam, foam board, batt or blanket, blown or fiberglass for example). Each has its own purposes and benefits. Their cost, method of application, and R-factor/thermal performance all need to be factored in. Achieving an optimal energy payback – i.e., the cost of the insulating versus the amount of efficiency achieved, in the form of lower energy bills – is the ideal long-term goal. Other benefits proper insulating address include reduction of noise transfer, as well as control of potential humidity and interior condensation issues.

Summit Steel Buildings relies on insulated steel panels for all their buildings solutions. The foundation for modern industrial and commercial building design is the pre-engineered steel panel . As with most components in our pre-engineering systems ( learn how the engineering for the Eiffel Tower revolutionized modern construction ), sections are assembled away from the jobsite in one of four factories within North America. The cold-formed steel panels arrive pre-welded, pre-cut and pre-hole punched to reduce construction times, ready to support any R-value insulation. Once your building’s energy needs have been determined, different values can be installed within the panels and shipped to the jobsite, ready to be added to the building’s frame. These Insulated metal panels have transformed industrial building construction to make if faster, more affordable, and better suited to controlling both hot and cold exterior temperatures, but also helps reduce internal and external noise.

Read about the engineering behind all of Summit Steel Buildings projects.

Insulation plans are best created in combination with building owners

We’ve learned over decades in the building construction industry how important it is for the owner to partner with an experienced, reputable, and knowledgeable builder, such as Summit Steel Buildings, for their new construction project. It’s one way to ensure proper environmental control and to avoid sub-standard building performance, where energy costs wind up being way out of line with where they can and should be.

Our method is to sit down with owners and managers early in the process to learn about the intended building use, and even the potential for changes or expansions down the road . We ask the right questions about design and engineering possibilities, customer needs and budget. Then we can advise on an appropriate strategy. Insulation of the metal building, and its optimal thermal performance, is never left out of the conversation.

Insulation choices will affect building performance for generations

The construction of a new building involves a great deal of consideration and details. That’s why the team at Summit Steel Buildings continues to demonstrate how pre-engineered steel buildings are a great choice in terms of quality, performance and affordability. Insulation choices should be top of mind, along with all other design elements for the final design of the structure. The building’s thermal performance goes a long way to determining how the structure will perform overall, how long it will last, and how much it will cost to operate. We encourage our clients to think about the building’s life cycle economy. It’s a valuable asset that is going to last for decades of use. Insulation is one of components that deserves forethought as it will have long-term implications for just how well your newly constructed building will hold up, especially in our tough Canadian climate.

For more information about insulation and the performance of any new commercial or industrial metal building, please contact us by telephone at 1-877-417-8335 or email us directly at info@Summitsteelbuildings.com . We’ll be happy to provide you with details, a quote and even preliminary drawings.

Discover the factors Summit Steel Buildings uses to price our buildings.

About the author

Eiffel Tower is a surprising precursor to modern pre-engineering

Thu, 09 Nov 2023 18:47:14 GMT

Part 1: More than just a breathtaking innovation in design, Eiffel’s tower served to change construction and engineering forever. Summit Steel Buildings relies on the same methodology for all their work.

Almost six million people visit the Eiffel Tower each year , and almost everyone walks away with an appreciation for the breathtaking views of the City of Light that can only be afforded from the once-tallest building in the world. The metal Parisian tower was the first creation to exceed 1,000 feet in height (300 metres) and is over twice the height of the Pyramid of Cheops (1,063 feet versus 481) and nearly that of the Washington Monument (555 feet). It’s an engineering feat that continues to fascinate and excite visitors from around the globe.

Take a video tour of the Eiffel Tower and experience the view yourself.

What might not be understood by all those visitors is how the engineering used in the construction of the tower became a precursor for all the successful skyscrapers that followed – and for most industrial buildings being built today . Summit Steel Buildings’ work incorporates these important advancements in every project we do with our teams of skilled tradespeople. We owe a debt of gratitude to the engineering genius behind the iconic French tower for making modern buildings faster to build, safer and less costly.

The race to build the first 1,000-foot structure

A recent episode of “Secrets of the Dead” showcased the competition between the engineering firm of Gustave Eiffel and traditionalist French architects to develop the first thousand-foot structure in the world. Their race to create the showpiece for the 1889 Exposition Universelle (World’s Fair) would ultimately hold significance for engineering and building design for the next century and more.

Watch the full episode, "Eiffel's Race to the Top" on PBS.

Two senior engineers conceived the design for the Eiffel Tower while working for the Compagnie des Établissements Eiffel. The original sketch of their idea was described as "a great pylon, consisting of four lattice girders standing apart at the base and coming together at the top, joined together by metal trusses at regular intervals". Technically a truss tower, the iron lattice engineering offered better wind resistance than stone materials with much greater fire resistance. Eiffel initially showed little enthusiasm, but approved the design once company architect, Stephen Sauvestre, added decorative arches to the base of the tower, a glass pavilion to the first level and other embellishments (source) .

Two of the biggest considerations to win the contest and the contract to build the tower were total budget costs and the timing of completion. Eiffel’s team would only have two to three years to complete construction – something that seemed nearly impossible at the time; especially if using traditional methods and materials like stone and marble. His promise to deliver a turnkey project won the day.

See an infographic on how long it took to create earlier world masterpieces of architecture , such as St. Peter’s Basilica (199 years), St. Basil’s Cathedral (144 years) and the Taj Mahal (21 years).

Iron unites art and industry

Eiffel’s company was experienced in iron engineering and had developed a streamlined process of manufacturing and pre-fabrication for their all projects. Even in the 1880s, it assured accuracy in manufacturing, precise to tenth of millimetre, while also overcoming objections by being able to be built quickly and on time. The use of an iron framework paved the way for the modern skyscraper and his use of pre-engineering became the foundation of the techniques we use today almost 135 years later.

Eiffel’s process was built on a principle of using an assembly line system to build components, which were flat sheet metal or angled iron, assembling elementary parts and attaching them into sections in a factory a few blocks away from the construction site. Sections were then shipped to location where they were fastened to the rest of the structure for final assembly on site. It is a commonplace process for most current industrial and commercial construction.

One of the key benefits was that pre-engineering required fewer workers on site and could be done safer and faster. A team of constructors, who had previously worked large-scale metal viaduct projects, were responsible for the 150 to 300 workers on site assembling this gigantic erector set. Compare this to the team of 3,400 that were required to complete the Empire State Building built 40 years later and with more casualties (more on that later).

The Eiffel Tower project also included the first use of a small "creeper" cranes installed on each leg. These cranes were designed to move up the tower as construction progressed and made use of the guides for the elevators that were to be fitted in each leg.

Read Part Two of the impact the Eiffel Tower's engineering has had on modern projects: "Modern impact from Eiffel Tower's engineering" ...

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Modern impact from Eiffel Tower's engineering

darren.sperling@summitsteelbuildings.com (Darren Sperling) — Thu, 09 Nov 2023 18:26:43 GMT

Part 2: More than just a breathtaking innovation in design, Eiffel’s tower served to change construction and engineering forever. Summit Steel Buildings relies on the same methodology for all their work.

Read the first part of this article: "Eiffel Tower is a surprising precursor to modern pre-engineering" .

View Summit Steel Buildings’ portfolio of projects .
Learn more about how pre-engineering creates industrial and commercial buildings faster and better .

The legacy of the Eiffel company’s production process continues to have a huge impact on modern construction for creating a faster, safer and more affordable way to produce large commercial and industrial structures.

Construction times

It only took five months to build the foundations and twenty-one more to finish assembling the metal pieces of the Tower. Once the foundation had been laid and the base steel structure was in place, the teams only had to add on the remaining 1,000 feet of iron lattice. Considering the rudimentary means available at that period, this can be considered record speed. “The assembly of the Eiffel Tower was a marvel of precision, as all chroniclers of the period agree.” The construction work began in January 1887 and was finished on March 31, 1889 .

By comparison, the Great Pyramid of Giza took 20 years to complete, the Leaning Tower of Pisa was built over 199 years, while the Statue of Liberty, CN Tower and The Shard in England required nine years, two years and three years respectively (source) . Even with today’s materials and technology, towers are built in roughly the same time as Eiffel’s because of the techniques his company developed.

Improved safety

The Eiffel Tower also created a legacy of safety for modern construction. Thanks to safety precautions like guard-rails and the pre-engineering process, only one worker died during its construction. It’s amazing given the historical photos and footage of workers without modern safety equipment hundreds of feet in the air.

Compare that total to the five workers who died in slip-and-fall or struck-by accidents at the Empire State Building over the 13 months of its construction (1929-1930). With 3,400 workers in total, that's a rate of 1.47 deaths per thousand. The World Trade Center in 1973, which had a similar total workforce, was a dozen times more deadly: it is New York's most lethal construction project with 60 fatalities (source) .

Lower costs

Pre-engineered steel buildings are much more affordable than construction using lumber or other traditional building materials, such as brick and mortar. Working with metal solutions are generally 30% less and take about as third as long to complete. Then, as it is now, Eiffel knew his iron pre-fabrication production method was the most economical way to build.

To understand the value of the Eiffel Tower, it cost $1.5 million (USD) to build the tower in 1889. Adjusting for inflation using the Consumer Price Index (CPI), this comes to $44 million (source) . Eiffel’s company financed the entire project and expected to recoup the investment through visitor admission fees. He originally expected he could be repaid within 10 years. It was much more profitable in practice. Eiffel recouped his initial investment in full within two years.

In 2011, a National Geographic Channel program called “Pricing the Priceless” speculated that a full-size replica of the Eiffel Tower would cost approximately US$480 million to build. This would be more than ten times the cost of the original in current rates (8 million francs or US$40 million in 2018 dollars).

Build your next facility like Eiffel did, build with steel pre-engineering

Understanding the legacy of construction and engineering from early metal structures is important for Summit Steel Buildings . It is easier to understand the future of the industry once we have learned and paid respect to the lessons of the past. The fact that the process used to construct the Eiffel Tower still has a profound impact on the way we construct buildings today is worth remembering. Eiffel’s process, the precursor of modern pre-engineering with insulated steel panels , works in the favour of clients’ projects by producing buildings faster, safer and at a much more affordable cost.

When you want to build a structure that will create a lifelong legacy, reach out to us by email or call us at 877-417-8335 . for your free quote and preliminary drawings.

Read Part One of the impact the Eiffel Tower's engineering has had on modern projects: "Eiffel Tower is a surprising precursor to modern pre-engineering" ...

BONUS: Learn other fun facts about the Eiffel Tower.

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How we price our steel buildings

Tue, 24 Oct 2023 16:32:25 GMT

Let's take the mystery out of the factors that go into our free construction quotes.

By Darren Sperling

When Summit Steel Buildings prepares a quote, a lot of complicated factors are included in the final price – usually provided as a final, inclusive project price as opposed to a per-square-foot number. For commercial and industrial buildings, the final cost of construction is much more complex than calculating based on square footage.

In order to provide you with a deeper understanding of what is involved in the final building price, this article explores the various stages and work requirements when you choose a top-quality pre-engineered steel structure.

Metal building kits often appear to be a much lower cost alternative to traditional building because the price only covers the materials for the building. Purchasers are then required to source and pay for all the other stages of construction on their own. It can become a lengthy and expensive process even if your company has extensive experience with previous construction. A turnkey building provider is the most ideal way to get your industrial or commercial building completed with fewer complications and to a much higher standard.

Factors we consider when creating a building quote:

Building size and layout – It’s obvious that larger buildings are going to cost more than smaller buildings. Additional storeys and mezzanines add working space at a reasonable cost compared to expanding the footprint. The volume of construction and more complicated final layouts affect the necessary materials, labour and equipment required to complete the final structure.
Location – Geographic region greatly affect the gauge of steel required and the total building weight. It's a key reason why one of our first questions to clients is, "what's your postal code?" Wind, soil and temperatures vary considerably so knowing the precise local building codes results in the most durable and resistant building possible.
Building use and design – How the final structure is going to be used is important. A building's purpose is directly tied to thickness of steel and amount of insulation required. Warehouses are open and require little by way of reinforcement or complex engineering; large resource processors or heavy manufacturing require greater capacity for plumbing and electrical as well as to accommodate cranes and other large equipment and conveyors that may extend through exterior walls to other buildings. Security can also be a prime concern for some industries. Stronger, reinforced panels with controlled access and fire partitions will affect total costs.
Type of foundation – Site conditions, excavation and type of ground (rock, sand, soil, etc.) play an important role in the type of foundation to build to support the building. A simple concrete slab is less expensive than a deeper reinforced specialized foundation. However, some types and sizes of buildings require much more extensive reinforced bases with steel piles or rebar mesh.
Roofing – Building architecture can include a variety of covering designs, each offering their own benefits, as well as aesthetic. Flat roofs are economical but not ideal for snowy climates. Steel’s high strength-to-weight ratio allows for rigid frame clear spans roofs, gables, single slopes, gambrels, domes and a variety of other peaked design options. The more complicated the look, the higher the cost – and the more exciting the building’s curbside appeal.
Local regulations and permitting – Summit Steel Buildings adheres to and exceeds local buildings codes to avoid costly time delays while creating durable and properly engineered buildings. Our teams have worked in many countries and municipalities throughout Canada and the U.S., so we understand how complying with various local codes varies widely in terms of costs and documentation.

Summit Steel Buildings’ pricing includes all necessary construction services

Building projects require a range of services even before the materials arrive on site, and many more during and afterwards. We provide total turnkey building solutions so when we provide a quote, it includes all the necessary phases for construction, from initial design to final occupancy. The price you see is what you pay, without any unexpected additions. Your quote covers:

Pre-construction:

Site surveying
Land clearing, site excavation and earthwork
Architectural design
Engineering and BIM (inc. underground utility mapping)
Foundation and concrete work
Manufacturing and logistics (site delivery)

Construction:

Beams, purlins and framing systems
Panels, walls and roof systems
Plumbing
Electrical
Environmental and HVAC
Windows and doors
Accessories (eaves, downspouts, louvers, curbs, vents, trim, etc.)

Post-construction:

Building testing
Waste removal and recycling
Customer walkthrough
Adjustments
Inspections

Construction is complicated – it helps to know what you’re getting in a quote

No one likes surprises when they’re deciding on who to partner with on a construction partner, and even less when unexpected costs arise that weren’t included in the initial estimate. For those managers responsible for overseeing a building project and reporting back to ownership, it’s best when things go smoothly without having to deal with sudden and unforeseen delays and changes in pricing.

At Summit Steel Buildings, we pride ourselves on our customer service, integrity and transparency. Contact us when you’re ready to get started at 877-417-8335 and receive your free quote and preliminary drawings.

About the author

Simple ways to maintain a steel building

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 17 Oct 2023 17:36:15 GMT

Even the most beautiful and iconic masterpieces in history need an occasional touch-up.

Like most great works of art, a little preventative effort and preservation goes a long way. Conservators have had to retouch even the greatest paintings: the Mona Lisa has been restored a couple of times (after its 1911 theft and again in the 1950s when a visitor threw acid on it) and the Sistine Chapel underwent one of the most significant restorations of the 20th century after a large water leak.

With steel building engineering, however, you certainly don’t have to worry about water leaks, repairing cracks or the challenge of repainting. While everything in the world eventually needs cleaning – a hose and brush is much easier than investing millions of dollars and years for craftspeople to restore your artwork back to original glory.

One reason industrial and commercial companies prefer to build with pre-engineered steel buildings is the reduced amount of required maintenance. The combination of cold-formed steel with galvanized coatings, insulated metal panels (IMPs) and concrete foundations mean very little can fall to disrepair – no cracking, splitting, leaks or rotting like with other building materials. Pre-engineering means very few joints or gaps that can lead to outside air or water leaking into the structure.

You now own a new metal building... What's next?

Even though pre-engineered metal structures are built to last between 50 and 100 years (or more), owners and maintenance managers can do a few simple things to extend their building’s lifespan longer than that. Barring accidental damage (which can be quickly and affordably replaced due to pre-engineering’s system of replaceable parts), here are a few tips that will help improve the performance of your building, so it looks and acts as good as it did when it was first completed.

• Perform routine inspections

It’s a good idea to schedule annual inspections of pre-engineered buildings to identify any potential problems. By being proactive, you’re more likely to detect and correct issues while they’re still minor. You’ll save money by keeping subsequent repairs to minimum by preventing further deterioration and eliminating downtime. The biggest long-term cost of not doing timely inspections is potential downtime in your operations as more substantial repairs take place.

Periodically (such as every new season), start by walking around the perimeter of the building, starting at the foundation and working up. Check the entire exterior and all four corners of the roof before checking the interior walls, especially where two buildings meet at joints or where windows and exterior connections (like water lines) are located. Be sure to keep your steel building’s exterior clear of objects like equipment, debris and unsecured materials. These items can create punctures if caught by wind and lead to water leakage or rust to damaged areas.

Inspect downspouts and gutters. They should remain empty to help direct water away from the structure and prevent water from building up. Gutters can easily get clogged by leaves, dirt, ice or standing water, which can create rust. Consider leaf guards so you don’t have to remove debris and yard waste by hand in the fall and spring.

• Schedule regular maintenance and document

Routine cleaning should be done according to a schedule and any necessary repairs should be recorded in a log for future modifications and insurance reasons. Record any problems and the steps taken to address them. In the case of any potential defects, please notify us immediately. Most businesses already have a maintenance supervisor so adding this into their responsibilities is easy and won’t incur any additional expense.

Learn why pre-engineered steel buildings require less maintenance.

• Repair any punctures immediately

A key benefit of buildings created with IMPs is that any damage (such as accidental contact from forklifts, etc.) can be quickly and affordably fixed by replacing just the damaged panel. If you ever get a dent or puncture, replacing the affected section limits the extent (and cost) of both damage and repairs. Summit Steel Building can replace panels on any manufacturer’s building kits, so don’t hesitate to contact us about any new holes you find. These punctures can be easily fixed to maintain the structural integrity of the rest of the building – and keep it looking its best.

Checklist for regular maintenance:

Cleaning – Pressure washing your metal panels (use a low setting with an appropriate cleaning solution) prevents dirt building up that could trap moisture and create mold. Hand washing with a stronger solution will remove any tougher stains.
Coatings – Pre-engineered metal panels are designed for toughness and to be resistant to contact. However, it’s a good idea to touch up any surface scratches to maintain their look and prevent spots for future corrosion. An alternative to unfinished steel, buildings can be designed with a variety of resistant galvanized or painted finishes that require less touch-ups.
Fasteners – Inspect nuts, bolts, rivets, screws and other iron connectors to ensure they stay securely fastened over time and do not begin to rust. Your pre-engineered steel building relies on these items for weatherproofing and temperature control. Tighten loose bolts and replace any that are damaged. Be aware that bolt heads may rust, but the rest are still fine.
Insulation – Ensure insulation is dry and in good condition. Pre-engineered steel buildings rely on different types of insulation to maintain proper environmental conditions and prevent corrosion. Replace any damaged IMP or insulation immediately to maintain a proper temperature for your building.
Landscaping – Both for security and to ensure environmental and HVAC systems don’t get obstructed, trim trees and hedges from around the building. A little distance keeps heavy foliage from pressuring the sides of your building panels and keeps pesky animals at bay. Your unhindered views will also let the light shine through windows for cost-saving and health benefits.

Extend the life of your building with simple cost-saving reviews

While no one is going to confuse your pre-engineered steel building with Renaissance art, they are both valuable investments that appreciate over time, when cared for with a little attention. You can devote simple regular maintenance into your metal structure to help extend its lifespan by decades. Lower levels of required repairs are another convenient way to get more value of your affordable steel building.

If you're looking for a commercial or industrial facility that requires much less maintenance and repairs, contact Summit Steel Buildings at 877-417-8335 and we’ll provide you with a free quote and preliminary drawings.

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Summit Steel Buildings’ steel corrosion research project published in “Journal of Commerce”

Mon, 09 Oct 2023 19:35:07 GMT

Summit Steel Buildings has been involved for the last two years in a research project that strives to mitigate corrosion in steel structures. Working with a PhD researcher who specializes in metallurgy from the University of British Columbia , the company has partnered with Dymergent (a private consulting group) and Double Black Construction to investigate ways to make steel materials, metal components and glazes more resistant to rust and corrosion. Positive results could have profound implications to making steel buildings more resistant and durable, especially in harsh, cold and wet climates.

A profile of the research project was written by Peter Caulfield and published in Journal of Commerce ’s ConstructConnect website on October 9, 2023. We welcome you to read the full article,

“B.C. companies seek how to reduce ‘the bane of steel buildings.’”

Replacing steel siding and other components is currently the most successful way to extend life to an existing building. “If a steel building is old, tired or leaking, we can revitalize it,” says Darren Sperling, director at Summit Steel Buildings . “We can re-side an exterior structure with new panels, install insulation and make other repairs to add 25 years to a steel building .”

However, the goal of the research is to ultimately extend the life of construction through more resistant metals. Andy Metten, a structural engineer and partner in Bush, Bohlman and Partners in Vancouver, said steel corrosion takes place when water and oxygen come into contact with steel. “The corrosion process is accelerated when there are larger quantities of electrolytes, such as salt, present,” he said. “The corrosion produces rust, which occupies more space than steel, which will break off concrete or paint, and that will expose the steel to more corrosion.”

Owners want a maintenance-free solution that lasts for the full life of the structure. “A steel building can last up to 100 years,” said Sperling. The research, involving changing how steel is combined with other materials, will ensure building components last longer, are more resistant, so owners won’t be required to maintain or replace parts as frequently.

For more information of how long steel buildings typically last under current circumstances, read our article,
“How long should I expect my new steel building to last?”

UBC researcher Brian Koote noticed the process of steel corrosion always follows the path of least resistance. It gave him the idea to give rust something easier to corrode. Magnesium, for example, corrodes faster than steel, and acts like a sacrificial anode. Magnesium attracts corrosive particles through an electrochemical process and sacrifices itself to extend the life of the steel.

The project currently involves studying the long-term rate of corrosion with and without alteration. Samples of steel I-beams and magnesium bricks with strips of steel have been left outside exposed to the elements and then regularly measured for levels of deterioration and corrosion.

Please check back with Summit Steel Buildings for developments in the experiments and research. Findings will be shared as soon as they are publicly available.

Our partners in this research project:

Double Black Construction is an authorized steel building erector for North America’s top pre-engineering manufacturers. Their team has been involved in industrial work, steel building erecting and general building construction for over 25 years with a commitment is to customer service, quality, competitive pricing and safety. More than 50% of their business each year comes from repeat customers.

Dymergent Research is a private consulting group that assists companies doing research in Canada with documentation, standards compliance and applications for grants, financial assistance and tax credits under various government programs.

Get a bigger building that requires less maintenance

frank.melo@summitsteelbuildings.com (Frank Melo) — Wed, 27 Sep 2023 17:21:02 GMT

Using pre-engineered steel for your next commercial or industrial construction project means larger interior spaces that cost less to uphold.

It’s easy to be impressed by construction when a building is brand new. Everything is clean, edges and lines are crisp and straight, the paint is spotless, and the details look great. Owners cannot help but be amazed by how fantastic their new building looks – a lot of effort when into the last few days to make it look that way.

What about its ongoing appeal over the next 50 to 100 years? The difference in the longevity of a building lies in the everyday, practical day-to-day attention to detail, especially when it’s being built, and which materials are used. The difference is substantial when it comes to how much maintenance work is required. Time savings eventually add up. After all, upkeep and repair work can quickly and easily detract from your employee’s ability to focus on the important revenue-generating activities. Easy-to-maintain steel buildings make a huge difference to keeping your structure looking and performing as well as it did when it first opened.

The world relies on steel

Construction accounts for more than half of the planet’s total steel use. Due to its strength, steel is commonly used to help build everything from warehouses to skyscrapers. It’s no wonder: steel is impervious to rotting, water and pest damage and offers much greater weather and fire resistance, especially with flame-retardant coatings. It’s lightweight, strong and can be formed to handle any architectural design.

While most large engineering projects rely on steel for its framing and support capabilities (it has more strength and durability than any other material used in construction), modern pre-engineered metal buildings use it throughout the entire structure. Once the framing is secured to a solid concrete foundation and base, other steel is added layer by layer to complete the rest of the building. Insulated metal panels (IMPs) and sheets are used for exterior walls, ceiling and rooting. Final drywall and interior design finishings are added as a last stage in Summit Steel Buddings’ turnkey process.

Steel affects the possible dimensions of your building

Metal building pre-engineering also affects the final size of your building . With its high strength-to-weight ratio, interior spaces can be large and wide open without pillars and columns to obstruct views, traffic flow or getting in the way of floorplan layouts. Brick and mortar or wood structures are not able to offer this versatility.

Your building is not limited by length. It can be as long as your site location, budget and imagination allow. And if you anticipate needing more space in the future, expansion is quick and easy by adding load-bearing framing bays at one or both ends. A ridged steel-frame system creates clearspans to more than 300 feet (91.44 metres) wide and bay spans up to 60 feet (18.3 metres). Get the unobstructed space (i.e., no posts) you need by using modular framing, which is a more economical choice for any project over 80 feet wide.

Bigger buildings that require less maintenance work

Modern steel buildings with standing-seam roofs require little effort to maintain. Cold-formed steel panels and components do not rust, rot, warp or require any painting to maintain their look. Being galvanized, or having treated finishes, means they’ll maintain their look without any follow-up work aside from the occasional washing.

See the simple ways to maintain the look and reliability of your steel building.

In the case of painted wood buildings, constant repainting is required to prevent splitting, rot and deterioration. Maintenance costs for buildings made from traditional materials (e.g., wood or brick) can run as high as 5% of total building value per year. Unexpected repair and replacement costs drive those totals much higher. Unplanned repairs often take 3 to 9 times longer than a scheduled job to perform and the costs to do so (materials and labour) are equally as high.

Steel buildings practically eliminate these costs since no upkeep is required. The major consequence of both regular and unexpected maintenance costs is a hit to profitability twice: once for the cost of repairs, and again for loss of revenue during downtime.

Using steel engineering means more focus on production, less money on upkeep

Secured by its solid concrete and steel beam foundation and a wide range of attractive and permanent finishings, you new steel building will stand strong, looking as good years later as it did on the day it was built.

And without requiring constant repair, your teams can spend their time doing what they do best in a large comfortable environment rather than losing time to building maintenance, such as painting, repairs and going to the builder’s supply store to find the right components. There’s a good reason why over 90% of new industrial and commercial structures are made using steel pre-engineering.

When you’re ready to build, contact Summit Steel Buildings at 877-417-8335 and we’ll provide you with a free quote and preliminary drawings.

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How long should I expect my new steel building to last?

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 19 Sep 2023 17:30:29 GMT

An affordable investment into a pre-engineered metal structure is a strong relationship for life – ready to resist the elements out to destroy most other construction materials.

Recently we’ve written a few articles to help clients figure out the average length of time it takes to recoup money spent on their new building, and to figure out what sort of return on investment they can expect. Closely associated to these topics is one of the most popular questions we receive: “What’s the lifespan going to be for my new metal building?”

Learn more about capital investment and funding your next building project:

Most people would likely expect to hear “it depends” from a contractor. It’s never a very reassuring answer. Fortunately, pre-engineered buildings – made from coated, cold-formed steel and professionally installed to the highest standard – will last at least 50 years. And that’s a minimum – most buildings will be in operation for well over 100 years. I’ve assured clients how their management successors (or children and grandchildren when it’s a family-run business) will be enjoying the structure easily into the 22nd century.

And we’re not just talking about structural integrity or engineering. With simple routine maintenance (which is considerably less than with other building materials), metal buildings will retain their beauty by looking brand new for decades to come. Aesthetics are important. They create a magnificent first impression that’s significant to guests, clients and employees. Everyone takes pride in the reputation and success of a company by what they see. Sturdy, good-looking structures contribute to creating a showcase for the local community.

Strength of steel outperforms all other materials

Pre-engineered steel panels and thick steel girders stay straight and strong to maintain structural integrity and keeping the building stable, even under strong winds and the most extreme climates. Steel actively resists most temperatures and won’t change its shape because of humidity or wet conditions. No other material is as well suited to resisting nature’s damage that shortens the lifespan of other buildings.

Steel’s easy-to-maintain performance and resistance to damage contribute to a much stronger and more resilient long-standing structure compared to traditional building materials like wood or brick and mortar. When you’re looking to create an asset that benefits the legacy of your company, steel is the wisest choice for building. Its structural integrity and resistance to corrosion and rust mean you’ll never have to worry about your building – it’ll look and perform just as well as the day it was constructed.

Water, air and fire are seeking to shorten a building’s life

Metal buildings consistently outlasts other materials due to its specific resistance to the ravages of water and oxygen. Treated steel cannot rot either to wear and tear or to the elements and will not absorb water. However, excessive moisture in wooden buildings can lead to warping and splitting or the corrosion of metal nails and screws that will ultimately weaken the lumber. Wood also expands and contracts with seasonal or environmental humidity and temperature resulting in weakened structural strength over the years. Cracks will also form in brick structures as mortar dries and falls apart or from damage from routine wear and tear. All those cracks and gaping seams create spaces for all sorts of other issues, such as pests, termites, vermin and mold coming in from the outside.

Fire is another element out to destroy buildings. What is sometimes overlooked is steel’s importance to preventing and limiting damage caused by heat and flames. Unlike other construction materials like timber, metal absorbs heat rather than combusting, allowing it to become an important barrier in preventing the spread of fire .

Steel is a standard fire-rated choice for both structural framing and for walls and roofs (a common section that often leads to fire spreading to nearby buildings). It is non-combustible and heat-resistant to temperatures over 530 Celsius (1,000 Fahrenheit) for up to three hours. When seconds and minutes make all the difference in a disaster, assurances comes from steel’s ability to resist higher temperatures. For all but the most serious of industrial fires, your steel building can easily prevent significant damage without requiring wide-ranging rebuilding. Only the small panel portions directly affected by damage need to be quickly and easily replaced.

Read “ Five benefits of steel building construction ” to learn how modern metal engineering is designed to control damage.

With steel building engineering, time is on your side

Any building construction is as sizable investment for the future. Owners want to know they are getting value and an appreciable asset that will last for decades. When you prorate the affordable cost of a new pre-engineered steel structure over its lifetime of a century, it makes the decision to build easy. Outside the need to expand your building due to growth, you can be assured (outside acts of God) you won’t need to rebuild your pre-engineered structure within your lifetime. Your reasonable investment, spread out over the years, makes working with Summit Steel Buildings a smart choice – one which is guaranteed to benefit your business.

Let’s get started on your building to find the ideal long-term solution for your needs and budget. Contact us at 877-417-8335 and we’ll provide you with a free quote and preliminary drawings.

About the author

Roofing provides the ideal location for solar energy systems

frank.melo@summitsteelbuildings.com (Frank Melo) — Mon, 11 Sep 2023 16:23:16 GMT

Pre-engineered building solutions are designed to handle solar panel arrays. New construction is the optimal occasion to install renewable energy systems and save on long-term operational costs.

There once was a time when people thought it strange to have anything on top of their commercial or residential roof other than shingles or shakes. Much of that thinking has changed over the last two decades with society’s greater concern over environmental issues. It’s now commonplace to see agricultural, industrial and both rural and urban buildings covered with beautiful, shiny and reflective solar panels.

Not only do these energy-generating systems create free power to reduce utility consumption and costs, they are more frequently seen as a valuable use of otherwise unused real estate space. Just think of all the square footage a roof possesses that could be used for a greater purpose. And it doesn’t matter which shape of roof your building possesses. Slanted roofs offer an ideal angle to harness the sun’s energy. Flat roofs also support stand-up solar array systems in addition to being a suitable area for creating green spaces (think carpeted area of grass) and living gardens.

Choosing to use your otherwise unused rooftop space for sustainable and climate friendly purposes is not just a question of doing what’s right for the planet; it’s now an intelligent business decision that saves energy, lowers utility costs and contributes to your business’ bottom line.

Installing solar energy systems is best during building construction

Building owners have become more energy conscious. Energy prices keep climbing. They should want to take advantage of the savings that come with solar power. The overall growth in the solar market has exploded in recent years. More than a quarter of Canada’s current solar capacity was installed in 2022, according to data from the Canadian Renewable Energy Association . The reasons for the growth in rooftop solar photovoltaic (PV) systems is due to their ease to set up, lower installation costs, greater public acceptance and the prevalence of pre-engineered steel building solutions. Globally, solar energy costs have declined 83% since 2009 (source: Canadian Renewable Energy Association).

The smartest time to decide to go with a solar integration is at the point you are building the commercial or industrial facility. Installation is easiest during construction for both setting up the panels themselves as well as creating the necessary electrical and monitoring/control systems. The engineering is specifically suited for installing solar panels at very little additional cost.

It should be no surprise that growth in steel building engineering has paralleled the rise of solar panels installation. Choosing to add solar when the building is being designed and built means no compromises, so you get the ideal structure for future expansions and less maintenance . Retrofitting older buildings or adding solar to brick or wood structures can lead to higher expenses and a possibility of physical tear down and rebuilding.

Why you need to choose steel structures for solar panels

Cold-formed steel roofs provide an ideal platform for installing solar systems. They are exceptionally strong and durable with a high strength-to-weight ratio suitable for supporting the weight of heavy glass panels and stands. The roof sits atop a solid structure built with a concrete foundation and solid steel beam framework. Installation of renewable energy systems are added without the need to drill holes to prevent concerns about water leaks and to retain the climate integrity of the facility below.

They are the only roof type (compared to wood shakes or shingles or brick) that actually exceed the service life of solar panels (approximately 25 to 30 years). Metal building construction and components require little to no maintenance and are also very sustainable in their own right , making pre-engineering a natural fit for solar power.

And did we mention that snow, rain and hail won’t hurt solar panels? It is an important issue in extreme climates and as weather patterns become more extreme.

Solar power and pre-engineering are a natural fit

North Americans have become increasingly more comfortable with solar panels and other renewable energy systems dotting the landscape of their everyday life. At the same time, pre-engineered steel building solutions have become the most prominent form of industrial and commercial construction . It should therefore be no surprise how well suited they are for each other. When businesses are looking to lower their energy usage, save on maintenance and utility costs, they should consider adding solar energy systems when they are planning the development of their next storage or processing facility.

Summit Steel Buildings is your ideal turnkey provider when you need an energy-efficient, yet durable, resilient and cost-effective structure for your business. Incorporating solar at the time of construction is the easiest and smartest business decision to support your enterprise for decades to come.

Contact our team at 877-417-8335 so we can provide you with a free quote and preliminary drawings.

About the author

Future growth through capital investment is simple math

Tue, 05 Sep 2023 16:59:54 GMT

Deciding on whether to invest in infrastructure and equipment does not have to be difficult. Use these proven formulas to help determine the best use of your resources.

By Darren Sperling

Business executives are well compensated because they make big decisions – often expensive ones that can potentially assure the future success of the organization for decades to come. These decisions are not easy. Accurate information is often limited, options are many, variables are complicated and the way to compare choices are unclear. The impact of these large investments may not be known until much later.

Fortunately, formulas are available to help make decisions when it comes to investing into production equipment and capital assets.

Summit Steel Buildings believes in the value and future return on investment that comes with enhancing an organization’s commercial and storage capacity though industrial pre-engineered metal structures. These appreciating assets create value by providing ideal conditions to let companies maximize their future growth and to provide ideal working environments for employees so they can perform at their utmost abilities . Fixed assets can also be used as collateral with banks to secure further working capital when needed to support expansion.

This article is part of our finance series about capital budgeting and investment:

Calculations you can use to measure the future success of capital investment

A variety of methods exist for calculating capital budgeting. Some of them are better suited for production equipment with hard-and-fast results and impact on sales. Investing in buildings is different. Not only do real estate and buildings tend to appreciate over time, they also create the ideal working space and storage that allows companies the capacity to grow and expand .

Similar to making other business decisions, capital investment involves using formulas based on current market conditions or theoretical situations. It is smart to be aware of the risks when using formulas. They are based on assumptions, meaning unexpected factors can come into play in the future, and variables, such as discounting factors, which can be subjective or manipulated depending on a desired outcome.

Businesses can choose to use one or more of the following capital budgeting methods to help value and evaluate capital projects. The methods serve to eliminate projects that fall short of a company’s minimum performance expectations. They are also helpful in comparing competing projects and to rank possibilities.

PLEASE NOTE: Other capital investment analyses and calculations used in finance are not included here. The most common of which is straight-line return on investment . It is a very useful simple calculation that can only be used after the fact to determine success (i.e., lagging indicator). Constraint analysis, cost avoidance analysis and real options analysis are other useful tools for determining purchases of revenue-generating equipment, machinery and manufacturing tools. They are not as helpful for evaluating investment in capital assets (like buildings) that do not generate revenue-producing outputs and do not depreciate over time. Purchasing buildings increases total assets and equity in addition to increasing capacity to generate more revenues in the future.

This article includes links to a variety of capital investment calculators,

so you may want to bookmark it for future use.

1. Payback Period – Focuses on how quickly a company recoups its capital investment. It compares the initial cash outflow to the subsequent cash inflows to determine the point in time when the project has paid back the initial investment. Shorter payback periods are preferable to longer ones.

https://www.calculator.net/payback-period-calculator.html

2. Discounted Payback Period – Improved version of the payback period method because it reflects the time value of money, which always decreases as the years pass. Cash flows in future periods are “discounted” to revalue them in present value terms. The discount rate can be a company’s cost of capital or its required internal rate of return. https://goodcalculators.com/discounted-payback-period-calculator/

3. Net Present Value (NPV) Analysis – Adjusts both incoming and outgoing streams for the time value of money by using a discount rate to calculate the final value added to a firm. NPV is a common standard for capital budgeting because it reflects value from the entire project and adjusts for the time value of money.

https://www.calculatestuff.com/financial/npv-calculator

4. Profitability Index – Calculates the cash return per dollar invested in a capital project. This index is calculated by dividing the NPV of all the cash inflows by the NPV of all the outflows. Projects with an index less than 1 are typically rejected. The profitability index is helpful to determine which capital projects make sense to greenlight, especially when analyzing several projects drawing on a fixed amount of investment capital.
https://goodcalculators.com/profitability-index-calculator/

5. Equivalent Annuity Method – Evaluates the NPV of capital projects that are mutually exclusive and have different project lengths by creating an annual average to smooth out the individual discounted cash flows.

https://financeformulas.net/Equivalent_Annual_Annuity.html

6. Internal Rate of Return (IRR) – Calculates the discount rate that causes a project’s NPV to be zero to generate a yield percentage on a project, rather than a dollar value. The percentage is the embedded rate that causes the total of all the discounted cash inflows and outflows to be even. A primary disadvantage of IRR is that it doesn’t reflect a project’s size or impact on a business’s overall value.

https://www.calculatestuff.com/financial/irr-calculator

7. Modified Internal Rate of Return (MIRR) – Also calculates a yield percentage on a project when the NPV is zero but uses more complicated rates for discounting cash inflows. Cash inflows are discounted using a company’s reinvestment rate, and the cash outflows, like the initial capital investment, are calculated using the company’s financing rate.

https://www.omnicalculator.com/finance/modified-irr

More information is better when making long-term decisions

Using any of these calculation methods will demonstrate the value of investing into steel buildings to expand capabilities, create a valuable sellable future asset and inject strength into your company’s financial statements. Regardless of the method you use to determine your return on capital investment, pre-engineered metal building solutions are a more affordable and reliable construction approach that will make the most out of your investment
and help justify any level of budget.

For an operational investment that will provide returns for decades to come, you can justify an intelligent investment into capital assets, especially at a time when governments are providing grants and tax incentives to inject prosperity and resiliency into the economy. Contact us when you’re ready to get started at 877-417-8335 and receive your free quote and preliminary drawings.

About the author

Greater retail spending and homes filled with clutter are increasing demand for self-storage facilities

frank.melo@summitsteelbuildings.com (Frank Melo) — Fri, 18 Aug 2023 15:24:29 GMT

“Storage Wars” and similar shows drove awareness of self-storage in the U.S.; customer demand in Canada has created a need for places to house all the stuff people collect but have no space to store.

Modern living is all about managing clutter. North Americans are spending more time living and working at home and purchasing more retail goods while living in smaller urban apartments and condominiums. The situation is creating a storage crisis. Fortunately, self-storage businesses are rising to meet the demand – albeit just not fast enough. The result is a boom for new and existing self-storage space in Canada, especially in metropolitan areas.

Downtown apartments and condos are getting smaller

A Globe and Mail article about the growing opportunity and the popularity of self-storage companies (especially among those living in high-rise apartments and condos in metropolitan areas) referred to a study from Ontario’s Municipal Property Assessment Corporation (MPAC) that found people are living in smaller spaces.

The stats were startling:

Self-storage in Ontario grew by 9% , or 4.2 million square feet, in the last three years to a total of 37.3 million square feet.
Key drivers for storage growth are downsizing, clearing space to allow for more work-from-home options, and smaller living spaces.
The average Ontario condominium in 2022 is 35% smaller than it was 25 years ago.
Units built in the 1990s ranged between 1,200 to 1,400 square feet; units are now typically 650 to 850 square feet .
Tens of thousands of new condo apartments have been added to Ontario cities in that time; the smaller unit size has created new markets for off-site storage.

It’s no coincidence the self-storage industry is seeing its most rapid growth in the same areas across Canada and the U.S. that are also experiencing a similar rise in new high-rise apartment building construction. Rising per-square-foot rents and property costs mean affordable living spaces are smaller, and most buildings are being built with fewer basement lockers and less storage space for tenants.

So, what do people usually need to store? According to statistics compiled by one Toronto-based storage company, large furniture and appliances account for 16% of stored stuff, 15% are large boxes and 12% of items are storage bins (banker box size or less). Winter and summer tires make up 5%. A surprisingly large volume of other space is needed for sports gear, such as hockey bags, golf bags, bicycles and skis.

From a philosophical perspective, the article raised an important question about why people need more storage space: “Do Canadians living in new high-rise apartment buildings have too much stuff, or are the new high-rises too small to contain the stuff Canadians are accumulating?”

All this stuff can be easily and safely stored off-site

The result of a lack of storage space creates an immense opportunity for entrepreneurs and companies in the storage area to grow their businesses across Canada and the U.S. As more companies continue to invest into the sector, they soon realize the most reliable, durable and cost-effective building solution is to work with pre-engineered steel facilities.

Summit Steel Buildings engineers, supplies and constructs self-storage facilities that are durable for long-term use. We’ve designed and constructed self-storage facilities to provide the strong security and convenience access that businesses need to succeed.

Our designs are custom designed for each business’ specific needs and location and are built affordably and quickly. If your enterprise is looking to get into the self-storage space, or already exists and looking to expand, contact our team at 877-417-8335 to and we’ll provide you with a free quote and preliminary drawings.

About the author

Business growth starts with intelligent capital investment

Wed, 09 Aug 2023 18:35:29 GMT

Choosing where to place funding involves planning to produce a good return on investment. Capital assets like metal buildings are always wise choice.

By Darren Sperling

Companies must invest in their business to grow. It’s universally accepted that smart investment pays off for companies in the long run. However, the marketplace is packed with new equipment, emerging technologies and capital investment opportunities that offer the potential to take your enterprise to the next level. How do you choose? With limited resources, you need to make sure you maximize the value of any investment.

After researching the latest equipment from trade shows and studying proposals from different suppliers, the next step is to prepare a comparison of all options to create a financial justification. After all, any choice means forgoing all other possibilities. Many calculations are available to determine the net contribution or net present value of your investment into equipment and capital assets. Regardless of which you use, growing companies quickly see the value of creating future operational capacity through pre-engineered metal buildings. Why rent when you can own a valuable fixed asset that will contribute to financial stability and lower operating costs for decades to come?

Capital investment requires rational and quantitative analysis

Thoughtful analysis and careful planning can be combined with capital budgeting and investment calculations to determine an approximate future return on investment, how long it will take to recoup the investment, and, in some cases, whether it is a viable course of action or not. It’s worth taking the time because the success of any choice can only be determined in hindsight. We wrote about the best practices and advantages of capital budgeting processes previously. If you haven’t read that starter, please check it out.

Capital investment is the process of investing money in long-term assets to create future benefits, such as increased revenue, reduced costs or improved productivity. It can involve buying new equipment, building a new facility or acquiring another company. At Summit Steel Buildings, we believe pre-engineered metal structures provide the capacity to increase production, revenues and profits, while being a value-appreciating asset that strengthens balances sheets and builds collateral banks require at later stages of financing.

One reminder: like making most business decisions, capital investment involves using formulas based on current market conditions or theoretical situations. It is smart to be aware of the risks when using formulas. They are based on assumptions, meaning other unexpected factors can come into play in the future, and variables (such as discounting factors) can be subjective or manipulated depending on a desired outcome. And similar other business decisions, wrong choices can become expensive mistakes.

Benefits of capital investment:

Cost savings (reduced material, labor and overhead costs – cost savings can be accumulated over the projected life of the building, which will often exceed the depreciation period).
Decreased inventory (reduction in WIP and finished goods inventory – if the investment directly allows for the reduction of inventory, then the amount of the reduction can be deducted from the investment).
Increased flexibility (reduced lead time and product variation – when quantified, the long-term benefits of flexible manufacturing can improve productivity and reduce the cost of the investment).
Increased output (gross profit of incremental sales increase – the machine could be more costly to run than your existing equipment, but the benefit is realized by increasing productivity).

Risks of capital investment:

Decisions are long-term and generally irreversible; the costs of changes is significant.
Uncertainty can lead to wrong decisions, which in many cases can only be understood in hindsight.
Most formulas do not account for opportunity cost – the value of other ways you could have used the funds.
Availability of skilled financial professionals or consultants to help is limited and expensive.

Read our other articles:

Investing capital is critical for future business success

It’s never a bad time to address the need to allocate funds to infrastructures and building projects, even when the rest of the consumer market and economy seems to be tightening and slowing down . Never forget that recessions are only a temporary period when the overall economy slow before resurging again; it is a normal and expected part of the business cycle . These periods can be beneficial to assisting capital investment due to government grants and other incentives designed to stimulate the economy via capital projects and spending on materials and labour.

Regardless of the state of the economy, investing in operational effectiveness with new production and storage space, or new equipment is important to do. Technology leads to an increase in production efficiency, which results in shifting the supply curve to the right and decreasing the cost of production. More demand and higher profits are always good for companies’ long-term financial sustainability.

