However, many organizations don’t know how to meet their sustainability goals, especially when it comes to setting up eco-friendly buildings. We have shared some great eco-friendly building practices that are worth considering, but one idea that we would like to cover in more detail is the benefits of using pre-engineered steel. Keep reading to learn more.

Buildings Made with Pre-Engineered Steel Can Help with Sustainability

As environmental consciousness continues to grow, many individuals and businesses are actively seeking ways to reduce their ecological footprint. One industry that has made significant strides toward sustainability is construction, particularly through the use of pre-engineered metal buildings (PEMBs). Deloitte reports that 34% of construction companies are committed to sustainability these days.

These structures not only offer unmatched durability and flexibility but also present a host of eco-friendly benefits. We have talked about the environmental benefits of steel in the past, but pre-engineered steel can be especially helpful. In this blog, we’ll explore five key ways that opting for a pre-engineered steel building can help you contribute to a greener planet.

1. Reduced Raw Material Usage through Efficient Design

One of the key eco-friendly benefits of PEMBs is the efficient use of raw materials. PEMBs are designed and manufactured with precision, ensuring that only the exact amount of steel required for the structure is used. This drastically reduces waste during the construction process, unlike traditional buildings, which often require excess materials that may end up being discarded or underutilized.

The advanced engineering behind these structures allows for optimal use of steel, ensuring that no material goes to waste during fabrication or assembly. This resource efficiency not only helps cut down on the overall environmental impact but also lowers the energy required to produce and transport materials. In the long run, this contributes to a reduction in the depletion of natural resources.

Additionally, because pre-engineered metal buildings are often designed to be lighter than traditional construction materials like concrete or brick, there’s less need for heavy foundations, further reducing the use of raw materials and energy during the entire building process.

2. Energy Efficiency and Insulation Options

Pre-engineered steel buildings are known for their exceptional energy efficiency. One reason for this is their design versatility, which allows for the seamless integration of insulation and other energy-saving materials. High-quality insulation can significantly reduce the amount of energy needed to heat or cool a steel structure, minimizing the building’s overall energy consumption. This can result in reduced greenhouse gas emissions, contributing to a smaller carbon footprint.

Additionally, many steel building suppliers, such as Armstrong Steel, offer various options for increasing energy efficiency, such as insulated wall panels, cool roof coatings, and energy-efficient windows. These features not only reduce the building’s operational costs but also help decrease its environmental impact.

3. Durability Reduces Resource Consumption

Steel buildings are built to last, often withstanding harsh environmental conditions better than traditional wood or brick structures. This durability reduces the need for frequent repairs or replacements, which in turn conserves resources. When a building is less likely to need repair due to weathering, natural disasters, or pests, fewer materials are used over the lifetime of the building. This results in less waste, less energy expended in manufacturing new materials, and a lower overall environmental impact.

Moreover, pre-engineered steel buildings are designed to be modular, meaning they can be expanded or altered without significant structural changes. This adaptability helps avoid the need for demolition and rebuilding, which can be a highly wasteful and resource-intensive process. By choosing a steel building, you’re opting for a long-term, sustainable investment that minimizes environmental strain.

4. Reduced Construction Waste and Environmental Disruption

One of the biggest advantages of pre-engineered steel buildings is their precision manufacturing process. Unlike traditional construction methods, where materials are cut and shaped on-site, PEBs are fabricated in a factory to exact specifications. This precision results in far less waste during the construction phase, as excess materials are minimized and re-usable components are incorporated from the outset.

Additionally, because PEBs are designed and pre-assembled before arriving at the job site, the actual construction process is much faster and less disruptive to the environment. Fewer vehicles and heavy machinery are needed on-site, leading to reduced soil compaction, decreased emissions, and less noise pollution. For those looking to limit the environmental footprint of their construction project, a pre-engineered steel building offers a clear advantage.

5. Smaller Carbon Footprint

When it comes to building materials, steel offers a much lower carbon footprint than traditional alternatives like wood or concrete. The steel manufacturing industry has made significant advancements in reducing emissions, energy usage, and waste, thanks to new technologies and recycling processes. Pre-engineered steel buildings are manufactured using highly efficient methods that reduce the amount of energy required to create the structure.

Furthermore, the transportation of materials to the construction site is streamlined. Pre-engineered components are shipped in precise quantities, meaning fewer trips and less fuel consumption compared to the transportation of raw materials for conventional construction.

Cool Roofs for Climate Control

In addition to structural energy efficiency, modern pre-engineered steel buildings can be fitted with “cool roofs” designed to reflect more sunlight and absorb less heat. This reduces the need for air conditioning in warmer climates, leading to significant energy savings and a reduction in greenhouse gas emissions. Over the lifetime of a building, these small changes can make a big difference in your carbon footprint.

Building Green with Steel

If you’re searching for a sustainable construction solution, pre-engineered steel buildings offer a variety of eco-friendly benefits. From their recyclability and energy efficiency to their durability and reduced environmental impact, PEBs are a top choice for individuals and businesses looking to build green. Not only do they provide a long-lasting and cost-effective solution, but they also help you reduce your carbon footprint and contribute to a more sustainable future.

