![]() The Port of Authority of New York and New Jersey Reducing Embodied Carbon in City of Seattle Capital Projects. Using LCA to Reduce Embodied Carbon in Pavement Infrastructure at Washington DOT. Investigating Sustainable Asphalt Mix Design Solutions in West Virginia. Quantifying Greener Pavements in Virginia. Resilient Resurfacing – A Permeable Pavement Pilot. Project 2: Puerto Rico LCA and EPD Development Plan. Project 1: Puerto Rico Sustainability Workshop Series A Hands-on Workshop Series on LCAs and EPDs. Puerto Rico Highway and Transportation Authority Project 3: LCA Program Implementation and support. Project 2: The impact of declining roadway conditions on road user costs and Greenhouse gas (GHG) emissions. Project 1: Asphalt plant renewable propane proof of concept and LCA development. Potential Environmental Benefit of Performance Mixes.Įvaluating the Broader Impacts of Balanced Mix Design (BMD) and Warm Mix Asphalt (WMA) Specifications and Incentives in Oklahoma through a LCA Framework. Project 2: Improve Sustainability of Asphalt Pavement Overlay in New Jersey. Project 1: Utilization of EPDs and LCA to Promote Sustainability in New Jersey’s Pavements. Using LCA to Reduce Embodied Carbon in Pavement Infrastructure at Minnesota DOT.Ĭonducting LCA for Asphalt Pavements Constructed with Cold Mixes.Ī Roadmap for Missouri: Assessing Needs an Implementation Framework for Incorporating EPDs. Project 2: Geoenvironmental and LCA of Highway Infiltration Berms Constructed with Dredged Sediments. Project 1: Informed Emissions Reduction Strategies for Asphalt and Concrete Paving Projects. Sustainability through Development of Life Cycle Information Models for Pavements in Louisiana. Use of EPDs and LCA to quantify emissions and associated impacts of material and design decisions to enhance sustainable pavement practices in Iowa. ![]() Plastic Recycling Research Facility in Hawaii.įield Demonstration of Dolomite Quarry By-products Used in Local Road Construction in Illinois.ĮPD Benchmark Project for Indiana Pavement. Quantifying Carbon Emissions in Pavement Construction, Maintenance, and Preservation. Project 3: Exploring the Effects of High Reclaimed Asphalt Pavement (RAP) Rejuvenated Asphalt on Pavement Performance and Greenhouse Gas Emissions using EPDs and Balanced Mix Design Principles.Ĭontinued Implementation Activities Associated with HB 1303 - Buy Clean Colorado Act, and Going Beyond Materials. Project 2: Reduced Temperature Production and Chemical Warm Mix Asphalt. Project 1: Provide Concrete, Asphalt, and/or Aggregate plants access to EPD Tool(s). Quantifying Emissions from the Production and Construction of Balanced Mix Design (BMD) Asphalt Mixtures with Recycled Materials, Warm Mix Asphalt, and Recycling Agents.Įxploring Arizona DOT pavement materials and performance using LCA, PCRs, and EPDs to quantify resource use, energy, emissions and inform design selection processes. Climate Challenge Participants and Project Description
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