Invest in your company’s future through new metal buildings

After completing due diligence, it’s easy to see the value of investing into future growth provided by steel buildings. Additional working space greatly improves long-term success by adding a valuable sellable future asset that injects strength into companies’ financial statement. Do the math and see the return on investment provided by turnkey construction and expanded capabilities only possible with pre-engineering.

When you have done the calculations and are ready to build, please contact our team at Summit Steel Buildings . We're excited to learn more about your business and how we can provide you with a custom building solution suited for your future needs. Call us at 877-417-8335 for a free quote and to receive your preliminary drawings.

About the author

Economic slowdowns are a time to plan and prepare

frank.melo@summitsteelbuildings.com (Frank Melo) — Mon, 31 Jul 2023 15:23:52 GMT

Downturns represent an opportune moment to contemplate the next phase of a company's future.

By Frank Melo .

Recessions are a portion of the regular business cycle that benefit some sectors of the economy – many of which are heavy equipment and capital investment heavy. Slowdowns provide a time when firms can focus on productivity, the quality of their product and strategies to better compete in the future. Larger companies can examine scale of operations and how they are managed. Private companies can also participate by allocating more of their capital reserves into their future prosperity by restructuring, innovating new products and stocking up on inventories to sell later. Alternatively, recessions are a good opportunity to invest in capital assets that will appreciate substantially in value, like manufacturing buildings and storage facilities, sometimes by taking advantage of low-interest stimulus loans.

The energy, materials and industrials sectors lead recovery during economic expansion that follows recessionary periods. The need for raw materials, new construction and manufacturing goods boosts the materials and industrials sectors. With supplies and materials needing time to order and the advanced timing it takes to plan, design, engineer and manufacture steel building components, an economic slowdown gives executives and managers the time they need to get started so they’ll be fully ready to meet the increasing demands of early recovery.

Successful companies take advantage of opportunities

During the last two recessions, government invested heavily into both public and private building projects, and we should reasonably expect the same again. However, Summit Steel Buildings’ strategic planning is not relying on government intervention. We have positioned our efforts to remain heavily involved on the commercial and industry sectors where we continue to see strong private investment into expanding infrastructure and increasing company capacity. Growing local companies and community groups are spending wisely to add storage buildings to their existing campuses, such as FCMP Outdoor outside London, Ontario or Alberni Power & Marine in B.C. , and Covanta Environmental in Kitchener that’s built new waste processing facilities to meet the growth they’ve been experiencing for the last several years.

View a few of our past projects.

As the economy recovers, the demand for building projects continues to grow across the country. Smart managers and executives recognize the value of investing in appreciating assets like pre-engineered metal facilities, rather than risking their capital on inflation-prone or volatile market investments. For companies that haven't yet considered the benefits of pre-engineered metal facilities, any slowdown represents an opportune moment to contemplate and plan for the next phase of their company's future.

Take the time of slower activity to make long-term plans

While recessions may initially be viewed with concern, they present prospects for sectors like infrastructure investment and heavy equipment industries to recalibrate and prepare for future growth. By leveraging the time during economic slowdowns to invest wisely in appreciating assets, companies can position themselves for a stronger and more competitive future as the economy rebounds.

Contact Summit Steel Buildings at 877-417-8335 to discuss how cold-formed metal buildings can contribute to your operation's future success.

About the author

Infrastructure investment opportunities in a recession

Fri, 21 Jul 2023 15:07:15 GMT

Indicators of a recession are weakening, but businesses should be prepared for economic downturns.

By Darren Sperling

Over the past year, concerns about our economy slipping into a recession have weighed heavily on people’s minds. It makes sense. An economic downturn has been the topic for many investment forecasts and top-of-mind for many analysts on the news.

At Summit Steel Buildings, we work with many industrial and manufacturing companies planning years ahead in their financial and operational strategy. As part of this collaborative process, we explore the risk of economic shifts with clients to ensure their preparedness when it comes to infrastructure investment. At the same time, we incorporate similar planning into our own long-term business forecasts. Thankfully, a recent Financial Post article suggests that most business leaders are more optimistic than in previous months.

Fewer businesses are seeing the risk of a recession on the horizon, and they also expect inflation rate to slow down. “Overall, the business outlook survey indicator pointed to a negative sentiment as businesses continued to expect their sales growth over the next year to be weak, with one in five firms expecting an outright decline in sales. However, the survey for the second quarter found fewer firms expected an outright recession with one-third planning for a recession compared with half in the first quarter.”

Read the full Financial Post article, "Fewer Canadians see recession on the horizon, says Bank of Canada survey".

Recessions need not be scary

Despite how ominous recession sounds, they are a normal – usually infrequent – part of the economic cycle. Canada has experienced only two in the last two decades: the Global Financial Crisis of 2008 following the U.S. housing marketing crash; and another in 2020 due to the COVID-19 pandemic. Both were triggered by unlikely unique events, however, that’s not always the case. Any unexpected shock to the economy can create a lack of consumer confidence that spins the economy toward recession.

A recession is simply a short period of time of economic decline where a country’s gross domestic product (GDP) drops over a couple of successive quarters. Consumer spending is usually a first signal when people worry about the future and start buying fewer goods and services (sometimes tied inflation or to rising interest rates, or in rare cases, both). In response, companies experience lower sales and cut costs, usually by eliminating jobs. The resulting higher unemployment contributes to lower spending that is otherwise so necessary to stimulate the economy and get it back on track.

Learn how these periods can benefit companies by giving them time to plan and prepare for the future.

Consumer markets versus industrial sectors

It's important to remember that the consumer-side effects of recessions are connected to, but considerably different than what happens on the industrial and commercial side. Budgeting and planning for companies is done toward an annual or extended period, designed with flexibility to account for temporary fluctuations in the marketplace. Companies are better equipped, in most cases, using capital reserves as shock-absorbers to handle short interruptions in supply chains or to slowing spending patterns. They wouldn’t be in business long if they weren’t prepared to weather the occasion storm.

Investments and stock market performance aside, a contracting economy leading to recession requires a kickstart to get back to normal. Economic theory suggests government spending, usually by grants and incentives into capital building projects within the industrials and materials sectors, help inject money into the economy, create jobs and encourage consumer spending. Regardless of political affiliation, economic stimulus is a primary demand-side (Keynesian) weapon with which to fight recession. Increasing demand for goods and service by injecting liquidity into the domestic market limits how long a recession can last. Increasing money supply and reducing interest rates will eventually allow consumers and businesses to borrow, invest and spend more. Rising economic activity and employment benefits from capital and infrastructure projects that government can easily encourage.

Everything is going to be fine – keep planning for the future

While recessions may initially be cause for concern, they are a natural part of the economic cycle. Understanding their drivers and effects can help reduce fear and uncertainty. By implementing appropriate economic stimulus measures and encouraging investment in key sectors, governments can play a crucial role in kickstarting the economy and leading it back to a path of growth and prosperity.

For help with your long-term infrastructure planning, contact our team at Summit Steel Buildings is excited to learn more about your business and how we can provide you with a custom building solution suited for your future needs. Call us at 877-417-8335 for a free quote and to receive your preliminary drawings.

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Sharing a passion for excellence with winemakers

frank.melo@summitsteelbuildings.com (Frank Melo) — Thu, 13 Jul 2023 16:52:21 GMT

Summit Steel Buildings proudly builds metal processing and storage facilities for Canadian wineries. Pick up a glass and discover why the ideal environments make great wines better.

The wine business can be more difficult than most. Unlike developing the next gadget or industrial widget, emerging wine companies have a longer development cycle to get their products to market. Not only must wine entrepreneurs invest sizable upfront amounts of time and money into their venture, but they actually need three or four years for initial vines to grow in order to produce wines mature enough to sell. And then they’re subject to the competition of the marketplace, not only between other categories (like beer and spirits) and other local producers, but also from other more established wine producers from around the world. Even with the ideal team, equipment, vines, terroir and production infrastructure (more on that later), the success of any new wine enterprise is subject to the whims of nature and weather. Too hot, too cold, too rainy or too dry and an entire year’s production can literally get poured down the sink.

The wine business is not for the timid. Growing grapes and processing it into sought-after wine is complicated and extensive, subject to incredible risk throughout the growing, harvesting, sorting, crushing, fermenting, pressing, bottling, fining and aging stages. For these reasons, we should celebrate the bravery (or foolhardiness) of these intrepid wine-making individuals and grape-growing farmers. It’s one of the reasons why Summit Steel Buildings enjoys working with Canadian wine companies to provide them with ideal working facilities where they can apply their craft. We share their passion for excellence as well as their desire to produce world-class products.

Overview of Ontario’s wine industry

We’ve written about the wine industry before and how steel buildings provide the perfect production and storage environment for making world-class wines . Metal and concrete building materials create a low-maintenance setting that defies rot, prevents pests and keeps grapes and aging wines at their ideal conditions (humidity, temperature, etc.). It’s always fun to see these enterprises in operation.

On a recent trip to Niagara-on-the-Lake for a wine tasting adventure, one of our leadership team members was reminded of the incredible beauty of the region and was awed by the scale of the growing wine-making industry there. Ontario’s success in growing wine is nothing new. Since the mid-1970s, intrepid entrepreneurs have been taking chances to raise the standard of wine produced in one of the world’s most surprisingly suitable grape growing areas.

Ontario’s wine country is located between 41° and 44° north, the same latitude as world renown growing areas of Burgundy in France. Limestone-based soils stemming from ice-age Lake Iroquois are at the heart of what makes grapes grow so well in Ontario. The province has three prominent, established wine appellations: Niagara Peninsula (encompassing 10 sub-appellations and 2 regional ones), surrounded by an escarpment and several bodies of water that create an incredible micro-climate suitable for thriving grapes; Lake Erie North Shore (including South Islands of Pelee, which some consider its own separate appellation); and Prince Edward County (newest of the three). Ontario also hosts a few emerging regions along Lake Huron between Grand Bend and Goderich and along the southern shores of Georgian Bay. Coffin Ridge Boutique Winery is one example of a beautiful winery taking advantage of a stunning location, crafting wines from traditional European grapes and innovative hybrids.

Winemaking has become a significant contributor to Ontario’s economy. The wine industry generates 22,000 jobs in culture, agriculture, hospitality and tourism. The purchase of each bottle of VQA Ontario wine generates $98.20 of commercial impact for the province’s economy.

A warming climate is making a great region even more prominent

Ever-rising seasonal temperatures and a longer growing season are not necessarily a bad thing for Ontario grape-growers. Hearty Cabernet Sauvignon grapes, for instance, thrive in longer, hotter conditions. The bigger challenge for winemakers in Canada – aside from the normal concerns of early frost, precipitation levels and molds/fungus and a multitude of other weather threats – is the effect of rising land prices and real estate development that is swallowing up remaining land where wineries need to grow.

However, other unexpected and surprising threats and climatic changes are emerging. The summer of 2023 has highlighted one particular development that other wine-producing regions in Canada have already experienced and been forced to contend with: wildfire and its resulting smoke damage .

A dual hit to agriculture – smoke and drought

B.C.’s wine industry has taken a massive hit this year. When water has been needed most for agriculture across British Columbia, it has been sorely lacking. Not only did a lack of rainfall this year increase the danger of fire, it also curtailed agricultural production. Harvest levels for 2023 will be smaller than usual. The province is projecting as much as 50% fewer wine grapes due to a combination of a drier growing season and damage from an early frost the previous autumn. Up to 29% of vineyards may need to be replanted!

Learn why world-class wineries deserve world-class metal structures.

Wildfires also pose other problems for farmers and growers: what wine is produced might not be possible to sell. For example, large bush fires throughout B.C.’s Okanagan region in 2021 created smoke that permeated grape harvests and aging barrels to make the wine vintage largely unsellable. Read the CBC News article .

Pre-engineered metal buildings enhance capability and protection for wine production

Building with steel is a smart investment. Not only does expanding production potential increase future revenues, but durable and resilient metal facilities create an easy-to-maintain and sanitary environment to increase the quality of wine while protecting it from external threats better than other traditional building materials , like combustible wood or brock and mortar.

Summit Steel Buildings relies on concrete foundation, metal girders and cold-formed steel components that resist damage and last a lifetime with minimal maintenance required. We’re a complete turnkey builder that does everything from foundation work to installation and facility finishing, so clients only deal with one construction partner. Our all-in-one, complete turnkey approach is a building solution that keeps the process easier and more affordable.

Contact Summit Steel Buildings at 877-417-8335 to discuss how cold-formed metal winemaking buildings can contribute to your operation's future success.

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Prepare for wildfires with resistant structures built from steel

frank.melo@summitsteelbuildings.com (Frank Melo) — Wed, 05 Jul 2023 15:38:14 GMT

Cold-formed steel is an ideal building material that’s designed to withstand fire damage at extreme temperatures.

The summer of 2023 has been unusual. Here in British Columbia, we’ve experienced an unusual shortage of rainfall and, like the rest of the country, the dangers of wildfires. Burning trees and the resulting smoke have made prominent headlines across the country, with widespread damage spreading throughout most provinces.

It’s easy to understand why wildfires have received so much widespread press coverage. The size and scope of the fires is unprecedented. I’ve followed the news closely and one particularly fascinating segment on CBC News’ The National caught my attention. The extended report discussed what several innovative companies are doing to create homes that can withstand wildfire damage to help protect property. According to every person they interview, using steel as a non-combustible building material is an absolutely necessity. Watch the news segment here.

Of course, it is! Summit Steel Buildings has been building industrial and commercial facilities with cold-formed steel for decades. We’ve been extolling its fire-resistant advantages to everyone we meet. Putting aside how steel prevents fire damage for a moment, not only does it offer a high strength-to-weight ratio that’s ideal for creative architectural design, but it’s also become the affordable building material of choice. Companies considering a new production, storage or agricultural facility benefit from steel and iron commodity prices that have dropped while wood prices have fluctuated upwards over the last few years.

In light of the current wildfire season, the main reason to build with steel, however, is how well it resists high temperature. Steel is a sturdy and reliable fire-rated standard for both structural framing and for walls and roofs (sections that often lead to fire spreading to nearby buildings). It is non-combustible and heat-resistant to temperatures over 530 Celsius (1,000 Fahrenheit) for up to three hours. When the threat of wide-spread fire destruction is a concern, assurance comes from metal ability to better resist higher temperatures than any other traditional material, such as mass timber, brick and mortar or siding.

Read how steel and fire-rated glazed glass are part of the essential front-line barrier to prevent and contain accidental fires at your industrial or manufacturing business.

Background to the 2023 summer wildfire season

What’s become an ongoing, record-setting series of wildfires began back in March 2023. The extent of fires has increased in both prevalence and intensity, reaching a peak in June. The Canadian Interagency Forest Fire Centre, Bloomberg and other news agencies have described this year as the worst wildfire season in recorded Canadian and North American history. Fires have covered eleven provinces and territories with the largest fires being in Alberta, Nova Scotia, Ontario and Quebec. As of July 11, 3,895 fires have burned 9,506,770 hectares, and of the 879 active wildfires, 545 have been deemed "out of control".

Smoke emitted from the wildfires has caused air quality alerts and evacuations throughout Canada and the United States. By late June smoke clouds had crossed the Atlantic to reach Europe. The Globe and Mail has summarized the extent of the damage extensively.

Company perspective in B.C. and Ontario

With our headquarters located in Vancouver, out west on the coast, we were fortunate not to be evacuated – others in our region weren’t so lucky. Residents near Tzenzaicut Lake (about 600 kilometres north of Vancouver) were forced to move at the end of May.

Our team members in Southern Ontario experienced darkened skies due to the smoke. One employee in London noticed a strong smell of smoke even inside his house and followed the clouds as they had moved up Huron Lake to cover Port Elgin and Sauble Beach. We’ve been very fortunate, both as a company and as individuals, to be relatively unaffected by this disaster. We proudly support the courageous men and women from around the globe who are bravely and valiantly battling the flames to protect people, homes and businesses.

We’re here and ready when you need us

Eventually the country will emerge victorious from this disaster and begin to think of rebuilding. After any crisis, it’s crucial to get industry and commerce back up and running as soon as possible. Summit Steel Buildings believes the best way to anticipate and prepare for future fire disasters is to build with resistant pre-engineered metal structures that keep your property and people safe under the most difficult and extreme of situations.

We’d love to speak with you and learn more about how our building solutions can help. Contact Summit Steel Buildings to discuss the protection provided by fire-resistant cold-formed steel buildings.

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The importance of capital budgeting for steel building projects

Wed, 21 Jun 2023 15:13:37 GMT

Long-term investment that will help maximize future returns in your business begins with thoughtful analysis and careful planning.

By Darren Sperling and Frank Melo .

In the ever-evolving business landscape, company owners and stakeholders face a wide array of possibilities for capital investment projects, usually with limited resources. The way capital is allocated must be prioritized to ensure maximum return on investment. One investment that consistently proves to be a smart choice for growing companies is to expand operational space and capabilities with the construction of a new steel building. The decision to undertake these types of capital projects should not be left to chance. Instead, companies need to employ rigorous formulas and best practices to determine the most advantageous course of action.

To assist new and growing companies in their capital decision-making, we explain why managers should prioritize their budgets for new industrial or commercial structures and summarize the steps for successful capital planning. Throughout our years in the pre-engineered metal building industry, experience has consistently demonstrated that following a proven process contributes positivity to long-term growth and company success.

The importance of capital budgeting

Capital budgeting is significant for businesses because it has a long-term impact on profitability, and it can be a decision that’s irreversible. A wise budget plan enables expenditure control, aids information flow and contributes to maximizing growth and wealth by acquiring tangible and appreciable assets. Moreover, capital budgeting is mindful of how risk and uncertainty play a pivotal role within the micro and macroeconomic aspects of your business’ industry and the economy on whole.

Capital budgeting is a meticulous process involving analysis, evaluation and prioritization of investments for large-scale projects, such as the construction of a new facility or the expansion of an older one . Formulas and best practices help determine the best course of action and provide measurement to enable business managers to determine whether a capital project is worthwhile and if it will ultimately enhance company value. By incorporating expected cash outflows and inflows, capital budgeting aids in managing the financial risks associated with capital-intensive projects. Using a formal process for capital budgeting increases the likelihood of achieving better outcomes and removes the risks of subjective decision-making.

The implication to cash flow

It’s crucial to recognize the distinction between investing in buildings versus other capital investments like purchasing equipment that produces goods. New machinery generally has a shorter lifespan and focuses on cash flow while driving annual sales and profits. Equally important is the choice to invest into larger assets over the much longer life of the business and provide collateral that can lead to equity investment and financial necessary to expand operations. Buildings depreciate less and can be sold later to help shore up financial statements, stock price and inject liquidity when it is needed. These two types of investments make it tough to decide where to allocate retained earnings. Capital budgeting processes help to compare investment alternatives by estimating the timing and amount of cash outflows and inflows so businesses can make informed decisions. Evaluating various capital projects involves comparing their cash outflows and inflows. The two simplest methods for calculating a financial investment is to calculate the payback period (initial investment divided by net benefits) or straight-line return on investment (net benefits divided by total cost) . These two formulas help make a tough choice easier to evaluate. We'll discuss other important financial budgeting calculations in a future article.

Two other considerations make the process a little more complicated: opportunity cost and the time value of money. Investing in a pre-engineered steel buildings requires considering the value of alternative investments. Choosing one direction always means forgoing another possibility. The time value of money considers the potential rate of return on an investment and the decrease in purchasing power caused by inflation over time. It emphasizes that a dollar today is more valuable than the same dollar in the future, highlighting the importance of factoring in the timing of cash flows. Your business’s timeline determine financial need and what assets and investment are most critical to reaching your goals. An investment into a pre-engineered steel building means considerable savings over paying rent and having a valuable asset you can sell later, whether your company relocates or you have an exit event.

Create your ideal capital budget

Your company’s organization structure may determine how best to create your capital budget. Large organizations sometimes use a committee to oversee all projects, while small and midsize businesses rely on the owner or a small group of managers and executives, supported by accountants' advice. Regardless of structure, companies should follow four essential steps:

Identify the long-term business need: Gather a list of existing problems and new ideas from across the organization, ensuring they include cash flow, cost and benefit estimates. More working space is usually at the top of the list.
Evaluate and select the project: Screen proposals, review them with various stakeholders and analyze them based on evaluation criteria, while considering timing, priority and available funding. Sometimes it’s as important to match your ends to your means. Run calculations for payback period or straight-line return on investment.
Implement the construction: Work with an experienced team, like Summit Steel Buildings, to develop an implementation plan and milestones.
Review project performance: Continue to assess actual project results against the approved proposal throughout the schedule and conduct periodic review, all the while documenting details and keeping all parties informed.

Best practices for capital budgeting metal buildings

To optimize the capital budgeting process, companies should focus on cash flows rather than net income, be conservative with estimates, meticulously outline project timing, establish accountability and incorporate formal reviews throughout the entire project's lifecycle.

Capital budgeting offers numerous advantages, including a better understanding of risks, so companies can make better-informed decisions. Wise investment to capital increase shareholder wealth and give companies competitive advantage within the marketplace. A well thought out plan also helps to control expenditures and prevents either over- or under-investing. When working with significant dollar amounts that have as sizable impact on current and future operations, an intelligent plan makes all the difference.

Investing in capital assets is a wise choice for growing or established businesses

Capital budgeting is a critical component of effective financial management for companies when investing in a new steel building. By following a structured process that considers cash flow and incorporates key concepts, like opportunity cost and the time value of money, businesses can make informed decisions to maximize their returns and long-term success. As companies investigate the complex decision to invest their capital, strategic capital budgeting becomes an indispensable tool for driving growth and profitability.

Give us all call to discuss your building needs. Our team at Summit Steel Buildings is excited to learn more about your business and how we can provide you with a custom building solution suited for your long-range needs. Call us at 877-417-8335 for a free quote and to receive your preliminary drawings.

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Nothing protects your business like steel

Thu, 08 Jun 2023 14:30:18 GMT

Bank safes aren’t made from wood or stone – neither should your building be when you’re looking to protect and safely store what’s inside…

In an era where cybersecurity risks loom large and receive plenty of attention, it remains equally crucial to recognize the significance of physical security in safeguarding commercial and industrial facilities. The importance of protecting digital assets cannot be understated, as is fortifying physical walls and securing all points of access against threats, both internal and external. By enhancing access controls and adopting robust security measures, businesses can not only protect their valuable assets but also strengthen their bottom line. Pristine inventory and extending the life of essential equipment are ways to make financial performance stronger (both in terms of increasing revenues and lowering costs). When it comes to safeguarding your business facility, rely on the proven strength of steel.

Steel and concrete are the foundation of physical security measures

Everything stored inside your facility is essential to running your business, very expensive and, in some cases, irreplaceable. Equipment, raw materials, inventory, employees and financial records are essential assets that should never be subject to possible theft, damage or destruction. Therefore, the first line of defense in ensuring facility security lies in preventing unauthorized access. Employing physical barriers, such as steel doors, deadbolt and electronic locks, reinforced roofing and glass, is instrumental in deterring intruders. Burglars can be resourceful, employing various tactics to gain entry, from prying corners to breaking windows or scaling roofs. Along with alarm systems, security cameras, effective lighting, meticulous landscaping, a concrete foundation and strong steel walls form the integral components of your comprehensive physical security framework.

Preventing access to areas with sensitive information and records is the first step in keeping your facilities closed to everyone but those who are supposed to be there. Insider threats are becoming a larger concern and accidents often occur inadvertently. A well-designed internal layout with metal walls and controlled access systems allow operations to secure their facility, controlling who can go where, and when, and to create a record of the arrivals and departures within each area. Combining steel's physical strength with advanced technologies such as sensors and controlled entry locks creates precise access control, granting or limiting entry to sensitive areas based on factors such as position within the company and specific times of the day. The incorporation of such security measures during building construction ensures seamless integration and maximizes effectiveness.

Higher strength and lower repair costs create value

Cold-formed steel is the ideal material for constructing robust physical barriers. With steel as a primary building material, facilities are better suited to prevent accidental and weather-related damage and to ward off intruders. And if the worst happens, either by accident or vandalism, only the damaged steel panels in the affected area need to be replaced and can be done quickly and affordably without interruption to business operations. Repairs to buildings made with wood or brick are more extensive and costly, requiring more materials and time to regain structural integrity and top-level security.

Read the CBC News article about how vandals caused $2 million in damages to Calgary’s City Hall that took months to repair.

Pre-engineered steel construction offers additional advantages in safeguarding facilities and the people within. High-quality non-combustible materials such as poured concrete and steel framing provide exceptional fire resistance . Metal structures can withstand fires for two to three hours, ensuring the highest levels of safety and providing more time for people to escape and emergency services to minimize damage.

Moreover, steel's inorganic nature makes buildings more resistant to biological threats. Organic materials like wood require more maintenance, can rot or be destroyed by mice and termites, and serve as hosts for mold. Steel's waterproofing benefits minimize the presence of moisture, thereby mitigating the likelihood of mold formation or other bacteria and pests that can destroy cloth or food inventory. Investing in steel structures means you are better able to sustain a sanitary and pristine processing and storage environment .

Steel buildings create confidence in physical security

While cybersecurity remains a critical concern for businesses, physical security should not be overlooked. The use of cold-formed steel as the primary building material reinforces facilities, and acts as an impregnable barrier against intruders, accidental damage and weather-related threats. Implementing robust access controls and employing state-of-the-art security measures combine with steel’s strength and durability to protect valuable assets from theft, damage or destruction. Moreover, steel's resilience against fire, mold and pests makes it the optimal choice for safeguarding people, materials and information. Invest in steel buildings so your business can ensure its longevity and security of assets, bolster its bottom line and foster peace of mind in an increasingly complex society.

Give us all call to discuss your building needs. Our team at Summit Steel Buildings is excited to learn more about your business and how we can provide you with a building solution that custom to you. Call us at 877-417-8335 for a free quote and to receive your preliminary drawings.

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Anticipate future needs with expandable engineering

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 30 May 2023 15:33:24 GMT

Prepare for increased capacity in advance by using expandable pre-engineered technology and end walls that allow for future expansion rather than relocating and building new.

Steel buildings have long been recognized for their reliability, durability and ability to withstand harsh climates. These commercial and industrial structures offer wide column-free clear spans, reaching up to 300 feet (91.44 meters), while requiring minimal maintenance. The advantages of constructing steel buildings with expandable end walls extend beyond their initial functionality, providing businesses with the flexibility and cost-effectiveness needed to adapt and grow in a post-recession market.

Increase future business potential by constructing with steel now

One of the key selling points of pre-engineered steel buildings by Summit Steel Buildings is their ability to accommodate future expansion. With modular framing and pre-insulated versatile wall systems , the building technology is an ideal building solution for businesses looking to expand their operations as often as is needed into the future. Read our case study on FCMP Outdoor , which has experienced multiple successful expansions and exemplifies the benefits of pre-engineered steel buildings.

Whether you want to build a new metal structure or are retrofitting an existing one , custom pre-engineering is meticulously designed to meet all national and local building codes with dependable systems that help you anticipate and plan for future storage and working needs. Our commitment building the strongest and most reliable systems ensures the longevity and reliability of your new steel buildings.

1. Expandable end walls:

Choosing steel buildings that incorporate expandable end walls offers a seamless way to extend the length of any structure in the future, quickly and easily without interrupting activity. The choice of expandable rigid-frame end walls during construction means businesses will be ready to easily increase the overall square footage of their building without downtime. Building extensions are seamlessly integrated into the existing structure using steel framing and metal panels to maintain both aesthetic appeal and functionality of your building. In a matter of weeks, your capacity can be doubled or more to meet the growing needs of your business.

2. Expand to the side:

An alternative to adding onto your current building is to build a new structure adjacent to it. The dimensions of your property will dictate where and how you can expand your facilities. Sometimes a secondary structure is more beneficial than adding onto an existing one, especially if their function is going to be considerably different (such as a warehousing space compared to offices or production areas). The second building can share a structural wall or be completely separate, depending on your needs and level of access. Security is assured through steel’s protective strength. Proper planning and engineering guarantee the maximum potential use for your expanded space.

3. Building upwards by adding a second story:

When land restrictions prevent expansion to either the ends or the side, adding a second story can become a viable option. A self-supporting mezzanine floor, such as the one we created at FCMP Outdoor , eliminates the need for additional structural support, making it an excellent solution for increasing space without compromising the building's integrity. Second stories are ideal for storage or adding important office space, where management can supervise all activity and welcome guests, who will get an impressive birds’ eye view of your entire operation.

Benefits of using expandable pre-engineered technology

Summit Steel Buildings offers a range of benefits for commercial and industrial operations seeking to construct expandable facilities that can accommodate future growth:

Modular design with clear spans – Pre-engineered components enable swift construction and future expansion, providing cost-effective solutions as business needs increase. With expandable end walls, businesses can seamlessly expand their operations as their needs evolve, whether through increased inventory or production capabilities.
Future construction does not interrupt business activity – Revenues and income will not stop during construction. The addition can be constructed as regular activity continues so your business does not suffer downtime and lost activity. No need to sacrifice current production and sales for the sake of future growth.
Seamless implementation – Because they use the same steel framing and panel construction, every future addition will fit perfectly into the original building, creating one unified and attractive look. The completed building will look as if it had all been built all at the same time.
Cost-effective construction and lower capital costs – Compared to using traditional construction methods, or materials like brick and mortar or wood, steel buildings typically cost 30% less while maintaining their value over time. Steel also retains its value over time and are built with recycled materials to minimal waste. Steel buildings are an environmentally conscious choice. You’re also even able to dismantle and sell or relocate your building if it were to become no longer needed.
Custom-made design – Original and subsequent structures are tailored to your specific needs, accommodating layout preferences for doors, bays, electrical systems and other features.
Reliable and durable engineering – Steel buildings are engineered to withstand harsh climates, protecting valuable assets, including people, equipment, and materials.
Low maintenance – Steel buildings do not crack, erode or need repainting, reducing the need for ongoing repairs.
Insurance discounts – The fire-resistant nature of steel buildings can lead to savings of up to 40% on insurance premiums.

Intelligent pre-engineering design prepares companies for future growth

By making the choice to construct facilities with expandable pre-engineered end walls, companies can lower their future capital costs and effectively plan for increasing markets. Steel building solutions offer numerous benefits for businesses seeking to adapt and grow without interruption to activity. With the ability to expand to one or both ends, to the sides, or even upwards, Summit Steel Buildings will provide you with a flexible and cost-effective solution to accommodate future needs. The company’s expertise in pre-engineering offers reliable and versatile structures that ensure long-term value by contributing to business success. An intelligent investment into expandable steel buildings will help companies to secure a foundation for future growth while maximizing their profitability and operational efficiency.

Contact Summit Steel Buildings by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation, quote and preliminary drawings.

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Don’t get locked into an existing building footprint

frank.melo@summitsteelbuildings.com (Frank Melo) — Mon, 22 May 2023 15:17:48 GMT

Pre-engineered steel buildings offer adaptable engineering to allow you to quickly and affordably expand the size of your existing structure.

Companies love ground-breaking ceremonies where executives grab a ceremonial shovel and dig out the first scoop of dirt. It’s a significant photographic moment that gets published often. It’s because buildings are such a valuable investment that provides huge financial and operational strength to an organization. As companies grow, they can quickly outgrow the property as it is design and must make the difficult choice to either relocate or build new.

Fortunately, modern engineering provides a more cost effective and less disruptive alternative. With pre-engineered steel building design, once operational and storage needs outgrow their current space, the building can be quickly and affordably expanded using adaptative load-bearing end walls. The usable length of the building can be increased by extending into any available land. This building modification is not as easily possible with traditional building materials like timber or brick and mortar. Versatile metal buildings ensure your company is prepared to adjust to meet future capacity.

Endless expandability: Your building can grow with your company

Need more warehousing space ? Would an extra bay to receive additional deliveries expand your capacity? Our metal structures offer clients the flexibility to scale and modify their existing footprint as business grows over time. No need to get locked into a permanent building capacity that becomes outdated and compromises your effectiveness. Change it, expand it without interrupting your workflow. Only steel buildings are so versatile.

One of the advantages of metal structures is how quickly they can be revised to expand with your growing business. The first step in planning the future growth of your building is to make sure at least one end is built with load-bearing expandable rigid-frame end wall joints. End walls are where your metal roof panels run into a supporting wall. You will also hear this referred to as a high eave parapet. Some end walls are fixed, while others can be built to allow future expansion. With the expandable options in place, future sections can be added easily. You’ll never be locked into a final steel building design or size. Modular steel framing design means expansion is never expensive.

Your building is not limited by length. Summit Steel Buildings can make your building as long as your site location, budget and imagination allow. If you anticipate needing more space in the future , our engineering teams can plan for future expansion by adding more framing bays at one or both ends and creating load-bearing end ways to make future additions quick and easy.

Read our case study on the FCMP Outdoor building expansion.

Expandable rigid-frame end walls are the smarter choice

Of the three basic types of end walls used in pre-engineered metal buildings – post-and-beam, non-expandable rigid frame, and expandable rigid frame – only the latter will allow your building to grow to meet future business needs. Modular pre-engineering is the most cost-effective means to ensure you don’t need to interrupt your business operations to move to larger location: additional building capacity can be added without interfering with current building use.

An expandable end wall allows for adding more framing to the structure later by using heavier rigid steel I-beam columns and rafters like the rest of the primary framing. However, the end wall is engineered to carry the load of half the adjoining bay in the current construction, plus another half-bay if extended in the future. This means future framing does not require two end walls. The new metal building framing simply attaches to the existing end wall to save you engineering time and money.

If you’re wondering if this type of engineering means doors and openings have to be located at the very end, it’s not the case. The expandable end wall system allows doors or openings to be “field-located”, or later relocated, as needed. You have a choice between overhead doors or shipping and receiving doors on any of the three sides and can switch between one type to the other if needs change. Expandable end walls provide flexibility in the layout and use of your building. The necessary doorway bracing does not need load-bearing posts or even to be completely enclosed. For instance, horse riding areas, storage sheds or aircraft hangars might not even need closed ends. Expandable metal frame walls can be designed up to 150’ in width can support the heavy weight of glass if that design option is chosen, as in having a storefront.

Plan for future expansion

When designing your metal construction, consider future expansion needs and future capacity needs. Your original pre-engineered steel building should include expandable framing so you’re able to quickly and affordably expand the ends of your building as needed without shoring up purlins and grits. Pre-engineering’s intelligent end wall designs lets you save considerably over rebuilding and make expansion more quickly and without interruption.

When you’re ready to build a building that is ready and capable of meeting your current and future needs, contact Summit Steel Buildings by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation, quote and preliminary drawings.

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Steel panel and colour design

frank.melo@summitsteelbuildings.com (Frank Melo) — Wed, 10 May 2023 15:31:58 GMT

Exterior pre-engineered metal panels can be customized in design and colour to highlight your brand and stand out from the crowd.

When it comes time to plan your business’s next facility, the exterior design is more than just materials and design. Choosing the right colour, or combination of colours, is just as important. Fortunately, when you build with affordable and versatile pre-engineered steel buildings, you can choose from a wide selection of colours for your insulated metal panels. These shades can be used in combination with architectural design features, or with other panels, to create patterns and designs that will make your building truly memorable... And create a positive impression that’s so very important.

Add excitement with energetic patterns and highlights

Pre-engineered steel panels are available in a wide choice of colours that can be mixed and matched throughout the exterior of a structure to provide a pop of colour or to highlight architectural features. They can also draw attention to important operational areas (such as entrances, bays, etc.) to improve customer and supplier experience. Steel panels’ versatility of can be used to create dynamic patterns for contrast or more soothing backgrounds to blend in with the building’s natural background environment.

Pre-engineering means every component is customized by colour to create a distinct look. Your building panels, components and trim can match completely or can use complementary shades to highlight features or add a pop of colour for contrast. All materials are made using the same range of colours allowing each piece to fit in cohesively or be customized in unlimited ways. Here’s a few of the steel components that make up the entirety of your pre-engineered building:

Hat and channel sections • Vents • Light transmitting panels

Roof jacks • Fasteners • Ridge caps

Closures • Doors • Windows and frames

Sealants • Insulation • Bracing

Bolts • Louvers • Sliding door hardware

You’re not limited to highlights. Summit Steel Buildings’ design team can work with you to come up with a patterned design to make your building stand out from the rest. An entire universe of patterns can be created using pre-engineered steel panels. They can be random, playful or geometric, without any limitations to allow you to showcase your brand or demonstrate an artistic vision. The colours and patterns you choose can be bold as you want, or sometimes chosen to serve a more practical purpose.

Create an inspiring first impression

Outside of London, Ontario lies a gardening supply manufacturing company called FCMP Outdoor that produces composters, rain barrels and planters. Read our case study on the company. Their modern facility, including offices, warehousing and the plastics factory, was built by Summit Steel Buildings in July 2017. It incorporates large windows to create bright working spaces and boasts a three-tone combination of exterior panels to create a modern sophisticated look. The exterior uses an ash grey base with solar white atop a charcoal gray mid-stripe that runs along the entire length of the building to bring down the scale of the building. The original facility is 140’ x 350’ and includes two-floors of office and administration space, manufacturing and storage areas and four loading bays and has since been expanded twice . The building now runs 650' in length and 84,000 in total square feet. The consistent three-tone pattern helps to make the building size a little less overwhelming and more welcoming when trucks pull up to any of the eight docks and loading bays. Instead of being a monolith of monotone neutral shades, the building looks contemporary, sophisticated and representative of the highest quality products created inside.

Steel panels offer distinct advantages over traditional building materials

Businesses of all types have good reason to build using pre-engineered steel panels besides offering a wide choice of signature colours . For instance, metal exterior paneling is manufactured with the shade smelted in rather than being applied after the fact as a coating. This means your bright, playful and welcoming colour won’t dull or fade over time and will not require future repainting. Your building will look brand new for decades with minimal effort. Not only is it more cost-effective to build with durable steel, but ongoing maintenance costs are much lower.

And if severe weather or vandals cause any damage, only the affected portions need to be replaced. Your repair and insurance costs will be much lower than having to rebuild.

Thinking of something other than just colour selection? Instead of making a bold color statement, you can choose to combine other finishes, such as copper, silver or natural metals, or emulate materials such as wood or stone.

Importance of choice

When you choose to create your ideal commercial or industrial facility, remember all the needs of your various stakeholders, including employees. Workplaces need to be a combination of the artistic dreamscape, with a welcoming environment and stylish image that people can be proud of, and a practical affordability that requires little future maintenance.

Contact Summit Steel Buildings’ team to begin the plans for your next structure, selecting from a wide choice of vibrant colours to highlight the value of your business. Contact us now online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation and quote.

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Be inspired by colour

frank.melo@summitsteelbuildings.com (Frank Melo) — Wed, 03 May 2023 16:46:13 GMT

Your steel building can be built with an exciting combination of pre-engineered siding colours to convey brand or personality with your exterior…

Workplaces are a combination of the artistic and the practical. Guests and employees want a cool-looking environment that shows off style and creates a comforting environment where they can be at ease to reach their potential and be productive. Businesses also want people to feel welcome and be productive, yet also in a way that’s affordable to create, easy to maintain and retain its look over time so it doesn’t feel outdated. If the exterior and interior design can reflect company branding and corporate standards at the same time, then so much the better.

Colour is important in conveying a feeling to guests as they approach your building or in creating a proper
setting to maximize your business’ effectiveness as a headquarters, sales space or production and storage facility.
An appropriate and well-adorned building façade creates the ideal and ‘oh-so-important’ first impression.

When it comes time to plan your business’s next facility, the exterior design is more than just materials and design.
With a little psychology and artistic flair, you can use a combination of colours and stunning finishes to showcase the architectural beauty of one of your business’ most important and valuable assets. Turn your pre-engineered steel facility into a beautiful showpiece that will promote your company to those passing by and become a welcoming destination that will leave your guests impressed.

The case for colour

In a very brief introduction to the psychology of colour , building colour is like presenting “a new product and creates a first impression, favorable or negative. Colour choice influences our body, character, behavior and mood. It’s based on static factors and also psychological, cultural and social factors”.

It has long been known that colour can be used to guide people’s impressions or to encourage a certain emotion. It’s no surprise that many fast-food franchises choose to incorporate bright red and yellow into their corporate branding and logos because they encourage hunger. Blue colours are soothing, reds connote passion and excitement, oranges are friendly, greens are relaxing and pinks sedate.

“The color is light, beauty and harmony, but also mental balance, comfort and excitement. Colors in architecture are necessary to embellish, highlight, illuminate and separate spaces... and also to transmit sensations and comfort.”

The colours you choose, not only for your interior décor but for the exterior of your building, shouldn’t be limited. Fortunately, pre-engineered steel panels are available in a wide selection of shades to help create the exact impression you want for your employees and guests.

Summit Steel Buildings offers a wide variety of subtle or bright colours for your next building, available in a variety of gauge widths and materials:

Siliconized Polyester (26- and 24-gauge material)

Colours: Cobalt Blue, Hawaiian Blue, Burnished Slate, Charcoal Gray, Ash Gray, Koko Brown, Desert Sand, Saddle Tan, Light Stone, Solar White, Polar White (straight polyester), Rustic Red, Crimson Red and Fern Green.

Polyvinylidene Fluoride (PVDF) low gloss (26-gauge material)

Colours: Bone White, Snow White, Slate Gray, Medium Bronze, Brownstone, Almond, Brite Red, Harbor Blue and Classic Green.

Importance of choice

When you choose to create your ideal commercial or industrial facility, colour plays a big role. You don’t need to compromise the style of your building and how it fits into its community. Pre-engineered steel panels give you the choice you need to find your public style.

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Your business benefits from open, column-free space

Tue, 25 Apr 2023 17:05:47 GMT

Don’t stifle productivity or restrict the future success of your business with small rooms and working spaces crowded with interior columns and beams.

You need a building that is as unique and innovative as your products – a space that incorporates functional design into every square inch. Steel buildings with column-free space and huge open clear spans offer value that allow you
to maximize your capacity and get the most out of your operation. Summit Steel Buildings is your one-stop turnkey solution .

Storage capacity and creating the ideal layout

When we talk about storage capacity, it is important to make the distinction between ‘theoretical’ and ‘working’ capacity. Simply having more space isn’t necessarily better. Theoretical capacity refers to all the vertical and horizontal space inside a building, whereas working capacity considers all the logistics associated with storing and producing your products, such as weight and dimensions, inventory requirements, production and shipping space requirements.

A building that has a lot of theoretical capacity, but not a lot of working capacity will not serve your best interests. Larger buildings come with higher warehouse and carrying costs which include (but are not limited to) rent, storage, picking and packing, utilities, maintenance fees and inventory management. It is important to accurately assess your space requirements and options.

When you build with pre-engineered steel designs, you get safe and secure working and storage conditions, designed specifically to your business needs, that will benefit your organization for decades to come.

Column-free spaces improve productivity and customer service:

Without obstructing beams, you can use every square inch of your building as efficiently as possible, improving storage, production and overall ergonomics.
Column spacing can limit the equipment options available to you or may dictate where equipment can be placed within a production line –likely impeding efficiency.
Clear spans maximize production efficiency and, combined with a greater ability to store and organize your merchandise on-site, allow shipping teams to get your products to customers faster.

Improved workplace safety:

Columns are responsible for an alarming number of serious accidents and fatalities in the workplace. Approximately 35,000 forklift accidents resulting in serious injury occur in the United States every year. The number four cause of these accidents is collisions with columns and racking systems, according to the Occupational Safety and Health Administration (OSHA) .
Repeatedly running into columns can cause them to collapse, which creates costly structural damage and potentially serious injuries. Columns are also responsible for fatal accidents where people are crushed between the column and a forklift. Read about one such fatal incident in an article from Canadian Plastics where one person was killed, and the company received a hefty fine.

Cost savings:

Future expansion and layout – Unimpeded open space allows you to create your ideal layout with the potential to adjust as your team size increases, as you modernize or add new equipment. Without having to work around columns or tight spaces, you can shift layouts and alter production lines quickly and easily, with less downtime. Lost production time to reorganize working layouts and machinery positions is costly, and resulting downtime will negatively impact sales, profits and worker morale.
Won’t outgrow your space – At some point, your business is going to grow beyond the confines of the building’s existing footprint. The costs associated with having to move your entire operation to a new location are significant and, in some cases, prohibitive. If building an expansion to your existing structure is your only option, steel buildings are one of the most affordable options. Pre-engineering expandable end walls mean there’s no limit
to how much more length you can add to your existing building. Quickly add much more valuable open,
column-free space to your operation without any resulting interruption. Read about how Summit Steel Buildings’ pre-engineering offers endless expandability at affordable costs.
Lower Insurance – Because workplace safety and the risk management specific to your operation has been built into the design of your building, your employees will be safer, and your insurance costs will be lower.

Protects products and raw materials:

Efficient use of space can allow you to properly store equipment, perishable products and raw materials in-house in pest-free, secure and climate-controlled conditions. You’ll never need to worry about temperature and weather fluctuations, humidity and mold and other airborne contaminants.
Less spoilage means less waste and less waste management.
Proper storage of raw materials in-house may also lower your insurance costs.

Ensure your building has the working capacity it requires

Collaboration between client and builder is essential. At Summit Steel Buildings, clarity and communication with our clients is paramount. Every one of your questions and concerns is important and deserve to be addressed with a detailed response. You understand your product, your labour force and your customers better than we ever could; our goal is to create an ideal building solution that will address all of your needs, improve operations and contribute to the ongoing success of your business. We ensure to explain what we are doing, and why we are doing it, throughout the entire process of designing to building so you can completely understand the progress and potential of your new facility.

Let’s talk. Our team at Summit Steel Buildings would love to speak with you and learn more about how we can provide you with real solutions to make your vision a reality. Call us at 877-417-8335 for a free quote and to receive your preliminary drawings.

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Perspectives from the world’s largest mining trade show

Mon, 10 Apr 2023 15:23:28 GMT

As both a member and exhibitor, attending the Prospectors & Developers Association of Canada (PDAC) March 2023 annual conference is both a responsibility and a pleasure.

Springtime is a welcome time of renewal, rebirth and excitement. It’s a point when people begin to see the potential of the new year after months of home-bound isolation (regardless of how much fun it is to snowboard in the beautiful Rocky Mountains). Despite March being a busy time preparing for our main construction period, spring brings one of Summit Steel Buildings favourite events, what we consider a highlights of the season.