Ready to make the switch to eco-friendly construction? Explore the high-quality options available at Armstrong Steel, a leader in pre-engineered steel buildings designed for durability, efficiency, and sustainability. By choosing a steel structure, you’re making a powerful investment in both your property and the planet.

The post 5 Eco-Friendly Benefits of Buying a Pre-Engineered Steel Building appeared first on Green Building Insider.

More homeowners and renters want sustainable abodes, and business owners desire increased revenue from energy-saving buildings. Building certifications such as LEED, BREEAM and Green Globes grow in recognition as contractors dive into sustainability head-first. The construction industry is listening to the public’s concerns, and they’re rapidly adapting to address these points.

The energy-intensive materials of yesteryear have faded in favor among environmentalists, and the general public is following. Attractive and sustainable solutions swoop in to replace them. Though many ideas exist — some current and some old — the construction industry favors a few in particular. Here is a list of seven sustainable building materials construction companies often use.

1. Bamboo

Bamboo resists pests and disease, making it a stress-free option for building owners — no termites means fewer bills to pay. It’s more durable than concrete, providing a sturdy structure for frames and walls. Bamboo’s lightweight quality makes foreign transportation less fuel-intensive, although there are a few species native to North America. It also grows quickly, which allows for abundant harvesting — some types shoot up to three feet within 24 hours.

Green buildings often feature bamboo in flooring, walls and cabinets. In locations with limited access to steel, builders use it to reinforce concrete slabs, adding an extra layer of strength.

2. Reclaimed Wood

Rustic chic enthusiasts, this one is for you. Building with reclaimed wood involves reusing preexisting wood and restructuring it for a new purpose. If you’ve been to a vintage store, you’ve seen plenty of dressers and chests made of this material. Contractors find it equally convenient for construction projects, as it provides durability along with charm and low cost.

Reclaimed wood possesses a lower embodied energy than fresh wood because it doesn’t undergo the cutting and curing process. A percentage of lumber is always lost during cutting, but this can go towards creating engineered wood. Reclaimed wood also decreases deforestation and allows trees to grow to proper maturity before their eventual harvest.

You’ll most often find reclaimed wood in support beams, countertops, shelving and flooring.

3. Precast Concrete

Precast concrete slabs are recyclable — construction workers make them with locally mined or recycled materials. Their production requires less energy than pouring concrete on-site, and they offer fewer chances for structural cracks and errors. These slabs arrive at construction sites according to predetermined specifications, which saves a tremendous amount of time and energy. Efficiency is a requirement at many construction sites, and precast concrete fits the bill.

The strength of concrete slabs functions well in constructing bridges, underground infrastructure and pavement. Along with its toughness and fire resistance, it also absorbs sound, making it ideal for places like libraries and hospitals.

4. Cork

Now you can have the perfect home aesthetic to match your wine collection — who would’ve thought? Construction companies commonly use cork as a flooring solution, though it also works as insulation. It’s fire-resistant, impenetrable and liquid-proof, which saves the hassle of constant upkeep. It also has excellent thermal and acoustic absorption, making it for great blocking out sound and holding in heat.

Cork grows on trees that regenerate their bark, which leaves them healthy and ready for the next harvest. These trees primarily exist in the Mediterranean, which can make fossil fuel emissions higher. It makes up for this with its lightness, though, by reducing the energy needed for transport.

5. Steel

Metal is one of the most durable building materials of them all. You see it in towering skyscrapers, winding railroad tracks and sturdy bridges every day. The possibilities of this material are endless, and luckily, steel doesn’t require a ton of energy to produce. The carbon footprint of steelmaking has decreased by 37% since 1990, and engineers continually find ways to streamline the process.

Once a metal structure reaches the end of its purpose, builders can deconstruct it and recycle it for new initiatives. Steel is unique in its ability to be reused forever. Ninety-three percent of structural steel in the U.S. consists of recycled metal, which proves how versatile this material is.

6. Non-VOC Paint

Many paints and varnishes contain chemicals called volatile organic compounds, or VOCs. These are irritating at best and deadly at worst, and their concentration rises indoors. Before you give up your painting hobby for good, though, know that non-VOC paints exist. Developers are starting to use these inside green buildings instead of toxic paints. You’ll also find an abundance of low-VOC varnishes at your local department stores, but this label can be ambiguous. How much is “low” without a specific number?

Using non-toxic paint can even reduce the need to run the AC to cycle chemicals out of the air, which saves money and energy.

7. Wool

Sheep’s wool serves as a common substitute for more toxic insulation types. It grows faster than cotton — meaning higher production — and it doesn’t degrade like straw does. The most sustainable manufacturing processes come from New Zealand. Water efficiency, flock health and energy conservation are paramount on New Zealand sheep farms. The nation’s care and attention to detail has secured their position as a giant in the wool making industry.

Head to the nearest home goods store, and you’ll likely find a wool rug or two. It’s become a favorable solution for rugs and carpeting due to its ability to purify indoor air. Wool absorbs nasty particles and contaminants and prevents them from reentering the atmosphere, leaving you with cleaner oxygen.

