Perkins&Will recently released its first ESG report that discloses the firm’s operational performance data across key metrics and assesses its strengths and opportunities.
The firm also introduced to its internal design teams advanced best practices around energy use intensity (EUI), embodied carbon, and materials specification. Perkins&Will says it has established its own industry-leading thresholds for EUI performance and embodied carbon emissions and developed a more stringent protocol for avoiding products and materials with known human and environmental health concerns.
In 2022, Perkins&Will established a policy to transition its global operations off fossil fuels, conserve more energy, conduct embodied carbon assessments, integrate renewable energy technologies into the design of its new studios, and procure high-quality carbon offsets. The new report examines progress made in these areas.
“By putting the spotlight on our performance and sharing it with the world, we make it known that we’re serious about doing what’s right—not just for our business, but also for people and the planet,” says Kathy Wardle, regional director of regenerative design. “We’re also making it clear that we’ve got a lot more to learn.”
The firm plans to release more information—including its complete embodied carbon benchmarking study—to clients and the industry-at-large this year.
Related Stories
Legislation | Nov 23, 2022
7 ways the Inflation Reduction Act will impact the building sector
HOK’s Anica Landreneau and Stephanie Miller and Smart Surfaces Coalition’s Greg Kats reveal multiple ways the IRA will benefit the built environment.
Wood | Nov 16, 2022
5 steps to using mass timber in multifamily housing
A design-assist approach can provide the most effective delivery method for multifamily housing projects using mass timber as the primary building element.
Energy-Efficient Design | Nov 14, 2022
How to achieve net zero energy in five steps
Martine Dion and Ethan Seaman share net zero energy best practices with owners and developers.
Green | Nov 13, 2022
USGBC updates LEED v4 to better address greenhouse gas emissions and climate change
The U.S. Green Building Council (USGBC) will update the LEED v4 green building certification program to “more directly address greenhouse gas emissions and climate change” according to a USGBC news release.
Green | Nov 13, 2022
NREL report: Using photovoltaic modules with longer lifetimes is a better option than recycling
A new report from the U.S. National Renewable Energy Laboratory (NREL) says PV module lifetime extensions should be prioritized over closed-loop recycling to reduce demand for new materials.
Green | Nov 13, 2022
Global building emissions reached record levels in 2021
Carbon-dioxide emissions from building construction and operations hit an all-time high in 2021, according to the most recent data compiled by the Global Alliance for Buildings and Construction.
University Buildings | Nov 13, 2022
University of Washington opens mass timber business school building
Founders Hall at the University of Washington Foster School of Business, the first mass timber building at Seattle campus of Univ. of Washington, was recently completed. The 84,800-sf building creates a new hub for community, entrepreneurship, and innovation, according the project’s design architect LMN Architects.
Industry Research | Nov 8, 2022
U.S. metros take the lead in decarbonizing their built environments
A new JLL report evaluates the goals and actions of 18 cities.
Green | Nov 8, 2022
USGBC and IWBI will develop dual certification pathways for LEED and WELL
The U.S. Green Building Council (USGBC) and the International WELL Building Institute (IWBI) will expand their strategic partnership to develop dual certification pathways for LEED and WELL.
Wood | Nov 1, 2022
A European manufacturer says its engineered wood products can store carbon for decades
Metsä Wood, a Finland-based manufacturer of engineered wood products, says its sustainable, material-efficient products can store carbon for decades, helping to combat climate change.