PDAC 2023 is one of the world’s premier mineral and mining conventions, welcoming tens of thousands of geologists, engineers and investors to downtown Toronto. Over four days of networking and showcasing our pre-engineering steel buildings, exhibitors like us look to connect with industry leaders, strike a few deals and learn more about the infrastructure and logistical needs of the world’s top mining organizations.

Before our team gets too involved on-site with this year’s building projects, we wanted to take a few moments to share what we experienced at this most recent trade show. With a diverse team spread throughout Canada (and some working very remotely), this is a time when we’re all together and can reflect back on the people we met and the friendships and partnerships we formed at the show.

Highlights from the world’s premier mineral exploration & mining convention

This annual convention in Toronto is known for attracting up to 30,000 attendees from over 130+ countries for its educational programming, networking events, outstanding business opportunities and fun. Since it began in 1932, the PDAC Convention has grown in size, stature and influence. Today, it is the world’s largest mineral industry gathering, hosting more than 1,100 exhibitors and 2,500 investors. The event is a massive enterprise, and the Toronto Metro Convention Centre can barely contain it all (the show moved from being in one building to taking up two this year).

The Summit Steel Buildings team exhibited in-person for the first time after joining PDAC two years ago. Frank Melo and A. Paul Mitchell represented our company at the live show in 2022 and the rest of leadership team took part in exhibiting at the conference’s virtual online show the same year.

It’s an incredible spectacle to witness. And exhausting. Days are long with plenty of walking and standing. The breaks to grab a coffee with a stranger or to attend a seminar or investment presentation are welcomed. However, meeting so many of the best and brightest from around the world is exciting and led to many fascinating and engaging conversations. And allowed us to meet new business partners and friends from countries as distant as Nigeria, Peru, Sri Lanka and Trinidad.

FRANK MELO’S FAVOURITE MEMORIES

“I really enjoyed meeting a contingent of guys from Peru who were representing a steel manufacturing firm. (They had the coolest promo keychain ever!) They were looking to develop a connection with us with their factories for any South American projects. The delegation has since visited Summit Steel Buildings in Vancouver to expand discussions and explore working partnerships. Our team enjoyed hosting our new Peruvian friends at Vancouver’s Terminal City Club and sharing other incredible attractions the city has to offer.”

“The conference provided me with the opportunity to connect with other engineers from other disciplines and to “talk shop” about technical details in building construction and mining practices.”

DARREN SPERLING'S FAVOURITE MOMENTS

“Large live events allow me to demonstrate our proprietary virtual reality (VR) engineering system. Prospective clients are always impressed with the immersive ability to walk around and discover a future building based only on blueprints. I enjoy watching their joyful reaction to the technology.”

“I was amazing by the extent of Canadian mining around the world and the need to suitable infrastructure to support it. I explored the various companies and had engaging conversations with engineers about the current tools they’re using to come up with solutions to problems you may never know existed.”

Mining industry is evolving and critical minerals are key

As reported by the Financial Post , minerals, such as copper, aluminum, manganese, indium, rare earth elements, lithium, cobalt, graphite and potash, are the building blocks of a green and digital economy. They’re essential for electronic devices, batteries and electric vehicles (EVs). Canada is fortunate to have an abundant supply of these resources, both known and mined and being prospected. It places Canada at the forefront of future trade and will be a significant contributor to the country’s economy. As such, seminars and guest speakers addressed both the potential and concerns of all this new activity, including how the public and private sectors can better work together to reach our potential. Two of the major themes included:

Critical mineral supply chain opportunities: “The mining sector is expecting a huge influx of investment thanks to the United States Inflation Reduction Act, which depending on who you ask may unlock anywhere from US$1 trillion to US$1.7 trillion of public and private funding for upstream and downstream critical mineral projects, such as exploration, mines, refiners, recycling plants and electric vehicle battery plants.”

Quicker times to develop mines: Mining industry is changing. Between the idea that smaller mining opportunities might prove to be more profitable, introduction of new technologies and tools and welcoming more women and diversity to the industry and the growing importance of Northern Ontario’s “Ring of Fire” region are keys to future success... And gold mining might not be the darling it once was (compared to interest in critical minerals) despite the volume of revenue and share of production around the world. Copper remains a strong commodity for the mining community too.

Looking forward to PDAC 2024

Summit Steel Buildings values being a member of Prospectors & Developers Association of Canada and proud
of the connections we’ve built within the mining industry and the projects we’ve completed. We also enjoy the opportunity to connect with other association members at live trade show events like this one and others with Canadian Institute of Mining, Metallurgy and Petroleum and the Mining Association of Canada . We’re one
of the resource sector’s premier pre-engineered metal structure companies and work hard to maintain and enhance our reputation for excellent.

If your mining operation is looking for processing, housing or storage facilities, do not hesitate to reach out to Darren Sperling to discuss how we can design your ideal steel building solution. We’ll provide you with a free quote and preliminary drawings to assist with all your planning needs. Our professionals will transform your vision into a reality. Contact us now online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation and quote.

Simplify project management with one turnkey construction partner

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 04 Apr 2023 15:44:44 GMT

Clear and effective communication between client and contractor is essential for any construction project. Industrial and commercial building often involves multiple phases and can prove to be incredibly time-consuming — thus making the two-way flow of communication a crucial element for success. As a complete turnkey constructor, Summit Steel Buildings is your all-in-one building provider and is responsible for every stage of building development. Relying on only one building partner helps simplify organization, communication and reporting. Using the turnkey construction model is the preferred building solution that offers more benefits than builders using a traditional design/build model.

Turnkey construction versus design/build — what’s the difference?

Turnkey construction, also known as design/build/operate, is a model where a qualified management team is accountable for organizing and managing an entire project from start to finish, including design, foundation, material delivery, construction and finishing. As a client, you work with one provider and receive a final building where you are simply handed a key and can start occupying it. In contrast, design/build is a model where a contractor oversees the work of several different parties or sub-contractors (such as architects, engineers, concrete providers and tradespeople including electricians and plumbers). Turnkey construction simplifies the construction process and reduces the number of contracts to reliably streamline a project's development throughout the design and construction phases.

Why turnkey construction is the preferred solution:

1. Efficient communication

Turnkey construction offers several ways to improve and optimize communication. With turnkey construction, clients have one point of contact, which can make things run more smoothly and efficiently. A turnkey provider eliminates sub-contractors that may not be as familiar with the technical requirements of pre-engineered steel building components and designs.

In this model, the contractor sets clear expectations for the client — including project timelines, budget and quality standards – to help avoid misunderstandings and ensures everyone is on the same page. The turnkey management team provides regular updates to the client, such as progress reports, and identifies any immediate issues that may arise. As a result, the client stays informed and can make necessary adjustments along the way. The close collaboration between the turnkey provider and client during the design phase also helps build trust between the two parties, leading to a more successful project.

2. Time savings

Since the turnkey building provider is responsible for the entire project (including design, engineering, building the foundation, providing materials and components, construction and final finishing), the project timeline is usually much shorter. Without any need to coordinate with multiple sub-contractors simultaneously, turnkey providers can manage the entire process efficiently and effectively. A shorter project timeline means less downtown and fewer operational disruptions.

3. Cost-effectiveness

Turnkey construction offers cost efficiency as the client receives a fixed price for the entire project, eliminating the need to pay multiple contractors. Not only is the project less expensive, by using turnkey construction, less administration is required, and the client knows the project's total cost upfront, which helps with budgeting and financial planning.

4. Quality assurance

An all-in-one turnkey provider, like Summit Steel Buildings, can be both a fabricator and constructor. Every building component is manufactured in a secure environment to adhere to national building and safety codes, guaranteeing the highest quality of the end product. Precise manufacturing standards and parts are designed specifically for the project to ensure the final construction is safe and durable. With turnkey construction, one party is responsible all aspects of the project, including quality assurance. This means the client can trust the final building will incorporate all safety and quality standards and does not have to deal with unnecessary stress when it comes to inspection.

A turnkey model delivers reliability

Turnkey construction is the preferred solution for construction projects due to its streamlined communication, time savings, cost effectiveness, and higher standard of durability. This delivery method offers several advantages over design/build, making it a more suitable choice for clients looking to build quickly and affordably with reduced complication. By choosing turnkey construction, clients ensure a smoother, more efficient and successful project from start to finish.

Why choose Summit Steel Buildings as your turnkey construction partner?

At Summit Steel Buildings, we are your ultimate partner for all your building needs. Our expert in-house designers, engineers and tradespeople will be with you at every step of your next building project, from the initial concept to the final occupancy. As your one-stop solution, we'll handle all aspects of the project on your behalf. We deliver versatile, low-maintenance structural designs that can withstand any weather condition. We promise to complete your metal building project quickly and within the quoted price.

So why wait? Share your requirements with us, and our professionals will transform your vision into a reality. Contact us now online , by email at info@summitsteelbuildings.com or at 877-417-8335 and we'll provide you with a free consultation and quote.

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Larger working spaces lead to operational savings and human resource gains

Thu, 16 Mar 2023 15:35:09 GMT

Office workers may debate the pros and cons of open-concept layouts; they all unanimously agree that larger working spaces are better.

Considerable conversation and research have been dedicated to whether open concept working environments are better for people and productivity. What is not up for debate is that open spaces offer many beneficial safety and psychological advantages that can contribute to long-term company success. Regardless if your organization is in manufacturing, fulfillment, administrative or event and entertainment categories, the potential of large open spaces contributes to a positive, favourable environment, one that maximizes the potential of everyone within it.

From the facility’s construction to ongoing health benefits, cost savings from larger buildings with more open space are significant for both owners and occupants. Regardless of your industry, cost-effective buildings made from pre-engineered steel allow for large clear spans and open space that’s not possible with traditional construction at such a reasonable investment. When you are looking to build your ideal working space, you need to consider building with steel. Summit Steel Buildings is your premier, one turnkey construction partner that can turn your vision into reality.

Building larger with steel engineering is an intelligent choice

Clear spans refer to the uninterrupted space between two support points, such as columns or walls, in a building. Open clear spans are an essential design feature in pre-engineered steel buildings. For business owners and planners, building large spaces with steel offers several benefits:

Increased usable space – By eliminating columns and walls, open clear spans maximize available floor area. This creates more usable space for storage, equipment, offices and other activities.
Cost-effectiveness – Cost-per-square foot costs drop significantly as building dimensions get larger. It’s one of the economies of scale made possible by pre-engineering’s affordability. Steel buildings with clear spans can be constructed more quickly and with fewer materials than traditional buildings. This translates into cost savings for owners, as well as reduced construction time and improved efficiency.
Improved natural light and ventilation – With fewer obstructions, natural light and air can flow more freely through the building, reducing the need for artificial lighting and HVAC systems. Less energy usage leads to financial savings and a more comfortable working environment for occupants.
Enhanced aesthetics – Open clear spans provide a modern, clean look that is highly sought after in contemporary architecture. This aesthetic appeal can add value to the building and enhance its overall public impression.
Flexibility – Open clear spans allow for the easy reconfiguration of interior spaces without the need for load-bearing walls or columns. Building owners can customize their facilities to suit their specific needs and adapt to changing requirements over time.

Happier and more productive employees require more space to work

Open spaces in the workplace have been shown to have a variety of health benefits, including:

Improved mental health – Exposure to natural light and views of greenery can improve mood and reduce symptoms of depression and anxiety.
Increased physical activity – More space encourages employees to move around more often, which reduces the risk of chronic diseases such as obesity, diabetes and heart disease.
Reduced stress – Larger working environments can provide a calming effect and reduce stress levels by providing a break from enclosed and artificially lit spaces.
Improved productivity – Open spaces can increase collaboration and communication among employees, leading to more efficient work processes and increased productivity.
Better air quality – Areas for plants and greenery can improve air quality by removing toxins and increasing oxygen levels.
Enhanced creativity – Stimulate imaginations by providing a change of scenery and encouraging employees to think outside the box.

Operations and human resources can both agree

Once the decision is made to build an ideal facility, management, operations and employees will all agree that more space is better. Larger spaces are not only affordable but made possible by building with pre-engineered steel buildings. Your workplace will have a positive impact on your financial bottom line as well as both physical and mental heath for employees. Larger, more open operating space leads to a more productive and enjoyable work environment.

When you’re ready to expand your current business or to build your first facility, contact Summit Steel Buildings at 877-417-8335 for a free quote and to receive your preliminary drawings.

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Importance of column-free engineering to maximizing space

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 07 Mar 2023 23:15:10 GMT

Beams are an eye-sore, obstruct traffic flow, take up space and limit the potential of your warehousing, storage or working space…

In North America, we tend to take space for granted because have so much of it. However, extra space is good for business. Having an organized storage or office area without beams, columns and other obstacles interrupting space make the environment safer, healthier, more productive and generally more enjoyable to work in .

Let’s look at the actual space for a moment. A bigger building doesn’t necessarily mean a more effective and efficient use of space. Even if you escape the confines of older turn-of-the-century brick buildings with huge structural supporting walls that create a maze of small rooms, many traditional building methods still require internal columns and beams that can potentially cause hazardous and obstructive obstacles around which to work.

Whether you have a warehouse, manufacturing facility, open-concept office or retail centre, those columns and beams in the way create significant workflow challenges and create an eyesore that is impossible to remove. In fact, some building concepts are impossible using interior supporting columns: imagine a sports field house, a swimming pool or airplane hangar with an array of supporting beams in the way.

The intelligent alternative is modern steel buildings with open-bay engineering to create clear spans of 30 to 80 feet and building widths from 60 to 300 feet or more. Buildings can be as long as is needed. Think of all the possibilities when you have wide open, unobstructed space.

As existing warehousing and storage buildings become rarer in large urban centers, like Toronto, Montreal and Vancouver , it becomes a smarter decision to build a little further outside the core and save money while improving the performance of your organization . The benefits are obvious.

Steel building engineering is cost effective

Both in terms of construction and ongoing operational costs, pre-engineered steel buildings create large open spaces that maximize both human and process productivity. In terms of construction, clear span spaces created by steel structures are a less expensive by using less material, requiring much lower labour costs, using less concrete and creating far less waste. Aside from the savings in construction time, a rigid-frame system with standing seam or screw-down solutions costs less to allow more usable space within your building footprint. From a maintenance and operational perspective, open spaces create more productive environments and happier employees, allow more invigorating sunlight and are visually more impressive.

For cost-effective, energy-efficient designs and high-performance wall and roof systems , Summit Steel Building’s solutions provide a long-term, cost-effective solution for any industry or purpose. Steel engineering and intelligent design are ideal when you’re considering expanding production needs. Please contact us online , by email at info@summitsteelbuildings.com or at 877-417-8335 so we can discuss our versatile and cost-effective ways implement your long-term building solution that can be executed quickly.

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Successful mining operations rely on steel buildings

Tue, 28 Feb 2023 18:57:29 GMT

Dependable and durable processing and storage facilities for the mining industry are ideally built with pre-engineering from Summit Steel Buildings.

Cutting precious minerals out of solid Canadian Shield rock or Rockies' steep slopes is slow, dirty and dangerous work. It’s also necessary for securing the future as more and more people and companies rely on critical minerals to power electric vehicles and digital devices so critical for business communication. As consumers look at their shiny and sophisticated technology, they seldom think of the difficult labor and massive infrastructure necessary to prospect and quarry the elements required to make them.

The backbone of every successful mining operation is infrastructure – the tools and equipment that support the human effort and keep people and materials working safely and effectively. Some of the most essential, yet lesser publicized, equipment for the mining industry are pre-engineered buildings made from steel that support processing, storage and housing.

What sort of buildings are necessary for Canadian mining operations?

Facilities needed in Canadian mining vary depending on the type of operation. For example, underground mines may need headframes, hoists and other structures to support the shafts and tunnels; open-pit mines require large processing plants and offices; while placer mines sometimes only need basic equipment sheds and bunkhouses. Other common structures include warehouses for storing supplies, maintenance shops, laboratories for testing samples and administrative offices.

These sturdy and strong facilities are pre-engineered to be cost effective, durable while requiring minimal maintenance. Pre-engineered metal buildings provide a strong structure that can withstand harsh weather conditions throughout Canada's northern climate. They also offer flexibility to customize the building design to meet the specific needs of each individual project. Additionally, pre-engineered steel buildings help reduce construction time compared to traditional brick and mortar structures, allowing projects to be completed faster while still providing quality results.

The benefits of using pre-engineering for mining operations

Cost savings: Pre-engineered metal buildings are more cost effective than traditional construction methods , making them ideal for mining operations in remote locations that require a large space but have limited budgets.
Durability and strength: Steel is incredibly strong and durable, which is important in a rugged environment such as a mine. It also requires minimal maintenance over time, saving money on upkeep costs in the long run.
Safety: Steel buildings can be designed to meet specific safety requirements, such as fire codes and seismic regulations, so they provide an extra layer of protection against potential hazards in the work environment.
Quick construction time: Pre-engineered means buildings can be erected quickly compared to other types of structures due to their modular design, which reduces labor costs and allows projects to be completed faster with fewer people involved in the process.
Flexibility: When it comes to size, shape, features and finishes, only pre-engineered steel buildings offer the ability to customize the structure according to your specific needs at an affordable cost. And with its modular engineering, buildings can be adapted or expanded without having to start from scratch each time you need something new built.

The advantages of using pre-engineered steel buildings over other construction methods:

Pre-engineered steel buildings are cost effective, allowing for quick and easy construction at a fraction of the cost of traditional brick and mortar methods.
Steel buildings require less maintenance than wood or brick structures due to their durability and resistance to insect infestation, fire damage, rot, mold, mildew, etc.
Steel buildings can be designed to meet exact specifications with customizable features, such as windows, doors, insulation options and more without sacrificing structural integrity or stability.
Pre-engineered steel buildings have superior strength compared to other building materials making them ideal for extreme weather conditions like hurricanes or earthquakes that would otherwise cause significant damage to wood or masonry constructions.
Steel is 100% recyclable which makes it an environmentally friendly choice in comparison with other building materials such as concrete or timber that release harmful toxins into the atmosphere when manufactured from scratch each time a new structure is built.

When it’s time to build, contact Summit Steel Buildings

When one thinks about modern advances, people need to remember tough and strong people, machinery and buildings in remote, extreme environments that bring us all the essential critical minerals necessary to make our lives so much more convenient and easier. These materials are not easy to find or extract. Fortunately, mining operations can partner with reliable Canadian companies to provide the infrastructure that makes all the sourcing possible.

Summit Steel Buildings is a leading manufacturer and constructor of pre-engineered metal structures. Their leadership team has more than 40 years of combined experience and are ready to dedicate all their talents to your project to make it as successful as possible. Their turnkey methodology ensures you have one point of contact and only one team responsible for completing all aspects of your construction. Summit Steel Buildings offers expert engineering services to ensure the highest quality project with superior design capabilities that meet all local codes and requirements. All their building solutions are customizable to fit any budget or need for commercial and heavy industry applications.

When you’re ready to start a new mining operation or are looking increase the capacity of your current ones, please contact Summit Steel Buildings at 877-417-8335 for a free quote and to receive preliminary drawings.

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Here’s the way to beat B.C.’s rising rental rates

Mon, 20 Feb 2023 18:42:54 GMT

Commercial and warehousing vacancy rates are at record lows, while prices are at all-time highs. The better option is to build you own with affordable pre-engineered steel buildings.

If you think buying a house in Canada is difficult these days, try procuring a warehouse – especially on the West Coast.

It seems nearly impossible — and commercial and industrial businesses are feeling the pain. As of late 2022 and early 2023, industrial rental space within the city of Vancouver was listed at a near-zero percent vacancy rate.

A shift in consumer spending toward online shopping and a resulting need to warehouse even greater numbers of inventory SKUs have created increasing pressure to accommodate the insurmountable need for storage. But with rental costs continuing to soar in an uncertain economy, more and more businesses are deciding that moving further away from the city core and building out their own storage capacity is a better business strategy .

Businesses searching for existing rental space are being forced into an unwinnable waiting game. In 2022, 90 per cent of the 9.1 million square feet of new rental space was delivered preleased ( according to CBRE ). And if companies are fortunate enough to find an available location, they come with an increasingly unaffordable price tag. Warehouse rents have climbed 29.4 per cent year-over-year at the same time, making renting even more unaffordable for new startups and smaller businesses. The Greater Vancouver Area (GVA) has the highest average asking rental rates in the country and is the only Canadian market with an average asking rent above $20 per square foot .

Better to build than to rent

So, what can be done to aid this crisis? How can Vancouver and the rest of B.C. continue to attract multinational corporations and develop new local businesses? By encouraging business leaders and entrepreneurs to think outside the box and build one of their own in available space outside the city proper.

Under normal circumstances, especially for newer enterprises, renting is the most reasonable way to get a business started without a huge capital investment. But these are not normal circumstances. Building becomes a much easier decision to make once people understand the economics and have a clear view of their return on investment. And with this knowledge, it becomes even more evident to steer away from traditional brick-and-mortar storage facilities and build with pre-engineered steel buildings.

Steel buildings offer greater design flexibility than traditional brick-and-mortar structures. They can be easily customized to meet specific requirements and can also be easily modified or expanded if needed, providing numerous other benefits:

Cost-effectiveness – Steel buildings are often more cost-effective than traditional brick-and-mortar structures because they are easier and quicker to construct. Steel is also a more affordable material than brick or stone.

Durability – Steel buildings are incredibly durable and can withstand harsh weather conditions. Steel structures are also resistant to fire, pests and rot, making them a long-lasting investment.

Sustainability – Steel is a recyclable material, so steel buildings are often more sustainable than traditional brick-and-mortar structures. Additionally, steel buildings require less energy to heat and cool, making them more energy efficient.

Maintenance – Steel buildings require less maintenance than traditional brick-and-mortar structures. They are less prone to cracking, chipping and fading, and do not require repainting or sealing like traditional brick buildings.

Size and span – Steel buildings can also be designed to have larger open spaces without the need for supporting columns or walls. This is because steel is stronger than brick and can support more weight over a greater distance.

Summit Steel Buildings holds the key to solving these warehousing problems with their intelligent custom-built solutions. The Vancouver-based company has become an industry leader by delivering premier pre-engineered metal buildings designed to meet storage needs regardless of sector or business purpose — everything from manufacturing , agricultural , mining , forestry and even multi-story combined-use retail and office spaces. Summit Steel Buildings is backed by a team that boasts over 40 years' worth of collective experience and has fashioned a strong reputation for completing projects on time and at an affordable budget.

If you build it, business revenue will come

A far too often piece of misquoted movie dialogue states that if you build it, they will come. Only in this instance, the “it” is not referring to a mythical baseball diamond located in some cornfield in the middle of Iowa. Rather, it’s a pre-engineered metal storage facility built by the trusted engineering and skilled trades team at Summit Steel Buildings and what will arrive is greater prosperity and operational savings that are only possible through equity ownership. Building construction is a much more affordable option than people think and a much more creative way to solve storage challenges. After all, the economy is driven by innovation, exciting startups and the unrealized entrepreneurial potential that’s so necessary to keeping British Columbia prosperous for generations to come.

When you are looking to get started on your ideal warehousing or storage facility, contact Summit Steel Buildings at 877-417-8335 and we’ll provide you with a quote and preliminary drawings free of charge.

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World-class wineries deserve world-class structures

frank.melo@summitsteelbuildings.com (Frank Melo) — Tue, 07 Feb 2023 19:23:48 GMT

In the 1990s British Columbia wine makers were considered pioneers, it wasn’t until 1994, when the Mission Hill Family Estate’s Grand Reserve Chardonnay 1992 won the Avery Trophy for “Best Chardonnay Worldwide” at the International Wine & Spirit Competition in London, England that the world sat up and began to take notice.

Since Mission Hill’s award triumph, the B.C. wine industry has emerged as an industry powerhouse. In April of 2018, four new regions in British Columbia were recognized as distinct wine producing areas, bringing the province’s total to 12 official areas with geographical indications. B.C. wineries were awarded more than 1,000 medals in national and international competitions in 2019 ; making it safe to say that the wineries of B.C. continue to solidify their position as some of the best in the world.

Some of the more recent notable achievements from B.C. wineries include:

Culmina Family Estate Winery – Gold for their 2020 Unicus Grüner Veltliner (2022 Decanter World Wine Awards)
Cedarcreek Estate Winery – Gold for their 2019 Platinum Haynes Creek Cabernet Franc (2022 Decanter World Wine Awards)
Fox & Archer – Gold for their 2019 Malbec (2022 Decanter World Wine Awards)
See Ya Later Ranch – Gold for 2019 Rover – Shiraz Viognier (2022 Syrah du Monde)
Corlan Vineyard and Farm – Gold for 2020 Chrome Island Red - Maréchal Foch, Leon Millot (2022 International Organic Wine Awards in Germany)
Covert Farms Family Estate – 7 Medals total - 4 gold, 3 silver, various categories (2019 International Organic Wine Awards in Germany)

With 12 distinct geographic winegrowing appellations, every single bottle of B.C. wine provides its own unique and exceptional sensory experience; however, it also means that wineries across the province face unique, climate- and environmental-related challenges.

And this doesn’t just apply to weather and seasonal challenges. In 2022, Blue Mountain Vineyard and Cellars was unable to bottle their 2021 vintage because of smoke damage to their grapes due to the nearby Thomas Creek Wildfire. As the winery said, in a statement to CBC News , “we were not willing to compromise the reputation that we have worked tirelessly to establish over the past three decades". Even in the face of significant loss of revenue due to occasional unexpected challenges, B.C. winemakers are not willing to compromise quality over quantity. They are willing to persevere because of the amazing attributes that their geographic location provides to make their wines unmatched.

Aside from talented winemakers, great terroir, fantastic grapes, co-operative weather and a little good luck, producing amazing bottles of wine requires a proper winemaking environment, one that is custom built to suit their every need. Fortunately, British Columbia wineries don’t have to go very find an ideal pre-engineered metal facility fabricator and erector. Vancouver’s own Summit Steel Buildings is always ready to bring their years of experience to create an ideal facility for new or established wine companies.

Winery buildings in B.C. must be able to withstand extreme climate conditions, adapt and expand as quickly as their growing industry requires, and have design elements that match the unparalleled beauty of B.C. wine country’s landscape.

How do Summit Steel Buildings address the unique requirements of B.C. wineries?

Durability – Steel is a standard fire-rated choice for both structural framing and for walls and roofs (where fire spreading to nearby buildings is most likely to begin). It is non-combustible and heat-resistant to temperatures over 530 Celsius (1,000 Fahrenheit) for up to three hours. When seconds and minutes make all the difference, assurances come from a material’s ability to resist higher temperatures before critical failure. Adding in fire barriers and thermal breaks between sections within the building adds further measures for fire preventive.

Adaptability – When building from scratch, you have control over your design and layout, and can easily expand the facility later using pre-engineering’s open-ended system that allows added length to either end quickly and affordably.

Design – Metal building designs not only take into consideration functionality aspects, such as insulation, ventilation, natural illumination, access to the building for maintenance and cleaning, but also create esthetically beautiful surroundings that will compliment the magnificence of the existing B.C. landscape.

Savings to time and budget – On average, our pre-engineered steel buildings save clients 30% on overall construction costs, require less ongoing maintenance and more environmentally friendly when compared to using traditional materials and building methods.

Before you start pressing grapes, turn to steel

With Summit Steel Buildings, you get a complete building solution with only one provider. We have all the necessary architects and engineers in-house to plan and create the design of the building’s layout, its structural system and manage its entire construction, from foundation through to occupancy.

When you’re ready for a world-class building for your world-class winery, please give us a call at 877-417-8335 or email us at info@summitsteelbuildings.com so we can provide a free quote and prepare preliminary drawings.

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Factors to consider when building your ideal manufacturing center

Mon, 30 Jan 2023 20:49:33 GMT

As manufacturing continues to be a key driver for growth and jobs, more companies understand the advantage of designing and owning their ideal facility over renting.

Manufacturing is at the heart of the Canadian economy, accounting for more than 10% of Canada’s GDP, producing $174 billion in goods while providing 1.7 million full-time, well-paying jobs. [Source: Government of Canada, "Canadian manufacturing sector gateway." ]

The manufacturing industry has undergone a wide variety of change, both on the micro- and macroeconomic level. Modernizing has been crucial, with a keen focus on innovative technology, lean-manufacturing models and processes to minimize waste and inefficiency.

“Canadian manufacturing has adapted, showing considerable resilience in the face of challenges, whether from demand shifts, relative price shifts or changes in tariff regimes... Through all of these events, and in the face of intense international competition and rising resource prices, manufacturers raised their productivity, and transformed the structure of manufacturing to match that of the US by shifting production to more durables and fewer nondurables.” [ Statistics Canada ]

These challenges have added pressure on companies to increase their space, seek secondary locations and expand their operations, which in turn has led to shortages in available space .

The best alternative has been for companies to look to build new facilities rather than renting. Production companies can’t be expected to continually upgrade old infrastructure to keep up with higher capacities and new technologies. At some point, they need invest in a facility that will suit their current and future needs.

It makes business sense to build and own your own business building rather than paying rent . If you’ve outgrown your rented facility and are looking to build your ideal manufacturing centre, what happens next?

Building is not just an opportunity to grow into a larger space to accommodate your growing needs and increased capacity, but also a time to reimagine how your team and processes work, and if there’s a more efficient and cost-effective way to increase output.

Recognizing the need to move into a new space is simply the beginning of your journey.

Building is the chance to reinvent and improve best practices

Your organization only gets one chance to plan and create the structure, processes and layout that the company will have to live with, potentially for decades. It’s critical to get it right from the start. This front-end analysis includes a facilities planning review to look at how best to accommodate the people and equipment in your new space.

Location, location, location (it’s more than just real estate)

Location is an obvious and huge factor: regardless if you are importing (where you want to be close to port authorities or airports) or sourcing locally, you’ll want to have easy access to major highways or distribution points. Sometimes moving closer to existing clients or major population centres makes sense to save shipping costs; those costs, however, are offset by higher property prices and tax levels. Of course, being in major population cities means it’s easier to find talented employees who appreciate shorter commutes to maintain an adequate work/life balance. Even with the advance of remote working, a great number of production roles require being on-site, and no one wants to spend a considerable amount of time stuck in traffic.

Company management has long faced a struggle to decide where to locate their operations. Being both close to urban centers and further out offer distinct advantages. The shortage of available space, however, has necessitated pushing new builds further out of the core and down major transportation routes. Access to markets remains assured, at lower costs, and with the potential to increase capital value of your owned building as time passes. Today’s manufacturing facilities have evolved from its basic function as a production space into a storehouse, retail center and administrative headquarters as part of a flexible component of the entire global supply chain.

Increased capacity through efficient layout

Don’t underestimate the importance of improved layout design and the benefits it has one all sort of logistical and ergonomic movements. Careful consideration and planning will yield to more effective functional layouts and increases in production capability. Through the stages of process specification, you determine the key elements necessary to create the ideal layout that’s custom to your operations. Working with a design-to-suit manufacturer like Summit Steel Buildings will help incorporate these essential concepts into your new layout:

Process design and requirements – Determine the type and amount of machinery you not only have at the moment, but what you’ll need in the future to reach your strategy goals and building’s objectives.
Departmentalization – Production as a primary activity is usually easy to determine. Calculating enough current and future space for secondary or supporting activities is just as important. Organizing where various departments are located, how they interact with other business units, and resulting traffic flow helps to prevent interruption, delays and keeps people working to their best potential.

Working with an experienced builder also ensures all your electrical, utilities and infrastructure needs are going to be accounted for and fully met with the new structure. Once your facility is complete and occupied, you want all your equipment and personnel to be able to immediately get to work and start producing, both to offset the capital costs of the new facility but also to start generating cashflow. Your operations will most likely have continued in your old building up until the final move into occupancy. At a time when moving results in additional expenses, getting immediate revenue out of your structure and avoiding unnecessary additional interruption is essential.

Process and activities planning

Departmental layouts need to be integrated into an overall facility schematic. Of course, with the open concept and uninterrupted space that only steel engineering allows , working areas can be adjusted and modified later on if need be. Structural walls with traditional brick and mortar construction can become massive impediments later as the company continues to grow or adjust to new ways of working and technology.

Many digital and old-school tools are available to help diagram and experiment with different layouts and traffic flow patterns to help find the one that will work best for you organization. It’s good to try out different theoretical layouts and get input from departmental leaders.

Planning uninterrupted traffic paths that allow people, materials and information to flow between areas without intersecting any others in important: the less distance materials and people have to move, the better. Shorter, uninterrupted distances convert into immediate cost savings. Every business is unique, although best practices have determined some effective layouts that have proven themselves over time. Do your research, speak with industry peers and find successful examples that will help with your own planning.

Building your own manufacturing facility allows you to innovate and adapt

Starting from scratch provides the opportunity to grow into a larger space and reimagine how your team and processes work. Your organization will discover a better way to efficiently produce more and redesign how teams work together to increase effectiveness. As technology and resource needs increase, you’ll want your new facility to be capable of handling these higher demands.

When it’s time for your manufacturing company to expand into a home that better suits your needs, or you need to expand with additional production or warehousing space, contact Summit Steel Buildings at 877-417-8335 and we’ll provide you with a quote and preliminary drawings free of charge.

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Steel lets you stack your crops

frank.melo@summitsteelbuildings.com (Frank Melo) — Fri, 20 Jan 2023 18:48:12 GMT

Vertical farming has been tagged as one of the emerging agricultural and food supply trends for 2023.

Without question, today’s current economic situation has pushed consumers towards a broader understanding of how the global supply chain works – and how impact distant geopolitical and trade conflicts can affect retail shelves at home.

If you consider what has been making headlines lately regarding food prices, it’s not difficult to understand why consumer thinking is shifting rapidly. Inflation, rising interest rates and an increasing demand for more sustainable and environmentally responsible practices have become primary motivators for the demand for change.

One of the trends emerging for 2023 isn’t new in terms of concept, but the growing interest in vertical farming, and how it can address a number of modern issues, plays right into why your business may benefit from a steel building.

The food industry is transforming into the era of descaling

The North American food industry is currently undergoing a transformation known as the "era of descaling". This movement involves the evolution of a wide-reaching and sprawling sector into smaller, more focused clusters. This shift is driven by a number of factors, including changing consumer preferences for locally sourced and sustainable food, the rise of new technologies and innovation, and the increasing importance of provenance and accountability in the food supply chain.

Consumers are becoming increasingly concerned about food safety, and they want to know that the food they are eating is safe, healthy and produced in an ethical and sustainable way. This is leading to an increased focus on transparency and traceability throughout the food supply chain. It is more difficult for large, centralized food producers to operate in the same way as they have in the past.

A key driver of this change is the growing demand for locally sourced food. Consumers are becoming increasingly interested in knowing where their food comes from and how it is produced, and they are willing to pay a premium for products that meet these criteria. Current market research suggests that 70% of consumers say they’d consider purchasing goods from a brand that prioritizes sustainability .

Another important factor driving the era of descaling is the emergence of new technologies and innovation. For example, the use of precision agriculture and big data analytics is making it possible for smaller farmers to increase their efficiency and productivity, while also reducing their environmental footprint.

Investors are latching onto this trend, putting money behind vertical farming and alternative proteins, such as plant-based substitutes or lab-grown meat. The global vertical farming industry is expected to be worth more than $33 billion by 2030. A Royal Bank of Canada report from 2019 indicates Canada’s agriculture industry could generate an additional $11 billion of GDP by 2030 due to our growing population.

Steel can help you get in on this

Building with steel can allow producers to get a piece of this action sooner than by building growing operations with traditional construction materials. Steel goes up faster – and can be scaled to demand far more easily than concrete and wood.

There are several benefits to using a pre-engineered steel building for vertical farming, including:

Durability : Steel is a strong material that can withstand harsh weather conditions and resist damage from pests and other environmental factors.
Low maintenance : Steel buildings require minimal upkeep, which can save time and money in the long run.
Cost-effectiveness : Steel buildings are often more affordable than other building materials, making them a budget-friendly option for vertical vegetable farming.
Energy-efficiency : Steel buildings require less in utilities to help reduce energy costs.
Customization : Steel buildings can be easily designed to fit the specific needs of any vertical vegetable farming operation.

In a controlled environment where food is grown, such as a precision vegetable farm, it is important to maintain a high level of cleanliness and sanitation to prevent the spread of disease and pests. Steel is easy to clean and sanitize, which is important for an environment where food is grown. Because steel is non-porous and smooth, it does not absorb dirt or bacteria.

Steel for high-density farming

Steel buildings can be used to create multiple levels of vertical growing space, allowing for high-density farming within a small footprint to provide more efficient use of space. With traditional farming methods, a large amount of land is required to grow crops. However, in vertical farming, crops are grown in stacked layers, requiring less space. This can lead to several benefits, such as:

Urban farming : Vertical farming can be done in areas where land is scarce and expensive, enabling local food production in cities.
Reduced land usage : Less land is required for crop production, helping to preserve natural habitats and reduce the carbon footprint of farming.
Reduced water usage : Vertical farming uses significantly less water than traditional farming methods because the water is recycled and reused. One study found that a traditionally grown head of lettuce requires about 30 gallons/114 litres of water, while vertical farms use between 80% and 99% less water than conventional farms (Planet Renewed).
Controlled environment : Vertical farming allows for precise control of the growing environment, including temperature, humidity, light and nutrient levels. This can lead to healthier plants and increased crop yields.
Reduced risk of crop failure : With vertical farming, there is less risk of crop failure due to weather conditions, pests or disease.
Year-round growing : Vertical farming allows for year-round growing, which can provide a consistent supply of fresh produce.
Reduced transportation costs : The production of food closer to the point of consumption can reduce transportation costs and help to reduce the environmental impact of food transportation.

Whether it is livestock or cash crops, farming and agribusiness continue to adapt to meet consumer demands. Dramatic shifts in technological innovation, challenges to supply chains and food security and increasing emphasis on sustainability are driving new ideas and methods throughout agribusiness.

Your premier supplier of premier, pre-engineered steel agricultural buildings

As agribusiness looks for ways to improve and innovate their businesses and invest in the facilities to support technology, cost-effective additions of metal buildings are an exceptional way for farms of all sizes to expand their capabilities. Read our agricultural building one-pager PDF document.

At Summit Steel Buildings, our engineering team has been passionately developing agricultural structures for over 25 years. Our approach combines art and science into designing a variety of farming systems that enhance your capability to meet the changing needs of consumers. That’s why it’s our mission to provide you with the most advanced and cost-effective agricultural building that’s right for your needs.

Contact our team at Summit Steel Buildings to get your free quote and preliminary drawings.

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Prospects are good for a strong construction market in 2023 (part one)

Thu, 05 Jan 2023 20:04:44 GMT

Summit Steel Buildings’ president, Darren Sperling , believes there are a number of reasons to be optimistic for industrial construction in 2023.

It’s at this time of year when we see quite a few articles and commentaries on what trends we can expect to emerge for the new year. These forecasts can be interesting and can pique people’s curiosity about what is on the horizon. It’s also a fun time to look back at the year that was, and debate the hits and misses that industry experts rolled out at the beginning. Everything seems to have a pattern.

While we may write off the insignificant projections, some outlooks can be important. No one can predict the future, but economies run in cycles and financial experts invest a great deal of their time trying to understand what may or may not happen over the next 12 months.

It's nice to have friends in all places…

Recently, an industry acquaintance sent me a forecast for the construction economy . While our Summit Steel Buildings leadership team usually starts strategy planning well before the turn of the New Year, this article contained some interesting points and important questions about where our industry is going in 2023, especially as we reach the precipice of an expected recessionary drop.

No one questions that the North American economy is going to take a hit. There’s a strong prediction that consumer spending is going to drop, retail and service-based businesses are expected to cut costs, putting many people at risk of layoffs or employment reductions. It’s a regrettable situation, particularly impacted by the ongoing effects of a 40-year high in inflation .

There have been signs

Economic theory explains it all. At the top of the business cycle, when the economy has fully expanded, workers and raw materials become scarce and production maxes out, slowing growth. We’ve seen this happening throughout the construction industry for the last two years. Shortage of workers, especially in skilled trades is pronounced .

A shortage of workers and raw materials leads to drops in production and puts upward pressure on prices. In response, interest rates increase, making it more difficult to borrow money. People spend less, invest less and begin to cut back in other areas as they become concerned for their financial security.

Don’t worry, it’s going to get better

Fortunately, the news is not all doom and gloom. The road to recovery always goes through materials and industrials. While the consumer side of the economy is going to experience rough days ahead, construction spending will remain strong. A backlog on new building orders means project activity will continue, providing employment and an injection of money into the economy that fuels recovery.

Material and resource pricing has increased, but those inventories were purchased well in advance, at a time when prices were lower. Clients are locked into their original prices and won’t be affected; highlighting why it’s a good reason to book your projects early and save on overall building costs. Not all buildings materials are as sensitive to inflation, so adequate supply remains (such as steel, glass, aluminum and insulation) to propel new commercial construction.

The recent disruption to the global supply chain is diminishing . Manufacturing and other wholesale industries are implementing the lessons learned to fix and minimize any future effects of supply disruptions and inflation. Companies have already learned to do more with less and to communicate faster and more openly with clients.

Another positive for the construction industry? During recession, governments turn to one of their favorite economic levers: spending. Government-supported projects absorb some of the increased pricing on raw materials (steel, concrete, windows, copper piping, utilities, etc.). Companies can also access increased capital financing through government programs. More projects lead to more labour demand, high-paying jobs and a nice injection of secondary spending at retail (thank you, multiplier effect).

When government spending and investment, two critical components of GDP, have been activated, increased production helps improve supply, ultimately lowering prices and reducing the effects of inflation. Along with the decrease in unemployment in the trades, we then enter back into the recovery portion of the business cycle.

Read Part Two of our construction market analysis , "Prospects are good for a strong construction market in 2023: The road to recovery always goes through materials and industrials"...

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Prospects are good for a strong construction market in 2023 (part two)

Thu, 05 Jan 2023 19:52:48 GMT

Summit Steel Buildings’ president, Darren Sperling , believes there are a number of reasons to be optimistic for industrial construction in 2023.

Read Part One of our construction market analysis.

The necessity of doing more with less

Don’t get me wrong, we’re just at the beginning of our weakening cycle. Fortunately, as the backbone of the economy, construction and the trades remain strong with prospects for continued growth from the backlog of orders coming out of pandemic doldrums. Together we may face the prospect of recession, but it’s going to be unlike any we’ve experienced before. The economic downturn is forecasted to be shorter in duration and smaller in scale than previous recessions.

Obstacles and challenges provide opportunities for innovation and improvement. The pandemic-related disruption has taught the construction industry more than a few lessons to make the supply chain run a little better. Specifically, implementing technology and making smart decisions can sometimes offset the effects of inflation, as can cutting unnecessary costs and operating more efficiently to reduce waste. People are working smarter and becoming more productive with fewer resources.

Summit Steel Buildings had already implemented many of these lessons before the pandemic. By working directly with our manufacturing centres to streamline production and reduce shipping costs, we have ensured a steady delivery of required components and materials. We have implemented new technologies to automate processes and monitor inventory, produce what is needed and avoid waste. By planning ahead and working closely with clients, we can focus on delivering value, effective cost management and ensure a higher standard of delivery.

Summit Steel Buildings also sees the importance of focusing on the marketplace. With an immense shortage of warehousing in Canada , and in places like Toronto and Vancouver in particular, we provide an effective way for industrial manufacturers and wholesalers to enhance their value proposition, increase potential for growth and employ more people. This critical need for logistics construction will remain steady throughout any recession . It’s another reason to be optimistic any recession will be short and constrained.

Read why it's much better to build your own warehouse than to rent and the reasons why warehousing space has never been more critical .

A positive outlook

At a time when many experts are making their forecasts for the year ahead, we remain vigilant that intelligent, lean business practices and maximizing resources to benefit our clients are the best ways to proceed. Staying calm and steady while anticipating the needs of our clients and putting them at the center of what we do each day has been a foundation for our company and will continue to be.

While recessionary clouds have been forming, the storm hasn’t hit us yet. At Summit Steel Buildings, we’re relying on our business experience in weathering previous recessions to remain strong and to continue providing the best commercial and industrial buildings to our clients. It’s our mission to provide the best pre-engineered steel building solutions to suit any purpose at affordable prices with design and engineering that will withstand decades of use.

We look forward to speaking with you and to learn about how we can custom tailor a building investment that will maximize the potential for your operation. Contact us today at 877-417-8335 for a free quote and to get started on initial drawings.

About the author

Steel can help prevent your business from going up in flames

Tue, 13 Dec 2022 16:18:48 GMT

Steel and fire-rated glazed glass are part of the essential front-line barrier to prevent and contain accidental fires at your industrial or manufacturing business.

“The finest steel has to go through the hottest fire”. What is born in the blast furnace is also what makes it more resistant to fire in its later life. Steel construction offers clear advantages over other building materials, especially wood. It’s exceedingly strong despite its low weight, it can be formed into whatever shape is necessary for elaborate architectural features and designs, it looks sophisticated and modern and it is very affordable to produce. Using steel in your construction helps keep overall construction costs down.

What is sometimes overlooked is steel’s importance to preventing and limiting damage caused by fire. Unlike other construction materials like timber, metals absorb heat rather than combusting, allowing them to become an important barrier in preventing the spread of fire.

Steel is the fire-rated choice building material for good reason

We tend to think of the purpose of buildings in their best of times – how it is going to be used every day. But business is unpredictable. And in industrial uses with heavy machinery, chemicals, inventories of combustible material and high manufacturing temperatures, the risk of fire becomes a huge concern. It’s the most critical reason why incorporating steel construction into warehousing and industrial facilities has become essential. Steel is strong, protective and resistant to fire.

Steel is a standard fire-rated choice for both structural framing and for walls and roofs (a common section that often leads to fire spreading to nearby buildings). It is non-combustible and heat-resistant to temperatures over 530 Celsius (1,000 Fahrenheit) for up to three hours. When seconds and minutes make all the difference, assurances comes from a material’s ability to resist higher temperatures before critical failure. Adding in fire barriers and thermal breaks between sections within the building adds in further fire preventive measures.

Buying critical time – time to escape the building, time to allow fire departments to arrive – is the difference between safety and catastrophe. Buildings become safer by providing more time for people to clear. These measures (steel materials, fire-rated glass, fire barriers) also provide protection for the building, limiting the spread of flames, smoke and toxic gases and decreasing the amount of damage caused. Although safety protocols may reduce the risk of fire, the risk will remain, especially in industrial settings. The best risk-management strategy is to reduce the risk and get back to operations as soon as possible if one does occur.

