Advancing EPD Evolution: AI, Technology, Data Transfer, and Utilization - No CE

Advancing EPD Evolution: AI, Technology, Data Transfer, and Utilization - No CE

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Dr. Mikaela DeRousseauDr. Mikaela DeRousseauSenior Data and Methodology Manager at Building Transparency

Mikaela DeRousseau is a life cycle assessment (LCA) expert in the field of construction materials. She works as Senior Data and Methodology Manager for Building Transparency, where she provides expertise on LCA and Environmental Product Declaration (EPD) data quality for the development of the Embodied Carbon in Construction Calculator (EC3). Previous to working at Building Transparency, Mikaela earned her PhD at the University of Colorado, Boulder, where she conducted research related to low-carbon concrete mixture designs.

Dorian KrauszDorian KrauszCarbon Lead / Head of Customer Success at Pathways

Dorian is the Founding Carbon & Customer Success Lead at Pathways, building a software platform to accelerate and simplify decarbonization for material manufacturers through real-time product LCAs and EPD generation. She is a licensed Professional Engineer and embodied carbon expert, experienced in designing, managing, and coordinating complex structural engineering projects. Dorian also co-chairs the Carbon Leadership Forum’s Rocky Mountain Hub in Colorado, and is an active member of the Sustainable Design Committees for the Structural Engineering Institute (SEI) and the Structural Engineering Association of Colorado (SEAC).

McKenzie GlassMcKenzie GlassSenior Embodied Carbon and Policy Administrator at City and County of Denver

McKenzie Glass is a licensed professional engineer working to shape the landscape for lower embodied carbon emissions. She serves as the Senior Embodied Carbon and Policy Administrator for the City and County of Denver’s Climate Action, Sustainability and Resiliency agency where she works with industry stakeholders to inform and implement embodied carbon policy.x000D x000D Prior to policy work, McKenzie worked at Martin/Martin for eight years, most recently as their Sustainability Manger where she led the company SE 2050 Committee. She also worked as a project engineer where she designed, coordinated, and managed a variety of diverse projects, including residential, industrial, higher education, and healthcare structures.x000D x000D McKenzie specializes in embodied carbon policy, innovative materials, reduction strategies, and early project coordination. She is also involved in professional organizations as the chair of the Structural Engineering Association of Colorado (SEAC) Sustainable Design Committee and an active member of the NCSEA Sustainable Design Committee and the policy working group. McKenzie earned her bachelor’s and master’s degrees from the University of Wyoming in Structural Engineering.

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Description

In a world of rapidly changing embodied carbon policies with teams of engineers, architects, and material manufacturers working to reduce embodied carbon, the AEC industry needs EPD generation, collection, and utilization to be streamlined and leverage real-time data.

To meet the Paris Agreement’s maximum global temperature increase, the industry must focus on transparency and technology advancements. LCA & EPD technology development must meet growing global demands and cater to the data-intensive nature of material manufacturing. Luckily, the industry is responding to this need, developing platforms like Pathways, which leverages AI to ingest unstructured product data, performs LCAs in compliance with ISO and EN standards, and automatically verifies, updates, and publishes EPDs.

Once LCAs and EPDs are generated with speed, simplicity, and accuracy, there must be a highly accurate system in place to organize the hundreds of thousands of documents. To be most effective, EPD databases such as the Embodied Carbon in Construction Calculator (EC3) must provide interactive utilization tools, allowing accessible filtering and categorization functions for easy material comparisons and identification of international, federal, state, and local regulation compliance.

The momentum for policies that reduce embodied carbon is growing, and EPDs are the key ingredient for success. By requiring the disclosure of embodied emissions, policy makers are encouraging manufacturers to produce more data, which benefits other public and private purchasers. Incentives and other innovations in policy are further shaping the quality of data and driving demand for deeper decarbonization of materials.

In this Greenbuild session, panelists – Mikaela DeRousseau of Building Transparency, Dorian Krausz of Pathways, and McKenzie Glass of the City and County of Denver – will discuss how the AEC industry is working to improve the quality, efficiency, and utility of EPDs across stakeholders through real-time LCA data, robust database development, and efficient EPD utilization during procurement and policy compliance.

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