It’s no secret that sustainability and green building will continue to play a huge role in the future of the construction industry. As manufacturers move towards more sustainable products and processes, AMBICO continues to evolve to meet not only the needs of our customers, but the needs of the environment. It’s this dedication and responsibility that has led AMBICO to create sustainable processes and products when we manufacture our specialized doors, frames, and windows. Through contributing to LEED and LEED v4 projects, including Environmental Product Declarations (EPDs), and the Forest Stewardship Council (FSC), AMBICO places sustainability at the forefront of innovation with most of our products, including our most popular products such as our acoustic wood and steel doors, frames, and windows and has done so for over the last 10 years.
Sustainable construction starts at the beginning of the supply chain and AMBICO customers regularly request FSC certified products to meet the environmental standards of their projects. When a product is FSC certified, it ensures that product was sourced from responsibly managed forests per the FSC Chain of Custody Standard (FSC-STD-50-001 V2-0). This is the crucial first step for AMBICO when it comes to maintaining our sustainable efforts. Our wood doors are certified through a third party to verify they meet the rigorous requirements set out in the FSC Chain of Custody Standard and we are proud to offer customers these specially certified FSC wood doors.
Another aspect of our sustainability in the construction industry is supporting LEED. We have extensive experience providing support for LEED and continue to do so with LEED v4.1 Our engineering team originally began working with customers to meet their requirements on construction projects by producing a Recycled Content Letter, which specified how much recycled content was in our products. In fact, the majority of our products contain some form of pre-consumer recycled content and post-consumer recycled content. Using pre-consumer recycled content in our products means that we are diligent when we deal with waste from our products by reusing them in another product. When we use post-consumer recycled content, it means we have used materials that were already a part of something else, in our product.
LEED V4.1 & EPDs
LEED v.4.1 is the latest generation of LEED that dictates the standards for green building design, construction, operations, and performance. With the transition to LEED v4.1 and an introduction to EPDs, AMBICO underwent an extensive audit of our products and processes. To obtain an EPD, we had our electricity and water consumption evaluated, created a list of materials that go into our products, and had our waste and recyclables evaluated with the end result of producing an EPD. While an EPD doesn’t give a rating for a product, meaning it doesn’t say if a product is better or worse than others, it does provide a clear and transparent description of the life-cycle environmental impact of the product, which is independently verified by a third-party. By doing this evaluation we are able to determine how much energy and resources go into creating our products, allowing us to continuously improve the process along the way.
Green Building Course
Although AMBICO’s sustainability initiatives are related to the sourcing and manufacturing of our products, we also play a role in promoting sustainable principles to architects through our AIA certified Acoustic Door Assemblies and Their Role in Sound Control course.
Our Continuing Role in Sustainable Construction
All of the initiatives we participate in play a crucial role in the future of green design and a sustainable future. Revolutionary rating systems such as LEED, transparent and accountable reports like EPDs, and sourcing materials from environmentally sustainable forests might be a small step towards reducing the impact we have on our planet, but at the same time, a giant step towards continuing and promoting green innovation in the specialized door and construction industry.
Rachel Barr, P.Eng