Fire-resistant materials do not affect design

Architects and engineers incorporate steel and glazed glass throughout the structure according to local building codes all the way to the top of the structure, whether it be a one- or two-story steel building. Exterior walls, and using pre-engineered steel panels with special fire-resistant insulation, reduce the spread of flames and radiant heat from one building to any adjacent ones. All these features are built seamlessly into the structure. Glass and cold-form steel are attractive and can be finished in many ways to fit in with whatever aesthetic design you want.

Read how building with pre-engineered metal systems can protect you from wildfires.

Steel limits the extent of damage in the event of fire

In the event of a building fire, it’s natural to look at the extent of the damages and the overall cost to replace and repair. Steel buildings emphasize the benefits and costs of fire prevention in advance to eliminate potential incidents in the first place. These preventative measures place less burden on buildings owners and help reduce replacement costs. If an incident does incur, lowering the extent of damage also helps reduce the costs of any subsequent insurance and legal claims, both to the immediate structure, and also to any surrounding businesses and property.

With all areas (such as loading docks, stairwells, operational and administrative areas) being divided by thermal barriers and spacious fire/thermal breaks, it is easier to emergency personnel to quickly limit the spread and extent of the damaged to the structure. And because of pre-engineering’s design, replacing sections of a steel building is easier and less costly than with other materials, such as brick and mortar or mass timber.

Summit Steel Buildings incorporates fire resistance into every building’s design from the initial concept as they do with all the other environment and utility systems. A proper safety plan that includes sprinklers, emergency exits, and sensors and alarms ensures your building is ready for operation at the best of times with preparedness for the worst. Non-combustible cold-formed steel buildings, pre-engineered metal components and fire-protective glazed glass work together to become a shield against the dangers of fire, while minimizing the extent of costly damages if anything should happen.

Rely on Summit Steel Buildings’ engineering to prevent fire and damage

Matches are made from wood for good reason. Steel and glazed glass are better materials to prevent and reduce the incidence of fire. Building with steel is more modern, sophisticated, faster and less expensive than traditional building systems but also create a safer working environment. Using steel construction becomes the smarter way to protect people, materials and the building itself (yours and your neighbours) and to prevent, contain and limit resulting damages from accidental fires.

To learn more about how pre-engineered steel buildings can protect your commercial or industrial business, contact our team at Summit Steel Buildings to get your free quote and preliminary drawings.

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Let the light shine in

Fri, 02 Dec 2022 16:42:00 GMT

Window walls created by high-strength steel framing use natural light to brighten welcoming and healthy work environments.

Modern workplaces are continually adapting to employee needs. Not every employee can work at home so employers must build welcoming workplace to help attract and retain productive teams.

Regardless of the type of work, people no longer want to work in dark and gloomy claustrophobic spaces that harken back to industrial-age factories. The current workplace demands spaces be bright, filled with natural light. More and more, businesses are responding by incorporating walls of windows into their environments that allow healthy and motivating sunlight and beautiful, inspiring vistas.

When it comes to building or expanding your facilities, only the strength of steel-framing allows for more glass and more natural light into your building. Your business can enjoy the health benefits of more light for employees and improved business results (higher production, utility savings, fire prevention). Working with Summit Steel Buildings and their team of design experts allows you to create these welcoming settings and more sophisticated architectural designs that entice visitors and make the workplace more productive.

[The featured photo is of FCMP Outdoor's head office and warehouse building in Thorndale, Ontario. For more information on that project, please read our business case study or visit the photo gallery of the secondary addition we built in the fall and winter of 2022. Watch our drone fly-through video of the entire building at our engineering page.]

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The benefits of more natural light in the workplace

Access to natural light and outdoors views are the number one demanded feature of the workplace environment, outranking onsite cafeterias, fitness centres and even premium perks such as on-site childcare, according to research cited in Harvard Business Review .

It’s no wonder natural light in the workplace is in so much demand with a greater number of steel buildings being built with larger expanses of glass. The benefits to both employees and employers are significant and proven to enhance personal and financial results:

Higher productivity: Employees exposed to natural light enjoy longer and deeper sleep and are more satisfied overall . Happy employees report less eye strain and fewer headaches (a Cornell study concludes an 84% drop), more alertness and more attention to detail – leading to fewer mistakes. Even a 2% increase in productivity translates into millions of payroll savings and increases to revenue. If employees spend over five hours per day at their desk, access to natural lights can have a big impact to business bottom line through employees’ work performance, well-being (fewer sick days!) and higher engagement.
Greater sales: In a Walmart experiment, Pacific Gas & Electric tested how natural lighting affected sales . The study concluded that sales in stores with skylights were 40% higher than those using fluorescent lighting.
Lower ongoing costs: Walls of glass help moderate internal temperatures and reduce the need (and cost) of environmental control. Utility costs drop. Contemporary treated glass surfaces prevent heat loss in winter and can be used to help regulate internal temperatures during warmer summer months. They can also be energy controlled to vary the amount of sunlight that comes through. Large panes of glass create bright, well-lit spaces with lower costs. Artificial lighting can account for about a third of electrical use in commercial buildings.
Higher property values: Natural lighting makes spaces seem more open and inviting; as such, potential tenants are willing to pay at least two to four dollars per square foot more than for office space with little or no natural lighting. Naturally lit spaces also rent faster, earning more overall revenue than spaces sitting on market empty longer.
Fire prevention: Exterior glass walls are designed with fire-resistant glazing to comply with emergency regulations and enhance workplace safety. Walls of glass aren’t used just on exterior surfaces; they can be used inside buildings for beautiful architectural aesthetics that also serve as fire barriers and thermal breaks. Of course, glass is only one part of a fire-resistant safety system. However, steel framing systems (which allow for wide-open spaces) are more tolerant to higher temperatures and prevent the spread of any fire, especially to adjacent buildings. All these fire-rated systems can be seamlessly built into attractive designs.

How steel framing allows for the weight of so much glass

Glass is very heavy. Large walls of seamless, weather-sealed, glazed glass systems, which provide all that natural daylight and energy efficiency, are incredibly more so. Your building’s solid concrete foundation, steel beam framing and steel panels create the strength to support it all. Steel’s high strength-to-weight ratio makes it all possible – while also allowing the structure to be built faster and more affordably than by using traditional methods.

And traditional building materials, such as brick and mortar, timber or engineered wood products cannot be constructed with the same level of precision and stability, especially within a manner that permits modern, complex designs. Architects can integrate expansive glass façades into other eye-catching features such as cantilevers, decks, walkways and exposed steelwork to make your commercial building really stand out.

Beautiful design is important; strength is essential. Structural steel and pre-engineered panel systems are connected with an accuracy that actually reinforces exteriors to protection against high winds, all levels of precipitation and extreme temperatures. Steel engineering’s strength is a barrier against outside threats while still allowing for the beautiful views and natural light that afford so many benefits.

Pleasing walls of glass are only possible using steel

Not only is the volume of glass being used in modern commercial buildings increasing, but individual size of glass (or “vision area”) has increased 20%, bringing more healthy sunlight to bathe productive working areas. These positive increases are only possible due to steel’s strength and precision engineering to support heavy walls of glass.

As you plan the needs of your next building project, consider how these high-performing, energy-efficient and fire-resistance materials can improve both the look and the function of your environment. Your design vision won’t be limited by engineering – steel is the only material to turn it into reality! Contact Summit Steel Buildings for a quote and to receive preliminary drawings of your dream facility.

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Getting to know: Darren Sperling, President, Summit Steel Buildings

Tue, 22 Nov 2022 19:23:52 GMT

As part of a closer look at the people behind your next construction project, we interview Summit Steel Buildings’ leadership team …

So how does someone from the south-eastern region of the U.S. end up living in Vancouver and building industrial steel facilities across the continent? It’s not a short answer, but one Darren Sperling is happy to share his humorous stories of travel and adventure over a good meal or a drink.

After graduating from the University of Florida business school (go Gators!), Darren worked for a steel building company developing and overseeing new building projects across North America and overseas. From working on large government contracts to partnering with companies like LaFarge and Walsh Construction, it was there he learned about the steel building industry and the opportunities that existed. These experiences would eventually turn his dreams into the reality of founding his own company.

“I’m really proud of the projects we did during my early tenure. The clients and projects were fascinating and varied widely among different commercial, industrial and governmental segments,” he says. “In particular, I like the work we did with NASA, the U.S. Army and U.S. Air Force.”

Among the business connections he developed doing sales and project management, Darren found his future business partners, Frank Melo and John Lohan. In time, the three started Summit Steel Buildings after recognizing the amount of demand for agricultural and industrial steel facilities throughout Canada. Locating their office in Vancouver was critical as the high demand from Canada’s western lumber mills required personal onsite attention to ensure the design of the buildings met the needs of the company and site constraints.

Darren is responsible for business development, contract negotiation, project management and overseeing the design, fabrication and delivery of the company’s metal buildings. He enjoys working side-by-side with his business team, being able to solve problems and the feeling of accomplishment he receives from completing a job well. Darren is inspired by working with people who share his positive attitude.

“Another facet of this industry I really enjoy is the ability to travel, which I’m lucky enough to do quite a bit,” Darren says as he looks aside to a map on the wall, a glint of adventure in his eyes. “Being a part of so many different interesting buildings and projects in different parts of the world has given me the opportunity to meet and work with so many industry leaders.”

When asked about some of his more interesting work locations, he quickly details the various developments he’s done in Africa. “Those projects stand out. It’s just such a different environment with so many completely different logistical issues to solve. I loved the people and culture. Working in that extreme of heat is something I can do without.”

With Summit Steel Buildings completing projects in northern B.C., Iqaluit, Nunavut and Northwest Territories (among other Canadian locations) warm temperatures aren’t always the biggest problem. The biggest challenges in his role? He points to the “things you wished worked quicker but you don’t have any control over.” In a complicated manufacturing and construction process, involving so many different talented skilled people and partners, patience is a virtue – along with late nights in the office and many follow-up calls to ensure everything is on schedule.

Fortunately, when he’s able to take a short break from business, he can escape the winter by visiting his family in South Carolina or heading to Mexico, lately his preferred vacation destination. He doesn’t claim to have a best location (he says the word ‘best’ can mean so many different things to different people), although he does say his top three destinations are the Greek Islands, Amsterdam and Zermatt in Switzerland.

Adventure is certainly a theme in Darren’s life. With Summit Steel Building’s growth and exciting prospects for the future, he looks forward to more opportunities to explore Canada and get involved with projects that will both challenge his abilities and express his company’s talent in metal building construction.

Seven questions with Darren Sperling:

1. What was your favorite subject in school?

Math

2. As a child, what did you want to do when you grew up?

A professional baseball player

3. What’s the best concert you’ve been to?

Rage Against the Machine

4. Which historical figure would you most like to meet?

Jesus

5. What three items would you take with you to a deserted island?

Food, water and a boat

6. What’s your favourite book?

Tie between Atlas Shrugged and Jurassic Park

7. What’s the one skill you’d like to improve?

Being fluent in my second language, Spanish, or a third language (my business partner can speak Portuguese so that would make a lot of sense).

Free up time: Steel farming buildings require less maintenance

Tue, 08 Nov 2022 17:56:02 GMT

Agricultural buildings made from steel save money over the long term because of lower maintenance and operation costs.

Farming is time consuming work. It’s a lifestyle that requires an immense amount of obligation to care for everything required by the operation, whether it’s livestock, field crops or market commodities like eggs or fruit. Your commitment to running a successful business takes up a lot of time and attention. You don’t want to be distracted by unnecessary repairs or maintenance on equipment and structures.

Respecting valuable time is one reason why more farmers are choosing to build with steel instead of other traditional materials like wood or brick. Because a future building is going to have to serve an operation for decades as a valuable investment, choosing the type of construction is not a small decision. Regardless of the building’s purpose, farm managers can choose from a variety of materials and engineering systems for their farm buildings, which can include:

Wooden beam and plank barns
Pole barns
Canvas or fabric structures
Metal shells (open-ended, arch or shed types)
Brick and mortar houses
Pre-engineered steel buildings

Each of these types of building structures offers their own set of features suitable for specific situations. For large commercial farm operations, only protective and cost-effective steel buildings offer the strength, durability, clear spans and engineering to maximize your operation’s efficiency.

Pre-engineered metal structures start with a solid concrete foundation to support and strengthen the load-bearing beams supporting the roof – especially in harsh climatic zones where wind and heavy snow loads really test engineering.

Another significant advantage is that steel requires little to no maintenance. Summit Steel Buildings pre-engineered metal structures offer are built affordability and quickly yet last a lifetime with little extra costs after they’ve been completed.

Even though agricultural buildings can be built from a wide variety of materials, read why farmers quickly realize the long-term benefits of choosing steel .

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Steel means more maintenance savings over time

Of the overwhelming number of building systems that can be used to construct agricultural structures, steel is your material of choice due to its strength, durability and its resistance to daily wear and tear, natural elements and destructive pests. Steel’s galvanized finish provides complete rust protection, reducing maintenance costs for steel buildings over the long run. Imagine the savings.

Sometimes wood seems like a way to save money on building costs. Even when we exclude how expensive wood prices have become over the last few years, steel results in similar building costs on larger projects yet save you considerably more over time. Everything is out to destroy wood: insects, moisture, mold and weather all cause wood to lose its strength and become distorted or break. Within a few years, most wood structures need to be repainted or have some portions replaced.

Secured by its solid concrete and steel beam foundation and a wide range of attractive and permanent finishings, steel buildings won’t warp, twist or split and stand strong, looking as good years later as it did on the day it was built. Learn more about our steel agricultural buildings .

One industry calculation is to take maintenance costs as a percentage of the building’s estimated replacement value. Buildings made from traditional materials (e.g., wood or brick) can run as high as 5% (giving the building a 20-year lifespan, with at least $5,000 per year in routine care) while operations using regular maintenance programs are in the 3% range. Unexpected repair and replacement costs drive those totals much higher. Unplanned repairs often take 3 to 9 times longer than a scheduled job to perform and the costs to do so (materials and labour) are equally as high.

Steel buildings practically eliminate these costs since no upkeep is required. The major consequence of both regular and unexpected maintenance costs is the hit to profitability twice: once for the cost of repairs, and again for loss of revenue during downtime. And the cost of doing nothing when it comes to ongoing maintenance to wood structures is not only more expensive in the long run, but it also becomes both a direct cost and opportunity cost to your time.

Spend your time wisely, not painting and repairing

At the end of the day, farm managers build a better operation if they’re spending their time doing what they do best rather than losing time to building maintenance, such as painting, repairs and going to the builder’s supply store to find the right components. Over time, the costs associated with maintaining a wooden structure – both in terms of time and money – considerably outweigh the expenditure of a building made with steel.

Not only will you get a final price that’s comparable (or less) to wood or timber, but you’ll end up with a building with more open space and fewer supporting columns to obstruct space and traffic flow. Steel provides better protection against the outside elements (pre-engineered steel panels allow you to choose from a wide variety of insulation, such as R-30 or R-50 to save further utilities costs), will not rot or be damaged by pests and gives you protection against fire that your production inventories and insurance companies will like.

Steel becomes a clear choice as building dimensions get larger

Only steel can provide the perfect protective and climate-controlled environment to house livestock, poultry, grains or fertilizers and other supplies. Your inventory of seeds, produce, grains, crops, hay and animals deserve optimal conditions that can be guaranteed by well-designed and cost-saving pre-engineered steel buildings. Materials, engineering and construction are not the areas where you want to cut costs, either during construction or over the long run when it comes to maintenance. It’s better to build a steel facility that will stand the test of time than a wooden structure that constantly needs to be repaired or rebuilt.

Working with Summit Steel Buildings’ experienced team can help get you the ideal building solution at a price that works with your budget. Contact us today for a free quote and initial drawings of your next agricultural structure .

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The difference is obvious – steel is ideal for farm buildings

Thu, 27 Oct 2022 15:04:21 GMT

Agricultural buildings can be built from a wide variety of materials; farmers quickly realize the long-term benefits of choosing steel.

Most people don’t give a lot of thought to the importance of farm buildings. Often “out of sight and mind” by most people living within urban centres, they are a necessary and sizable investment into a successful and incredibly valuable food supply system. Without those barns and other processing and housing structures, farmers wouldn’t be able to harvest and store the food to keep Canadians fed and healthy.

The team at Summit Steel Buildings has been involved in constructing agricultural buildings for decades. Their experience helps ensure farming operations get a building that’s ideally suited to their needs at an affordable price. Whether it’s for housing grain, seed, feed, livestock, poultry, fertilizer or other agricultural supplies and equipment, farm buildings are an essential investment to a successful operation. They safely store and protect crops and offer insulated roof and wall panels to keep animals comfortable from weather conditions and harsh temperatures. They also work just as well for workshops or office space.

More and more, farm buildings are also being used as production facilities to turn commodities into value-added consumer products, or as markets to sell directly to consumers.

Building with steel is less expensive

A misperception exists that building with steel is more expensive than using wood. While steel can be more expensive on a per-square-foot basis for small structures, once a facility reaches 40’ x 80’ or more, construction costs become comparable, and significant engineering savings happen as the footprint gets bigger.

Industry averages suggest a large steel barn will cost between $25 and $35 per square foot on average, while a wooden barn can cost $45 to $65 (material costs only – installation for both types of structures would be additional). Of course, steel-built facilities offer better strength, a longer lifespan and better protection against the elements, predators and other concerns. Working with steel is generally 30% less than the price of traditional brick-and-mortar construction and can be completed in about a third of the time than with wooden framing. And you get more open space without all the pillars and posts to obstruct storage space.

It’s easy to focus on how much your farm operation will need to lay out to purchase the building and get it constructed on site. Cost is always going to be an important factor for something that’s going to provide its worth as an investment over many future decades.

Read how steel farming buildings require less maintenance to save you money and free up your time .

As a turnkey provider, design and engineering costs are built in already

For one “all in” price, Summit Steel Buildings is your turnkey erector, providing the foundation, the building itself and all the construction. Our experienced team of professionals is composed of architects, engineers, project managers and skilled tradespeople so we handle all aspects of every construction job ourselves. The price you see in our quote includes all the necessary elements to get your building finished.

With metal building kits offered by other companies, the price may only include the cost of the building, leaving you to prepare the foundation and organize the rest of the installation. Setting aside other financial and insurance costs, finding the right team of skilled labour, proper plumbers and electricians is time-consuming and expensive. Hiring separate teams of contracts to handle the building erection yourself is not a good use of your valuable time. Leave all the details to us!

Read our article on the difference in engineering needs based on climate and geography.

Choosing to build with steel is the first step,
Summit Steel Buildings takes care of the rest

Once you’ve reviewed your building needs and compared the pros and cons of each type of building material, you’ll quickly realize that cost is an important factor, but not the only one. For the same price of building a wood-framed barn, you could have the protective and climate-controlled comfort of a steel building that will serve you for a lifetime. And only steel’s higher strength-to-weight ratio can deliver the large, open clear spans your farm operation requires.

After you've decided to build, contact Summit Steel Buildings and we’ll provide you with a free quote and the initial drawings you need to start turning your vision into reality. Reach out to us at 877-417-8335 for a free quote.

About the author

Drafting a perfect setting for breweries

Fri, 21 Oct 2022 17:11:58 GMT

Pre-engineered steel structures are the most suitable building solution for creating an ideal environment to produce and taste beer.

Whether your dreams for a brewery lay in a business plan in your drawer or as a functioning project looking to grow, Summit Steel Buildings is ready to help you turn those plans into reality. With manufacturing and building experience within the beer industry, the company is your turn-key provider that can get your operation up-and-running quickly and affordably so you’ll soon be adding yeast and stirring wort to your heart’s content.

To craft the brews that will have patrons demanding more, breweries of all sizes need a dedicated home, regardless if you’re brewing a few hundred or a few hundred thousand litres of lager, ale and stout. After settling on overall size and dimensions and budget, you’ll discover that steel building designs offer affordability and long-term structural strength, providing all the advantages for creating an ideal brewing environment.

Steel is the reliable and affordable choice

Part of the appeal of pouring your passion into the brewing industry is not just the love for beer, but also to employ a “do it yourself” ethos of doing the best with modest means available. Exercising your artistic craft using sustainable local ingredients, supporting your community and promoting environmentally conscious practices is another big factor. With pre-engineering, affordability and the ability to custom-design your facility, steel buildings are a preferred choice, regardless of budget. Not only does metal construction look great and fit in with the rest of a brewery’s surroundings, the building can be built quickly and responsibly to get your business dreams flowing.

How can steel building construction be both affordable (generally 30% less than the price of traditional construction using brick and mortar or wood) and so quick to build?

Solid concrete foundation and pre-engineered steel beam and panel construction use less material and produce less waste meaning lower overall costs
Cold-formed steel panels arrive pre-welded, pre-cut and pre-hole punched to reduce labour time, ready to support any R-value insulation (and are available in a wide range of exterior finishes)
Manufacturing materials offsite allows for fewer and less skilled labour on site to build

The recipe for success in this is that your brewery will be up-and-running faster, letting you start brewing and selling rather than waiting on a build.

Steel benefits specific to brewing needs

Choosing to use pre-engineered steel building systems helps benefit your beermaking business in four significant areas:

Production layout – Your stainless-steel conical fermenters are tall and take up a lot of space. Being able to design your production line and workflow without having to worry about structure supports, pillars, low roof trusses or having to punch through concrete load-bearing walls allows you to maximize the efficiency of your operations and enhance quality of beer. The right layout can make a huge difference. Using steel engineering with its wide clear spans creates the ideal brewing production line, with pipes, equity, tanks, filtration treatment systems, bottling lines and storage all in their proper place.

An efficient layout makes your brewing as easy and successful as possible. Our construction also include loading docks — a necessary component for breweries to ship large quantities of product.

Sanitation – Steel and concrete are virtually maintenance-free and easy to clean so you can prevent contamination and stay compliant with health and safety codes and retail regulations. Because steel is inorganic, the facility is resistant to mold, fungus, mildew, inspects and other microorganisms that can ruin the quality of your product.

Rust-free steel walls and concrete floors are much easier to keep clean and help ensure proper drainage. You won’t have to worry about splashing water or excess beer around during fermenting or bottling. A keg sprays or bottle breaks? Don’t worry about it. Quick and easy cleaning up and you’re ready to get back to business! Proper plumbing, insulation and maintenance-free materials mean you spend less time cleaning and repairing and more time brewing.

Design aesthetic – Create the ultimate customer experience with the “wow” factor your works of art deserve! Both your production area and where customers buy and sample beer can share some of the same space as well as a similar look. Your building’s steel design complements the stainless steel of your production equipment and the other metals and wood used in the bar and tasting rooms.

Pre-engineered panels arrive pre-finished in a wide variety of colours and finishes that can be combined with other natural materials to create an impressive look and atmosphere. Customers will be thrilled to see your brewery for the first time and even more excited to return for more!

Future expansion – Summit Steel Buildings’ modular steel framing engineering uses an open-ended design so you can add more length to your building quickly at an affordable cost. You will never be limited by the footprint of your existing building as your business scales and grows. Metal buildings can be easily built around other buildings or existing equipment to reduce interruption to your operation during construction and prevent downtime that would cost your money.

Go from draft to draught quickly with a pre-engineered steel building

Steel building design offers affordability, flexibility and the long-term structural strength you’ll need to create your ideal brewing environment. Whether you’re still in the planning stages or already have a popular business that is looking to grow production to meet current and future demand, Summit Steel Buildings is ready to help turn your beer dreams into reality. Contact our team for a free quote and to receive initial drawings of your brewery building.
Contact us today at 877-417-8335 for a free quote.

About the author

FCMP Outdoor building expansion construction gallery

Tue, 11 Oct 2022 15:57:02 GMT

Pre-engineered metal buildings are affordably expandable.

After building an initial 49,000-square-foot headquarters, gardening company chooses Summit Steel Buildings for subsequent expansions. Jobsite photos give you a behind-the-scenes first look at the most recent addition.

After breaking ground in June 2022, construction work on the latest 35,000-square-foot addition to the FCMP Outdoor headquarters has progressed quickly.

The Thorndale, Ontario lawn and garden product company manufacturers a popular (and top-ranked, according to Amazon ) line of composters, rain barrels and planters. The sales demand for their environmentally friendly materials created a need to increase their operational space. Fortunately, when FCMP Outdoor (also known as Forest City Models and Patterns) first built their existing structure using Summit Steel Buildings’ pre-engineering system, open-ended modular framing meant that additional expansion could be done quickly and affordably.

FCMP Outdoor is a repeat client

The results of the original build were so successful that this expansion is actually the second addition Summit Steel Buildings has provided at the site. The initial building, completed in July 2017, is 140’ x 350’ and includes two-floors of office and administration space, manufacturing and storage area and four loading bays. The first extension in 2019 added another 28,000 square feet of space (140’ x 200’) and four more loading docks. The recent 21,000-square-foot work (140’ x 150’) also includes a second-floor mezzanine of 100’ by 140’. Steel’s high strength-to-weight ratio means the facility is all open space, with wide clear spans and no pillars to obstruct traffic flow patterns and plenty of area for product and materials inventories.

Visit our case study to learn more about FCMP Outdoor and the original office/manufacturing/warehouse facility designed and built in 2017.

Pre-engineered metal buildings are designed to be affordably expandable

Summit Steel Buildings has an enduring partnership with FCMP Outdoor for meeting their building needs. Two successful expansion projects are testament to the continuing quality of work and their satisfaction with the original craftsmanship. The benefits of using pre-engineered steel building support FCMP Outdoor’s building decisions.

Clients never need to worry about outgrowing your building space. Steel buildings make adding future development quick and inexpensive by adding onto existing length with additional modular units. Rest assured you’ll be able to address future capacity without being locked into an existing brick and mortar or mass timber construction. It’s one way you can address future needs without compromise. Working with steel is generally 30% less than the price of traditional construction and takes about as third as long to complete. These efficient construction allowed FCMP to utilize the new space more quickly without interrupting business operations.

Let Summit Steel Buildings design your next building

Pre-engineered metal buildings offer the flexibility you want no matter the size of facility you need. Our rigid-frame system means your project can be completed faster and at less cost than with traditional concrete and wood construction. Summit Steel Buildings is your single point of contact throughout all stages of project management, from design to completion. We’ll help turn your vision into reality and ensure your steel frame construction turns out exactly as designed. Speak with one of our representations to get started. We look forward to helping you determine the size of building you need.

About the author

A. Paul Mitchell is the Marketing Director for Summit Steel Buildings and is an award-winning marketing professional with over 30-years experience in design and corporate communications. His previous cross-industry experience has helped develop an extensive breadth of skills, including writing, graphic design, web design, media relations and photography. Paul holds a Bachelor of Arts degree, is an MBA candidate and holds professional certificates in Leadership and Business Analysis from Western University. He also completed Centennial College’s post-graduate marketing and business management program. He lives in London, Ontario with his family.

Your engineering needs are not the same as mine!

Mon, 19 Sep 2022 15:49:20 GMT

There’s many reasons why steel building engineering varies significantly from location to location.

“Sure, we’re happy to provide you with a free quote. What’s your area code?”

Frank Melo was not surprised to see a somewhat puzzled look come across the faces of the couple standing in front of him at a recent agricultural trade show where Summit Steel Buildings was exhibiting. It’s not an unusual reaction when people ask about the cost of buying a custom-suited pre-engineered steel building.

No, Frank, who as company director oversees most engineering concerns, was not asking for some marketing reason or because he was trying to learn if the couple was local. Next to overall size and dimensions, location is one of the most critical factors in building metal structures.

Not all steel buildings are the same

Seismic and structural loads are completely unique to each municipality – based on wind, snow and other climate factors. Builders need to know the location to adequately determine the engineering required for construction. A building designed for Alberta is completely different than one destined to be built in southwestern Ontario. Add to that, planning and permit requirements for different townships within that area of the province vary widely. These differences affect cost and which materials are to be used for construction. The amount and thickness of steel to be used for construction, what sort of structure base and framing must be used and even where savings can be earned by not overengineering when not necessary.

“The seismic load for a building in Calgary is pretty intense because of high winds and greater snowfalls,” Frank explains, flipping through his smartphone to show a photo from one of their previous construction jobs. “We use thicker steel for side panels, roofs and trusses and cross-sections are supported by steel beams rather than cables. In comparison, a building for London can be much lighter with less structural strength. Therefore, we can use lighter materials to help offset the final cost for customers there.”

Asking questions helps Frank understand the building needs and what building solution is best for each client. All these pertinent details to run through Summit Steel Buildings’ quoting software that combines overall dimensions with engineering specs and other labour and material calculations to determine an accurate price. The quote is provided for free along with preliminary drawings that can be used to get building permits and assure the final structure will meet all local building codes.

Pre-designed building kits hide hidden costs and concerns

Despite some companies marketing their low-cost pre-fabricated buildings as a kit that’s “one size fits all”, customers can be in for a nasty shock when they buy a building and then discover it is not structurally permissible for their location. Or the price only included the building and neither the construction nor preparation of the foundation. These are a few of the many reasons why it’s important to work with a turnkey provider who will make sure you get the correct building suited to your individual needs. You get a custom solution team that does everything from start to finish, and streamlines communication, so you only deal with one point of contact.

When you start thinking about building a workshop or adding commercial storage to your operation, call us for a conversation so we can provide you with a free quote. A few simple questions and our building experience can help save you time and money on your next project and get you to the ideal building solution that is designed for your specific needs. Let’s talk! Contact our team at Summit Steel Buildings to get your free quote and learn more about how we use BIM to improve the quality of your next structure.

About the author

Outdoor Farm Show demonstrates the importance of Canada’s farming sector

Fri, 09 Sep 2022 17:03:58 GMT

Three-day agricultural fair provides an important opportunity to connect directly with the amazing people and companies who keep Canada’s food supply so strong and sustainable.

Never let a little rain dampen your enthusiasm or expectations.

Arriving to the 330 acres of Woodstock’s Discovery Farms on an early morning Tuesday to torrential rains, the muddy ground and cool September winds left me wondering what I had gotten myself and the marketing team into for the next three days. However, as with most weather in Canada, if you don’t like it, just wait an hour. Sure enough, the sun broke out fairly quickly to kick off another successful agricultural show.

Featuring over 30,000 guests and 550 exhibitors, Canada’s Outdoor Farm Show is one of the country’s most important agricultural fairs. We were excited to be back after a few pandemic-related years hiatus.

Farming requires a huge investment to contribute so much to Canada's economy

Seeing all the farm equipment up close was amazing. New Holland Dealers of Ontario were kind enough to let us pretend to drive a combine that was large enough to dominate everything else with its sheer size. Climbing atop these giant fertilizer and harvesting machines gives perspective to how much capital investment goes into successful farming operations. It is no small enterprise. If a family is going to spend $750,000 to $1 million on a brand-new harvester, it only makes sense to spend a little bit more to give it a safe and secure steel building to protect it from the elements and help save on insurance costs.

The Summit Steel Buildings booth was located within the central Zehr Insurance Ag Biz pavilion, between a Brantford spring manufacturer – apparently these simple yet fascinating devices are critically important to maintain and operate farm equipment of all types – and Huplaso , a New Brunswick fertilizer company that’s creating an organic version from volcanic Basalt ash suited for crops and livestock. Between food talk and comparing our travels across the country, we had a large number of interested people visit our spot. Of the people we spoke with at our booth, the vast majority were looking for steel buildings to use as workshops or to store harvest materials.

The sunny weather held out for the rest of the exhibition’s duration, giving us a chance to explore the entire show – comfortable shoes were essential based on how large the physical layout was. I took a few breaks each day to explore and didn’t even see half of what was being offered. It’s an amazing representation of what is available to Ontario’s agricultural community. The knowledgeable people and the scale of business at the show was really astonishing.

Whatever a farm operation needs, it was to be found at this show. Exhibitors included equipment to house livestock, all sorts of new feeds, machinery of all types, mini home builders and representatives from so many different agricultural associations covering every conceivable crop or product. I had a great conversation with the team at Veal Farmers of Ontario and learned so much, including the new diagnostic tools being used to identify high-risk calves at birth.

Technology was a huge theme. Show exhibitors offered everything from solar-powered robotics to innovations in plant and harvest feeds. Live animal demonstrations and helicopter crop-dusting entertained the crowds between “talking business”, locating snacks and grabbing free promo materials (BKT’s soccer and rugby balls made from recycled tires where the most popular items at the show).

Read CTV News London coverage of Canada's Outdoor Farm Show 2022.

The people were great to meet, the other exhibitors provided industry insight and the location was perfect to demonstrate how valuable the farming and agricultural sector is to the Canadian economy. We’ll definitely be back to Canada’s Outdoor Farm Show next year to showcase the value of our custom-made steel building solutions.

About the author

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner and contractor. He was born and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

Building case study: Alberni Power & Marine

Wed, 31 Aug 2022 19:08:34 GMT

Get hooked on steel buildings designed for the marine industry.

Fishing for watercraft sales, storage and repairs will land you a sizable deal from Alberni Power & Marine and their new metal storage and wash bay buildings.

In the beautiful surroundings of British Columbia with its abundant Pacific Ocean fish stocks and world-renowned sportfishing, it comes as no surprise that marine activity and boating are vital industries for the area. At its heart is Alberni Power & Marine , part of Rod’s Power & Marine group of companies. Stephan and Rose Zilliken founded this company over 30 years ago. Together they continue to focus on boat and engine sales, repairs and storage, expanding their facilities over the years to increase boat storage, maintenance and repair services and showroom floor space. In their latest expansion, Alberni Power & Marine contracted Summit Steel Buildings to build an additional boat storage facility as well as a separate wash bay building. Work began in July of 2022 and has been progressing since.

Check out the jobsite slideshow and connect back to view updates as Summit Steel Buildings finishes the project.
New photos added October 12, 2022.

Alberni Power and Marine offers one of the largest selections of new and pre-owned boats for sale in Vancouver Island. Their inventory includes a wide range of vessels in both fiberglass and aluminum from popular brands like Osprey, Thunder Jet, Crestliner and more. The retail inventory also covers marine propulsion systems from Mercury Marine, Yamaha, and others.

The company offers a full-service repair facility for vessels, outboards and sterndrives, serving boat enthusiasts and professions in Vancouver, Victoria, Port Alberni, Nanaimo, Long Beach and Parksville. Port Alberni is centrally located within the west side of Vancouver Island, bordered by the Beaufort Mountains and the Pacific Ocean. As the region’s largest city and commercial hub with a population of 31,000, Port Alberni has historically been known for its sawmills and forest industry and, of course, fishing. For good reason, Port Alberni is known as the “Salmon Capital of the World”.

The region’s sustainable natural resources serve as its economic backbone. Local waters are home to plentiful stocks of several species of wild pacific salmon, cod, halibut as well as various shellfish species, including clams, oysters, mussels and crabs. Commercial use of these wild fisheries is supplemented with aquaculture farms in certain locations of the region.

Until the recent facility addition, Alberni Power and Marine relied on a four-bay service facility that accommodated boats up to 40 feet. The new building will increase the scale and size of sea-craft their expert and experienced technicians can service with the latest technology and equipment. No matter what type of fishing boat clients want to buy in the province, Alberni Power and Marine is the most suitable supplier. Their expertise in dealing with boats and boat motors stems from their years of experience perfecting the offshore adventures to their high-hour watercraft users.

Alberni Power & Marine

www.albernipowermarine.com

Head office: 3170 First Avenue, Port Alberni, BC V9Y 4C2

Location of work site: 2701-2759 First Avenue, Port Alberni, BC V9Y 1X6

About the author

We love tradeshows! If you invite us, we will attend!

Wed, 24 Aug 2022 18:05:25 GMT

Trade shows are an important occasion to meet people, learn about various industries and make the connections that keep all our businesses growing…

It can’t be said enough how great it is to be out exploring the country and getting to greet people face-to-face again. After two years of either being on remote jobsites or in isolation at our home office, getting back to what we do best, meeting people and helping them find their best building solution has been a relief.

The majority of our clients are in the agricultural or commercial sectors, or work in heavy industry. They face big challenges. Under the best of circumstances, running their business operations isn’t easy. While they know what they need to do and how best to do it based on experience, developing the strategy to get there is tricky. Having to cope with a global pandemic and supply chain issues doesn’t help.

But companies can grow larger regardless of the economic cycle. Long-term planning never takes a rest. How can a business plan for the logistical and storage/warehousing needs they’ll have 20 years from now? Fortunately, pre-engineering offers a great solution.

Learning about client needs and what’s happening across the county are the main reasons we maintain a schedule and participate in trade shows throughout the year. We enjoy hearing about businesses and exploring what our clients do. Steel buildings are an appropriate solution for almost every business. Most owners and operations share the idea that it’s critical to be flexible and able to adapt to whatever the Canadian marketplace or economy throws their way. Steel buildings provide a cost-effect way to build what you need now, while being prepared for the future.

So, where have we been and where will we be next? Here’s three shows we’ve attended most recently.

Forest Products Machinery and Equipment Exposition , Atlanta, GA

Darren Sperling, our company president, flew down to Atlanta to host our display and connect with members of the equipment manufacturers and wood processing industry. You can spot a photo of Darren on page 104 of the Softwood Forest Products Buyers trade publication .

Prospectors & Developers Association of Canada (PDAC) , Toronto, ON

Reflecting the need to adapt to pandemic circumstances, Summit Steel Buildings took part in both the live tradeshow in Toronto, June 13 to 15, 2022, as well as online at the virtual show June 28 and 29. As a corporate member of PDAC, we were happy to meet other mining industry leaders and connect with engineers at this important community showcase. The annual show is the world’s premier exploration and mining convention.

Ag in Motion 2022 , Langham, SK

Agriculture is the lifeblood to Canada’s food supply. Farming is a vitally important resource, so we were out in full force at Western Canada’s Outdoor Farm Expo in Langham, Saskatchewan (just outside of Saskatoon). The event was filled with amazing people, many of whom were all too happy to tell us about their property, the crops they grow and their rich family history of working the land. We’ll definitely be back next year, especially to try all the homegrown treats!

Want to visit us in person?

Here’s two upcoming shows where we’ll have trade booths. Check back with our website and on LinkedIn for highlights, photos and other promotions we do specially for these occasions…

Outdoor Farm Show , Woodstock, ON

Frank and I really enjoy this show for its beautiful setting at Discovery Farm and all the engaging demonstrations, some by equipment while others by livestock. The location provides a good opportunity to go on a crop plot tour and stretch your legs after getting something to eat and talking with exhibitors and other visitors. It’s a big show in the wide-open country.

This year the show is September 13, 14 and 15, 2022 between 8:30 am and 5:00 pm each day. So, join the fun at Discovery Farm (744906 Oxford Road #17, R.R. #6) in Woodstock, Ontario and visit us at booth AB-33 in the Zehr Insurance Ag Biz Pavilion. Tickets and a show map are available at the event site.

MJBizCon , Las Vegas, NV

The cannabis industry has been an exciting roller coaster since becoming legal in Canada. The number of cultivators and retailers has exploded, and we’ve been fortunate to work with a few companies on building growing facilities. It’s a little more specialized than regular agricultural buildings ( read our article ). We’ve learned a lot by working with great industry partners and consultants. Along the way, we’ve met some innovative entrepreneurs and had countless networking opportunities – the people in legal pot really love to talk!

The biggest cannabis trade show on our schedule is the MJBizCon in Las Vegas in November . With 1,400+ exhibitors and 35,000 people attending, it’s a good place to make connections.

If you’re looking to be somewhere fun and sunny between November 15 and 18, 2022, Las Vegas isn’t a bad choice. Visiting the cannabis conference is a good excuse for a business trip. Be sure to drop by the Las Vegas Convention Centre and visit our booth.

We hope to see you soon at one of these events or any other! Let's get building!

About the author

Engineering questions: the quality of our construction speaks for itself

Thu, 28 Jul 2022 15:06:43 GMT

We’ve analyzed our most popular construction inquiries and have combined the answers into one easy-to-use reference for your convenience.

My team and I answer a lot of engineering questions from prospective clients. We’re dedicated to customer service and enjoy taking the time to go over the technical details of our construction when people ask. And whether it’s over the calls for a quote over telephone when or when meeting with attendees at trade events, like the Prospectors & Developers Association of Canada (PDAC) trade show and the Ag in Motion farm expo , we’re always prepared to listen and answer inquiries.

I enjoy meeting new people and learning more about their families, their passions, and especially the work they do. Over the years working in steel construction – in my former role as sales manager for one of North America’s largest manufacturers and now with my own company – I’ve met incredible people. You can’t love working in sales and with clients if you don’t enjoy listening, sharing stories and exploring innovative ideas together.

From the young family who own the heritage farm on the Prairies to the procurement VP at a large timber processing plant, I’ve responded to questions about a wide variety of pre-engineering steel building needs. While the basic engineering we use in all our building construction is fundamentally the same, starting with concrete and steel, what I have learned is that the end use of each building is unique and requires its own customization. If I may reference Leo Tolstoy's 1877 novel Anna Karenina , good structural engineering is alike; each finished building is finished in its own way.

The vast majority of interest I encounter relates to the engineering processes and construction techniques we use, so let’s explore what we do and what makes Summit Steel Buildings different. And if you don’t see your answer below, please feel welcome to call me at 770-367-9667 or email me at darren.sperling@summitsteelbuildings.com . I’m always happy to meet with you and learn more about your building needs.

Our engineering

Summit Steel Buildings uses efficient engineering and design techniques to achieve your optimal design within your budget. Our in-house team relies on the latest digital design and planning tools to ensure the most precise and resilient construction. Because our buildings are built to last a lifetime in the harshest of climates, each one is engineered to meet rigorous code standards from a wide range of North American accreditation organizations.

All our materials are approved and certified:

IBC | BCBC | UBC | UFC | FLORIDA (FBC) 2014 | MIAMI DADE CERTIFIED | CALIFORNIA (CBC) 2016 | UL90

Our engineering team provides full stamped engineered drawings for permit and construction for any country around the world.

Pre-engineered materials

Summit Steel Building’s standard building system uses pre-engineered I-beams. Typically specified for commercial, industrial, agricultural and institutional projects, using I-beam structure creates large, wide-open spaces with fewer columns that can obstruct space and movement.

Choosing pre-engineering offers your construction project unrivaled benefits – ensuring your custom build fits your custom needs and makes the most out of your building budget. Each building is customized to specific needs and engineered to meet all local and international building codes.

Cost effective
Clearspans to more than 300ft (91.44m) wide
Bay spans up to 60ft (18.3m)
Rigid frame system
Standing seam or screw down
Versatile wall system options that can be pre-insulated
No interior columns and higher clearances
Metal weathertight roof systems
Expandable for future growth
Bolt together steel superstructure
Connects to steel, masonry, concrete forms
Screwed connection system
Allows for shallow, lightweight, longer spanning joists
Exterior finishes: steel, brick, block, stucco, masonry, glass

Construction

Summit Steel Buildings allows you a single point of contact to manage your building project. Being involved in a project from vision through completion provides our company and our clients with the advantage of uniformity throughout the entire project. Our in-house teams perform many of the vital roles, so you don’t have to manage several third-party partners. You’ll enjoy a better and direct line of communication, and nothing gets missed because you are completely up to date at all times.

Functions we provide to benefit your completed structure:

Qualified builders
Cost management
Quality control
Project management
Logistics management
Risk management

Our teams of general contractors and builders are highly trained and experienced, allowing us to install your building correctly and in a timely fashion. You can be assured we will meet your desired completion date. Our teams can construct our buildings anywhere in North America, regardless of how remote, and in any climactic conditions.

Long spans open web joists

Our ClearBay system proves open web joists designed to function as an integral part of the pre-engineered building. ClearBay buildings with open web joists offer fully bolted connections, with the option of welding. Fully bolted connections can lead to faster and easier construction. Our unique integration of joists with our roof systems can result in less bridging, less material and lower in-place cost. Joists are very suitable for the support of floors, roof decks and standing seam roofs. Joists are generally more economical when bay sizes are wider than 30 feet or when roof loads are excessive. “K” series joists are normally used up to 60 feet, while the “LH” and “DLH” series joists are normally used from 60 to 120feet.

Weather-tight roof system

Our weathertight roof system takes the standing seam roof system to its maximum potential. Built for heavy rain climates, our system creates a weathertight seal on your building. Roof system features include long panels, minimal to no penetrations and seamless connections to parapet walls and eave trim.

Precision and accuracy, so essential for long-term durability of steel buildings, is assured by our use of building information modeling (BIM) technology. Learn more about our use of BIM .

Custom-designed buildings

Summit Steel Buildings offers custom design buildings with more architecture features than a typical pre-engineered building. Steel facilities incorporate efficient construction techniques with materials that can be incorporated with conventional design to achieve your desired architectural features, such as large walls of windows for natural lighting, cantilevers and innovative modern design.

Finishes and features include:

Stucco, brick, block and store-front glass
Second floor mezzanine systems
No limit to hangar door designs
Multiple multidirectional crane systems

Small business building systems

Pre-engineering and use of modular steel panels is ideally suited to starting small and then expanding your building as your business grows. This building system is means it’s a perfect fit for serving small business owners and hobbyists. Summit Steel Buildings uses this specialized construction to design athletic centers and arenas , car garages , storage facilities and multi-use community facilities . Our expertise in utilizing space and working within budgets helps business owners to fully maximize their vision and building use.

Multi-story buildings

Summit Steel Buildings also designs multi-story facilities for offices, warehousing, mixed-use developments and retail . Our system is either steel structural members or a combination of structural and joist for elevated floor construction. This strong, cost-effective system can significantly reduce labor time during construction, ensuring greater cost savings on your building project.

If you have questions, we’re here with answers

Every question is important, and every concern needs a detailed answer that explains what we do, why it is necessary and, most importantly, how what we do benefits the final building solution. No inquiry is too small and each one deserves a thoughtful and accurate explanation to explain why our work exceeds expectations.

Let’s talk. I’d love to speak with you and learn more about your vision for the next construction project. If we can’t meet in person, which isn’t always possible, let’s get to know each other via telephone or online. I’m always happy to meet you, hear your story and discover the perfect building solution for your business. Contact us today so we can get started!

About the author

Building information modelling is a design gamechanger

Mon, 18 Jul 2022 16:04:34 GMT

The design and engineering process has been transformed by using 3D digital building information modelling (BIM).

