Where Green Begins: ATMI’s Energy Commitment

At ATMI Precast, sustainability isn’t just something we build into our products, it’s something we live by. We talk a lot about helping customers bring environmentally conscious buildings to life. But we know that commitment has to start within our own walls. That’s why we’ve taken steps to make sure our own facilities reflect the same values we bring to every project.

Over the last few years, our plant has undergone major upgrades to reduce energy use, increase efficiency, and make our day-to-day operations more environmentally responsible. These aren’t flashy changes—but they’re smart, deliberate, and purpose-driven. Here’s a closer look:

LED Lighting Throughout the Plant

Lighting is one of the biggest energy consumers in any industrial setting. We’ve swapped out every light in our facility for high-efficiency LED bulbs. LEDs use significantly less power than traditional lighting and last longer and produce less heat—making them a smart choice for energy savings and overall plant safety.

Spray Foam Roof Insulation for Better Heat Retention

Heating and cooling a large production facility isn’t a small task, and energy can easily be lost through poorly insulated roofs. To combat that, we reinsulated our plant roof using spray foam. It’s a powerful barrier that helps keep warm air in during winter and hot air out during summer—resulting in lower energy use and a more comfortable, consistent indoor environment.

New Windows for Improved Efficiency

All of our plant windows have been replaced over the past three years with energy-efficient alternatives. Older windows can be a major source of heat loss and drafts. Our new windows help retain heat during the colder months and reduce the load on our HVAC systems year-round. It’s a small change that makes a big difference in overall energy performance.

Big Changes, Smaller Footprint

These upgrades may seem like behind-the-scenes work, but they play a central role in our mission. Every kilowatt saved, every draft sealed, every degree of improved insulation—it all adds up to a smaller carbon footprint and a more sustainable operation.

By investing in our own facilities, we’re proving that sustainability isn’t just something we build for others—it’s a standard we hold ourselves to, every day.

Precast with Purpose: ATMI’s Strategy for Sustainable Precast Building

At ATMI Precast, sustainability is more than a commitment. It’s a core principle that guides every aspect of our operations. As a PCI Certified and Design Leadership in Energy and Environmental (LEED) certified organization, we’re dedicated to helping our clients achieve their sustainability objectives through innovative practices and cutting-edge technologies while achieving our own.

Proactive Carbon Footprint Forecasting

Understanding the environmental impact of a project before it begins is crucial. That’s why ATMI utilizes advanced software to provide carbon footprint forecasts during the planning stages. By inputting supplier data, including logistics, distances between locations, energy consumption for panel production, and material composition, we can estimate the project’s carbon footprint accurately. This proactive approach allows clients to make informed decisions and set realistic sustainability goals.

Sustainable Material Management

Efficient use of materials is a cornerstone of our sustainability efforts. We prioritize the recyclability of excess materials to minimize waste. Insulation scraps and unusable steel are returned to suppliers for recycling, ensuring they re-enter the production cycle. Any surplus concrete is repurposed for other projects, exemplifying our commitment to resource conservation.

Innovations in Precast Concrete

Enhancing the sustainability of our precast products begins with optimizing our concrete mixes. Recognizing that cement production significantly impacts Environmental Product Declarations (EPDs), our Quality Control Team is dedicated to reducing cement content in our mixes.

By incorporating Supplemental Cementitious Materials (SCMs) such as slag, a byproduct of pig iron production, and fly ash from coal combustion, we not only decrease greenhouse gas emissions but also improve the durability of our precast concrete. The use of fly ash enhances workability, cohesiveness, and finishing. Its fine particles help reduce bleeding and segregation, making it especially beneficial in lean mixes. Additionally, because fly ash is finer than Portland cement, it fills even smaller voids in the concrete matrix—spaces that would typically be occupied by water. This results in stronger, less permeable concrete with improved long-term performance.

At ATMI Precast, our dedication to sustainability is reflected in every project we undertake. Through innovative technologies, responsible material management, and a commitment to transparency, we empower our clients to meet and exceed their sustainability goals. If you’d like to learn more about our sustainability initiatives or check out our EPDs, visit here.