Constructing Greener Futures Through Innovation

Green building materials prove their durability and efficiency in countless ways. More construction companies and consumers will reap the benefits of sustainable building as businesses make the switch. Soon, it’ll be commonplace to uphold eco-friendly initiatives in the comfort of your home.

The post 7 Most Popular Green Building Materials appeared first on Green Building Insider.

Also, building with steel has proven to be one of the best ways to reduce environmental impact while creating a comfortable, healthy environment both inside and out.

Here are four ways metal buildings can reduce environmental impact.

Steel Is Sustainable

Simply by choosing to build with steel instead of wood is a tremendous advantage in sustainability.  Consider that when trees are harvested for wood, it can take more than 20 to 40 years to grow replacements to the point where they can be harvested. At the end of its lifespan, a wood frame building is torn down, and the wood cannot be reused for more construction.

Between natural disasters and a growing population, the need for wood may outpace our ability to produce it.

Steel, on the other hand, is both 100% recyclable and substantially made of recycled material.

• Milling steel takes almost no water. Any water used is recycled back to the environment, cleaner than when it was taken.
• Greenhouse gas emissions have been reduced significantly in the creation of steel.
• Less energy is required to mill steel.
• Steel recycling facilities are spread across the country, reducing transport distances for the delivery of steel to construction sites and metal building manufacturing facilities.
• All scrap is recycled into steel.
• Steel has a high strength to weight ratio; therefore it takes less material to construct a building of a specific size and design than if you were to use wood or concrete.
• Steel is more durable than any other construction material and can be disassembled and reassembled or reused at the end of the building’s life. Less waste goes to the landfill.

Steel releases no volatile organic chemicals, improving the interior environment of the building as well as keeping the outdoor air clean.

Prefabricated with Steel

Pre-engineering and prefabricating steel buildings reduce construction waste in several ways.

• No waste is created at the jobsite. The building frame and panels arrive ready for assembly.
• A prefabricated building is manufactured within tight tolerances and rigid quality control processes. Every hole is pre-punched or predrilled, and the frame and panels pre-fitted before leaving the manufacturer.
• No cutting, drilling, or punching is required at the jobsite, further decreasing scrap and waste in the landfill.
• Reduced construction time reduces the volume of equipment emissions and energy consumed during assembly.
• Because steel is light for its strength, the foundation requirements are reduced and fewer resources used to engineer it.

It is not feasible to pre-manufacture a wood frame or concrete structure. Only metal can be predrilled within the tolerances required for the field.

Green Building Design

A metal building provides numerous opportunities to save energy and create a comfortable workspace.

• Cool roofs – using white roof panels with special pigments reflects and re-emits solar radiation, keeping the interior cooler while relieving the load on the air conditioning units.  Energy use is decreased by 40% or more. It also helps reduce the heat island effect.
• Solar panels – standing seam metal roofs are perfect for mounting solar panels to convert solar energy into electricity.
• Pitched roofs, gutters and downspouts – designing a pitched roof and installing gutters and downspouts can increase the capture of rainwater.
• Insulation – although steel readily transfers heat, it is easy to install insulation within the steel frame under the wall and roof panels and the floor system. Using high-performance insulation decreases the transfer of heat through the wall and roof panels. Less energy is needed to keep the structure cool in summer and warm in winter.
• Natural lighting – thoughtful lighting design increases the amount of natural light entering the building without increasing the heat. The flexible design allowed by steel buildings allows easy placement of windows and doors throughout the building. Natural lighting improves the working environment and reduces the need for electrical lighting during the day.
• Weathertight doors and windows – Prefabrication also allows the pre-fitting of windows and doors to ensure a tight seal to eliminate air leaks that drain energy.

Select Energy Star and other energy efficient equipment and appliances to reduce energy use further and save on your utility bills.

Green Operation

If every energy saving option is designed into a metal building, substantial energy savings will result. During the lifetime of the building, a cool roof and insulation reduce the load on the heating and air conditioning system. Proper ventilation helps remove moisture that could damage the steel panels and frame. Natural lighting and low energy bulbs further reduce the amount of energy used to make the interior environment comfortable.

Using a metal building as a residence not only saves costs on the homeowner’s energy bills, the use of energy-saving appliances creates a sustainable home with decreased energy use. With photovoltaic cells producing electricity, it’s entirely possible the building’s owner can produce enough for daily use and sell the rest back to the local grid.

Metal buildings are sustainable and durable structures that reduce the impact on the environment substantially over other building materials. Not only are wood and concrete structures not truly recyclable, but the resources to produce more wood and concrete are also less sustainable than steel.

In addition to its environmentally friendly fabrication and construction, a steel building will stand for decades with minimal maintenance, another cost and resource saving feature. A new structure will not be required to replace it for a long, long time. Even if it becomes damaged in a storm or earthquake, a steel building is better for the environment because the building will suffer less damage than those made of other materials, and what cannot be repaired can be recycled.

Metal buildings reduce environmental impact on multiple levels with a decreased total cost of ownership over wood framed structures. Building with steel is an investment for the future of both your bank account and the Earth.

The post 4 Ways Metal Buildings Can Reduce Environmental Impact appeared first on Green Building Insider.