Advances in technology have changed the way humans work in almost every role in every industry. It simplifies work, eases communication and makes the complicated easier – and less prone to human error. It’s tough to imagine any function that has not been completely altered by incorporating some sort of computer-aided process to improve efficiency and manage data. For the most part, change has been good for business, improving teamwork, reducing recordkeeping and making administration much easier.

In engineering and construction, the impact of digital tooling has likewise played a significant role in increasing safety and improving the accuracy of builds.

It’s a good thing too. The detailed accuracy and precision involved in creating a multi-story or large commercial facility are immensely complicated. Drawings and elevations need to be accurate within fractions of an inch, so components fit together tightly for stability and to be resistant to water leakage. Any small measurement error can become amplified as the plans are scaled to real-life size; and as the size and complexity of the project grows.

Computer-aided design (CAD) was a first step in helping architects and designers build more accurately. Three-dimensional digital building information modelling (or BIM as it is known within the industry) has become the modern gamechanger since its introduction and acceptance throughout the 21st Century.

Read more about our engineering or our construction practices .

S

Build better with BIM

Since the company’s founding, Summit Steel Buildings has supplemented its proven track record of construction quality and customer service with 3D digital BIM modelling to give their building crews, tradespeople, engineers and architects an edge over competitors in the market.

Building information modelling as both a process and tool uses three-dimensional software to effectively design, detail, manufacture and erect steel buildings. BIM generates and manages building data and its various components throughout the project’s life cycle. This three-dimensional, real-time, dynamic modelling software increases productivity in building design and construction. It produces digital representations of physical and functional characteristics of places. The files (containing proprietary data) can be extracted, exchanged or networked to support decision-making regarding the entire structure down to the smallest of components.

BIM encompasses geometry, spatial relationships, geographic information, quantities and properties

of building components to construct a conceptual model of your building. The components of your building are then scaled to represent the dimensions of materials used to construct your building.

Project information is stored in a digital database rather than a series of separate physical paper documents or drawings. That database serves as the central location for all characteristics of your project, as well as the master reference point for every member of the team to increase coordination.

Enhanced visualization

BIM technology provides our customers with a modelling system that easily display a conceptual replica of their building in advance, which leads to confidence and peace of mind for throughout the project’s life cycle. This virtual model allows us to create projects in virtual reality before building them in actuality, thus reducing conflicts to save time and money. In addition, we provide our customers a digital copy of their completed project model, which can be used for decades to enhance operation and maintenance.

Benefits to your project by using BIM:

Encourages more collaborative work
Makes managing design revisions easier and smoother
Creates digital files that are easier to store and share
Changes to modelling can be completed and tested in real time
Greater modelling precision leading to better construction
Reduces wasted time in requests for information (RFI)
Improves overall building performance in the long run

When you choose to build, BIM is an essential partner in success

Building information modelling has become an industry-leading tool for many reasons. When you’re deciding on your next partner for a building project, you’ll want to choose the one with the most advanced tool and the most experience with BIM to ensure you get the most out of your investment. It’s good to understand how the system and process will benefit your construction and why it plays such a critical role to the success of your design. And the images are fun to look at – they give you an interesting perspective into the hidden engineering within your commercial facility.

Combining BIM with augmented reality (AR) and virtual reality (VR) allows Summit Steel Buildings to demonstrate how your building is going to perform, with an early inside look, well before the foundation is dug and the first support beam gets added.

Contact our team at Summit Steel Buildings to get your free quote and learn more about how we use BIM to improve the quality of your next structure.

About the author

'Steel' more space for your home lifestyle

Tue, 05 Jul 2022 21:17:40 GMT

Significant increases in real estate costs are pushing people to be creative in adding more living space to their property footprint.

Construction projects come in a wide variety of scopes and sizes. While Summit Steel Buildings typically takes on large industrial and commercial construction projects, we always built to suit the client’s needs. That includes additional outdoor facilities for residential properties.

Not everyone wants to relocate or buy new when they're looking to add more functional space and value to their property. This is where building with pre-engineered steel structures can be an affordable way to get what you need without having to pack up and move.

The reasons to want an additional structure on your property are endless, as are the uses. Some are looking for purpose-driven outdoor storage, such as storing garden furniture, pool supplies or barbecues in the offseason. Having that space adds the convenience of safe and secure storage.

For the more imaginative and creative, extra property space makes for a dream workshop, creative art or music studio, or as dedicated office space for those who continue to work remotely.

We’ve received a recently received a large number of requests from our Summit Steel Buildings site to build storage sheds and adjacent structures. Clients are pleasantly surprised at how affordable a durable metal building can be compared to the wooden kits or pre-builds people see at their local home renovation supply centre. Steel construction of any size is going to be less expensive than going with brick-and-mortar construction. And using recyclable steel is better for environment and uses less materials meaning it’s better for the planet.

Regardless of how large of a space you need, all our buildings are equally well-built with a solid metal pre-engineered structure built on a concrete foundation that’s designed to withstand the world’s most extreme climatic conditions, gale-force winds and be resistant to earthquakes. A durable space to house your outdoor living accessories in the offseason or to create a workspace studio becomes a comfortable, welcoming retreat to keep your workplace productivity high even when those winds of winter start blowing.

Building design by purpose

Storage sheds and “out buildings” are each uniquely different. Let’s begin by looking at what purpose the new shed or structure will serve (or building, depending on size and the definition your city’s regulations use). An investment into a steel facility is ideal for storing and protecting high value items, such as antique cars, watercraft or farming equipment. Some are designed to be simple while others have a more elaborate architectural design.

It won’t surprise you that people want the sophisticated aesthetic that pre-engineering allows to build art studios, working garages for auto restoration, man caves, she sheds (or pub sheds for anyone who enjoys a wee dram on the weekend) or as additional living spaces for children or to be used to earn extra income as Airbnb or VRBO accommodation. [Always check with your local planning department to ensure your building purpose is compliant with local bylaws.] Even though the contents differ, adjacent structures are equally as valuable and important to making the entire surrounding property as comfortable and protective as possible.

Pre-engineered steel’s flexible framing means you have unlimited uses for whatever purpose your business will serve. Your structure can be as customized as you like or need and built with all the insulation, plumbing and electrical systems required, in a stylish and sophisticated manner with plenty of glass to allow natural light. In addition to being a place for storage, you can use your new structure for indoor or vertical gardening, as a garage, a playhouse for the children, a separate event space, perfect tool or machine shop, headquarters for a new business or for extra accommodation. The real value is how you’ll have a new place to keep your important possessions safe and secure while also having a place to be as creative as your imagination will allow.

Reliable engineering is always a priority

Properties are bound by size and their environment. Every lot is going to be different, and you want a new structure that is going to complement the existing building’s style and fit in with your property. Pre-engineering and the use of steel panels offer a wide range of finishes and its flexible architecture lends its design to a wide variety of architecture. The building solution is also adaptable and scalable, meaning your new building can start at 12’x15’ and be as large as you like. Usual structure sizes are 18’x24’, 20’x30’ or 40’x60’, although no building is ever ‘standard’. We can build to suit. And if you outgrow your current needs, the adaptable open-ended engineering means additional length can be added at a very reasonable price, quickly and easily. You’re never going to get locked into your current footprint, even though the building is designed to last a lifetime!

Regardless of size, all Summit Steel Buildings facilities undergo the same precise engineering process, including building a solid concrete foundation, installing the solid girder frame, adding exterior panels (with or without installation) and adding a reliable roofing system – all from the best cold-formed steel designed to withstand everything nature can throw at it. As a manufacturer and installer, all of Summit Steel Buildings solution come with a lifetime warranty.

If you’re looking to stay in your current home but want to expand your storage and functional space, steel buildings are the answer

Whether your dream construction project is a large warehouse or manufacturing facility to expand your production and reach new markets around the world, or a backyard escape where you can pursue hobbies, you don’t want to compromise on the look and strength of the place that’ll protect your investment. Why would anyone want to store their prized ‘67 Plymouth Roadrunner or ‘66 Ford Shelby Mustang in a wood-framed shed that collects dust, pests, vermin and won’t hold up to the harsh elements like steel? Once you’ve decided on the purpose of your additional structure, contact us and we’ll provide you with a free quote and develop the ideal engineering plan to make your vision come to life.

About the author

Rely on steel to produce more lumber

Mon, 13 Jun 2022 17:50:03 GMT

Houses are built with wood; forestry operations require the strength of metal construction.

Our forestry and timber industries are important partners in supporting a growing economy. To succeed, companies need tough and resilient infrastructure to handle processing and storage needs as well as forestry management and silviculture practices. While timber producers provide the raw materials, such as lumber for residential building, these same companies rely on steel as a main building material. Read about the metal facilities designed specifically for the forestry, timber, lumber and pulp and paper industries.

Timber and steel are the most significant building materials to use in building construction – wood being ideal for residential houses and steel better suited for industrial and warehousing buildings. As Canada’s premier pre-engineered metal facilities supplier, Summit Steel Buildings is focused on commercial structures, especially for the forestry and lumber sector supplying building materials for the nation’s much-needed residential housing.

Steel creates a safe and comfortable environment for production

Once a building is occupied and open for business, operational effectiveness and safety become critical measures of success. Facility construction using steel offers several benefits over wood or mass timber in industrial operations:

1. Build with steel to maximize durability

Pre-engineering steel buildings’ reputation for toughness and reliability are essential for maximizing the value of your long-term investment. A sturdy steel shell shields the interior environment – and your valuable resources, including people, machines and materials – against the harshest of weather and climates. You can be assured that your steel structure is as protected as possible against heavy rains, snowfalls, tornado and even earthquakes. Industrial buildings take a lot of abuse from the inside as well. Trucks and forklifts occasionally bump into things, and when the worst happens, pre-engineered panels can be quickly and easily replaced at minimal cost or interruption without affecting the structural integrity of the rest of the building.

2. Regulating the interior environment

Cutting and processing equipment (such as debarkers, chippers, planers and forklifts) produce a lot of heat and mess. Proper insulation and temperature controls are essential for maintaining a cool environment, which is ideal for teams to work in. Unlike wood construction materials, steel siding creates conducts temperatures better and allows interior environments to be closely regulated. Cool-coated roofing panels ensure energy-saving expenditures during the summer season and lower heating bills during winter. Tight seals, good insulation and plenty of windows for sunlight create ideal working conditions and lower utility costs.

Along with temperature control, steel materials and a concrete foundation are built to allow for proper drainage and airflow, ensuring sawdust and other air pollutants can be safely eliminated. All these factors work to ensure better quality final products and safer working conditions.

3. Reducing the risk of fire

Wood is combustible. Whether it’s the raw materials being processed or those used in the building’s construction, fire is a tremendous hazard with immense potential for damage, loss and liability. Non-combustible steel creates protection against risk and helps lower the potential for disaster. Treating wood to prevent fires is not the best alternative. With jobsite safety being a priority, companies can use their steel structure to reduce insurance rates and prevent damage claims. These, and other ongoing costs saving, make an affordable steel structure an intelligent and safe investment, both at the outset and as the building is operated year after year.

4. Resistance to rot, mold and insects

Even compared to treated wood, steel clearly outperforms in preventing rotting to your completed structure. Metal’s impervious nature means water will not cause it to deteriorate over time and pests won’t be able to bury in and destroy the material’s structural integrity. Without water leakage, mold and other harmful bacteria can’t make your building their feeding ground, ensuring your facility’s hygiene and sanitary standards. Once bugs and mold invade your building, it becomes very difficult and expensive to get rid of them. Why allow them inside in the first place? Just imagine how much your company can save in spoilage and inventory loss while guaranteeing your clients receive pristine final products. Your building is built to last and to protect the valuable contents inside.

Steel is the best choice for industrial operations

It may seem strange at first that Canada’s biggest and best forestry and timber companies would build with steel for their infrastructure when wood materials are so readily abundant. In Canada’s forested areas, the rugged conditions require resiliency and toughness, regardless of the final need or budget. Whether it’s a small shed or a 50,000 square foot production facility, custom-built steel structures provide the durability that will serve over many years. Contact us today so we can learn about your building need and prepare the ideal solution for you.

About the author

Why build with steel when wood is readily available?

Mon, 06 Jun 2022 14:41:47 GMT

Forestry operations rely on metal structures to provide the durability they need in Canada’s wildest environments.

Wood is one of the most versatile building materials. It’s affordability and availability have made it a valuable component of residential construction around the world. Canada’s abundant supply of sustainable forests help drive one of our economy’s most valuable industries. The forestry and timber sectors are a leading contributor to our nation’s healthy employment level and in growing the country’s GNP.

While wood framing forms the basis of residential buildings, such as bungalows and two-story structures to be overlaid with brick or siding, larger industrial facilities require steel. The metal’s higher strength-to-weight ratios are better suited to supporting much larger structural loads and to provide the protection against much harsher weather conditions. Heavy steel beams and girders provide wider spans and higher clearances to provide the wide-open spaces warehousing and processing requires for safety and freedom of movement. On a larger industrial scale, the cost of effectiveness and durability of using steel make it a better building material than timber. Read about steel buildings made specially for the forestry and timber industries.

Steel gets your building completed faster and stronger

At the outset of any construction project, building requirements focus on getting the final building up and running and producing completed product as quickly as possible. Companies want their finished project to exceed building codes to ensure the greatest possible strength and durability for the long run. Building with steel offers the advantages and benefits your industrial operations require:

1. Lower overall construction costs

Pre-engineered steel buildings use pre-engineered panels to reduce the need for highly specialized labour, use less raw materials, and are manufactured offsite to reduce installation times. Cold-formed steel panels arrive at the construction site pre-welded, pre-cut and pre-hole punched. The metal components are added onto a concrete foundation that provides stability to steel beams and girders, ready to support any R-value insulation. The resulting building is stronger, more durable and more resistant to harsh working conditions and damage – and less expensive. Working with steel is generally 30% less than the price of traditional construction and takes about as third as long to complete.

2. Unlimited design freedom

New facilities need to be built quickly and affordably, often in remote and difficult areas. Pre-engineering means your construction will be completed quickly regardless of how remote the location. Components are built offsite and then shipped in for final assembly.

While fast to build, you don’t have to sacrifice creativity. Most commercial buildings are simple in design with a minimal and efficient layout that’s built to serve a purpose of maximizing space, and to create adaptable, open spaces for working space and storage – but they don’t have to. Industrial clients have so much more choice in design without sacrificing affordability or construction quality. Steel’s versatility and high strength allow building to express a variety of eye-pleasing designs. Pre-engineered metal panels are available in a wide range of exterior finishes and can support as much glass as your vision demands.

Read how adding more production and storage space can increase your operation's profitability.

3. Lower ongoing maintenance costs

Steel buildings use modular-style materials that require significantly less maintenance and are easily replaceable if damaged. Panels are installed with a variety of finishes that do not require painting and do not fade. These allows your team to focus their hours on productive work rather than maintaining the building. Timber structures are prone to long-term deterioration to the elements while steel lasts forever. Never worry about rust or your building losing its “like new” appearance. Lower maintenance costs ensure you maximize the value of your investment.

4. Expand your operations endlessly
Modular building systems mean your steel facility can be expanded quickly and affordably as your needs grow. Traditional construction constricts your footprint, and any addition means plenty of interruption and waste as walls need to be destroyed and rebuilt. Steel buildings use framing bays at one or both ends ensure you can build out or up to extend the life of your construction investment. You never need to worry about outgrowing your building space.

Custom construction that exceeds your expectations

Summit Steel Buildings, Canada’s premier pre-engineered metal structure supplier, builds to suit, whether it's around current equipment or to house recent additions. New buildings are a valuable investment in your company, as much
as your debarker, chip screen, chipper, planer and stacker equipment. We understand your needs and will go the
extra distance to ensure your workflow is planned to maximize production efficiency. Don’t hesitate to contact us
for a free quote.

About the author

Industry secrets to get the best price for your metal building

Tue, 31 May 2022 15:06:05 GMT

Part two in our series reveals how you can get the best pricing value from your next construction project’s budget.

The two most often cited factors why clients choose their builder are related to quality and price – the most critical factors in project management. As such, pre-engineered metal buildings are ideal for meeting these requirements: they reduce build time by as much as two-thirds because using metal requires fewer overall materials and lower construction times.

A faster build results in lower costs

In part one of this series, we touched on industry secrets to getting the best quality out of your project. Now, we’ll explore how to reduce your costs without sacrificing solid and reliable construction that will last for generations.
Read about the industry secrets to getting the best quality build for your ideal metal facility.

Most people are aware of the durability of steel and how quickly and cost-effective it is to erect steel buildings, but there are some lesser-known facts you should become familiar with before you begin your project. Here are several ways to help you get better pricing.

1. Hire one turnkey project construction team

One focused team means fewer intermediaries and less markup. You shouldn’t have to pay for middleman costs when those savings could be yours. A turnkey project team will include all the architects, designers, engineers, project managers, electricians, plumbers and other skilled tradesmen for one price. A turnkey construction team is more cost-effective than hiring all the different specialized contractors separately. Although each role requires a specific skillset, they are all led by one point of contact to act as your eyes and ears on the jobsite and to keep you informed of progress and budget. Clients are free to focus on their core business while the turnkey project team focuses on meeting deadlines and ensuring quality craftsmanship.

One dedicated team will also bring valuable industry connections with suppliers and manufacturers to ensure the job is done affordably and to the highest standard. Their network within the industry means they’ll be continually looking out to find ways to save clients money.

2. Save by not hiring an outside architect

A turnkey team means you do not have to hire your own architect. Clients receive a custom-designed and contemporary building with the additional benefit that the same team understands the precise capabilities of the steel structural system. Some architects do not have the familiarity with pre-engineering or have access to the specific criteria provided by manufacturers. In some cases, outside architects prefer to use their own traditional construction supply partners with whom they receive a sizable commission. One team ensures project objects are aligned to serve the client’s best interests.

3. Buy when steel prices are low

Steel is a commodity – like oil, grain, gold, beef and natural gas. And like all commodities, the price is subject to market forces and fluctuates unpredictably. With experience in metal building construction, your project team has expertise in understanding the steel market and can order materials to ensure they have an inventory of components at the best prices. When prices are expected to go up, your manufacturer can lock in the price of your project ahead of construction time, saving you thousands on the cost of raw materials.

Even with market fluctuation, building with steel is less expensive than traditional materials, such as wood and brick. Steel prices in the spring of 2022 increased 13%, although some customers were able to save by booking their 2023 build ahead of the price increases. The pandemic created huge swings in the steel commodity market, which some customers were able to use to their advantage. Learn more about understanding steel prices.

4. Order your building during wintertime

Due to weather conditions and temperature, preparing a site for concrete foundation and subsequent construction should only happen in the springtime. Not only do you get a better-quality job by waiting for better conditions, you can help schedule your job ahead of others so it can get started sooner. Most pre-engineering takes place in a factory offsite well ahead of installation at the jobsite. Components are manufactured and then cut, hole-punched and assembled in the warm inside conditions that can take place in winter.

By ordering your building in the winter when the rest of the construction industry has slowed down, you receive better pricing and can have your construction placed earlier in the queue. Once spring arrives, your components are ready. Your construction team can be first out to pour the foundation, lay the beams and start erecting your building. Not only is it built sooner, you’ll get a better rate.

5. Prepare your construction site in advance

Even before the plans are drawn, clients can help make the construction process to go smoother and faster by assisting in clearing the construction site and ensuring paperwork is done. Quicker construction results in lower costs. In advance of construction, many steps need to be completed. The client team needs to ensure permits are in place, the site is accurately surveyed and that any debris, old equipment and other impediments (such as old buildings or materials) are removed from the final site. In some cases, environmental assessment needs to take place.

Be sure that all financing and lease details are finalized as far in advance as possible. If all these measures are completed well ahead of construction schedule, you’ll help the construction team ensure the final job goes as smooth as possible and avoid potential delays.

Steel buildings offer endless value by extending the life of your investment

Pre-engineered steel construction provides the flexibility, durability and affordability that clients need. Regardless of the end use, whether the building serves agriculture, forestry, mining or industrial purposes like warehousing, clients can use some of these tricks of the trade to ensure they get the best out of their building budget. Pre-engineering building systems by Summit Steel Buildings are the most versatile and expandable solution that accommodates any budget. Give our leadership team a call and we’ll get to work immediately to provide you with a free quote .

About the author

Industry quality secrets to building your ideal metal facility

Thu, 26 May 2022 16:37:48 GMT

The first of our two-part series reveals how you can gain greater value of workmanship for your investment.

The best clients are the ones who have done their research to get the facts and figures they need to make informed decisions about their steel building project. If a construction company is not completely transparent and open about what they do, it’s a red flag and an indication that it’s time to walk away and find a better building partner. Educated customers make better decisions.

As with every profession, experience is the best teacher. Over the years, those dedicated to their craft learn the trade secrets that make the difference between a good and great completion. As the premier pre-engineered metal facility supplier, Summit Steel Buildings specializes in custom engineering and constructing solutions for commercial and industrial purposes. Over the decades of leadership experience, our team has learned many industry secrets that help save clients frustration and make the journey of finishing a building project much easier, quicker and more cost-effective.

Two frequently cited reasons why clients choose their builder are related to the most important factors in project management: quality and price. The focus of this article concerns the first of these. We’ll outline three of the “secrets of the trade” to allow you to get the best out of your next construction project. A future article will focus on how to get the best price for your project.

1. Work directly with a manufacturing partner

A pre-engineered building manufacturer has the expertise and practical experience to deliver the best quality building. They manufacture every building component and install it according to exact specifications without compromise.

By working directly with a manufacturing team, you don’t surrender control over the quality of the building project and can reduce unforeseen issues. One single turnkey provider is able to coordinate schedules and immediately address any complications so as to deliver the best solution. Correct parts and custom tools, which subcontractors might not have access to, are essential to producing the ideal build.

Trust and provenance are also vital. Through a direct relationship with the manufacturing team, you know exactly where your components are coming from, how they were made and if they meet the meticulous standards your building requires. You don’t need to wait for imported panels, beams and joists to arrive. Any alternations can be made much sooner than by relying on foreign supply chains and waiting for items to arrive.

2. Approve and keep copies of your building drawings

It is essential to pay particular attention to the drawings you are provided with by the building team. A durable final building is the result of starting with a solid plan, well laid out in advance. In creating an ideal commercial building, your plan begins with approved blueprints created by the architect. These blueprints not only provide the guide for construction, but they also assure the building has been approved by city engineers and will be built to surpass local building codes.

During the initial quoting and planning stages, these designs might change considerably. You want to be sure to approve the final version and to keep a signed copy for your own records and reference. Engineers and tradespeople rely on blueprints for accuracy and for ordering all the components and parts the final construction needs. It is for this reason that you don’t want to begin work until the final documents have been approved by both you and the municipality.

As with all contracts and agreements, the drawings become the standard to which all involved parties will be held accountable at a later date, particularly once floorplans and items such as doors, windows and plumbing and electrical systems are installed and become much more difficult (and costly) to change.

3. A single turnkey builder is best

Summit Steel Buildings’ team includes architects, structural engineers and tradespeople with all the skill and specialized knowledge to create your ideal pre-engineered steel building. Working with a single provider ensures communication is kept as simple as possible and you only work with the actual people familiar with all stages of the project. The leadership team at Summit Steel Buildings is dedicated to your complete satisfaction and focuses on building the ideal building solution that fits your needs and budget. If you need answers or an update, you get it immediately from the project leader, who is onsite overseeing all activity.

A single provider helps keep schedules on-track and maintains supervision and quality inspection as each component gets installed.

With one oversight team, the professionals on site have all been involved with the project since its conception and are fully familiar with all the original criteria for your build, from initial site survey to material costing and supply chain to finishing touches. Because the design and pricing have all been formulated at the outset, your single turnkey provider has your best interests in mind.

All the various cross-specialization abilities of Summit Steel Buildings’ professional team are included in one inclusive price of your building solution. Hiring the various talented people or firms separately increases the cost of your construction and takes longer to find, select and hire. And more teams in the mix create a complicated version of the “telephone game”, leading to miscommunication that can cause delays and cost overruns.

A quality building is the result of strong partners with trade experience

Tricks of the trade are really nothing more than just good common sense based on best practices and experience.
The advice provided here is the result of Summit Steel Buildings’ leadership team’s expertise with engineering and designing pre-engineered metal industrial facilities for over 40 years .

For cost-effective, energy-efficient designs and high-performance wall and roof systems, pre-engineered metal buildings provide the long-term solution for any industry. Our construction experience across a wide variety of industries (such as agriculture, warehousing, forestry and mining) have proven that steel materials are best when considering your future production and storage needs. Call us today where we will discuss your project and provide you with all the facts and figures you need to make an informed decision about your next building solution.

About the author

Getting to know: Frank Melo, Director, Summit Steel Buildings

Mon, 09 May 2022 17:05:45 GMT

As part of a closer look at the people behind your next construction project, we interview Summit Steel Buildings’ leadership team …

Engineer, father, adventurer, gastronome. Frank Melo loves to experience as much of what the world has to offer. From the work ethic he learned from his father to cooking in the kitchen with his family, his Portuguese background has influenced how he views the world, the value of strong relationships and the passion to enjoy the bounty of his hard work.

Frank fondly remembers the soul-warming aroma of freshly baked breads and stewing meats. Growing up, he spent his early childhood on the island of São Miguel in the Azores, an archipelago made up of nine volcanic islands in the Macaronesia region of the North Atlantic Ocean, about 1,400 km (870 mi) west of Lisbon.

Although Frank was only two when his family immigrated to Canada, memories are not the only thing that remain of those early days. Frank still speaks Portuguese and chooses to order fresh fish whenever he can. He will tell you he is an introvert, yet his love of athletics (cycling, squash and lifting weights) will draw out his adventurous side. Frank admits he is always the first to volunteer to go rock climbing or explore other adrenalin-pumping activities.

As a business owner and contractor, Frank brings over 25 years of experience from his construction, civil engineering technology and business background. A key partner of the Summit Steel Buildings leadership team , Frank is both the visionary and strategist. From leading the engineers though the initial drawings to managing the team of technicians and construction crews, Frank can be replied upon to execute the project to perfection.

“I’m involved in many aspects of the company right now and definitely wear many different hats,” he says. “I like to work at a fast pace, get things done and definitely would not change anything about my life right now.”

His favorite part of work is negotiating deals and building relationships with clients, using his genuineness, humour and people skills to manage his various work teams throughout the country. Getting to know people, Frank claims, is one of his strengths and the part of his job he enjoys best.

Raised in London, Ontario, Frank worked closely with his father, his favourite mentor and hero. Early mornings were the norm growing up in a hard-working family, where, even as a child, he dreamed of being entrepreneur. Used to working with his hands in the grueling summer heat alongside friends and family in construction, Frank’s first official job was picking tobacco in West Lorne, Ontario. After studying architecture, Frank graduated from Fanshawe College’s civil engineering technology program.

Family has always been his inspiration and something of which he’s most proud. Frank’s favorite memories are the births of his two daughters, Kierstin and Maddy. Now that they’ve both graduated from university and have lives of their own, he has more time to explore the world recreationally. Travel is a big aspect of his life. He particularly enjoyed visiting Hawaii and going back to the Azores and Algarve in Portugal to rediscover his family heritage. Frank’s love of travel is included in his role at Summit Steel Buildings where he divides his time between projects primarily in Ontario and British Columbia. Sometimes the business travel takes him to extreme places.

“Building an arena in Cambridge Bay, Nunavut was quite the experience. It’s pretty isolated so you had to bring everything you could need for months at a time. You can’t run down to the local corner store if you run out of something in the pantry…” [Watch his videos from Nunavut to see what the conditions were like, even during April while the rest of the country was warming up to springtime conditions.]

The small town was welcoming and quaint but quite different from London and Vancouver. “The sense of community is amazing. I led a small team of guys and aside from foundation work and steel framing, we didn’t do much other than Zoom with family and friends back home. Once the workday is over, it’s too dark and way to cold to go out and see the sights…”

Currently living in Vancouver, what does a self-proclaimed “night owl” do for fun in the big city on the weekends? “I spend a lot of time revisiting my mother’s recipes and making Portuguese and Italian cuisines, usually with a nice glass of Cognac neat,” he says with a smile and a mischievous glint in his eye that his friends know all too well. “In a city like Vancouver, there’s also no shortage of restaurant to venture out to and explore when I don’t feel like cooking.”

Seven questions with Frank Melo:

1. What was your favorite subject in school?

Math

2. If you could play an instrument, what would it be?

Piano

3. Have you ever met anyone famous?

UFC fighter, Nick Diaz, was the last famous person I’ve met.

4. Which historical figure would you most like to meet?

John D. Rockefeller

5. What three items would you take with you to a deserted island?

My Swiss Army knife, a magnifying glass and a solar-powered light (and a bottle of Courvoisier if I could sneak it past).

6. What’s your idea of a perfect day?

Working out in the morning, at the beach for a few hours, followed up with a spa appointment and massage before a night out on the town. Vancouver lets you do it all. Snowboard in the morning and surf in the afternoon.

7. Where do you see yourself in 10 years?

Doing the same work with Summit Steel Buildings but at a much larger scale.

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner and contractor. He can be contacted at Summit Steel Buildings at (778) 951-4766, by email at frank.melo@summitsteelbuildings.com or through LinkedIn .

Pre-engineering changed the future of construction

Tue, 26 Apr 2022 18:16:56 GMT

Pre-engineering’s innovative method changed the future of construction.
Fast and affordable, steel construction is clearly the intelligent way to build industrial facilities – good reasons why it’s become the preferred choice
across the world.

Pre-engineered building construction for industrial purposes has forever changed the industry since its introduction and wide adoption. Commercial clients love the cost savings, environmental benefits and quicker return on investment. These are but a few of the reasons why this form of industrial construction has doubled its market share over the past five years compared to traditional and more complicated construction types.

Being simple, fast and affordable has helped pre-engineering building technologies to increase its market acceptance as more business owners, engineers and architects have learned to appreciate its benefits and understand its process. Working with steel is generally 30% less than the price of traditional construction and takes about as third as long to complete. Where do the savings to budget and time come from? The nature of pre-engineered steel panels reduces the need for highly specialized labour, can be installed much easier with less equipment and uses less raw material. Read more on the advantages of using steel panels.

Faster construction that’s safer and better for the environment

As Frank Melo, Director of Summit Steel Buildings , explains, “pre-engineered steel panels are prepared in our factory ahead of construction (pre-cut, pre-welded, pre-hole punched, pre-plumbed and pre-wired) so our on-site focus can be on building a strong foundation and structural components, such as beams, girders and columns as well as the interior environmental, electrical and plumbing systems. Getting steel buildings finished sooner means a faster occupancy and a higher return on investment for clients.”

The pre-engineered steel construction method (sometimes referred to as modular or prefabricated construction
within the residential building sector) offers important advantages as businesses consider other critical corporate social responsibility (CSR) factors, such as sustainability and safety. In a recent construction survey , approximately 88% of contractors said modular-style construction reduced overall construction waste. Read more on how eco-friendly buildings start with steel. About 89% of respondents in the same report indicated modular construction also provides a safer worksite. Because a great deal of pre-engineering occurs in advance at an off-site manufacturing facility at ground level, the potential for falls (the biggest cause of construction deaths) is greatly reduced.

The distinction between prefabricated and pre-engineered steel building construction

In a previous article, we explored the reasons why a lot of commercial steel buildings share a similar design . When considering the finished aesthetic of a building, it’s important to understand the difference between prefabricated (or modular) metal structures and pre-engineered steel structures. As the two main commercial and industrial steel building systems, each offers their own advantages and suitable uses. In either case, the completed buildings are sturdy, efficient and cost-effective.

Summit Steel Buildings works on larger, heavier duty commercial construction products and chooses to use pre-engineering because it delivers immense structural integrity as an affordable construction solution that benefits your business or project.

Prefabricated metal structures

Prefabrication means building components (such as entire walls and roof structures) are manufactured in a factory and then taken to the jobsite in parts to be assembled. More suitable for smaller structures, they are incredibly easy to assemble, take less time to put together, and come in a variety of standardized sizes, from sheds and garages to industrial storage units. Because of the narrow range of premade parts, the final structures tend to be the boxy, standard-looking cube you’re familiar to seeing.

Pre-engineered steel buildings

Pre-engineering involves custom construction of building panels and smaller sections where the specs have been determined before production of the building materials. The specifications are determined by the building’s final purpose, local building codes and the require weight loads needed and assembled onsite. Because of steel’s high strength-to-weight ration, the building can use any architectural design. Pre-engineered buildings use a steel skeleton atop a concrete foundation to build the framework and rely on a steel panel system. Cold-formed steel panels arrive pre-welded, pre-cut and pre-hole punched to reduce construction times, can support any R-value insulation and are available in a wide range of exterior finishes.

Benefits of using pre-engineered steel construction systems for your next project:

Steel buildings are a quick and cost-effective way to get your business into operation or avoid interruptions when relocating.
Pre-engineered metal structures require little maintenance and use energy-efficient heating/environmental and electrical systems to keep ongoing costs down.
Commercial steel buildings are so ubiquitous because they are the intelligent way to build and maximize a building budget.

Pre-engineering has transformed construction practices,
let it do the same for your business operations

When you’re looking to grow your business and expand your operations, you’ll quickly come to appreciate the cost savings and higher earnings on your investment that pre-engineered building construction provides. It’s clear why pre-engineering has been adopted as the intelligent way to build industrial facilities over more traditional and more complicated construction types. When you’re looking to build and need a free quote , don’t hesitate to contact Summit Steel Buildings and we’ll get started right away.

About the author

Industrial buildings need not be boring!

Tue, 19 Apr 2022 16:19:13 GMT

Commercial and industrial steel building design has come a long way from the banal big box structures you think you know.

Industrial buildings tend not to win architectural awards. The lack of trophies and public adulation should not come as a surprise. Traditionally, they are built to serve a defined purpose, while being functional and accessible.

Industrial and commercial buildings built using steel pre-engineering are a versatile and intelligent way to build quickly and inexpensively, ideal for growing businesses that need more working, storage or production space on a reasonable budget. While architectural critics may think traditional industrial steel building design is a little mundane, your facility doesn’t have to follow suit.

Conventional design is an intentional choice

Yes, most commercial and industrial buildings look similar, but they don’t have to. Starting with a concrete foundation, you and your project architects and engineers have all the freedom to choose how the final building will look. You have complete creativity to create the building of your dreams. If you can envision it, building with steel can make it a reality. Check out the benefits of building with pre-engineered steel panels.

The reason for the ubiquity and most industrial buildings confirming to the same design was out of practicality, affordability and the need to be up and running as soon as possible. Commercial and industry parks were created quickly in response to the tremendous economic growth that took place over the last forty years. In the wake of the Great Recession, in particular, the North American economy shifted from a manufacturing culture to a warehousing culture. With companies needing to build quickly and to produce many much-needed industrial buildings, a standardized – but highly functional – design became popular.

Simple designs served a purpose: to maximize space, and to create adaptable, open spaces for working space and storage. It was a case of efficient and versatile layout being chosen in return for construction speed. In the years since, builders have perfected the pre-engineered building systems, so clients have so much more choice in design without sacrificing affordability or construction quality. Although we tend to believe that artistic masterpieces need to be intricate and complicated, some of the greatest works are intentionally simple, even repetitive, in their design.

Creative design in the context of its surroundings

Public expectations of building design have evolved over time. At present, even industrial and commercial buildings need to have aesthetic appeal to suit the ways people do business and shop and to create a satisfying customer experience. Specifically, think of production buildings, such as wineries, breweries or agriculture. People are more invested in knowing the provenance of where they get their products. They visit factories and production facilities and buy direct. It is a drive that affects the entire supply chain regardless of industry, pushing the need for sustainability and for buildings to be built with environmental responsibility using low-carbon materials. Do you want a modern, eye-catching design full of architectural detail and shapes? You get exactly what you want.

Being eye-catching remains desirable, but so does having the building being responsive to its immediate context, such as being consistent with local culture, topography, natural views and accessibility. It is not unreasonable for builders to be expected to try to make a positive contribution to their neighbourhood. Building with pre-engineered systems doesn’t limit your design creativity. When you choose to build, everything is customized to you precise needs, including aesthetics, so they fit in to their surroundings.

Building to a practical purpose

Of course, a building’s design is aesthetic yet still contains a practical side we need to remember. Simple and plain architecture tends to favour durability. Think of the eternal grace and strength of Egypt’s stone pyramids and the square elegance of Chicago’s Willis Tower. With excessive complexity (i.e., lots of joints, roof openings and corners), the potential becomes larger for water infiltration, damage and more maintenance. Embracing simplicity and plainness can be strategic. The best building projects tend possess the combination of pleasing visuals with functionality and accessibility. Regardless of design, when you build with steel, your building will be built to last.

Engineered to provide the best value

Industrial buildings might not receive the acclaim and awards of other building projects, but they don’t need them. Commercial construction is designed to serve a practical purpose and you’ll appreciate the sturdy functionality of pre-engineered steel buildings. They’re your most versatile and intelligent way to build quickly and affordably, ideal for growing businesses on a reasonable budget. Give us a call so we can discuss your next building project.

About the author

Considerations for adding an ideal warehouse

Wed, 06 Apr 2022 15:04:02 GMT

Store more in the ideal environment of a pre-engineered steel building.

In a growing Canadian economy, industrial and commercial enterprises are required to invest and expand their production and logistics capacity. Logistics and warehousing are two of the most important factors in capacity and supply chain management to prevent bottlenecks , disorganization and delays. Although both terms are commonly used within the shipping industry, they mean different things. Warehousing refers to the storage of goods. Logistics involves warehousing along with several other functions in the movement of goods from one place to another. In both uses, the need for a well-designed building to operate supply and inventories is essential.

Warehouse space is a valuable investment because of the future revenue it creates and real estate value (both size and location). The benefit of building new is that you get the exact structure you need and don’t have to worry about retrofitting or dealing with old structural damage.

For construction purposes, warehousing building types fall into two basic types by application:

1. General warehousing and storage

Probably what most people consider as traditional commercial storage buildings, “dry warehouses” are used for storing products, expanding retail channels, or as a co-packing facility or fulfillment warehouse. E-commerce has created a huge opportunity for both short- or long-term pick-and-pack storage (sometimes know as 3PL – third-party logistics service solution providers that are involved with container stuffing/de-stuffing, LTL, FTL, inventory management and shipping online orders). Dry warehouses are large well-ventilated spaces that can be heated or unheated and provide ample space for large, racked inventory storage or space for machines to process and move materials or merchandise around.

General warehouses may be a single or multi-story and can include office and retail spaces. Special building attention needs to be paid for any location that’s involved with storing or using chemicals and petroleum products or in the lucrative market of data storage.

2. Refrigerated and specialized warehousing

The second general classification for warehousing application is refrigerated units for storing or processing perishable foods and growing crops (as with cannabis cultivation or vertical agriculture ). Handling frozen and refrigerated food or pharmaceutical products can be among the most challenging aspect for manufacturers and logistics companies. Food safety, through hygiene and pest control engineering, is an especially primary concern that requires optimum management during transportation and storage. These warehouses are built with specialized insulation and environmental controls to offer a wide range of temperatures for handling food products, including fish, meat, poultry, dairy, fruits and vegetables and confectionary.

North America is the global leader in the global refrigerated warehousing market terms of value and is expected to maintain its dominance. Construction for food warehousing needs to consider allowances for vapor compression, evaporative cooling and blast freezing for food, beverages and healthcare and pharmaceutical products.

Critical considerations for building your ideal warehouse

Several factors are critical to a successful warehousing operation. First of foremost is access and location. It should be no surprise that most warehouses are located along major highlights or transportation arteries or near seaports or airports. Swift and easy access to key border crossings, international airports, are key locations to accessing local markets and North American consumers.

Being in proximity to key customs centres can help reduce complexity and cost, leverage international trade agreements, manage growth and improve customer experience. Of course, not all companies can choose where their business operates. Fortunately, buildings can be built quickly regardless of site to handle all necessary production and storage needs. Every medium- to large-scaled business is going to face issues of storage space and how to expand their operations effectively and affordably.

Construction budget will always be a prime consideration. Building with pre-engineered steel buildings allows you to custom-design your final structure to your exact size and need at an affordable price without compromising strength and features. Warehousing buildings are more than a simple square shell – special features are added to address operational needs.

Important factors include easy access for loading and unloading with large bays and doors for transports to easily locate and park next to, secured 24-hour access (for the staff you want in), pest controls and sanitation systems to meet health requirements. Warehouse automation and electronic inventory data systems and are innovations that can be incorporated into a new build. A wide variety of control systems can also be built into the structure: security (alarms, security systems, CCTV cameras – all monitored as part of a robust security system), temperature controls, electrical and environmental systems, technology for product handling equipment. No sound warehouse is complete without a full sprinkler system, proper drainage and humidity controls, especially for food service operations.

Build the ideal warehouse by planning for future needs

An investment into more working space gives you effective return-on-investment and increased revenues for decades to come. Summit Steel Buildings provides custom pre-engineered steel warehousing solutions that can be built quickly and cost effectively to meet the demands of your specific industry. We will provide you with an ideal dry or refrigerated warehouse as your one turnkey building supplier. Contact us for a free quote.

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Warehousing space has never been more critical

Fri, 25 Mar 2022 16:01:02 GMT

The demand on consumer and industrial inventories has never been greater while the availability of storage spaces has never been lower.

The need for wholesale and industrial warehousing space is greater than ever; and Canada’s current supply of available warehouse space is at an all-time low.

The vacancy rate for warehouse space in the Greater Toronto Area, according to industry sources (as of May 2021), has shrunk to 0.5 percent. Canada’s largest urban region is not alone. Rates for available warehousing space in major cities across the country have fallen to between one and three per cent according to a Bloomberg report (also May 2021). And new demand is threatening to eat up the remaining available storage space across the country.

When available warehousing becomes in short supply, rental rates increase dramatically. The more affordable alternative is to look at your current footprint and build. That’s where pre-engineered steel buildings become your best solution – they’re affordable, durable and can be built quickly, regardless of the space challenges with existing structures.

How retail and industrial needs are different

Business operations of all types require space – plenty of protected and climate-controlled space. What we think of as traditional warehousing has been evolving due to the rise of e-commerce. The global warehousing and storage market size is projected to reach USD $650 billion by 2028, from USD $530 billion in 2021 growing at 3.1% CAGR between 2022 and 2028. Companies like Amazon, Shopify and e-Bay, and even traditional retailers, such as Walmart and Hudson’s Bay, are adapting to the new realities of delivery and convenience within their distribution centers.

Customer expectations are much higher for immediate delivery, competitive prices and free shipping. Inventories must be higher to accommodate increased consumer demand. While brick-and-mortar footprint of retail stores is getting smaller, the industrial one to support and satisfy online orders is growing dramatically. Demand for storage space has pushed companies from the traditional brick and mortar model to more affordable and expandable steel building warehousing solutions.

“E-commerce requires three times more logistics space than when you have a traditional retail model. So, as we gravitate to more and more and more e-commerce, all that product that was in the store shrinks and the industrial footprint goes up,” says Marshall Toner , Managing Director/National Lead, Industrial for JLL Canada.

And it’s not just warehousing for the retail industry. Commerce in many sectors (i.e., manufacturing, processing, supply chain, logistics) quickly bogs down when business operations go without adequate working space . A recent incident reported by the Windsor Star explained how the associated costs of not having enough space can affect the local economy. Three ships loaded with steel had to be turned away from the Port of Windsor because a critical shortage of warehousing meant there was no place to put the many thousands of tons of specialized metal in their cargo holds.

Real world meets the digital one

The lack of space to unload and store materials is an interesting intersection where physical old-world (IRL) restrictions converge with the labor-saving convenience that only comes with emerging technology. While purchasing demands, inventories and storage space increase, the potential to track and keep all its related information is becoming easier. The “Internet of things” is a digital transformation that is not only changing how consumers interact with devices, but also their customer journey (online ordering and shipment tracking). It is similarly transforming how logistics are managed along the supply chain and within a warehouse. Buildings once used to store physical good are additionally being used to house revenue-generating digital inventories – think of banks of webservers as data storage or servers used in crypto mining. Warehouses now rely on technology for both their management and financing.

Meeting the storage needs of today by building for the future

Inventory will always be a huge cost and valuable investment. Goods and data need to be inventoried, protected, tracked and handled with care. Throughout their storage lifetime, facilities must be a proper environment to safely secure inventories, so items don’t get lost or stolen or rot. As large as these warehouses get, technology – such as NFC tagging and continually tracked barcodes – can be built into their infrastructure to help keep the vast inventory well organized and easy to navigate. Supervised inventories prevent obsolescence and spoilage. A well-built and well-maintained warehouse creates a suitable environment for both workers and products – an important factor in guaranteeing your quality and reputation.

Summit Steel Buildings has the custom warehousing solutions that can be built quickly and cost effectively to meet your unique business challenges. We can provide you with increased operational capacity that will meet your short- and long-term business goals through out leading-edge technology and exceptional customer service. Contact us for your free quote.

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Spread your wings in a new hanger

Fri, 11 Mar 2022 19:40:09 GMT

Flexibility provided by steel buildings will allow your business to take off as your fleet grows.

Canada’s vast geography could only be explored, developed and supplied with help from small and large aircraft. Exploration by flight transformed the landscape because cartographers and developers were able to traverse by air and photograph rugged undeveloped landscapes in hours that would have otherwise taken weeks to travel by land.

Although the days of exploration by air have evolved with the introduction of technology, air transportation remains a vital component for Canada’s economical sustainability; whether it’s for the movement of cargo, remote health care, business or recreational travel.

Supporting commercial enterprise in the aerospace industry requires a great deal of support in terms of technical maintenance, human expertise and logistics. This support includes well-built, durable hangars to house and protect an expensive investment in aircraft . Using pre-engineered steel systems for your construction is a smart affordable investment that accommodates your budget while helping to lower carbon emissions and support local manufacturing and jobs across Canada.

Superior steel engineering creates required open spaces

Hangars can be built as a single or multi-story structure using Summit Steel Buildings’ standard I-Beam building system. This flexible design accommodates large, wide-open spaces unimpeded by columns. Your facility will be purposely built with the administration, retail and operational working areas you need. Each building is completely customized to your specific needs and engineered to meet all local and international building codes.

“As the premier supplier of pre-engineered building systems in British Columbia and throughout the rest of Canada's provinces and territories, we have the experienced, dedicated engineering and construction teams to build your ideal aircraft hangar or wider aerospace facility,” says Darren Sperling, president of Summit Steel Buildings . “We understand the importance of our country’s aerospace industry and incorporate the latest innovation and technology to build what is needed to operate a successful operation – whether it be for defense fleets, commercial transport or training purposes.”

A new hangar is built quickly with most components being pre-cut and pre-drilled and then transported to the site. This means your construction time is much faster than with traditional materials, at significantly lower cost. Steel buildings’ higher strength-to-weight ratio means your building can withstand Canada’s harshest conditions, while keeping interior environments safe, warm and comfortable. Your hangar is custom created, whether it’s a 15,000 square foot facility, one that stores a dozen aircraft, or something much smaller.

Space is a critical concern for airports. Efficient working space needs to address operational and time management challenges in moving aircraft into position for takeoff and landings. Fitting multiple aircraft into a single hangar can be a costly accident waiting to happen when space is at a premium. Summit Steel Buildings offers a variety of building and roof shapes (BVE, AVS and AVC structures for example) that transform the dimensions and amount of space available for both aesthetic and practical reasons.

Aircraft facilities built for any pilot and any purpose

Summit Steel Buildings aircraft hangars are designed as a suitable facility for pilots regardless of their certification or classification. From private recreational pilots in single-prop aircraft to commercial single and multi-engine passenger jets, the company’s engineering team will work to build the ideal facility with all the vital components to keep your operation running smoothly. Your aircraft hangar or airport building will be designed and constructed to reflect your style and rich history of aviation.

Benefits of pre-engineered steel buildings for aircraft hangars:

Cost effective contemporary design
Protects with a durable, strong and secure rigid frame system
Flexible floorplan designs with minimal pillars and posts
Clear spans to more than 300 ft. (91.44m) wide
Bay spans up to 40 feet (12.19m)
Ideal temperature control for proper and safe fuel storage

As your aviation needs grow, so too should your facilities

Space shortages mean owned or leased aircraft take longer to refuel and are more cumbersome to repair and maintain. Imagine a floorplan that includes enough on-site area for your facility to include waiting lounges, retail shops, cafeterias, museums, tons of storage and conference and meeting rooms. Protective steel hangars are ideal for aircraft involved in commercial businesses (like crop dusting, surveying, aerial photography, cargo shipping and forest fire patrol) as well as for private transportation purpose. Whether you have one plane or helicopter or a fleet, you deserve to secure them in premium facilities.

Summit Steel Buildings is ready to get to work on building your ideal aircraft facility. Contact us for your free quote and to get started.

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Building case study: FCMP Outdoor

Fri, 04 Mar 2022 20:57:05 GMT

Thorndale lawn and garden product manufacturer meets sales demand with new steel building.

FCMP Outdoor, also known as Forest City Models and Patterns , has a strong brand reputation for designing and manufacturing some of the lawn and garden market’s best products in their respective categories. From concept to design, manufacturing to fulfillment, FCMP Outdoor offers both stock and custom programs for most of their outdoor items. As a result of sales growth, the company recently commissioned a new steel building facility to address warehousing and administration space constraints they were experiencing.

The Canadian company has been a preferred partner to some of the leading retailers for in-store and e-commerce globally, including Home Depot, Canadian Tire, Home Hardware, Costco and Amazon. The company’s 37-gallon tumbling composter has received over 10,000 positive reviews and a 4.5-star overall rating, making it the most popular choice on Amazon. The composter, reviewers point out, is well-made from BPA-free, UV-inhibited materials, offers quality aeration, and can make compost in as little as two weeks if placed in the right environment. Ease of use and affordability contribute to its exceptional ranking.

Located near London, Ontario, in the hamlet of Thorndale, FCMP Outdoor has been in operation for over 40 years, employing approximately 25 people. The company has significant sales presence in the U.S. market (approximately 80%), with Canada and international partnerships rounding out their business. With the impact of the COVID-19 pandemic, one of the major economic shifts was an increase in home improvement and do-it-yourself initiatives. The correlating result of more North Americans staying home was an uptick in sales for FCMP – and a need for additional warehousing space.

To meet demand, FCMP Outdoor began planning a new build project with Summit Steel Buildings to erect an approximate 35,000-square-foot warehouse alongside their current building. The plan will also provide FCMP with added flexibility for internal space efficiencies, with the addition of a mezzanine and enhanced workflow mapping.

Summit Steel Buildings is well known to FCMP Outdoor; they had previously built the office, manufacturing and warehousing space at the company’s Thorndale location. Suitable leasing properties in the area were minimal, so with available property on site, expanding using a new steel structure made sense. This will allow FCMP to meet increasing consumer demand for their products and grow the overall footprint of their Thorndale operations. The familiarity with the benefits of a pre-engineered steel building supported the decision. Working with steel is generally 30% less than the price of traditional construction and takes about as third as long to complete, allowing FCMP to utilize the new space more quickly.

The turnkey advantage was cited as a significant factor in FCMP Outdoor’s decision to build. Summit Steel Buildings even manages the pre-construction process, from organizing quotes to permits and engineering planning. The real benefit of have a single unified team managing the various phases from planning to ribbon-cutting is the cost savings of less labour, faster production and build time. It also means less headaches because of the confidence a well-managed process can bring.

Take a video tour through the FCMP Outdoor facility.

Summit Steel Buildings’ structures are constructed from heavy industrial I-beams and steel roof and wall systems with various architectural profiles shipped directly to the building site. Industry estimates suggest construction times are slashed by up to 33% and have lower materials costs with pre-engineered systems. Summit Steel Buildings offers a wide array of different profiles and color schemes to meet their customers’ individual needs. These cold-formed steel buildings systems produce less waste, allow for easier installation and provide tighter seals to avoid leaks. Computer-aided design (CAD) and Building Information Modeling (BIM) aid in the production of flexible steel construction, allowing much of the labour to be done off-site, making on-site assembly more straightforward. These savings in time and materials are passed along to the client.

The FCMP Outdoor expansion project broke ground once the frost was gone in the spring of 2022. Read about the building addition (one of two since the original building was finished) and see construction photos.

About the author

Cameron Wood is an award-winning communications professional with over 30-years experience in journalism and corporate communications. He can be contacted through LinkedIn .

Steel buildings deliver strength to the mining industry

Wed, 23 Feb 2022 16:51:49 GMT

Operational savings exceeding 30% per year can be expected over facilities built with traditional materials.

Pre-engineered steel buildings are strong and resilient to protect your valuable assets in the most extreme climates. With over 40 years of combined leadership experience in the building sector, Summit Steel Buildings’ experience in the domestic mining, quarrying and extraction industries offers the benefits your next project needs:

1. Steel buildings built for mining’s toughest conditions:

Summit Steel Buildings’ haul truck maintenance and mining buildings are engineered to shed snow and withstand punishing weather conditions including extreme wind loads. We focus on building prospecting and mining facilities that are designed specifically for heavy industry, such as mine production enclosures, ancillary buildings, mining processing, haul truck maintenance facilities and more. When you need to build new temporary or permanent mining structures, your ideal mining camp and mining processing facilities can be built in remote locations, under rigid timelines and with limited foundation requirements if necessary.

Most components are pre-engineered offsite and transported in, resulting in less interruption at the job site and less need for large construction equipment that can be hindered by lack of access roads. Mining buildings are set up quickly and are designed to last for the entire life of a mine. With premium insulation packages, your teams will enjoy comfortable, livable spaces for a wide variety of infrastructure needs – whether it’s for office and administration, accommodations or processing purposes.

2. Respecting deadlines without sacrificing safety:

An expert in mining site construction, logistics and organization, Summit Steel Buildings strictly adheres to all aspects of project management as your single turnkey provider. Resilient buildings using pre-engineered steel panels can be erected quickly and affordably – and safely. Get the convenience of quick assembly without settling for temporary structures made from fabric or cloth. Choosing strength of steel means respect for safety standards and your budget – they’re both part our company’s rigorous design/build approach. Our company takes the time to learn your operation and actively participates in understanding your mining site, its layout and how supply roads and other buildings interconnect. This means we can build the most suitable facility for your location all while respecting the mining industry’s tight deadlines and complying with all local and national safety standards.

3. Providing maximum design flexibility:
Sites are constantly changing. Nothing stays the same. Underground layouts are continually expanding to open new access to resources, while above ground, new roads, earthworks and processing spaces for crushing and mill operations are being added, moved to accommodate the growth. A site needs the appropriate space and facilities to accommodate storing, crushing and mill operations and housing the materials and teams that get so much done over the lifetime of the mine. Site planning can be complicated with obstacles including site access roads, leach pads and tailings dams and space for grubbing.

As your needs grow, you need a builder who understands your mine operations, how to engineer in harsh climates and remote locations and who can build in and around existing structures and other location confinements. And once building starts, construction gets complicated by integrating the handling equipment required for processing, such as overhead cranes, monorails and jib cranes. Summit Steel Buildings easily incorporate these factors too. Our prefabricated steel buildings offer large clear spans without support beams and pillars that obstruct floorplans. Our design eliminates the need for structural elements along the walls allow for more space for work and other required equipment. Pre-engineered steel panels are tough and durable and can be affordably replaced quickly in the case of any accidental damage.

4. Long-term solutions that provide endless value:
Thanks to its versatile pre-engineered steel construction, your steel building can be expanded in the future as needed. A modular system at both ends means your building can cost-effectively increase to meet your needs. And although they’re engineered as permanent structures, pre-engineered steel buildings can be quickly and easily relocated thanks to a modular design and ability to be crane-lifted into place. Transportability allows our buildings to relocate or adapt to virtually any mining facility application or be modified quickly to address changing mine priorities – rapidly expand, reconfigure, dismantle and rebuild it to suit any sort of mining building purpose. Why rebuild when you can easily and affordably reuse?

5. Cost savings during construction and operation:
Building with pre-engineered steel offers many benefits over using lumber or other traditional building materials. Metal buildings are more economical and offer more sustainability than using brick and mortar. Working with steel is generally 30% less than the price of traditional construction and takes about as third as long to complete.

Summit Steel Buildings’ use of pre-engineered steel panels also offers unbeatable energy efficiency and reduced operational costs. In addition to using a superior R-30 or R-50 insulation, the energy efficiency of the building itself is optimized by integrating natural light and special finishes to reflect light and increase radiant warmth in place of greater heating system use during winter. Steel buildings are naturally cooler during the summer as well. Lower utilities and maintenance costs are a year-long result. Operational savings exceeding 30% per year can be expected over facilities building with traditional materials.

Building partnerships that protect your most valuable assets

Prospecting, quarrying and mining companies across North America are successful because of the assets they employ – their people, machines and intelligent research. More and more, mining companies are expected to use these resources wisely and to operate effectively to get a good return on the funds they spend, for customers and their investors. That’s why you need to partner with a reliable and dependable pre-engineered metal building provider – a company whose people are as tough and technically proficient as the buildings they manufacture and construct. Contact Summit Steel Buildings to get a free quote and to learn more about the benefits of our steel building. Let’s get started.

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Protect the herd with steel

Tue, 15 Feb 2022 22:00:09 GMT

Provide shelter for livestock with a cost-effective and secure building solution.

Sure, old wooden barns hold a certain nostalgic romance. But in these modern times of farming, nothing protects your livestock from the elements better than steel. Summit Steel Buildings has over 40 years of leadership experience in the pre-engineered steel buildings sector, and their engineering team has been passionately developing agricultural structures for over 25 years.

Having built pre-engineered metal storage buildings for large and small agricultural operations across North America, Summit Steel Buildings has a keen understanding on how valuable your livestock is. Whether you have cattle, chicken, horses, sheep, pigs or any of the living creature that make up your farm, you can rest assured they are safely sheltered indoors within a steel structure. A pre-engineered metal farm building not only provides shelter for livestock but is also designed to withstand harsh weather conditions over time. With weather becoming more unpredictable, and Canadian winters not continuing to be the seasons of our youth, you need to shelter livestock that are prone to frostbite during the cold winter months and are at risk of death because of extreme weather.

By keeping your livestock inside a steel farm building, you also lessen the chance of illness in your livestock, through a more controlled environment where feed, temperature and conditions can be monitored. No matter if you’re located in a warm or extremely cold environment, Summit Steel Buildings are designed to support and accept any R-value insulation, including double layer systems. Steel buildings keep your livestock at the right temperature, while at the same time keeping temperature in, thus saving you money in heating and cooling. Steel farm buildings also provide great flexibility to be expanded, modified or moved as your herd or flock grows. One of the biggest physical benefits to pre-engineered agricultural steel buildings is the large clear spans they provide at an affordable price. This clear-span capability is one of the leading reasons why steel outperforms traditional building materials such as concrete or wood. Steel’s superior strength-to-weight ratio can allow for up to 90 metres (300 feet) of clear space.

Steel protects your most important assets

Steel isn’t solely about space at affordable prices. The durability and internal design options mean vital harvests and grain stores are also protected. Straw and hay can be stored indoors, preventing it from becoming wet and unusable. You will no longer need to store farm products and foods in your home, barn or in an adjacent outdoor shed; all you need is conveniently located inside your one steel farm building. And if your future needs increase, your building is designed with expandable endwalls to allow for easy, cost-effective expansions.

Canada in many regions is experiencing a rise in predators, such as coyotes, which will easily hunt your small and larger livestock. The durability and strength of steel also mean predators will find it almost impossible to find a way inside.

Of course, it’s not just those pesky vermin that will be shut out. Keeping your equipment inside a steel farm building protects your valuables from potential theft. Although large farm equipment is very difficult to steal, it is very easy for a thief to steal particular parts off of your heavy equipment. Farm equipment, such as tractors, trailers, ploughs, harvesters, baler’s and back-hoes, are expensive and highly lucrative farm equipment.

Farmers need their equipment to work and survive. As with livestock concerns, fluctuating Canadian weather extremes of both hot, humid summers and cold winters mean farming equipment should be stored indoors whenever possible. Equipment that stays outside year round is prone to rust, seizing, corrosion and UV damage. Four legs or four wheels, it’s just smarter to keep all that you can indoors.

For many years, the engineering team at Summit Steel Buildings has been developing agricultural building systems using a strong pre-engineered steel structure to provide the structural integrity that withstands all that nature can dish out. Whether you need a 1,500 square-foot equipment shed or a 50,000 square-foot cattle barn, you can rely on our durable and cost-effective building solution to be the best choice for your business. When you are planning your next agricultural or farm project, contact Summit Steel Buildings and we’ll provide a free quote. We’re your one turnkey construction solution provider.

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The strength in mining relies on a foundation of steel

Mon, 07 Feb 2022 19:09:57 GMT

Prospecting and mining can look to durable pre-engineered steel buildings to enhance their operations.

The abundance of natural resources has long played an important role in Canada’s economy. Mining, forestry, fishing and agriculture continue to play a crucial part in our growing modern economy. Mining, in particular, is a tough industry full of skilled, hard-working engineers and tradespeople. Hundreds of thousands of Canadians from across the country have used their knowledge, skills and entrepreneurship to build an industry that is among the world’s largest producers of minerals and metals. At some point, all this activity and labour requires additional facilities construction to support it.

In 2016, some 200 mines and 7,000 quarries produced more than 60 minerals and metals worth $41 billion. A world leader, Canada is the largest producer of potash, second in uranium and niobium, third in nickel, cobalt, aluminum and platinum group metals, and fifth in gold and diamonds. Mining activity helps Canada continue to play its pivotal role in supplying minerals and metals that power a cleaner global economy.

Steel buildings are a significant contributor to successful mining and prospecting operations

With over 40 years of combined business leadership working with the mining industry, Summit Steel Building’s executive team offers manufacturing and construction for complete mining turnkey projects, regardless of how complex. The company has built housing, processing and storage facilities for companies involved in metals and minerals extraction, on transformation and hydroelectric power development sites, as well as for the oil sector. Working in remote locations, including interior B.C. and Canada’s arctic regions, Summit Steel Building’s construction teams are dependable and tough – it’s not just the pre-engineered steel buildings that are able to withstand nature’s harshest conditions.

Whether you’re mining for potash in Saskatchewan, metallurgical coal, aluminum, copper or gold in British Columbia, nickel and mineral ores in Sudbury or diamonds in the arctic, you’re going to need operational and support facilities to keep your crew busy. Fortunately, this is where a building partner like Summit Steel Buildings is able to help. Our innovative mining facility construction services enable us to eliminate unnecessary costs by aligning our effort with clients at an operational level – creating measurable efficiencies throughout the building and installation process.

Providing value and safety throughout the building’s lifetime

Buildings made from steel can be fabricated and assembled off-site to be erected quickly at the location site, resulting in safer working conditions, a shorter construction schedule (up to 60% less) and reduced emissions from on-site construction equipment. Additionally, these facilities use less energy. Less building volume (due to lower floor-to-floor heights) and larger windows (allowed by steel framing) create more efficient climate control and allow more natural light and higher occupant comfort. Steel means buildings can have long-span beams with open, column-free spaces, a tremendous advantage should the building require future expansion.

At the end of the structure’s life cycle, the beams, columns and other steel elements can easily be refabricated for use in other structures through melting and rolling. And other random steel elements captured as scrap will be used to create new products.

Our buildings teams have developed turnkey solutions designed to serve the domestic mining, quarrying and extraction industry through unique organization and planning strategies adapted to working on remote sites across Canada. We have the resources to build complete mill, warehousing and accommodation facilities. Our experience working in the tough environmental conditions of the mining sector enable us to mitigate risks for clients. Our comprehensive safety and communication guidelines are used across the organization on every job to create a culture of safety at all levels of operations.

Mining your budget for the smart construction resource

Based on Canada’s long history of successfully extracting the vast riches that lie underground, natural resources will continue to be a significant contributor to the world’s economy. And, as long as this prospecting and processing of mineral ores and other mined materials continues, operations will be required to outfit their operations with the ideal building structures to support their activities. Prospecting and mining companies need to build effectively and get a good return on the funds they spend. Invest in the most reliable, versatile and technically advanced mining, processing and warehouse construction in Canada and the United States. Contact Summit Steel Buildings to get a free quote and to learn more about the benefits of our steel building. Let’s get started.

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Steel helps build neighbourhoods through recreational centres

Thu, 27 Jan 2022 22:00:21 GMT

When healthy living and social engagement are community priorities, a steel building quickly becomes a vibrant and inclusive networking hub.

Healthy communities are united by inclusive and welcoming recreational centres to house a wide variety of activities and municipal programming. More and more, these important neighborhood centers are born as a planning outcome between not-for-profit organizations, private enterprise and municipal government. Volunteer and community groups are often tasked with the challenge of delivering recreational options under increasingly challenging budgetary constraints. Fortunately, building with a pre-engineered steel structure offers the economical and sustainable solution that communities need.

Today, recreation facilities aren’t just limited to providing a safe place for athletics. Public funds are now expected to serve a much wider variety of needs. Multi-purpose community centres are an expectation, complete with areas for crafting or artistic pursuits, meeting rooms, cafeterias and kitchens, changing and shower areas and office space with enough room for storage, operational logistics and administration.

More for your dollar: Making the most out of limited resources

For capital projects under greater scrutiny for getting the most out of a limited (or modest) budget, building with pre-engineered steel offers many benefits over using lumber or other traditional building materials. Steel buildings are more economical and offer more sustainability than using brick and mortar. Working with steel is generally 30% less than the price of traditional construction and takes about as third as long to complete.

When it comes to community- or government-funded projects, completion deadlines are critical. Steel buildings are quickly assembled with enhanced design options to establish your community centre as an attractive first-class venue for those looking to have an offsite business meeting, training seminar or community function.

Summit Steel Buildings uses precision cut, pre-engineered panels (cold-formed and designed to accept any R-value insulation, including double layer systems, and a range of exterior finishes) that provide tighter seals to avoid leaks and produce less waste. Computer-aided design (CAD) aids in the production of flexible steel construction, allowing much of the labour to be done off-site, making on-site assembly more straightforward. These savings in time and materials are passed along to the client.

And the cost savings don’t end with construction. With almost endless potential for use, pre-engineered steel buildings provide lowered ongoing costs, in terms of lower utilities usage and little to no ongoing maintenance. Pre-engineered panels can also be inexpensively and easily replaced in case of accidents (as opposed to requiring massive structural repairs).

Don’t get locked into one structural footprint forever

Pre-engineered recreational steel buildings offer versatile options for design and floorplans while also offering greater potential for expansion or additions. You are no longer confined to a specific footprint that may require a sizeable investment to change as your special needs grow. Steel buildings’ modular engineering is designed to be quickly and cost-effectively expanded or repurposed to a variety of layouts as needs change.

The interior of your building can be updated at any time to accommodate new needs, including more rooms, office space and much more. Fitness and recreation centers can easily swap out equipment, add new classrooms, or remove rooms to create more open space. Steel’s high strength-to-weight ratio means wider open spaces without interior support beams. Many open concept uses become a possibility, especially to help house large gatherings with great sightlines.

Building communities while helping to save the planet

Municipal mandates and community concerns mean more attention is being given to the critical issues of sustainability, environmental stewardship and economic viability. Fortunately, steel manufacturing is becoming more efficient in using less energy to make more. The steel used in any of our final buildings can be made faster than traditional materials and is value-engineered using current best practices. Modern fabrication technology provides greater precision, productivity and safety.

Cold-formed steel in the pre-engineered panels uses less energy to create (processing is done at or near room temperature and results in a stronger and more resilient product to tension breaking and deformation). Pre-finished and treated steel panels eliminate the need for painting and help reduce more chemicals in the construction process. Increased durability and reduced costs aside, pre-engineered metal buildings are much more environmentally friendly than other building materials.

Steel is 100% recyclable. Once you're done with your building, it can be sold and moved or sold off to be used in another steel building. Few materials end up in landfill. Steel’s higher carbon content also traps it within the material during manufacturing rather than releasing it into the environment to result in a much lower carbon footprint.

Start building your inclusive community beginning with steel

With its focus on healthy living, fitness and neighbourhood involvement, your community centre or neighbourhood facility will become a model for how community, private and government partnerships can work. Support enriching lifestyles by creating a large community and social space for safe and affordable arts, cultural and recreational activities. From meeting rooms to community kitchens, dance studios to craft facilities, a steel building will provide the flexibility both inside and out to meet an abundance of activities. Contact Summit Steel Buildings today to get a free quote and to get started on your community building project.

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Steel helps field a winning team

Tue, 18 Jan 2022 15:50:32 GMT

When health and fitness are in the lineup, a steel building is game-ready.

Community organizations, private enterprise and municipalities are continually looking for ways to deliver recreational options under increasingly challenging budgetary constraints. While using a steel structure offers many benefits over using lumber or concrete building materials, it’s well worth considering just how economical and sustainable they are over more traditional capital investments.

Today, recreation facilities aren’t just limited to playing to a single purpose playing surface, like an ice pad or basketball courts. Facilities are now expected to be multi-purpose community centres, complete with cafeterias, changing and shower areas, office space and storage, along with enough room for operational logistics and maintenance.

A sports facility that wins on cost, performance and looks

Long gone are the days of a community-run recreation facility looking like a barn or something that belongs in a random field back in the 1970s. You'll be able to choose exciting architectural designs with an exterior finish that impresses and gives your prefabricated metal recreational building the modern look you want. With meeting rooms and other accommodations made to increase the popularity of your centre, it will become a monument of pride for your community.

One of the biggest physical benefits to prefabricated recreational steel buildings is the large clear spans they provide at an affordable price. This clear-span capability is one of the leading reasons why steel outperforms traditional building materials such as concrete or wood. Steel’s superior strength-to-weight ratio can allow for up to 90 metres (300 feet) of clear space for a recreational activities. By offering this large span, prefab steel buildings are ideally positioned for multi-purpose athletic buildings, field houses and community centres requiring open space. Structures relying on wood and concrete materials would require support columns to cover an equal span, limiting use. Columns and supports are potential hinderances by breaking up space and restricting design plans.

Internally, steel buildings create greater flexibility for installation of bleachers or walkways along the walls for the benefit of spectators. Depending on the use at the time, this flexibility also provides the opportunity for mobile seating, allowing even greater potential for the accommodation of spectators, or even using multiple playing surfaces concurrently. Imagine the potential of this flexibility, and the window of opportunity it opens to revenue-generating activities: tournaments, inclement weather contingencies, elite training accommodation.

Cold-form buildings are fully customizable to suit your needs and are built to spec. Pre-engineered structures can also handle higher roof pitches as well as mezzanines. High ceilings permit higher performance athletics, better ventilation and more space for additional floors to allow more activities, training areas and administration. The full-metal construction also contributes to overall sustainability through their long lifecycle, little to no maintenance and incredible durability.

Whatever your sport, you’ll get the facility you need

We love sports and its shows. Summit Steel Buildings has experience in creating venues for all types of sports, summer and winter. Whether you need a single-pad, multi-pad ice arena (ideal for figure skating, short-track speed skating, curling or hockey) or a multi-purpose facility that offers a variety of programming (such as soccer, football, lacrosse, track and field, basketball, volleyball or Ultimate Frisbee), we can build whatever you imagine. By accounting for a wider variety of recreational programs, including swimming and aquatics, your facility will become a popular and busy destination that creates a positive community atmosphere.

Get ready to play! Once you’re at the starting line for your athletics facility project, contact Summit Steel Buildings and we’ll get started. We’re your one turnkey provider that focuses on providing you with the most suitable cost-effective solution to your building needs.

About the author

Benefits of steel over lumber for commercial buildings

Fri, 07 Jan 2022 21:51:43 GMT

Wood is an ideal material choice for home building, and a prime resource for Canadian economy; steel is better suited for industrial and commercial facilities.

The Canadian home building market has never been hotter. Residential home-building struggles to keep up with demand and the price of real estate continues to soar. The home-building market has good reason to reply on wood for their construction – wood has been a reliable staple for building homes since the country’s early settlement. Forestry continues to be an important driver of growth for the Canadian economy and one of our most important resources.

More than a century or two later, modern residential building still leverages lumber due to its abundancy, versatility and ease of use. Wood forms the framework for most houses.

While lumber is primarily suited to consumer purposes, industrial and commercial facilities require materials that are more durable, quicker to assemble and easier to maintain. Commercial buildings require a different type of engineering.

The scale for each building is much greater and the demands for various systems place a greater demand on its structure and load bearing. The requirements for electrical systems, heating, ventilation and air conditioning (HVAC) and equipment support (both shipping and logistics but also for manufacturing or processing) are dramatically different.

Creating smarter solutions for these buildings requires steel.
No other material is as suitable for industrial and commercial purposes.

Here are a few reasons you need to rely on steel for your next commercial project:

1. Cost-effectiveness – The two largest considerations in a building project are total costs and completion date. Working with steel is generally 30% less than the price of traditional brick and mortar construction and takes about as third as long to complete. Summit Steel Buildings uses pre-engineered panels (cold-formed, pre-welded, precision cut and pre-hole punched) that are designed to support any R-value insulation and are available in a range of exterior finishes. Pre-engineering means less construction time and less waste than with conventional building practices and also allows for easier installation and tighter seals to avoid leaks. Expandable end walls mean easier and more cost-effective future expansions when needs grow. Computer-aided design (CAD) aids in the production of flexible steel construction, allowing much of the labour to be done off-site, making on-site assembly more straightforward. These savings in time and materials are passed along to the client.

2. Design and strength considerations – Modern steel is unrivaled in its strength to weight ratio. It is a manufactured material with isotropic properties, meaning it has the same level of strength everywhere. Wood on the other hand is anisotropic, meaning its density varies along and across the grain.

This difference gives steel the highest strength-to-weight ratio of any current building material. The high strength-to-weight ratio can be molded into any shape, allowing buildings to incorporate contemporary architectural designs that create open spaces without pillars and posts. Imagine the open and interactive spaces that can be created! Steel buildings can have clear spans and bays measuring over 300 feet in length and 40 feet in height. Even with fewer internal supports, thanks to steel’s isotropic properties, steel is much stiffer than wood, so that it is more able to withstand stresses from earthquakes and extreme weather. Exterior steel panels allow for larger windows that open sightlines and natural light, while keeping your people and equipment safe from outside elements.

3. Easy maintenance and long-term durability – Easy-to-clean concrete floors and steel walls ensure your production is stored safely within a secure and pest-free environment to help you achieve and maintain a competitive advantage. In fact, metal building construction requires little overall maintenance. They keep their look and do not crack or rot like other building materials. This removes one major contributing factor to insect infestation and the development of disease within organic inventory, such as crops or food storage. Steel facilities are easy to clean; with flexible and effective drainage to help prevent stagnant water that can also contribute to rot and the development of breeding grounds for pests.

Summit Steel Buildings’ use of pre-engineered panels includes heat and fire resistance in their finished treatments. Wood is combustible while steel is not. Metal retains its shape at high temperatures, reducing the risk of fire to protect your most valuable assets. And because it’s an excellent insulator, steel structures help regulate environmental conditions, creating cooler environment during the summer and reducing heating costs during the winter. Your steel building saves money by reducing your reliance on utilities.

4. Return on investment – You never need to worry about outgrowing your building space. Metal buildings are designed to be expanded with modular units at either end to make future growth quick and inexpensive. Your building becomes a valuable asset, not a sunk cost. Should you no longer need your building at its current location or with its present use, it can be easily deconstructed and moved or modified in its layout to adapt to a new purpose. Why build another facility when you can transform the one you already have? Imagine taking a production building from one location and within a couple of weeks having a warehouse facility in another province – at a fraction of the cost of building new. And if the building is no longer needed at all, you can recapture your investment by selling in its entirety or sold as recycled scrap.

Learn how Summit Steel Buildings embeds sustainability throughout every project.

Commercial building with steel turns your cost into a valuable asset

Canada’s economic foundation was once based on fish, furs and timber. Fast forward a few hundred years and lumber (in addition to other natural resources, such as mined minerals and oil) remain critically valuable contributors to the nation’s GDP. Housing is also a critical component of investment – both to our personal lives as our largest individual investment, and macroeconomically as a provider of jobs and income growth.

As we look to commercial construction, the best choice is to use steel. It’s high strength-to-weight ratio, versatility in design, cost-effectiveness and speed to build make it the ideal material to use when building warehouses, processing plants and even retail complexes. Pre-engineering with insulated panels and specially treated finishes do not require painting resulting in very little maintenance time and cost. Steel buildings retain their value over the long run.

When it’s time to plan your next commercial building project, contact Summit Steel Buildings and we’ll get started . We’re your one turnkey provider that focuses on providing you with the most suitable cost-effective solution to your building needs.

About the author

Frank Melo has a construction engineering and business background with over 25 years of experience as a business owner and contractor. He was born in the Azores on the island of São Miguel and moved to London, Ontario at the age of two. After studying architecture, Frank graduated from Fanshawe College’s civil engineering technology program. He divides his time between projects primarily in Ontario and British Columbia. Frank can be contacted at Summit Steel Buildings at (778) 951-4766, by email at frank.melo@summitsteelbuildings.com or you can connect with him on LinkedIn .

Benefits of building with pre-engineered steel panels

Fri, 17 Dec 2021 18:04:10 GMT

Metal is one of the best resources to use for your next industrial building project as it offers many distinct advantages over other traditional building materials, such as mass timber, wood and concrete. Not only does structural steel offer high a strength-to-weight ratio, it offers the advantages of durability and a contemporary, sophisticated look that’s appealing to the public. Steel is also the most cost-effective and affordable material for a wide variety of construction projects.

Most people only think of steel as a material for a building’s structural components – beams, girders and columns. Steel’s sophisticated look and low maintenance have made the material a top choice for more public-facing applications. Architects around the world have been turning to steel to create beautiful exteriors with shining panels that announce your company’s presence to the world. Only steel can allow for amazing cantilevers and other engineering features that bring life to engineering design.

The foundation for modern building design is the pre-engineered steel panel. The metal panels look amazing and help protect the structure. Cold-formed steel panels arrive pre-welded, pre-cut and pre-hole punched to reduce construction times, ready to support any R-value insulation and are available in a wide range of exterior finishes. The cold-forming process done at or near room temperature results in typically harder and stronger steel (in tensile strength) with less surface imperfections than by using hot rolling, which is roll-pressed at very high temperatures (over 1,700 degrees Fahrenheit). Cold-formed steel excels as load-bearing structural elements (such as framing and joists) in commercial buildings up to 10 stories. It’s also more resistant against tension breaking and deformation. We've written previously about how steel has become such an eco-friendly building material.

One popular trend is to use pre-weathered steel or stainless steel to eliminate the need for any future painting. Pre-engineered metal buildings are available in a variety of colors, roof styles, and window options that can be customized to suit just about any design scheme. It is extremely easy to make your building blend in or stand out.

Here are a few of the benefits you’ll enjoy by incorporating cost-efficient pre-engineered panels into your next building project:

Steel-panel construction is cost-effective.

Most people would be forgiven in thinking high-quality pre-engineered steel panels would be more expensive. This is not the case, as steel uses fewer overall materials and results in much lower construction times. The amount of labour to erect your building is much less (and much faster) to save you thousands. Your final building can be created faster, at a lower overall costs with fewer possible errors. A rigid-frame system with standing seam or screw-down solutions eliminates concerns about extra cost to enhance safety and performance. Building out for future capacity is a valuable investment. It sticks with you for a lifetime. Steel buildings offer an optimal design with your business in mind.

Enhanced safety.

Pre-engineered steel panels are more resistant to the climate and exterior elements. They protect against rust and corrosion, do not need any maintenance or painting and won’t splinter or rot as with other materials. Avoid the discomfort from the outside world. Your building’s steel shell will shield your people and equipment from the outside world and can be coated with additional fire-resistant coatings to further protect your greatest investments.

Adaptable modern design.

Steel architecture combined with pre-engineered steel panels can accommodate a wide range of contemporary building designs. You’re able to create beautiful, modern expressions with open concepts that only lightweight steel framing allows. Your working space can be large, open and friendly without pillars and other obstructions. Steel panels are also heralded for their ability to be used alongside other construction materials. Steel is attractive and flexible, so it can be combined with other natural materials to create an impressive look and atmosphere.

Endless versatility.

And these pre-engineered buildings are designed, engineered and delivered directly to your job site regardless of how isolated they are. Traditional building can be prohibitive in some locations. Buildings made with steel framing do not require any cutting, welding or hole punching on site, as those requirements can be accomplished in off-site fabrication facilities. The engineering system provides a flexible and versatile solution that can be transported in regardless of location or if they must be erected in tight spaces around existing structures.

Not only do metal buildings made with pre-engineered steel panels go up faster than with traditional construction, they can also be moved or expanded quickly and easily if necessary due to their end wall fastening system. Whether you are expanding upwards or to any side, steel is the way to go. You can even join multiple buildings together to create a larger facility. And your business won’t need to close while the construction is being completed.

Sustainable comfort.

Climate change and concerns about sustainable building have forced organizations to rethink how their buildings get created. Steel remains the intelligent choice for creating green buildings that are responsible to our environment. Steel is also renowned for its strength yet also for how it can be recycled endlessly without affecting its strength. When you want a highly durable building with a long lifespan that can be reused to keep its value, steel’s nature ensures a quicker build that uses less energy and incorporates greener materials. Every small contribution has a big impact.

Contact Summit Steel Buildings when you want to get started.

For cost-effective, energy-efficient designs and high-performance wall and roof systems, pre-engineered steel panel buildings provide the long-term solution for any industry. Our experience in agriculture , warehousing , forestry and mining construction have proven that steel is best when considering your expanding production needs . We believe pre-engineered steel building construction is the most versatile and cost-effective way to expand your business in a responsible way that can be executed quickly without interrupting your current operations. Call us today.

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Cryptocurrencies are built upon a foundation of blockchain and steel

Mon, 06 Dec 2021 22:03:51 GMT

Bitcoin mining operators need to house their valuable equipment within a secure steel facility that’s capable of supporting required energy and environmental systems.

Digital currencies and steel buildings wouldn’t initially seem to have a lot in common. Perhaps if you considered the metal being used in the computers that run the algorithms that “mine” for Bitcoins, you might be correct to think they had nothing else in common at all.

Steel plays a bigger role in digital currency than most people would think. Mining operations have become legal global operations requiring huge infrastructure to house and cool the thousands of servers that comprise a successful cryptocurrency operation. And, more often than not, the most effective building material used in new construction for mining operations is steel. Summit Steel Buildings is at the forefront as the preferred pre-engineered steel building erector in Canada and the United States.

Crypto mining is revolutionizing world currencies

Cryptocurrencies (sometimes referred to as the “cash of the internet”) have become a global sensation, not only for their unprecedented growth in value, but also as a digital transferrable currency that’s gaining legal status in many countries. People who invested early into cryptocurrencies have become rich, especially considering that a single Bitcoin reached a high of USD $67,016.50 on October 20, 2021. Bitcoin may be the widest known digital currency (and the most valuable), but it’s not the only one. Other cryptocurrencies, such as Litecoin, Ethereum, Dogecoin, Ripple and Tether (among others) are gaining popularity as investors look to new and quickly growing options. Get a general overview of cryptocurrency at Investopedia.

Digital tokens exist on a distributed and decentralized ledger called a blockchain ( read the explainer on cryptocurrencies and the decentralized peer-to-peer network system that serves as its foundation ). Digital currencies don’t require an intermediary, such as a bank, to conduct their activity – making the entire system unregulated for now.

Digital coins are created using vast fleets of computer servers running algorithms to solve mathematical problems in return for a fraction of a coin. This process is called mining. Despite the industry’s recent introduction, cryptocurrency mining has become big business with several public companies listed for investment on the TSX and NASDAQ stock exchanges. These legal Bitcoin mining operations, sometimes referred to as digital asset companies, include Canada Computational Unlimited Corp. (SATO), Digihost Technology Inc. (DGHI), Hut & Mining Corp (HUT) and Bitfarms (BITF) among others. Read why Alberta has the potential to become a new crypto hub in Canada.

Legal mining companies employ hundreds of thousands of units (a single server dedicated to running the mining algorithm 24 hours a day) and the amount of energy and utilities to run and cool them are immensely expensive. The buildings that house these operations are specifically engineered to handle the sophisticated electrical systems and provide the necessary protection.

Whether the mining operation is a large corporation or a smaller innovator, Summit Steel Buildings is the ideal construction partner.

Steel buildings for cryptocurrency mining

The engineering of mining operations infrastructure is specialized and unique. Similar in some respects to cannabis cultivation , buildings need to house complex environmental systems to help control conditions to a specific degree. Much has been reported on how much energy crypto mining uses and how much additional heat is created as a result. Ventilation, hydro, internet reliability and building security are all major components that a pre-engineered steel building must support and incorporate into their design. New builds must rely on the expertise of construction companies that have vast experience in designing and building these specific types of buildings.

Here are the engineering details Summit Steel Buildings factors into their crypto currency mining facilities, always with the end customer’s needs in mind:

1. Strong internet connectivity: Every Bitcoin mining center is successful due to the power of its connection to the outside computing world. You’ll create a partnership with your own internet provider and can rest assured that your building’s infrastructure and networking systems will have already been built to support them. We’ll work together to ensure your hashrate liquidation is most effective and supported with pre-installed cabling supports to ensure reliability and dependability. Our buildings enable your proprietary mining pool and switching algorithms to help you maximize the value and effectiveness of your mining operations. Your success is measured in results. The stability of mining using a top-of-the line software approach for the blockchain industry and for mining bitcoins is your priority. Ours is anticipating your needs so we can help get your operation up and running as quickly as possible with as few interruptions as possible to your final delivery date.

2. Reliable energy capacity: The ability to maximize your value of hashrate and provide you with an ideal environment for institutional mining requires buildings to be built to support immense megawatts of energy. A high-density computation center that’s built for high-grade cryptocurrency mining, AI data processing and fintech infrastructure consumes an extreme volume of energy. According to Bloomberg Businessweek , the total electricity being used to ‘mine’ coins has increased tenfold over the past five years – using as much as the entire country of Argentina uses. Installing power systems that can handle and supply reliable high-intensity energy is essential, along with the capability to support the increasing electrical needs as operations grow.

A Bitcoin mining operation needs extensive energy and environmental systems. The building must be purposefully constructed to meet these requirements in advance. Power needs for crypto mining facilities are dramatically different than those of normal buildings. Power systems require vastly greater amounts of energy and produce an immense amount of heat that needs to be dispersed effectively. The facility must be built with these needs in mind as retrofitting is going to become much more time-consuming and expensive. Steel building engineering helps to anticipate the increased power demands that more units require as they are installed and hosted.

As not every Bitcoin miner can be located next to more affordable energy sources (or co-located next to some other business that gives off energy as a by-product), most operations will use locally sourced megawatts. Buildings that can be built with pre-assembled components offsite and then shipped and erected on location allows construction to be completed quickly with little disruption to adjacent businesses.

3. A cool and sanitary controlled environment: As an equipment-heavy crypto mining operation, sanitary and secure facilities with the optimal conditions to maximize the value of the proprietary mining pool and switching algorithms are required. Industrial-scale cryptocurrency mining operations require a stable environment 365 days a year with a consistent ambient temperature to allow your Application-Specific Integrated Circuit (ASIC) miners to run at higher rates.

Temperatures are strictly maintained using a dedicated environmental control system either using air cooling or immersion-cooling (where hardware components, including mining machines, are submerged in a liquid dielectric coolant). Cooling systems are essential to reduce maintenance, enhance automation and give more precise control of individual miners to prolong machine life. Humidity controls, exhaust fans and air filtering systems are necessary for good air circulation to help moderate temperatures throughout the building. For this purpose, Summit Steel Buildings’ custom designs use R-30 or R-40 insulation in their construction along with dehumidification and CO2 monitoring systems.

Easy-to-clean concrete floors and steel walls ensure your server units are stored safely within a pest-free and pristine environment to optimize the performance of miners. In fact, metal building construction requires little overall maintenance. They keep their look and do not crack or rot like other building materials, which helps maintain a necessary aseptic and sterile environment.

4. Security: Steel construction protects the environment against outside intrusion and theft. All areas of the building contain strong steel security with locked doors and biometric access to provide complete control over entry. Wiring for security cameras and other biometric controls are built into the construction to offer the flexibility to limit access to certain areas.

A safe and sterile computing environment will yield a stronger industrial scale cryptocurrency mining facility, so you can focus on the blockchain ecosystem and generation of digital assets.

Let’s build a brand-new financial landscape

Mining for digital tokens is part of an innovative and fast-growing technology ecosystem that’s shaping the future of currency. Cryptocurrency operators of all sizes are using hashrate as a commodity to build the next-generation digital pipelines with their computing power. As digital asset companies grow across the country and add more capabilities to their operations, Summit Steel Buildings stands ready to help provide the specialized facilities they need. Digital mining facilities across the United States and Canada are focused on the blockchain ecosystem and generation of digital assets while we provide the vital infrastructure that supports it. And, as your business scales with new mining rigs for cryptocurrency to maximize the value your hash rate, we can provide a catered solution specially designed for institutional miners.

Give us a call when you are considering your next crypto mining project. We’ll go over your options and provide you with a free quote to move things along quickly. We’re happy to discuss how we can make your next building project a success.

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Things to consider when adding a new agribusiness structure

Wed, 24 Nov 2021 16:15:04 GMT

Customized agricultural steel buildings protect against the most extreme climate conditions while adhering to all local and international building codes.

Protecting your livestock, plants and farming equipment is a crucial part of your business. Well-constructed agricultural buildings are critical to housing and protecting the production, storage or processing of agricultural and horticultural produce or feeds. Farmers need durable, strong structures tailored to their specific needs. In most cases, it’s not necessary to go to huge expense to get necessary structural strength when you contract an experienced builder who understands your requirements and provides you with a suitable building design.

Determining the physical needs of your agribusiness

The definition of an agricultural building according to government standards is broad. It can include a range of possibilities, such as manure storage facilities, grain bins and silos, livestock shelters and utility sheds. Heated indoor space for equine show rings also fall under this definition. However, limitations to the definition exist too. An agricultural building cannot contain a space for residential occupancy (so no loft areas set up as living space, for example), and it must be located on, or associated with, land devoted to the practice of farming. The building must be classed as having “low human occupancy” that usually means no more than one person per 40 square metres (430 square feet). Read how effective agribusiness growth starts with steel buildings.

Planning a new farm building is a complex endeavour. Even planning an addition takes a lot of forethought. Before you can get started, you should consider where your building will be placed on your land and how it will affect its surrounding environment. Here’s a list of what needs to be understood before you can begin your construction project:

The drainage on your proposed site,
Any services you’ll need, such as lanes, power, water supply or disposal of waste,
Building security measures,
The ability to expand further, if necessary,
What you need to do for proper snow and wind control, ventilation and disease control,
Distances from nearby residences for noise and odour control,
Regulations from local municipalities that must be followed,
Distances to wells, surface water and catch basins to maintain a healthy environment.

However, before you can add to an existing building, or get something brand new, you must know your local building code regulations and adhere to them. In Ontario, for instance, farm building construction is mainly regulated through the Ontario Building Code (2006) which says you must get a building permit for all agricultural construction projects. This requirement applies whether you intend to put on an addition or do a whole new build. More information can be found at the Ontario Ministry of Agriculture, Food and Rural Affairs website .

Check with your local municipality to find out what agricultural zoning you fall into. Doing this early in the process helps avoid unnecessary delays and complications. Livestock facility construction is typically only allowed in agricultural zones on a location that can be restricted by setback distances from roads, lot lines, nearby houses, as well as other land uses. Setback distances are usually determined by ‘minimum distance separation’ calculations that consider:

The number of animals on the site (before and after the proposed expansion),
The type of livestock and the manure management system (including the manure storage structure).

Minimum distance separation calculations can give you a heads up about your land’s potential for any poultry or livestock production facilities. These calculations can determine if you need any buffer zones. You’re apt to find that larger parcels of are better for your livestock or poultry agribusiness.

Do you need a site investigation?

Are you building a nutrient or manure storage structure? Then a site investigation may be necessary to determine soil properties where you want the structure to go. You many also need a site investigation to find the permanent water table location to ensure your structure will protect ground and surface water. A geotechnical investigation might also need to be completed to properly design a foundation system for heavily loaded structures, such as tower silos.

This may seem obvious, but it’s worth saying again: Always allow extra time before you begin your project to ensure you’ve met all building code requirements. The National Farm Building Code of Canada, 1995 (NFBC) usually supersedes all other legislation for farm building construction. The National Farm Building Code of Canada typically has more requirements than provincial codes, but sometimes its code requirements are lower for farm buildings. For example, smaller structures that follow normal construction practices don’t need to be designed by an engineer. However, for Ontario structures that store nutrient materials, Ontario Regulation 267/03 of the Nutrient Management Act, 2002 establishes mandatory construction protocols you must follow.

When are additional engineering designs needed?

Even when you’ve followed all building codes and regulations, additional engineering designs must be done when there are unusual soil conditions for foundation or footing design or when footing construction/excavation will affect another structure’s foundation system. The classic example is if you want to build a second tower silo beside an existing one. Additional engineering designs are also needed for heavily loaded structures or when you are designing structural components that go beyond the standard design tables available for farm structures. Learn how AgTech and farm automation are transforming agriculture.

Structural engineering requirements

Structural engineering requirements help ensure the safety and stability of your farm building. A building must be able to withstand several types of structural loads, including snow, rain, wind, feed and manure, as well as equipment.

Your building’s roof is a key part of the structure and choosing the ideal truss system requires understanding of your region’s snow, wind and rain loads. Engineers combine this information with what is learned about your location, type of use and how close the roof is to other buildings. Wind loads need particular attention for many types of agricultural structures. They can be braced in several different ways, but all methods must be designed by the structural engineer who will specify the correct method for your location.

Knowledgeable contractors and building officials should be able to verify the engineering requirements for standard post-frame buildings. The Ontario Ministry of Agriculture, Food, and Rural Affairs has developed a set of standard practices for post-frame structures that provides engineering data for components of small- to moderate-sized structures. It’s a good idea to have a copy on hand so you understand the engineering process:

Next steps

At Summit Steel Buildings, we design to your specifications using durable, long-lasting steel components. All our engineered plans are customizable to meet your needs for dairy production, grain and hay storage, livestock shelter, equipment and more. With unlimited interior re-configuration options and high-performance paint and coating finishes, your steel building will maintain its value and looks for years to come.

Our agricultural steel buildings are value engineered to provide the most cost-effective solution possible. We reduce the amount of unneeded steel without changing structural integrity and we meet all local and international building codes. When you’re ready to expand your operations or build a new facility, look to Summit Steel Buildings. We’re ready to build when you are.

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AgTech and farm automation are transforming agriculture

Wed, 17 Nov 2021 15:37:03 GMT

As farms embrace new technology and digitization, investment in modern building infrastructure is needed to support it.

Agribusiness in North America is facing a variety of systematic challenges: increasing labour shortages, foreign competition, rising land and operational costs and shifting weather patterns. But through the AgTech revolution, farm operations are confronting these challenges by adopting new technology and new production methods.

Developments in digital technology have created the opportunity to transform the food and agribusiness industries permanently. The future of agriculture now depends on individual operators embracing new technologies and practices to become part of the solution in building a more sustainable, resilient and secure food system.

In the follow article, Darren Sperling , Summit Steel Buildings president, explores how agriculture – typically a “hands-on, traditional, human-centered industry” – can implement technology to increase efficiency and streamline production. Sperling addresses why agriculture should be transformed into a high-tech industry, lists a few of the disruptive innovations and highlights the potential growth, challenges and potential AgTech provides.

Darren Sperling: The AgTech revolution is built upon reliable infrastructure

As Summit Steel Buildings has worked to build pre-engineered metal storage buildings for large and small agricultural operations across North America, I’ve witnessed how adopting technology allows farms to increase production on a per-square foot basis. Innovation has been at the heart of this improvement, especially to farms that can support more indoor space where livestock can be raised, and harvests can be cultivated on a year-round basis.

The costs aren’t as prohibitive as one might imagine. Affordable, cost-effective steel buildings provide the framework for housing AgTech (such as automated feeders, monitoring systems and robotics) while other aspects, especially data management systems, can be available to agricultural companies on a subscription basis. Farmers don’t necessarily have to initially lay out huge sums for technology – some can be replaced over time as it becomes obsolete.

Use human skills for analysis instead of manual labour

Similar to other aspects of our modern society, adopting connected technology is bring significant changes to the agricultural sector as well. Emerging technology provides more information to farmers through a combination of wireless technology, automation and chemistry. As a result, farms are becoming more digitized and streamlined with less reliance on physical human labour.

Don’t get me wrong, people will still have to climb into the cab of a combine or into the stalls to muck them out. But adding tech to operations creates opportunities to collect data that will aid decision-making. For instance, security and tags, such as radio-frequency identification (RFID) and near-field communication (NFC), allow for better real-time crop and livestock monitoring with precise data collection and faster updates.

By using data collection, data mining and analysis, farmers using wireless technology can quickly adjust to the health of their production, the spread of damaging insects to increase the quality and quantity of their yields.

New technology is changing almost every aspect of modern farming operations:

Automated farm equipment (such as self-driving tractors and seeders) resolves issues of time and labour shortages
Sensors, drones and satellite feeds monitor how a farm is performing and aid in crop and soil management
In-field or on-site product testing lower costs by not requiring lab testing to provide more immediate results and allow for faster adjustments
Harvest quality vision and computerized scanners determine quality and quantity of crops, better sorting and management (less manual inspection)
RFID chips to track harvest, storage, crop packages and equipment tracks location date and time – faster delivery
Robotic scarecrows startle birds to prevent them from destroying crops
Naturally occurring pesticides (e.g., fungus BVT-CR7) are distributed by bees to protect crops
Bug-control technology mimicking pheromones reduce the use of insecticides; synthesized chemicals and natural chemical signals confuse and scare away male insects.

The future lies in the analysis of agricultural data

Adopting connected technology throughout the agriculture sector is set to bring significant change to the industry. Several companies, such as SemiosBio , Farmers Edge and Telus Corp, are looking to digitize the global agricultural business and help farmers manage the data they collect using physical monitors and testing results, all of which can be installed and wired into your agricultural building when it’s being built. The goal of this “precision farming” is to create better compliance and traceability to show what inputs went into crop production and how they adjust the multitude of variables that go into growing healthy plants and animals.

The companies are working to provide farms with one simple visual dashboard to summarize all the precision data that drives better informed decision making in real time. Objectivity is critically important as a recent report suggests farming leaders are more trusting of data that’s independent of chemical suppliers.

Increasing farm yields, both inside and out

Traditional field-focused farming is being supplemented with indoor farming for higher-value plant varieties using contemporary cultivation techniques and tools. It helps agribusinesses address a variety of issues, such as food safety, population growth, food insecurity, labour shortages and consumer sustainability expectations. Greenhouse and vertical growing methods work to create an essentially full-year crop cycle management system.

This form of controlled environment agriculture (CEA) system is being seen as a significant revenue opportunity. It adds resilience to food supply chains while shortening supply times and accelerating production cycles.

“With the advent of climate change, supply chain disruptions, increased transportation costs, and the desire to build sustainable systems, indoor farming is becoming an essential part of food production .” While CEA will never completely replace traditional field-based agriculture, the potential is immense.

“Investing in vertical farming appears to be growing momentum and has the potential to offer innovative ways to feed a growing population into the future at a certain level of sales at retail prices (sales direct to consumers), all vertical farming operations can generate a strong net return .” According to Eric Stein, from Penn State’s Graduate School of Management, greenhouses have the advantage of free sunlight; however, indoor vertical farm allow for growing on multiple levels with high levels of control and water conservation. All the necessary irrigation, lighting and HVAC systems are easily implemented during the steel building’s construction that houses them.

Steel buildings add to the technological practices that improve yields

Summit Steel Buildings understands the agricultural business and shares the challenges of transforming your business to help it grow and overcome the issues affecting the sector today. We’ve taken the same approach by adopting new technology to improve on centuries-old practices. Steel buildings are an important component of modern farms that support the technology being incorporated into most aspects of growing and distribution. We can help increase production and improve efficiency in your farming practices by offering a pre-engineered steel building that offers all the elements you need:

Controllable LED lighting systems
Electrical and support systems for automation
Modern greenhouses for precision agriculture
Remote sensing
Robotics and automation for seeding, feeding and harvesting
Structural capabilities for smart irrigation
Physical framing structure to support vertical farming where crops are planted in stacks or inclined surfaces to produce higher yields in less space
Solar power energy for sustainable power with less energy costs and dependence on fossil fuels
Rainwater capture – collect, treat and store for re-use in watering plants

Let’s get started. Contact us and we’ll immediately get to work to provide you with a free quote for your next agricultural building, grain bin or silo. Whether you need a 1,500 square-foot equipment shed or a 50,000 square-foot cattle barn, you can rely on our cost-effective steel building solution. Please contact us to start the conversation...

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Effective agribusiness growth starts with steel buildings

Tue, 09 Nov 2021 18:01:50 GMT

As technology transforms how farms pursue business, additional metal facilities expand traditional operations while enhancing the capability to grow indoors.

Farming is adapting to the future. Dramatic shifts in technological innovation, challenges to supply chains and food security, and increasing emphasis on sustainability are driving new ideas and methods throughout agribusiness. But at no other time has the issue of a stable and resilient food industry been more important. Industry leaders have identified Canada’s agri-food sectors as having a great potential to drive economic growth for the nation. A Royal Bank of Canada report from 2019 indicates Canada’s agriculture industry could generate an additional $11 billion of GDP by 2030 due to our growing population. As agribusiness looks for ways to improve and innovate their businesses and invest in the facilities to support technology, cost-effective additions of steel buildings are an exceptional way for farms of all sizes to expand their capabilities . Read our agricultural building one-pager PDF document.

The need for local, adaptable food chains

Meeting the increased demand for a healthy and stable food supply is becoming a daunting prospect at the individual operator level. Farms face a variety of internal and external challenges when building profitable operations. At the same time, consumers are becoming more knowledgeable and demanding about the food they eat, along with a desire to support local farms.

These factors are leading producers in search of solutions that meet year-round pressure for increased production for both crops and animals. Reduced emphasis on imports, higher demand by restaurants and grocery stores to buy directly from growers (i.e., the locavore movement) create a need to find ways to improve yields traditionally fixed to annual schedules.

In some circles, attention has turned toward controlled environment agriculture (CEA), also known as indoor farming, as a significant opportunity. The system increases resilience in food supply chains while shortening supply time and accelerating production cycles. It also addresses a wide range of other issues like food safety, population growth, food insecurity, labour shortages and consumer sustainability expectations.

Switching from traditional farming to a system of controlled environment agriculture can provide a wide range of benefits:

Increased productivity per square foot
Reduced input requirements
Lower environmental footprint
Reduced labour requirements
Reduced land requirements.

While CEA will never completely replace traditional field-based agriculture, the potential for some locations and with some crops, is immense.

Steel buildings and improved technology are keys to enhancing Canadian farming

Taking advantage of what technology has to offer is a tremendous opportunity for agribusiness. Larger farms are already adding digital platforms and automation to innovate new ways of disrupting old ways of doing things. Reinventing agricultural processes for both livestock and plants requires infrastructure to support it – from providing shelter, to storage, to creating protected areas for processing.

Steel buildings are one important component to modernizing farms and supporting the technology being incorporated into most aspects of growing and distribution. Steel buildings allow for increased production and improved efficiency in farming practices by offering:

Controllable LED lighting systems
Electrical and support systems for automation
Modern greenhouses for precision agriculture
Remote sensing
Robotics and automation for seeding, feeding and harvesting
Structural capabilities for smart irrigation
Vertical farming where crops are planted in stacks or inclined surfaces to produce higher yields in less space
Solar power energy for sustainable power with less energy costs and dependence on fossil fuels
Rainwater capture – collect, treat and store for re-use in watering plants

Efficient farm operations require investment in infrastructure

Any change to operations capacity requires an investment in time, money and effort. As with any long-term planning, meeting the challenges is rewarded by a strong return on investment over time. The start-up costs to design/build pre-engineered steel buildings are surprisingly reasonable and affordable compared to the costs of traditional construction. Energy-efficient lighting and heating systems can be added to keep on-going costs manageable. Although indoor cultivation limits crop sizes and varieties, it also creates an opportunity to take a small commodity crop and transform it into a value-added consumer product that can be sold direct, such as the success of Arthur’s Fresh Smoothies. The future of farming requires courage to adopt new technologies, new skills, new processes and methods of collaboration to ensure a long-standing and resilient local food supply.

Meeting the growing needs of agribusiness takes innovation and an understanding that change is sometimes necessary. Adopting new methods of cultivation, or for raising livestock, need not be an overly costly proposition – but it may require an addition to buildings, systems and methods. Expanding annual yields is an investment into your farm’s future that comes offers many benefits:

Custom made – Design the exact specifications you need to support your operations, including building new or around existing structures and equipment. Metal building engineering is particularly designed to suit structures that are heavily loaded, such as with elevated wet-holding bins and their supporting frames. Choose the exact components you need, including doorway headers or lintels spanning wide openings.
Protects – Livestock, animal feed and equipment are kept safe from fire and weather severe conditions, like high winds, rain, tornadoes, etc.
Less maintenance – Steel buildings do not crack or face insect infestation without any wooden poles or siding that may rot or require painting.
Flexible – Facilities can be easily and affordably expanded to whatever size is needed whenever more space is required.
Cost-effective – Structure stands tall and beautiful for a long time giving a great return on investment.

Your premier supplier of steel agricultural buildings

At Summit Steel buildings, our engineering team has been passionately developing agricultural structures for over 25 years. Our approach combines art and science into designing a variety of farming systems that enhance your capability to cultivate plants or raise livestock and horses . We value the protection and preservation of your animals, plants and farming equipment as much as you do. That’s why it’s our mission to provide you with the most advanced and cost-effective agricultural building that’s right for your needs.

Concrete and steel ensure your harvests are protected from invasive pests and climate controlled against the harshest weather conditions. Our agricultural metal buildings last long so you don’t need to worry about the poles rotting when exposed to moisture or disintegrating against weather conditions like snow, wind, ice or excessive heat. With unlimited interior re-configuration options and high-performance paints and coatings, your steel building will maintain its look and feel for years to come.

Our agricultural buildings are designed to reduce costs by eliminating any unneeded steel without changing the structural integrity. You'll be able to secure your valuable equipment and increase the volume of crops and livestock you can safely store. Be it farm buildings of all types or storage needs for dairy, grain, hay, cannabis , livestock or equipment, we’ll help you find your best steel building solution.

Contact our team today for a free quote .

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Media release: Summit Steel Buildings Becomes PDAC’s Newest Corporate Member

Tue, 26 Oct 2021 16:09:01 GMT

Metal structure engineering company extends its influence to benefit the exploration and mining industry.

VANCOUVER, Oct. 26, 2021 / CNW / – Summit Steel Buildings ( www.summitsteelbuildings.com ), a premier supplier in the pre-engineered building industry, is proud to announce it has joined Prospectors and Developers Association of Canada (PDAC) as an affiliate corporate member.

Summit Steel Buildings’ leadership team of President Darren Sperling and Senior Director Frank Melo is responsible for overall strategy and managing every construction project from vision to completion.

“Summit Steel Buildings takes pride in sharing our building experience to benefit PDAC members,” says Sperling. “They’ve cultivated a powerful industry voice within Canada, and we look forward to contributing to their industry-leading work as well as participating at the worlds’ foremost mineral exploration and mining industry convention.”

Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner and contractor. Together with their team of engineers and construction crews, they engineer, fabricate and install industrial steel buildings using efficient design techniques to provide the most cost-effective solution while ensuring they’re also engineered to exceed rigorous environmental conditions around the continent.

As an experienced service supplier to the mining and prospecting industry, Summit Steel Buildings provides world-class client service with a mission to find the most suitable solution for clients’ individual building needs. For information on their previous work and construction services, visit their website’s engineering page .

About Summit Steel Buildings

Summit Steel Buildings is a premier building supplier in the pre-engineered building industry. Their engineering team provides full stamped engineered drawings for permit and construction across North America. They fabricate their buildings throughout multiple factories strategically located around the continent to ensure they’re able to deliver inland and to any port on the east and west coasts. Read about the benefits of building with steel.

About PDAC

Prospectors & Developers Association of Canada (PDAC) is the leading voice of the mineral exploration and development community. With over 7,200 members, PDAC’s mission is to promote a globally responsible, vibrant and sustainable mineral sector that encourages leading practices in technical, operational, environmental, safety and social performance. Visit www.pdac.ca .

Read the original press release at the CISION CNW Newswire site: https://www.newswire.ca/news-releases/summit-steel-buildings-becomes-pdac-s-newest-corporate-member-865536572.html .

Why steel is such an environmentally sustainable building material

Mon, 25 Oct 2021 16:35:02 GMT

Best building and sustainability processes dovetail in steel structures.

With any number of sustainable building materials touted as key to building environmentally friendly structures, it might seem remarkable that steel has quietly become the logical material-of-choice solution.

It’s remarkable because steelmaking historically suffered a poor public reputation – its production conjured up images of spewing smokestacks and a seemingly careless disregard for the environment. However, the present truth is completely different. In the past 20 years, the steel industry has evolved to focus on energy efficiency and is now considered the top choice for those looking to design green buildings.

Steel is an endlessly renewable resource. While energy efficiency and sustainability have been top of mind for at least a decade, facility professionals are now seeing the environmental benefits of steel at the microeconomic level, across individual projects. The construction industry, specifically, has an increased focus on understanding the impact building components and the structure itself have on the environment.

Today, sustainability and environmental impact are a major focus when planning buildings . Proof of that focus is how buildings, whether new or renovated, continue to strive for Leadership in Energy and Environmental Design (LEED) certification, the de facto gold standard for guidance on designing, building or maintaining energy-efficient and sustainable structures.

Architects, engineers and contractors are choosing steel framing systems to meet sustainable goals and reduce environmental impacts wherever possible. Up to 93% of recycled material is used in steel construction and just over 98% of steel can be reutilized. In short, after the initial manufacturing of the raw product, it has an almost infinite afterlife – a true ‘cradle-to-cradle’ material.

The reuse of older steel does not reduce its effectiveness. Recycled steel loses none of its strength or vitality. It’s a multi-cycle material with zero loss in material integrity. Further, it has a very high strength-to-weight ratio and a very low carbon footprint (1.16 tons of CO2 per ton of fabricated hot-rolled steel). Compared to other material alternatives, this is a markedly low number. LEED 2009 and V4 criteria affirms that steel is the superior material in an overall structure rating because of these factors: recycled content, rate of recycling and transparency.

Drilling down into steel’s advantages, post-production use isn’t the only place where steelmaking has gained environmental advantages over its competitor materials. The past two decades have seen a 29% decrease in energy use during steel manufacturing and construction. With a focus on sustainability, reasons to use steel as a primary building material are compelling.

Structural steel mills – Overall carbon emissions have been reduced by 36% since 1990 and steel production has a water recycling rate of 95%, resulting in a net consumption of only 70 gallons per ton.

Scrap processing –At the end of its purposed use, 81% of steel by weight is recovered for recycling. Included in that number is 70% of containers, 72% of reinforcing bars and 98% of structural steel. Given these statistics, it’s unsurprising that steel is the most recycled material in the world: domestic mills alone recycle more than 70 million tons of scrap each year. Currently, new structural steel includes 93% recycled content. That’s a staggering statistic and one to which we’re proud to play a leading role.

Fabrication – The steel manufacturing process, increasingly adopting more carbon-neutral and energy-efficient techniques are creating a much cleaner final building material. Cold-formed steel is the main metal used in our pre-engineered panels. While producing a harder and stronger product (in tensile strength) with less surface imperfections and a smoother polished surface finish, the cold-forming method uses less energy because processing is done at or near room temperature. Its higher carbon content traps it within the materials rather than releasing it into the environment resulting in a much lower carbon footprint. For more information on how steelmaking is changing, read “The Promise of Carbon-Neutral Steel” .

Consider these facts about how steelmaking has changed ( courtesy of the American Institute of Steel Construction )...

Increased productivity by a factor of 24 since 1980 (reduced labor hours per ton from 12 to 0.5),
Increased material strength by 40% since 1990 (36 ksi to 50 ksi),
Decreased carbon footprint (per ton) by 36% since 1990,
Decreased energy intensity (per ton) by 31% since 1990,
Decreased greenhouse gas emissions (per ton) by 45% since 1975,
Earned an EPA best industry performance designation.

Supply-chain efficiency – Summit Steel Buildings uses four strategically built factories across North American to fabricate structures with the focus on delivery inland or to any port on the west and east coasts. Thinking nationally, lower transportation times create reduced fuel use, a much less related environmental impact and lower overall project costs.

Construction and erection – Buildings made from steel can be fabricated and assembled off-site to be erected quickly at the location site, resulting in safer working conditions, a shorter construction schedule (up to 60% less) and reduced emissions from on-site construction equipment.

Building operation – Buildings made with steel use less energy. Less building volume (due to lower floor-to-floor heights) and larger windows (allowed by steel framing) create more efficient climate control and allow more natural light and higher occupant comfort. Steel means buildings can have long-span beams with open, column-free spaces, a tremendous advantage should the building require future expansion.

Deconstruction and scrap collection – At the end of the structure’s life cycle, the beams, columns and other steel elements can easily be refabricated for use in other structures through melting and rolling. And other random steel elements captured as scrap will be used to create new products.

Steel’s sustainability is built throughout its building lifecycle

It's not just about steel as a material. It's about how Summit Steel Buildings’ structural solutions lower costs through improved environmental sustainability. Our acute environmental focus means cost savings throughout the entire building process. Viewed in total, steel structures are the superior solution for businesses looking to not only make a sound building investment but to also demonstrate leadership in environmental sustainability.

Convinced? Please contact us to start the conversation...

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Eco-friendly buildings start with using steel construction

Tue, 19 Oct 2021 16:32:51 GMT

Steel’s strong performance, durability and endless ability to be recycled make it one of the most sustainable construction materials on the planet.

The signs of environmental change are all around us. Global temperatures and sea levels are rising, and carbon emissions levels are approaching all-time highs. The United Nations (UN) Environment Programme has reported that the building and construction sector accounted for 36% of final energy use and 39% of energy and process-related carbon dioxide (CO2) emissions in 2018. Manufacturing building materials, and products such as steel, cement and glass, made up 11% of that total. In practical terms, it takes about 30 years to offset the embodied carbon impact of a typical new construction building.

As clients demand more environmentally friendly building processes that leave a smaller carbon footprint, sustainable construction has become a topic builders can no longer ignore. Trends in construction indicate that building codes and regulations are going to follow suit, requiring companies to be more conscientious about how they build and the practices they use.

As a provider of steel metal structures – a building material being manufactured in a greener way and replacing traditional concrete structures as the natural material of choice – Summit Steel Buildings continues to take the lead in this eco-friendly trend. Implementing more sustainable building methods, with less carbon-heavy materials, provides an enormous opportunity for the construction industry to reduce the impact on global change. Frank Melo, director at the company, reflects on his 15 years of experience with pre-engineered steel building throughout North America to explain the advantages of sustainable building and how the company has been contributing to greener future for both business and our planet.

Sustainability starts with sourcing – local, natural materials

My belief in the value of using steel for commercial buildings comes from my experience in construction where I’ve seen the vast difference in the amount of waste created with steel versus conventional brick and wood. Steel buildings use less material, use more environmentally friendly materials, can be built much quicker and produce much less waste. The fact that everything used in steel construction can be recycled provides peace of mind to our clients. They not only get a high-value, high-functioning building that looks great, but they understand how the building is contributing to more sustainable practices with a much smaller carbon footprint – during construction and with each year in operation thereafter. The future is clear that sustainability will remain an important factor in business decision-making.

The types of materials we use and how they are sourced are major contributing factors. Sustainability continues to be a major focus as we, and so many other companies, improve the ways we can make our operations greener.

Fortunately, steel manufacturing is becoming more efficient in using less energy to make more. The steel used in any of our final buildings can be made faster than traditional materials and is value-engineered using current best practices. Modern fabrication technology provides greater precision, productivity and safety.

Natural metals – Cold-formed steel is the main metal used in our pre-engineered panels, although other all-natural metals, such as aluminum, copper and zinc, are also used in various components. These metals contribute to overall sustainability through their long lifecycle, their ability to be recycled and incredible durability. Cold-formed steel is typically harder and stronger (in tensile strength) with less surface imperfections. It has a smoother polished surface finish and uses less energy to create – processing is done at or near room temperature. The cold-forming process produces a higher yield and steel with more uniformity and more well-defined edges and corners. It’s also more resistant against tension breaking and deformation. These advantages mean we order less material and create less waste when building. Its higher carbon content traps it within the materials rather than releasing it into the environment resulting in a much lower carbon footprint.

High-quality steel allows us to create a wide variety of innovative engineering and building designs to aid in providing natural light and insulation. Another popular trend we’re finding is using pre-weathered steel or stainless steel that eliminates the need for painting, thus eliminating more chemicals in the construction process. Read our related article on what makes steel such an environmentally friendly building material .

Local sourcing – As much as the “shop local” mentality has affected the retail industry, manufacturing and construction companies like ours are reaping the benefit of obtaining their materials closer to jobsites. We’ve optimized the approach to our supply chain by fabricating our buildings throughout multiple factories strategically located across North America using locally made steel. We support local manufacturing as much as possible. This ensures we can deliver closer to destination or use more efficient transportation via ports on the east or west coast. We produce our pre-engineered panels in a modular fashion that can be manufactured offsite and then assembled on site to reduce excess transportation and excessive waste.

Local manufacturing reduces fuel-heavy transportation and contributes to more dependable construction schedules. Domestically sourced products reduce the risk of potential shipping delays and improve our overall lead times. Because time is money (especially in construction), we can manufacture materials locally in 30 days (compared to three or four months overseas) and can ensure more effective delivery to the site where construction can begin. Control is a big advantage of sourcing material domestically. Delays affect the project’s budget and make scheduling more complicated. If coming from another country, so many factors – such as schedule, cost and logistics – are so much more difficult to control and affect every aspect of construction that follows.

Sustainability is embedded throughout every project

We try to reduce the carbon footprint of our buildings beginning with each partner throughout the project – from the architect who selects the materials, to the engineers who put it together and the teams involved in the actual construction. Each stage of actual construction further contributes to making the project smarter for the environment. The architect is crucial in selecting materials created using fewer carbon emissions. Because “superstructure” materials, such as concrete and steel, represent 20% or more of annual global greenhouse gas emissions (mostly due to the sheer quantity of finished materials used in global construction), selecting responsible products and processes is important in reducing our cumulative carbon footprint.

Summit Steel Buildings tries to further reduce it by using less energy throughout the rest of construction phase.

Our materials are pre-assembled and then erected onsite to reduce fuel costs and to minimize employee, equipment and material travel. Our teams create less waste to further help make the entire project greener. These measures contribute to carbon savings. Our ultimate goal is to create net-zero carbon buildings – using steel goes a long way to achieving that.

Sustainability and carbon savings aren’t the only benefit

Metal building construction uses intelligent engineering and a variety of sustainable products that are beneficial to the environment as well as your current and future budget needs.

Long lifespan with high durability:
Pre-engineered steel buildings are highly durable and have a long lifespan.
Your existing metal structure can be easily modified or expanded instead of being replaced once you outgrow your existing footprint.
Metal buildings require minimal, if any, ongoing maintenance.
Built using less materials:
Compared to traditional wood and brick construction, steel reduces total building weight and footprint – requiring less raw materials and resources – while accommodating longer spans by using smaller member sections.
Uses less energy consumption:
Less building volume due to lower floor-to-floor heights creates more efficient climate control and allows for easier integration of mechanical systems.
More natural light and higher occupant comfort is the result of larger windows allowed by using steel framing.
Endless recyclability:
Steel buildings can be easily deconstructed to be reused or relocated.
Well-established and high demand for steel scrap ensures every piece will be recycled in the future.
High salvage value for all steel components makes it an investment that retains its value.

We have learned valuable lessons while looking at ways to incorporate sustainability into our operations. While better for the environment, building with steel is also better for your business. You can lower your building costs even as you’re contributing to better and more viable planet.

Building with steel leads to a more sustainable future

The nature of steel construction ensures a quicker build, using less energy, with greener materials. Every small contribution leads to a big impact that grows the economy while helping to protect the planet’s environment… and public health as a consequence. We believe steel will continue to be the most vital material in sustainable construction – and improvements in its manufacture will only continue to improve. Research, innovation and renewable energy in manufacturing are also helping to make steel-making more carbon neutral to reduce steel’s overall carbon footprint. Summit Steel Buildings is committed to a sustainable future, and that’s why we expect structural steel to remain the most appropriate environmentally friendly building material for generations to come.

When you’re ready to expand your operations or build a new facility, look to Summit Steel Buildings to ensure you get the structure you need and one that’s intelligent for the environment. We’re ready to build when you are.

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Summit Steel Buildings featured in Softwood Forest Products Buyer trade publication

Thu, 14 Oct 2021 18:26:48 GMT

Darren Sperling, Frank Melo and the rest of team are featured in Softwood Forest Products Buyer – the biggest publication dedicated to the lumber and forest products industry. With a North American circulation of 20,000 copies per issue, this dynamic publication promotes softwood lumber projects and has been hailed as the much-needed source of news and information for forestry leaders.

Read the article on pages 100 and 101 to learn Summit Steel Buildings’ work with prominent players in forestry to increase their operations and help growth their businesses.

Company president, Darren Sperling, makes an additional appearance on page 104 in a photo from his participation at the Forest Products Machinery and Equipment Exposition in Atlanta.

Much has been reported over the last year on the increased demand for wood and forestry products. While it may sound somewhat contradictory, it’s never been a better time for the lumber industry to turn to steel . Steel buildings, in fact. Increasing production requires more buildings to store raw materials and inventory, more buildings to house equipment, more production space and more area for equipment. Increased space allows production materials to be moved around more safely and easily.

Summit Steel Buildings has specialized experienced working closely with B.C.’s forestry operators and has formed partnerships with other lumber companies throughout Canada and the United States. With an engineering team that has been developing lumber building systems for over 25 years, they are ready to support projects by building the ideal steel facilities for each site location and operational needs. Modern steel designs are versatile and strong to create high value. For large-scale projects in the lumber, forestry and timber industries, steel structures provide a less expensive alternative to traditional building.

Visit our lumber page to learn more.

Cannabis cultivation facilities require specialized engineering

Fri, 17 Sep 2021 16:35:08 GMT

Creating the ideal growing environment is a balance between specific building knowledge and an understanding of the growing medical marijuana industry that can only be gained from direct experience.

Setting up a commercial cannabis enterprise is a huge endeavor requiring large-scale resources and particular knowledge. Consistent healthy yields are the result of applying scientific practices in an ideal growing environment. People have the false belief that any building will suffice – simply add seeds and be sure the room is warm and humid enough. Nothing can be further from the truth. Inadequate facilities and operations will pose significant financial risk and potential crop loss. Summit Steel Buildings has the commercial production experience to create your best growing conditions in a facility that’s designed to achieve successful harvests time after time.

Everything is out to get at your plants. Mold, disease, pests, thieves, the outside climate, changing regulations and new market trends are all working against your best efforts. In creating the optimal environment inside, you must also have a strong and secure barrier against the outside world, as well as an eye for the future of your production to ensure your facility can sustain growth and remain competitive.

Cannabis facilities require a unique kind of construction. They need to :

Support technology that controls the temperature and humidity to a fraction of a degree
Support state-of-the-art systems for irrigation, lighting, ventilation and air control
Meet fluctuating electrical demands

Your builder of choice needs to have specific experience in building medical marijuana facilities that will benefit your business and eliminate potential problems early. After all, the goal in cannabis construction is to get clients into a successful operation as quickly as possible while staying within their budget.

Summit Steel Buildings has extensive cannabis building experience

What makes cannabis facility construction unique is the need for logistical capabilities most normal buildings do not require. The list of considerations is incredibly detailed. Here are a few of the challenges that need to be taken into account:

1. Building size must be calculated specifically for future needs – It’s no surprise that growing cannabis plants requires more space. They can grow up to six feet in height and almost as much wide. Production space must account for future growth, both in plant and crop size, to avoid creating conditions that may limit healthy production. Plants, like people, need adequate space to develop into their full potential. Overcrowding creates a canopy that limits growth and hinders access to the plants, limiting upkeep. These elements of grower input often inform market share and potential profits. All this added space, while good for the plants, requires more infrastructure and budget considerations. These factors need to be considered when deciding how large of a facility to build. Fortunately, pre-engineered metal buildings are designed to expand quickly and affordably to evolve with your growing business.

2. Creating an optimal environment to nurture plants requires specialized systems – Dedicated cannabis-growing buildings need extensive, specialized environmental systems. The building must be purposefully constructed to meet these requirements in advance. One of the first essential systems is a powerful and reliable power supply and wiring to support it. Power needs in cannabis growing facilities are dramatically different than those of normal buildings. It’s an equipment- and systems- heavy environment with many potentially variable elements. Power systems require vastly greater amounts of energy and produce an immense amount of heat that needs to be dispersed effectively so it doesn’t affect the growing environment. Your facility must be built with these needs in mind as retrofitting is going to become much more time-consuming and expensive. Furthermore, stringent government regulations around expansion make having a well-planned facility more efficient, especially for producers that may not have as much immediate cash flow or access to capital. Pre-engineered steel buildings create less need for revisions due to unexpected variables.

If the building is the body of the operation, then lighting is its soul. Regardless of which type of lighting systems are installed (i.e., incandescent bulbs, high-intensity discharge lamps, LEDs or fluorescents), your building is built with the required high-demand electrical and lighting structures to support them. Temperature must be strictly maintained when lighting is both on and off and be able to change throughout the plants’ growth cycle, from germination to flowering and harvesting. Humidity controls, exhaust fans and air filtering systems are necessary for good air circulation to help moderate temperatures throughout. For this purpose, Summit Steel Buildings’ custom designs use R-30 or R-40 insulation in their building construction along with dehumidification and CO2 monitoring systems. Irrigation and pumping systems with steady access to water supply are essential, as is the proper floor drainage to help balance humidity levels. These serve to benefit operations through cost reduction, increased yield size and availability.

3. Don’t forget about easy to maintain hygiene and security measures – As a supplier to the cannabis industry, you need sanitary and secure facilities with the optimal conditions to grow your crops while protecting them from the outside environment. Easy-to-clean concrete floors and steel walls ensure your production is stored safely within a secure and pest-free environment that helps you achieve and maintain an advantage. In fact, metal building construction requires little overall maintenance. They keep their look and do not crack or rot like other building materials, which removes one major contributing factor to insect infestation and the development of sickness within your crop. Such situations can add a significant cost in treatments or, at an extreme, force the destruction of the entire yield. Steel cannabis facilities are easy to clean; with flexible and effective drainage to help prevent stagnant water that can lead to rot and become breeding grounds for pests.

Security is a major factor in an industry that faces such immense consumer demand. Having invested significant capital into production, securing your product is a logical concern for producers. Steel construction protects your environment against outside intrusion and theft. All areas of the building contain strong steel security with locked doors and biometric access to provide complete control over entry. Wiring for security cameras and other biometric controls are built into the construction to offer the flexibility to limit access to certain areas. A safe and pristine growing environment will allow producers to focus on quality and quantity of healthy yields rather than on safety and environmental challenges.

Don’t settle for generic buildings for your cannabis cultivation facility

Creating the optimal growing environment requires much more than four walls, electricity and access to water. Cannabis construction requires a skilled combination of engineering and understanding your business. Commercial cultivation is a complicated combination of environmental systems to produce climate-controlled, man-made rainforest inside a metal building. The ideal ecosystem involves a diverse set of engineering expertise that are best gained from extensive learning, training and experience. Many companies can build warehouses, but you don’t want to trust your future operation to anyone unless they have dedicated experience building steel buildings specifically for the cannabis industry. That’s why you need to partner with Summit Steel Buildings.

Be it medical marijuana distribution or a commercial cannabis cultivation, you can rely on Summit Steel Buildings to create your ideal indoor crop facility. Our steel buildings help you save up to 50% over any traditional wood or brick buildings. We provide pre-engineered, turnkey packages to design and build your business needs. Our approach to offering pre-designed, pre-engineered facilities streamlined for cannabis growing allows for rapid development and quicker time to market. Our custom-designed facilities can be erected and permitted more expeditiously than a traditional build or retrofit. Because our projects are predesigned and pre-engineered, our building projects have more predictable timelines, known materials and costs to mitigate risk and interruptions. Our team of architects, engineers, project managers and builders will take you from concept to operational launch quicker. The result is a cannabis facility built for your unique cannabis operations needs. Contact Summit Steel Buildings today to get started.

About the author

The importance of increased working space

Tue, 14 Sep 2021 16:26:03 GMT

If the average person spends one-third of their life at work, adequate work environments become prime considerations for both employee satisfaction and retention.

Imagine you have a full schedule of tasks to finish in your day. Your “to do” list keeps growing and you’re organizing all the details in your workspace as you plan your actions ahead. It’s something most people can relate to. How much different is it when you have a large, spacious area, free of distractions and clutter, compared to a tiny desk that’s cramped with files, papers, books, tablets and notes. You could have boxes of supplies at your feet, or inventory that’s spilling over into where you work.

It’s way more difficult to concentrate and to focus on getting organized. Sometimes a mere four or five square feet more can make all the difference. Now compound that difference across the entire organization. Possibly hundreds of people hindered by a lack of space preventing them from accomplishing great things for your business. A little more space for each employee could be incredibly transformative (and very profitable).

Job satisfaction and workplace happiness aren’t buzz-words today, they’re practically a key performance indicator (KPI) for company success. Workplace environment and employee mental and physical health are tied together. And it’s up the company to ensure that their personnel – the most valuable asset a company has – is able to perform at their maximum capacity.

Many factors lead to employees success, and their surroundings contribute in a meaning full way. What size of working space is sufficient depends on the nature of the work and cultural perceptions, of course. However, having all the resources they need to work well is essential – including adequate space within which to work.

Job dissatisfaction leads to unhappiness at work, which expresses itself with higher levels of stress, disengagement and lack of loyalty - each with significant costs that ultimately are detriment to performance. Harvard Business Review reports health care expenditures are 50% greater at organizations with elevated levels of stress. The dangers of disengagement are similarly costly. In studies by the Queens School of Business, disengaged employees:

Were 37% more often absent
Involved in 49% more accidents
Produced 60% more errors and defects.

The results of disengagement resulted in:

18% lower productivity
16% lower profitability
65% lower share price over time

Lack of loyalty is a third cost. Research shows that workplace stress leads to an increase of almost 50% in voluntary turnover. People start searching for other work, decline promotions or resign. The turnover costs associated with recruiting, training, lowered productivity and lost expertise are significant (replacing a single employee costs approximately 20% of their salary).

It's important to recognize when it's time to increase your working space. Here are a number of reasons why it’s worth investing in an industrial or manufacturing work setting that provides the space and environment that encourages and develops employees to their fullest potential.

Spacious working environments contribute to positive physical and mental health

Successful employees require more than just a fair salary and vacation time to be engaged. They want to know they are contributing to their team’s performance and doing their part to make the world a better place. It’s one reason so much emphasis has been placed on an organization’s mission and vision. People can work anywhere; they want to believe in what the company is doing to be truly loyal. Organizations need to reward this loyalty by provide adequate resources to work, and that includes plenty of space to avoid feeling crowded and confined.

People measure their status in the size of their working space, whether it be in an office or in a work area along an assembly line. It’s part of the culture and values a workplace can foster and makes personnel feel that their company cares about their mental and physical health. The Canadian Centre for Occupational Health and Safety suggests that a single workstation should be at least 42-square feet per person. Providing enough space to work comfortably is an essential component of healthy ergonomics, which can help prevent chronic physical injury and is tied to good mental health. Small changes like providing sit/stand desks and encouraging space for movement have amazing impacts to the energy of employees. Unhealthy employees ultimately cost the company money.

Space creates constructive connections and collaboration – Open spaces, a current design trend in offices, tend to encourage collaboration. Management can mix with employees to share ideas, be creative and foster innovation. Simple measures can be taken to create a more open environment. Think about the location of workspaces in relation to production line organization or building layout. These changes cost little to nothing but can contribute greatly to improving team dynamics and increasing engagement.

Spaces to provide respite and breaks – As often as we need team members to collaborate, time and space should be reserved to allow people access to quiet opportunities and relaxation. Independent thinking and private meetings encourage creativity and problem solving without interruption. Companies should offer a variety of spaces for employees to choose based on their preferences. Small breaks to decompress can boost productivity and prevent employees from burning out. Sometimes getting away from the usual setting for a few minutes can refresh energy levels.

Increased productivity – Happy employees are productive employees. An individualized workspace contributes to happiness that can increase productivity by as much as 12%. Designing your building’s workspaces and environment with your team's happiness in mind will directly increase overall productivity.

More space creates safe and secure storage – High on the list of employee needs that lead to job satisfaction and engagement is a sense of security. It may seem obvious, but team members are less likely to be distracted if they know their possessions (coats, purses, bags, etc.) are stored somewhere safe while they are working. Change rooms and secure locker rooms make a huge difference, especially during winter where people have more outerwear to leave somewhere. Complementing this secure storage for employees is having enough safe areas for stationery, items for sales and supplies to prevent theft (shortage), loss or spoilage.

Appealing workspaces help attract future talent – An engaged workforce is important, but companies also need to look to the future and see what they can do to set themselves apart from the competition when it comes to attracting new talent. As a younger demographic replaces a retiring one, employers need to understand that they only know innovative workplaces, modern open-concept designs that encourage interaction. Your workplace design will need to accommodate their preferences.

Greater storage and working space help grow your business

Space considerations can become complicated very quickly. It’s easy to focus on the requirements for equipment, offices and inventory but accounting for the human element is an essential component for increasing productivity , engagement and happiness. Storage is always important for business, whether you’re a small organization or large multinational corporation, and companies can always use more space. The more the better. More space means more space to work, more freedom to collaborate, less clutter, better organization and, simply, more space to create, store and sell.

Whether on a gross or marginal basis, companies benefit from lower costs and team productivity by possessing secure space to work and storage. Team members can access materials and resources more easily, saving time to finishing tasks and keeping projects organized. The additional space you allocate to your team adds great value, especially when it can be added in an affordable and easy to build way. They’ll appreciate having more room for their activities, safe and secure premises for their possessions and spending their days in a comfortable and modern setting built around their needs.

Let’s get started

Pre-engineered metal buildings offer the flexibility you want no matter the size of facility you need. Our rigid-frame system means your project can be completed faster and at less cost than with traditional concrete and wood construction. Summit Steel Buildings’ pre-engineered walls systems ensures your metal building is expandable. You never need to worry about outgrowing your building space. Future expansion is quick and inexpensive by adding onto your length with additional modular units. You can be assured you’ll be able to address future capacity without being locked into an existing concrete construction. It’s one way you can address future needs without compromising current operations. Speak with one of our representations to get started. We look forward to helping you determine the size of space your team is going to need.

About the author

Recognize when it’s time to increase your business space

Tue, 07 Sep 2021 16:37:44 GMT

Don’t hamper the growth of your business with overcrowded conditions. We’ve identified symptoms that may indicate it’s time to invest in more space with an affordable steel building.

Operational space is crucial. Whether it means having working space for people to manufacture and build, or more storage space to warehouse goods and records, increasing space as your company grows keeps the business healthy and your employees productive and happy. When your company is experiencing explosive growth, growing your operations equally as quickly is essential. As we’ll see, the consequence of limited space affects the entire organization’s activities – from production, fulfillment, customer experience, marketing, operations and human resources, every department across the organization. Before you explore your options to add more space by building, you first must recognize the signs you’ve outgrown your current capacity.

Three signs you need more space – and the consequences impacting your business

Some of the signs you’re outgrowing your space will be pretty evident. Working areas getting crowded, inventory and supplies getting more difficult to locate; everything becomes cluttered and disorganized no matter how often your team sorts it. Growing success is a mixed blessing: more business means more revenue and profits, but it also requires more people and the space required to manage it all. At first, you might be able to work with the building space you have, but at some point, you’re going to need to expand. You’ll simply need more room to organize and store everything. Temporary offsite storage is expensive and inconvenient. Moving to another location requires weeks or months of disruption to business – and considerable free cash to support the immediate extra costs.

A better, more cost-effective solution is to add to your existing footprint with the addition of a new adjacent steel building.

Increases in sales are placing a strain on order delivery

Effective marketing and sales activity produce plenty of leads and customer orders – orders that need to be delivered in a timely fashion to help build and maintain the relationship. Your production and warehousing teams need to deliver on the promises made. It’s about balancing sales demand versus operational capacity. With sales growth, the time to deliver may increase, indicating more capacity needs to be added. Space to produce, space to store raw materials, safe corridors to move work-in-progress around, larger shipping bays, and increased area to manage and organize the workflow.

Production and warehouse productivity declines can be measured through the increased time to fulfil and deliver orders. It can also be measured by an increase in waiting times for distribution load-out, product shortages, longer throughput times and lower production levels. Customers’ expectations today have grown due to the faster delivery times and more catered shipping experiences they receive from the retail experience.

The consequence of losing production, fulfillment and warehousing space is that you will begin to lose customers because of delays. And you’ll begin to see an increase in the number of errors. As soon as your operational effectiveness processes begin to fail, the resulting mistakes becomes the surest sign you need to increase your capacity before it’s too late.

Inventory records are continuously out of date

Inventory counts are essential for both the sales and production side of the business. Sales teams need to understand what is available and ready for delivery so they can drive future orders. Purchasing decisions rely on knowing current SKU and supply levels with enough lead time to order more materials before they run low. Production delays are inexcusable. On both sides of the supply/demand equation, if warehouses and production facilities are congested and overcrowded, proper measurement becomes a challenge, producing inaccurate figures. Senior leadership won’t be able to plan and make decisions with precision. Disorganization will set in and soon delays are commonplace meaning all departments can’t find materials, record their levels or place replacement orders in good time. Customers ultimately won’t tolerate out of stock delays – they’ll simply place an order with a willing competitor.

You need to continually hire staff

As companies grow, adding talent across the organization naturally occurs. On the positive side, adding employees means more sales are coming in and more people are required to handle both the administration and operations of them. However, if hiring new employees is due to turnover, it’s a sign that people are not happy – and working conditions (i.e., the ability to be effective and engaged in their role) are primary contributors to job satisfaction. As frustrations mount due to a lack of operations space (and the business consequences that come with it), personnel will express their discontentment with their feet. Turnover is a top indicator of poor management. As your company scales and changes as a result, the foundation that supports it must also increase to provide the people doing the work the space and infrastructure they need to do their job well. When employees begin to feel confined or restricted, turnover is the result. Good talent needs to be nurtured, rewarded and given the environment they need to perform at their best.

When you need to add more working space,
Summit Steel Buildings is ready

No one knows more about your business than you. As a leader, you want to recognize the signs early before any financial consequences set in. it’s only reasonable to provide the working area teams need and enough space to properly store inventory and supplies so they’re easy to access. For these reasons, as your business grows, the intelligent cost-effective solution is to expand your capacity by adding to your existing footprint with the addition of a new adjacent steel building.

We’d love to work with you on your next construction project. Visit our Contact page and Summit Steel Buildings will provide you with a free consultation and quote.

About the author

What size metal building do I need?

Tue, 24 Aug 2021 16:01:39 GMT

Trying to calculate future building size is one of the first details people think about at the start of their project. Before you go too far down that road, many other factors need to be considered. Your journey of a thousand miles does not start with a single step – it requires many initial baby steps instead.

First, let’s get a few preconceptions out of the way. Building design doesn’t come with standard sizes or specific dimensions. With pre-engineered steel buildings, you build to suit, whatever size you need – there are no pre-set sizes, like when ordering clothes from a catalogue. Your cost-effective steel structure will be designed your specifications and needs so you can get the most use of our structure without compromise. And unlike home-building, where you choose from a limited set of pre-designed floor plans, you can customize your steel building to what you want , whether it be to accommodate existing equipment and materials, to fit into the demands or restrictions of the location, or to create the ideal workspace for your business operation.

Determine the size you need

Understanding how the building will be used is the first step. Its size will be a result of its purpose and its dimensions are going to be based on that important factor. The needs of sports complexes and warehouses are vastly different than churches or food processing facilities . Although size is an important factor, it’s not one that restricts how we build – neither to the larger or smaller scale.

The size of your final building, of course, contributes to the amount of your investment. It’s good to have a baseline of what your budget will be and then start working with our expert team from there. Knowing what the building will be used for, and what features are required, our team will help design a structure with the right amount of space.

Start by making a list of both essential and wish-list elements. For instance, with a hockey arena, you’ll need to account for refrigeration systems, ice maintenance equipment storage, change rooms, washrooms, concession stands and room for spectators. Will your arena also need community meeting rooms, space for other activities and sports and offices?

Be sure to ask yourself, what is this building going to do and what requirements need to be met? These answers will guide what features should be included and how much space the resulting structure will require.

Determine the dimensions

Aside from cost, engineering and structural design may affect the final dimensions of your pre-engineered metal building. Consider the shape and size of the building location and remember that buildings can vary by length, width and height. Multi-story buildings create an efficient use of space when your chose site has a small footprint.

Steel building length – Your building is not limited by length. Summit Steel Buildings can make your building as long as your site location, budget and imagination allow. And if you anticipate needing more space in the future, our engineering teams can prepare for future expansion by adding more framing bays at one or both ends and creating load-bearing end ways to make future additions quick and easy.

Building widths – A ridged steel-frame system creates clearspans to more than 300 feet (91.44 metres) wide and bay spans up to 60 feet (18.3 metres). That means unobstructed space (i.e., no posts) up to 300 feet. Get the space you need by using modular framing, which is a more economical choice for any project over 80 feet wide. Our versatile wall system options are also pre-insulated to provide your employees and clients a comfortable environment.

Total height – Although many steel buildings are typically one or two stories, you are not limited in your engineering. Looking to go vertical instead of horizontal? Our metal buildings can be engineered for multiple partial or full floors with a wide variety of building and roof designs. But building height and number of floors may not always be directly related. For instance, you may need a large warehouse that is only one story but very high to accommodate inventory. Main floor heights can be up to 40-feet and taller structures can be customized for your specific demands.

Framing type

If you’re looking to gain more cost-effective space, especially in a multi-story building, the final volume will be determined by building shape and roof design. It’s more than just an aesthetic design choice. The type of primary framing can enable higher ceilings (great for sports complexes and warehousing) or more second floor space for offices. The framing type you choose will also determine how much open space and post-free area you have on the main level. Summit Steel Buildings offers a variety of framing types to view.

Modular – Rigid Frame (RMG) and Single Slope (RMS) : The solid web rigid frame with interior columns provides multiple spans for wider buildings. It can be either gable or single slope. This frame type is economical with individual spans of 30 to 80 feet and building widths from 60 feet to 300 feet or more.

Clearspan-Rigid Frame (RCG) : This tapered member frame can be used in clearspan situations from 40 to 250 feet. It can be either gable or single slope. When large areas are required for special industrial and commercial projects, the RCG type is typically the economical choice.

Single Slope (RCS) : A single slope rigid frame is commonly used on retail centers or as a creative way of adding to an existing structure.

Lean-To (LCS) : The lean-to differs from the single slope in that it must be supported on the high side by an adjoining building column and is supported by a main building frame. Common spans are 20 to 60 feet.

Tapered Beam (TCG) : Designed for maximum efficiency of interior space. Suitable for all types of small buildings that require clearspans from under 60 feet and ideal for partitioning interior bays and small crane support systems.

Your metal building is expandable

You never need to worry about outgrowing your building space. Steel buildings make future length expansion quick and inexpensive by adding onto your length with additional modular units. You can be assured you’ll be able to address future capacity without being locked into an existing concrete construction. It’s one way you can address future needs without compromising current operations.

Let Summit Steel Buildings design your next building

About the author

Determining the best layout for your next steel building

Mon, 16 Aug 2021 17:52:01 GMT

Steel building design is based on your specific needs.

When we initially hear from potential clients, the questions we’re typically asked first are about budget and what size building they can get for their investment. Of course, these are two critical factors – but not the only ones.

The reality is there’s no “best” or “standard” size (or even layout) for pre-engineered steel buildings. Each one is custom designed for a client’s specific needs and purpose. Summit Steel Building designs a plan to suit your needs based on both your current and future use. To do so, we gain an understanding of your requirements by asking many more questions.

Budgets will always be a consideration and a key component when preparing a final quote. At the same time, wee prefer to focus on value. How can we create a custom plan that gets you the most use and value out of your future metal building? We find the intersection between your requirements, vision and budget to customize the best solution for you.

We study the needs of your building to find the most suitable layout and design instead of focusing on price and size. And because building is more complicated than picking a stock design from a catalogue, we look at the greater context of your project. For instance, site location, its environment, long-term development and even building codes (which vary by province and state) are considered in the final building design.

Purpose determines size and capacity

You’ll probably already have a rough idea of the building dimensions you want . Summit Steel Buildings uses that as a starting point and then also considers future possible demands for the site. In this respect, we don’t measure a steel building as a traditional unit; the final building size will depend on many factors affecting its use. Size and shape may vary depending on the purpose of the building.

Building purposes vary greatly. Each requires unique features and has specific needs where we can lend our expertise. The engineering demands for an aircraft hangar (with wider open space for taxiing and secured facilities for fuel) are much different than those for a warehouse (which requires specialized environmental controls and refrigeration). Summit Steel Buildings has extensive experience in a wide variety of industries we’ll put to good use in your project. Here are just some of our success stories:

Agricultural and horticultural
Aircraft hangars
Athletics
Cannabis
Equestrian
Garage and carports
Horticulture
Industrial and Commercial
Lumber and mining (from processing, storage, equipment and housing crews)
Places of worship
Warehousing
Workshops

The dimensions of your steel building depend on its utility. In some cases, height and clear spans are going to be more important than its footprint. The versatility of steel design offers advantages regardless of their commercial use. Steel, as a construction material, offers a high weight-to-strength ratio meaning your building can have clear spans and bays measuring over 300 feet in length and 60 feet in height. It’ll stand strong against earthquakes, heavy snow, high winds and rainstorms and can be molded into any shape.

External design and interior layouts

Pre-engineered does not mean standardized. While most steel buildings are rectangular, as one might expect from industrial design, steel building engineering can be so much more versatile. The main benefit of steel building engineering is that construction offers full flexibility relating to the shape of the surrounding environment as well as interior layout and use. All manner of building shapes and aesthetic finishes make your building unique and suited to your preferences as well as to the needs of your operation.

No two projects are alike, even if they serve the same industries. Your steel building is a custom design that can be single or multi-story. Summit Steel Buildings can build around existing equipment and infrastructure, and floorplans can be modelled to fulfill your ideal working organization. You’ll work with our engineering team to ensure you get a building that meets your operational needs, with an architectural design that will make it a showpiece for marketing and sales.

Future expansion

You’re not locked into a final steel building design or size. One of the advantages of metal structures is how quickly they can be revised to expand with your growing business. Modular steel framing design means expansion is not expensive. Load-bearing end walls and an expandable frame on the original structure make expansion easier. Need more warehousing space? Would an extra bay to store your latest truck expand your capacity? Our metal structures offer clients the flexibility to scale and modify their existing footprint as business grows over time. No need to get locked into a permanent building capacity that becomes outdated and compromises your effectiveness. Change it, expand it without interrupting your workflow. Only steel buildings are so versatile.

Let’s get started

Summit Steel Buildings’ expert team of engineers are available at every step – from initial concept to complete of the project. As your one-stop provider, we’ll manage each aspect of the project for you. We aim to provide versatile, low-maintenance structural designs to withstand any climatic conditions. We’ll finish your metal building quickly and according to quote. Don’t hesitate to reach out to us with your requirements so our experts can help transform your vision into reality.

About the author

Understanding steel prices

john.thuline@logicalposition.com (Site Administrator) — Wed, 11 Aug 2021 14:47:46 GMT

Steel is the biggest material cost in new construction, so it's important to understand how it is priced and the factors that affect it.

Price is a major consideration when undertaking a building project. Whether it’s a matter of lowering total project costs or working within a specific budget, steel is the biggest material cost in a new construction. As a result, the global price of steel is a factor that requires special attention. Understanding the conditions that cause steel prices to rise or decline can help you save considerably when it's time to invest.

The recent pandemic has affected the price of steel dramatically, much like other building materials . The average steel price has risen over 50 per cent since the spring of 2020 and, if analysts are correct, it will continue to climb over the next two years. Inflation is usually considered a bad thing; however, you can benefit from these changing steel prices to save what you pay for your building.

Some price factors you control, others not so much

The price of your steel building is determined by its layout, size, design and the other ways you customize the engineering to fit your precise needs. These are internal factors you can control. But external factors, such as the price of steel, may also significantly affect your final cost. Macroeconomic conditions and the timing of commodity markets play a role in how Summit Steel Buildings prepares its quotes. We create estimates using our suppliers’ current market prices and commit to them regardless of changing market conditions. At present, where steel prices are expected to rise, you’re able to realize significant savings by locking in your building contract while prices are lower.

Steel as a much-needed Canadian commodity

Canada’s economy has historically relied on trade, especially in commodities. From furs, fish and timber to auto parts, steel and finished goods. Imported and exported goods greatly influence our employment, income and, ultimately, inflation. Commodities made up 43 per cent of Canada’s exports, up from 34 per cent in 1999 according to the Bank of Canada.

Commodity prices tend to go through multi-year boom and bust cycles called supercycles. These are extended periods where commodity prices are well above or below their long-term trend and they typically last longer than the business cycle (which averages approximately six years). Unexpected demand drives price supercycles. The upswing phase (as we’ve experienced in the pandemic) results in rising prices due to a lag between persistent and positive shocks to commodity demand and the resulting slow-moving response in supply. Eventually, as supply finally expands and demand subsides, the cycle reverses and prices come down again.

Using steel rebar prices over a five-year period as reference, steel prices have experienced volatility, but none as much as in the last pandemic year. Prices that had dropped during the summer of 2018 and were relatively stable dramatically rose to pandemic-related record highs. Despite a recent short period of respite, prices continue to climb and are expected to stay higher for longer. According to Gordon Johnson in a July 2021 interview with BNN , aggressive fiscal stimulus and continued high infrastructure spending in both China and the U.S. are driving many commodity prices higher – including steel. Inflation, both as a concern and a response to economic conditions, will have an impact during the next two years at least.

Why are we using the price of steel rebar in Chinese Yuan for comparison?

The price of steel is usually presented in Chinese Yuan because China is the world’s largest producer and consumer of steel. Rebar is the most significantly traded steel product on the Shanghai Futures Exchange and London Metal Exchange with a standard future contract of 10 tons. Steel is one of the world’s most important materials used in construction, cars and appliances. The biggest producers of crude steel are China, followed by European Union, Japan, United States, India, Russia and South Korea.

Future demand and supply shortages

In our current upswing, steel producers in both Canada and China have been holding back inventory to not flood the market with supply so they can help keep prices high. Even as the post-lockdown recovery increases consumer spending, producers will need to expand their capacity to keep up with anticipated increase in demand. That means more warehousing, more manufacturing and more operational facilities. Global steel supply to meet all this development is expected to lag as a result, meaning commodity prices will continue to rise.

Which factors influence the price of steel?

Steel is a global commodity which will experience price fluctuation due to a variety of domestic and global factors. The resulting commodity price becomes the base for manufacturers to calculate their own prices on steel goods used for finished products and as inputs in construction. The most important determining factors are supply and demand. These work in combination with other economic and political conditions.

Primary domestic factors:

Demand for steel by manufacturers and for their products
Relative strength of Canadian and American currency
Manufacturing capacity and labour relations
Trade tariffs and duties on imports

Primary global factors:

Mining and production levels
Health of the world economy
Diplomacy, politics and war
Disruption to supply chains (including natural and manmade disasters)

Save thousands by locking in your building price now

When you’re looking to invest in a pre-engineered metal building, the price of steel substantially impacts the final price of your project. The global pandemic has only increased the unpredictability of already volatile steel prices. With prices expected to rise, you can save on your next construction project by buying your building now instead of waiting.

Summit Steel Buildings is a premier pre-engineered steel building supplier. Don’t hesitate to reach out to us to provide you with a quote that will guarantee the price of your next project. Together, we can help protect you against inflation and changing marketing conditions.

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. He can be contacted at Summit Steel Buildings at (877) 417-8335
or by email at darren.sperling@summitsteelbuildings.com .

Sinister challenges affecting construction quality

john.thuline@logicalposition.com (Site Administrator) — Fri, 30 Jul 2021 17:15:43 GMT

Obstacles in maintaining quality control on the jobsite

The devil’s in the details. Details matter. Details make perfection, and perfection is not a detail.

Have you ever noticed that a lot of good advice relates to paying attention to detail? It’s no wonder. Handling details well is directly connected to the quality of the final project. It’s easy for people to see the big picture and want to focus on the fun part of creating the concept, but great work is the result of countless hours and the meticulous technical skill required to get the small details right. Whether it’s painting art, rebuilding a carburetor or coding software, the small details really matter.

In most cases, details are the difference between success and failure; and attention to detail is what sets the experts apart from the amateurs.

As a child, one of my chores was to help wash the house windows in spring and fall. Never a fun task for anyone, let alone an elementary school kid who just wanted to be anywhere else. The allure of playing sports or skateboarding is overwhelming when you’re elbow-deep in cold, dirty water, stretched atop a precarious ladder trying to reach the top edges as soapy water runs down your arm, soaking your shirt. Anything else would be better.

My mother was steadfast in that honest work “builds character”. She would tell me, the difference between a job done right, and one that would take longer if I had to do it again, was how well I cleaned the corners. If I wanted to go play with my friends, it was easier and faster to do it right the first time.

That lesson has remained with me to this day. With building steel structures, the careful attention to detail is more important than ever; small errors can lead to much greater consequences. The principle is the same – you’ll get a job finished better and quicker if you take the time to get the details right rather than having to redo them later.

What lessons have my years in pre-engineered steel building construction taught me? Quality control is key. Here are the biggest challenges construction faces – most of which relate to handling the details accurately!

Lack of planning

Never go into a job without a plan. You should have already built out the project on paper and visualized every step of installation.

The human factor

People may be one of the biggest obstacles for obtaining quality control. The challenge is to try to keep people in the moment and focused on the job on hand. Empathy and understanding are important leadership qualities, along with investing in your team’s overall health and well-being.

Instilling a sense of pride in craftsmanship and constantly improving installation training, especially to address complicated details, are ways to help prevent mistakes and setting a commitment to attention to detail during installation. When in doubt, keep roles simple and clear. Connect with your people regularly to gauge their level of understanding and coach where needed.

Opposition to a quality control mindset

As we’ve mentioned in another article , obtaining buy-in for your quality-control process from the people doing the work is essential. Programs designed to catch issues after they have occurred are not going to be effective. Teams need to understand and appreciate that quality control is not an impediment to progress but a key component to reaching common goals. Leaders need to support and incentivise taking the extra time to do the job correctly the first time – even under the overarching pressure of project deadlines and maintaining costs.

Not paying attention to technical details

Complete the details accurately. The finishes, such as painting, caulking and soldering, can be monotonous but are essential details that make a huge difference in the long term.

Rushing to complete the job

The adage “haste makes waste” holds true. It may seem more effective to jump from task to task, but quality can suffer when too many tasks are trying to be completed simultaneously. It’s easy to become distracted and rushing won’t save time. When you take the time to focus on one job at a time and get it right the first time, you won’t have to track items and go back to fix mistakes.

Inclement weather and other conditions

Bad weather creates delays. It’s unavoidable… and something you can’t control. Projects tend to underestimate the effect weather (snow and frost are just part of working in Canada) and difficult conditions (location, cramped quarters, temperature) have on completion times. Working in changing or harsh environments can mean production must be postponed until favourable conditions return. Asking teams to increase their pace to make up for lost time is not a suitable solution. Quality control must never be a compromise. It’s best to build flexibility into bids and project schedules. At worst, you end up delivering ahead of schedule, which no client has never considered a disappointment.

The devil is in the details is a common saying for good reason. When it comes to quality control, the attention we place in the smallest areas makes all the difference. That's why we have built a quality-control process that incorporates higher standards into everything we do. Summit Steel Buildings takes pride in our construction and that’s a result of the extra time we place in the finishing touches as much as in the engineering and project planning. All those years of scrubbing window corners has paid off in the work I do today.

We’d love to work with you on your next construction project. Visit our Contact page and Summit Steel Buildings will provide you with a free consultation and quote.

About the author

A quality control process ensures an excellent build

Tue, 13 Jul 2021 18:40:02 GMT

Completing a building project correctly the first time out keeps costs down. It’s a simple observation that holds so much truth. Especially in the steel construction industry where margins of error are non-existent. Preventing errors is much better than fixing them. For most contractor projects, the final review will uncover a few minor items that require a fix or, at worst, reinstallation. These discoveries create significant costs, costs in labour, materials and especially in completion time. And that’s if they are detected in the first place. For instance, a poorly installed roof can cause a long-term leak that may lead to costly and hard to find damage, such as mold and mildew behand internal walls. One way Summit Steel Buildings helps offset these potential negative outcomes is to implement a quality control process throughout the entire lifecycle of every project.

Metal building construction requires a high emphasis on quality control throughout the entire project, starting with the sale commitment running through to the time when the final building is occupied and operating smoothly. Of course, every project faces its own unique challenges. Complicated engineering using heavy and uncooperative materials makes construction particularly susceptible to engineering issues. But because new buildings are one of the largest investments companies can make, quality control is imperative. It needs to be an ongoing process that contributes to the client’s final return on investment. Quality control can be built into all phases of construction projects yet does not necessitate any additional investment or costs – just good planning and a dedicated mindset.

Buying into a quality control mentality.

Quality is a result of attention to detail and pride in workmanship. When team members take accountability in their work, they maintain high craftsmanship throughout every job. Employees get instilled with the understanding they’re a key component to the company’s reputation and success. Regardless of the promises and salesmanship leading up to construction, their work in the final building is its measure of success. It’s a main benefit of connecting their enthusiasm for quality to the company’s mission and core values. Knowing the company exists to construct great buildings is fundamental to success. That means completing the building the correct way the first time out with safety, budget and time as priorities.

Quality control must permeate throughout the organization from top to bottom. Once everyone understands how important it is, all team members will take pride in achieving a higher standard. That includes leadership. Senior foremen need to be open to suggestions and questions. By setting the example that it’s better to take a little longer to get a detail right than to rush it, then quality becomes the message that resonates throughout every project and in every role. When leadership makes final inspection at project end, grade the overall quality – on both an individual and collective basis – and use results to motivate and review performance. Hold your team accountable for both quality control and for achieving project goals. If they feel part of the process, they’ll take pride in meeting them.

Plan, train and reinforce the message.

Setting clear expectations is the first step in our comprehensive quality control plan. Before starting on any project, review your project plan with the crew in a preconstruction meeting and highlight the quality issues that need to be controlled. Continually emphasize quality with the individuals doing the actual work and empower them to take ownership of their responsibilities. Getting employees to implement quality control on the jobsite is critical and easy to do once they buy into the concept. Processes designed to be easily followed builds confidence and encourages the team to report quality-related concerns. You don’t want anyone to feel uncomfortable about reporting what could turn out to be an important issue later.

Continuous training positively impacts quality of work and lessens the number of issues needing correction. Training is best done on a one-on-one basis in a practical setting between the most experienced of the team and new recruits. Having apprentices see and learn real-life circumstances helps them to retain information and improves quality control later, especially when it comes to complicated and technical items. You can have the best quality control supervision, but people need to learn it, live it and love it on every jobsite for it to make a difference.

Inspection and reviews.

While senior leaders are typically onsite to inspect work as it progresses and consult with crew about the issues they identify, empowering the team to seek them out as they work means less time and effort to correct or prevent them. Because the entire team is constantly involved with ongoing review, any potential issues can be caught immediately rather than much later. As a new practice, Summit Steel Buildings goes a step further and supplements its visual inspections with jobsite photos and video to help document work progress. Using digital records creates transparency and records problems that can reviewed and covered off during project closeout. The material can also be used to create training case studies so crews can learn to understand the cause and solutions to many issues. Continuous training and inspection reinforce a higher standard for quality control.

Summit Steel Buildings is a premier pre-engineered metal building supplier. Please reach out to us to learn how we’ll incorporate our quality control program into your next metal building construction.

About the author

It’s time for wood to invest in steel

john.thuline@logicalposition.com (Site Administrator) — Thu, 17 Jun 2021 18:14:36 GMT

As lumber demand increases, steel buildings are a vital component in expanding production to keep up.

Much has been reported over the last year on the increased demand for wood and forestry products. Soaring lumber prices have added nearly $30,000 to the price of a typical new home according to CBC News. Meanwhile material shortages are more widespread than at any time since the 1990s. Shortages of wood for home renovation projects (all those additions, fences and back decks!) are going against the grain of normal expectations. The real impact of supply and pricing challenges has hit commercial builders particularly hard. The U.S. National Association of Homebuilders has stated that more than 90% of contractors have reported shortages in the last year. However, the situation has been a huge windfall for forestry producers. And that success has created its own problems. Now is the time for lumber companies to invest in their production capacity with additions to capital equipment and infrastructure.

Increasing supply requires more capacity.

British Columbia has historically come to the rescue when lumber supplies run low. They usually can be counted on ramping up supply, but a shortage of logs to process means B.C. processors haven’t been able to restore supply levels as in years past. As a result, prices have skyrocketed. For example, two-by-fours made from Western spruce, pine and fir were selling for record prices in May (USD $1,640 for 1,000 board feet, up 550 per cent over the last year). Economics teaches us that when prices rise, producers need to increase supply to maximize their participation in the market. Despite higher prices, demand continues to outpace supply.

The obvious solution is simply to produce more. But even the biggest companies can’t keep up with orders. That requires investment in labour, equipment and facilities. Western Fraser recently announced a $4-billion takeover
of Norbord Inc to increase its supply in addition to their plans to expand their five U.S. mills. Other lumber companies also need to look at where they can invest to help take advantage of the situation and evaluate their
ability to produce more.

Lumber producers are doing really well.

In some respects, the pandemic wood shortage has never been better for the lumber industry. A combination of high demand, low supply and subsequent price increases has raised profits for big forestry and lumber firms. For instance, Western Fraser Timber Co. Ltd., the world’s largest lumber producer and most valuable forestry listing on the TSX, reported EBITDA (earnings before interest, taxes, depreciation and amortization) that rose from $106.16 in Q2 2020 and $404.91 in Q3 to $1,005 million for Q1 of 2021.

Invest to increase production.

While it may sound somewhat contradictory, it’s never been a better time for the lumber industry to turn to steel.
Steel buildings, in fact. Rushing to increase production requires more buildings to store raw materials and inventory, more buildings to house equipment, more production space and much more area for equipment. Increased space allows production materials to be moved around more safely and easily.

During a boom, facilities need to be built quickly and affordably, often in remote and difficult areas. That’s where a pre-engineered metal structure, designed to suit your specific needs, becomes the perfect solution. Whether you need a smaller shed or a 50,000 square-foot production facility, steel designs are custom built and provide wide spans that can accommodate any manufacturing design and equipment needs. Steel building engineering does not compromise on ventilation to displace heat and to keep working teams cool.

Summit Steel Buildings, one of North America’s premier pre-engineered metal structure suppliers, builds to suit, whether it's around current equipment or to house recent additions. New buildings are a valuable investment for your company, as much as your debarker, chip screen, chipper, planer and stacker equipment. We understand your needs and will go the extra distance to ensure your workflow is planned to maximize production efficiency. We'll collaborate with you to ensure your expertise is reflected in how the building functions. Reach out to one of our building consultants to meet your business goals. Read more about the benefits of steel buildings for lumber companies .

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. He can be contacted at Summit Steel Buildings at (877) 417-8335
or by email at darren.sperling@summitsteelbuildings.com .

How we manage risk in construction

Thu, 03 Jun 2021 16:20:03 GMT

Safety in any workplace is important; safety on a construction site is an absolute must. No room for error exists when working with potentially dangerous tools, heavy materials, stomach-churning heights and the unforgiving demands of precise engineering. High standards are essential to ensuring the final building is not just built to meet strict codes but also to serve the client’s needs for the long term. But risks exist everywhere in construction so having an effective risk management plan is almost as essential as the safety measures and equipment we use everyday in our work.

Risk management is more than just protecting jobsite safety, potential structural damage and limiting conflict during negotiations. Exacting standards and duty of care also apply throughout the entire construction project – starting from creating an estimate all the way to when we follow up months after a completed job later to ensure the client is completely happy. We apply a strict three-step process to managing risk throughout all our projects, regardless of the stage of development. It’s the key to every one of our successful construction projects. We take a full 360-degree view to help identify all the risks associated with our projects. We consider it in terms of our labour, resources and time, and, in other factors that could potentially harm our clients and ourselves, such as reputation, privacy, partnerships and legal.

After two-and-a-half decades of working in construction and steel buildings, the team at Summit Steel Buildings wanted to share the effective system of risk management we use. It’s one of the many commitments to excellence we bring to our projects that instills confidence when clients recommend us for construction needs within a wide range of industrial and manufacturing industries.

Identify risks.

All construction projects are fraught with potential risks. Our first step is to discover them early and create a list – we don’t want to leave anything up to chance. If builders use the “measure twice and cut once” rule, we apply the same logic to our bidding, planning, execution and inspection of every job. We identify the risks along the entire lifetime of the project, starting with the early stages of development, to how each person works in their individual construction role to what projects or issues could arise years later.

We can’t anticipate every unknown of course. However, certain risks, such as material supply and costs, seasonal jobsite conditions, worker training and engineering processes can each be studied so we can create alternative plans to address what to do if any of them come up. Most possible risks are addressed early on by ensuring we have all our documents approved well ahead of time (engineering blueprints for instance, as well as contracts). Others, such as site conditions and economic or supply market conditions are treated with a “hope for the best and plan for the worst” approach.

Prioritize and evaluate risks.

When we analyze risks, we don’t evaluate them in isolation. We consider each in relation to labour, resources and time, and in combination with other risk factors like reputation, media and public relations, privacy, ethics and industry best practices. So, before we start developing our risk management plan, all the risks are prioritized in terms of probability and severity. We review how likely something is to occur and what impact it would potentially have. Obviously, the most severe and most likely events get placed at the top of the list. We address each in order with the best alternative and then determine how we will proceed. On occasion, if the number or severity of risks is too great, we’re not afraid turn down a project. In the end, we want our clients to take as much pride in the finished product as we do – a project that stands up to their good reputation and high expectations.

Manage risks and plan contingencies.

We create the job plan by deciding how we can turn each risk management strategy into specific and measurable actionable items. In technical terms, we start with one of four different strategies to manage each identified risk: avoidance (ceasing or not doing a task or project because the potential risks are too great); reduction (implementing practices to lower the probability of loss or damage and its severity); transference (shifting the risk back to the client, such as through the clauses in the contract); and, risk retention (absorbing the loss ourselves if anything does materialize). In some cases, we tweak how we do part of the job to handle risk or in other cases, we add other resources or come up with an alternative method. Our jobsite insurance and contracts are continually updated to reflect the current situation and job plan. What’s most important is to have a final construction plan that’s best suited for the individual project, so it is done properly and safely. The safety and quality of the final completed project remain our focus and priority.

Managing risk is essential throughout the duration of every project.

Risks are ever-present on jobsites and throughout all construction activity. While companies have historically dealt with problems as they arose or adopted a laissez-fair approach to damage control, a solid risk management plan helps alleviate costs and delays, as well as ensures the work gets done as safely as possible. As the idiom states, “those who fail to plan, plan to fail.” Our three-step process effectively assesses and manages risks and is one we take very seriously. Although it’s a sometimes-overlooked aspect to any complicated construction job, risk management can prevent dire consequences. Considering the risks, adhering to a clearly identified plan enhances our reputation for excellence and ultimately leads to better word of mouth and more recommendations from satisfied clients. The fact that projects will be completed faster, with less issues, allows us to get the most out of all our resources more effectively and sustainably.

We’d love to work with you on your next construction project. Visi t our Contact page and Summit Steel Buildings will provide you with a free consultation and quote.

About the author

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner and contractor. He was born and educated in London, Ontario and now divides his time between projects primarily in British Columbia and Ontario. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or via LinkedIn .

Global pandemic and its effects on the steel building industry

john.thuline@logicalposition.com (Site Administrator) — Tue, 25 May 2021 17:54:33 GMT

The global pandemic has dramatically affected the way most companies do business – and the steel building industry is no different. Now that vaccines are being widely distributed and we’re beginning to see life returning somewhat back to normal, the question becomes how we can apply the lessons we’ve learned. Darren Sperling, Managing Director of Summit Steel Buildings , looks at the biggest challenges his industry faces moving forward. He also discusses why his company is so optimistic about opportunities, especially in light of the changing market conditions compared to last year.

One of the things we’ve learned is that the world continues to grow. Certain industries, such as traditional retail and tourism, have been hit hard by stay-at-home quarantine measures, but it hasn’t diminished the capability of the business-to-business and industrial sectors to keep the country going. Companies in the lumber, mining, agricultural and cannabis spaces have taken the last year to review their infrastructure needs. They’ve been forced to look at their current production and storage capacities and what they will require in the future to help them grow. I believe companies are anticipating accelerated growth in their sales that’s being driven by a change in how people shop. More online shopping and more home delivery is increasing demand for more materials. Manufacturing is trying to keep up. That requires more space to produce and store goods. The demand for industrial and warehousing buildings has increased. We specialize in these types of structures, so I’ve been staying busy with requests for quotes and providing answers to questions. We’re busier than ever connecting with new clients and adding more projects into our pipeline.

Growing consumer demand has led to more construction in general. I’m sure you’ve noticed the shortage of wood as people take advantage of the increased time at home to do more home renovation projects. It’s the same thing that’s happened with industrial building. The high demand for new construction seems to be COVID-related so our current challenges are with material availability, material delivery and getting supplies to the site according to original schedules. Transportation and freight have been affected similarly. On some occasions, steel has been in short supply. We need suppliers to be producing at 100% of their normal capacity. Or even more to catch up with shortages. As manufacturers try to keep up with the demand, our lead time in receiving materials at job sites is being stretched out.

The demand for materials has risen dramatically and so supplier pricing has responded accordingly. Escalating costs in the marketplace are the result of a temporary inversion of the supply-demand ratio. It may be temporary, but we still need to account for it as we schedule jobs and place orders for the future materials we need. We haven’t seen this type of escalation in materials prices since before the last recession.

"We’re optimistic about the construction and steel building industries. The economy continues to grow, and companies are investing into their communities with infrastructure that’s necessary to sustain it."

~ Darren Sperling

As an example, the cost of pre-engineered steel walls has increased at least 50% since last summer (a by-product of the 82% increase in per-tonne U.S. structural steel prices). Manufacturing prices are increasing unusually quickly, and it creates a challenge to accurately quote future projects for clients. Companies may have put a pause on their construction plans during the first days of the pandemic (as they tried to determine how extensive and how long it would all last), but that pent-up demand is now expressing itself. The resurgence in demand for new and expanding facilities couldn’t help but affect prices and supply for raw materials now that companies can’t wait any longer to get started.

Another challenge we face is developing a skilled workforce within the entire industry. The pipeline of employees coming into the industry isn’t keeping up with what we need for the years ahead. As much as we promote the trades as a lucrative career, a lot of students graduating from high school aren’t interesting in getting into the construction industry. This training gap existed prior to the COVID crisis and quarantining at home in a digital environment may lessen the awareness for how good a trade career can be. I foresee a huge labour gap in the years to come. We’ve been fortunate to find and hire talented people for our projects, even during the pandemic. But we need to balance out our capacity so we’re not pushing our people too hard or booking them too much with overtime. Having new people come into the field over the next 10 years, prepared to learn the skills and contribute to our shared success, is desperately needed.

Despite these current challenges relating to the events of the past year, we’re optimistic about the construction and steel building industries. The economy continues to grow, and companies are investing into their communities with infrastructure that’s necessary to sustain it. We’re positioned to support these opportunities by investing in both our team and processes. We are increasing our capabilities by fabricating more of our materials offsite and bringing them to the jobsite ready to be installed. It reduces costs and solves some production constraints. As much changes as we’ve witnessed over the last year, our commitment to providing exceptional client service hasn’t changed.

About the author

Darren Sperling has specialized in the engineering and delivery of pre-engineered steel buildings for over 15 years and has experience in over 20 countries worldwide. He can be contacted at Summit Steel Buildings at (877) 417-8335 or by email at darren.sperling@summitsteelbuildings.com .

How Summit Steel Buildings incorporates innovation and new technology into projects

john.thuline@logicalposition.com (Site Administrator) — Fri, 14 May 2021 17:40:38 GMT

New technology continues to emerge – seemingly on a daily basis – constantly changing our lives as we learn to acclimatize these changes into our everyday activities. The construction business is no different when it comes to showing ingenuity and being flexible in adopting new technology into the business plan. At the same time, we need to be smart and aware that not every “cool hip thing” needs to, or should be, embraced.

Summit Steel Buildings makes a conscious effort to ensure the new technology we use is not about impressing the client, but improving the results they receive, from start to finish. Bells and whistles are great; however, if they don’t save time, money or resources for our clients, the latest trend can quickly become a wasteful drain for everyone involved.

Here are some of the ways Summit Steel Buildings is using technology to serve our clients.

Building Information Modeling

Real-time, 3-D dynamic building modeling increases productivity in building design and construction. We’ve got that technology covered.

The Building Information Modeling (BIM) software we use at Summit Steel Buildings more effectively designs, details, manufactures and erects steel buildings. BIM also generates and manages building data and its various components throughout the project’s life cycle. Encompassing geometry, spatial relationships, geographic information, quantities and properties of building components, BIM is able to construct a conceptual model of your building. It is then scaled to represent the dimensions and requirements of materials used to construct your building.

This allows us to create certain projects digitally before building them in reality, thus reducing conflicts, saving time and money. Combined with Tekla Structures, another software platform that incorporates building materials like steel, timber and glass to its 3D design to generate required 2D construction drawings, clients get a full impression of how their final project will look in realistic visual terms.

Virtual Reality

Want to walk through your building to get a sense of space, organization and traffic flow? Summit Steel Buildings is using virtual reality (VR) technology and the Oculus system to provide an immersive and interactive experience for clients. The platforms provide a real sense of how the final building will feel, look and work, long before it’s ever built.

RFID Tracking

Being organized is key for every business. There’s a place for everything, and everything in its place. In collaboration with our suppliers, by using radio-frequency identification (RFID) technology, Summit Steel Buildings is better able to manage shipments and assets to reduce theft and focus on improving supply chain management.

RFID allows construction companies to track the materials, tools and equipment stored on site and where they’re being used. Items are imbedded with RFID tags so they can be quickly monitored in real-time through a mobile job app. Jobsite efficiency makes for a well-oiled machine and ensures our clients’ work stays on schedule.

Remote-Tracking Security

A construction site can be easy pickings for would-be thieves. Thousands of dollars in material and machinery offer criminals a quick buck. These days, everything from motion sensors, infrared cameras and high-definition devices (continuously but remotely monitored) are letting petty criminals know they are being watched at all times.

High-visibility security cameras are the best ways to deter thieves from getting their sticky fingers on equipment. Multiple cameras from multiple angles (and many that are hidden) are outfitted with Wi-Fi or cellular communication to allow video or still images to be monitored and stored for reporting and insurance purposes. Live alerts notify the company, through a text message, that something is awry so we can take immediate action.

While the main use is for security and to ultimately keep costs of loss down, security cameras can also provide real-time feedback on the progress of the work being done. The fun is watching a time-lapse video of the building construction once it is completed.

Drones

Getting a bird-eye view of a construction site has gone beyond being just a cool new gadget. An overhead view has become a necessity when it comes to everything from progress tracking, communications and security, to mapping and modelling and site inspections.

The affordability of drones now means surveying a jobsite can be done in a fraction of the time and, more importantly, a fraction of the cost. Plus, who wouldn't want a professional drone video to add their company’s website?

Good engineering is built upon tradition, new technology helps

Technology continues to change the construction landscape in so many ways – literally and figuratively. From design and engineering software to on-site geo-fencing, GPS tracking, keyless ignition systems, augmented and virtual reality design, and robotics, new advances are improving how buildings get completed. Summit Steel Buildings is always prepared to use any innovation that empowers the industry and enhances capabilities for the greater safety and timely completion of projects.

About the author

Frank Melo has a construction civil engineering technology and business background with over 25 years of experience as a business owner and contractor. He was born and educated in London, Ontario and now divides his time between projects primarily in Ontario and British Columbia. He can be contacted at Summit Steel Buildings at (778) 951-4766 or by email at frank.melo@summitsteelbuildings.com or on LinkedIn .

How Summit Steel Buildings has adapted to changing COVID-19 conditions

john.thuline@logicalposition.com (Site Administrator) — Mon, 26 Apr 2021 17:36:39 GMT

The global pandemic and its effects on the steel building industry

No business has been untouched since the COVID pandemic began in March 2020. Summit Steel Buildings, like so many others in the construction space, has felt its impact and been forced to make necessary changes to keep our crew, clients and the public safe while we continue to work. We navigate the changing environment by reviewing our procedures and updating how we work so we can meet the requirements of the health units within the communities where we build. Although the pandemic has thrown a wrench into our original schedules, we’ve adapted so we can (to the best of our abilities) stick to the construction plans we developed with clients.

The pandemic has fundamentally affected three aspects of our work: health and safety measures used by our crew; obtaining materials and supply chain logistics; and construction schedules with clients. We wanted to outline what we’ve been doing to adjust and what our clients and communities can expect from us in the months ahead. Summit Steel Buildings is not alone in how the pre-engineered building and construction industries have been altered by COVID restrictions and shutdowns. We expect pandemic-related challenges to linger; however, we’ll all persevere by working together and see many opportunities that lie ahead once the world gets back to normal.

How does Summit Steel approach their projects now versus before the pandemic?
The biggest changes we’ve made have been to focus on updating and communicating our jobsite procedures for each member of our crew and for our clients onsite. The safety of our crew is our largest priority. We’ve been quick to adopt the latest guidelines, such as wearing masks, staying socially distanced as much as possible, adding handwashing stations, sanitizing equipment and gear, and adding these measures into our contracts to help reassure our clients and their local city officials and health departments. We educated our teams about their health safety and provided regular health checks. Our company has focused on worker and jobsite safety before this crisis so adding in new procedures became a smooth transition. Safety is never a compromise.

We’ve been fortunate so far to not have any of our team contract the virus. Each of us have been spent our fair share of time quarantined in our homes or hotels as a precaution before entering new jobsites (most recently in Edmonton before heading up to Nunavut). Early on, we developed a communication plan to notify each of our stakeholders in the case one of us became exposed. Being prepared for every contingency has never been more important than now.

The pandemic exacerbated many existing challenges in the construction industry’s supply chain as a whole, especially with regard to current projects. The crisis provided us with an opportunity to review how we organize our materials and where we can improve things in the future. Experiencing shortages and the many delays in getting what we’ve needed has been eye opening. For instance, manufacturing and getting our engineered steel buildings to site has been taking between 20 and 30 weeks. In a standard environment, this time would be normally between 8 and 12 weeks. Due to a lack of material and increasing demand, we’ve seen prices and delivery times rise dramatically over the past five months.

How does Summit Steel adjust their plans from here?
Summit remains committed to holding our cost estimates for 30 days to allow customers the opportunity to make informed and unpressured decisions about their project. With delivery dates moving outward, predicting the cost of equipment and making arrangements become challenging; with our supplier relationships, we’re able to deliver on what we say we’re going to do. A project’s budget is just as important now as it was when the idea to build the building was conceived.

Five benefits of steel building construction

Tue, 23 Mar 2021 17:36:40 GMT

Summit Steel Buildings’ reputation for excellence is built upon the industry experience by its executive team. From the lessons learned in his 25 years within the industry, Frank Melo explains why steel buildings are an ideal choice for lumber, mining, cannabis and agricultural industries, and what makes buildings more resilient than traditional wood-framing construction.

As in many professions, performance is built upon a combination of education, training, experience and constant skill improvement. My career has progressed from a civil engineering technology education to working with the Canadian Sheet Steel Building Institute and American Institute of Steel Construction (AISC) under the assurances of CWB certification and IAS accreditation. These have increased the confidence I have in recommending steel buildings for logistics needs within a wide range of industrial and manufacturing industries. The best structural standards ensure human safety and comfort while maintaining a fair cost of construction and strong, reliable designs that are built for the long term.

So, in over two-and-a-half decades of working with steel buildings, what have I learned?

Steel buildings withstand the stresses of earthquakes and weather incredibly well.

Building resilience to earthquakes may not be a prime consideration for every project location, but it’s certainly comforting knowing that steel buildings have been proven to be more resilient than traditional construction. Industry data and case studies support this fact. One post-earthquake analysis from New Zealand (Christchurch, February 2011) showed that “standard construction of concrete floors on steel decks supported on steel beams were about 2.5x more resilient than industry-led design had calculated.” The design of combining strong support columns and flexible beams allows steel buildings to move under ground stresses while remaining rigid under other strong-wind weather conditions. In buildings over three stories, lower floors in steel buildings are less likely to collapse due to how weight capacity is spread throughout the steel beam foundational structure. Your next building may not be built near a fault line, but if the area does receive a jolt from seismic activity (and even Ottawa and Southwestern Ontario are not immune), you’ll be happy your steel building is prepared to handle it.

Modern steel construction is designed to control damage.

Creating a strong armour against the outside elements is critical; protecting the valuable people and equipment inside is equally so. Steel frame construction is designed to control and manage damage in a way that allows the building to stay standing while people evacuate. It’s similar to how automobiles are designed to withstand a head-on collision while keeping the passengers safe. The car may get crumpled, but people walk away. Steel buildings use efficient engineering and design techniques so they can be quickly and cost-effectively repaired or replaced. Normal business activity can resume quickly. After an earthquake or weather event, companies are interested in getting their operations back to full function as soon as possible, with minimal repair costs. Steel structures and concrete floors help make this possible by remaining steadfast. The elements that bear the brunt of the damage are the ones that are the easiest, most inexpensive and quickest to repair.

Concrete and steel frameworks work together to make buildings stronger.

Traditional construction projects, and even some steel buildings, are managed in stages where concrete is first added to the foundation and then the steel structure is built on top. While this system makes sense by making project management more linear and easier to organize, steel buildings are more resilient when the concrete is poured around an already built steel framework. Of course, engineering methodology may depend on the nature of the site foundation, whether it is rock, gravel or sand, and will determine if the extra strength is warranted. Summit Steel integrates their foundation and framing processes together into their projects and so should your design and construction team. Designing to the local conditions and risks is a vital assessment in any initial project design.

Modern steel design is versatile.

Steel building design has come a long way in the last decade. They’re no longer the drab, square, oppressive minimalist construction people imagine. Using a steel structure accommodates a while range of contemporary architectural building shapes and designs. Residential designs (called “barndominiums” in some areas) and lake-view resorts are incorporating steel structural design to create beautiful, modern expressions with more open-space concepts and views that only lightweight framing allows. Clear spans can be more than 300 feet (91.44 metres) wide, and Bay spans can up to 40 feet (12.19 metres). Imagine all the possible unobstructed working space! These pre-engineered buildings (using versatile pre-insulated wall systems) can be designed, engineered and delivered directly to the job site regardless of how isolated they are. Traditional building can be, in some locations, prohibitive. Buildings made with steel framing do not require any cutting, welding or hole punching on site as it can be accomplished in off-site fabrication facilities and transported in. The engineering system provides a flexible and versatile solution regardless of location or whether your site is in a high snow, wind or seismic region or must be engineered to be erected in tight spaces within existing structures.

Steel building construction is cost-effective.

For large-scale projects in the lumber, mining, agricultural and cannabis industries, steel structures provide a less expensive alternative to traditional building. How? Prefabrication uses fewer materials, requires much lower labour costs, uses less concrete and creates far less waste (lower expense to haul away). Faster construction also yields less on builder’s risk insurance. Industry estimates suggest it can slash construction time by 33% and cost you much less to build in materials. Aside from the savings in construction time, a rigid-frame system with standing seam or screw-down solutions costs less and eliminates concerns about extra cost to enhance safety and performance. Building out for future capacity is a valuable investment. It sticks with you for a lifetime. Steel buildings offer an optimal design with your business in mind.

For cost-effective, energy-efficient designs and high-performance wall and roof systems, steel building solutions can provide a long-term, cost-effective solution for any application. For industrial and manufacturing companies, my 25 years of experience suggest steel is best when considering your expanding production needs and as a versatile and cost-effective way to find a long-term solution that can be executed quickly.

About the author