Skip to content

NAPA Webinars

Stay on top of industry best practices, news, and trends. Register for live webinars and search our store for on-demand webinars.


 

UPCOMING WEBINARS

US Asphalt Industry EPD Benchmark

MAY 21, 1:00-2:30 PM EASTERN TIME

Register now!

Join us for an insightful webinar that dives into the specifics of SIP 108, NAPA’s EPD Benchmark for Asphalt Mixtures. This session will explain the innovative methodological framework used to develop industry average global warming potential (GWP) reference values for asphalt mixture environmental product declarations (EPDs). The method can be used by agencies to develop GWP benchmarks for FHWA’s Low Carbon Transportation Materials Grants and other low embodied carbon procurement and project delivery programs. This session will include a focused case study that illustrates how to develop state-specific industry average GWP reference values.

This webinar is ideal for state and local DOT officials, asphalt mix producers, consultants, and anyone interested in understanding EPD benchmarks for asphalt mixtures. Register now to enhance your knowledge and leverage EPD benchmarks to drive reductions in the embodied carbon of asphalt mixtures.

Register and attend live to be eligible for PDH credits.

OUTCOMES

  • Gain insight into the methodological approach behind the EPD Benchmark report, including how data is collected, analyzed, and utilized in creating industry averages.
  • Explore a practical application through a case study with data from Oklahoma, detailing how agency-specific industry average GWP thresholds are developed.
  • Discuss how the findings from the EPD Benchmark report can shape future asphalt paving projects.

SPEAKERS

  • Deb Mishra, PhD, PE, Associate Professor, Oklahoma State University
  • Amlan Mukherjee, PhD, PE, Sustainability Director, WAP Sustainability
  • Joseph Shacat, Director, Sustainable Pavements, NAPA

Asphalt Pavement Opportunities

MAY 23, 2:00-3:30 PM EASTERN TIME

Register now!

Conversations on Decarbonization, a series for industry and agencies, part 2 of 2

In part 1 of this series, NAPA explored the carbon footprint of an asphalt pavement over its entire life cycle. Knowing the most carbon intensive portions of an asphalt pavement’s life cycle allows engineers to determine the most critical and effective solutions for decarbonization. In part 2, we present opportunities for industry and agencies alike to reduce greenhouse gas emissions throughout the entire life cycle of asphalt pavements.  

OUTCOMES

  • Identify and implement the most effective decarbonization strategies available to industry today
  • Explain opportunities available for owners to further reduce carbon emissions associated with asphalt pavements
  • Understand how to leverage tools like the Supply  Curve to prioritize decarbonization efforts

SPEAKERS

  • Richard Willis, PhD, Vice President, Engineering, Research, & Technology, NAPA
  • Joseph Shacat, Director, Sustainable Pavements, NAPA

Guidance for Asphalt Binder Grade Selection at Airfields

JUNE 19, 12:00-1:30 PM EASTERN TIME

Register now!

Selecting the correct asphalt binder grade for an airfield is critical to ensure it performs adequately. In an effort to simplify the process of correctly choosing the correct binder grade for different applications at airports and airfields, the Airport Asphalt Pavement Technology Program (AAPTP) commissioned a project to develop additional guidance on binder grade selection and the development of a tool to aid practitioners. This webinar presents the guidance and launches the Airfield Asphalt Binder Selection Tool.

OUTCOMES

  • Become familiar with AAPTP’s airfield binder selection guidance
  • Understand the differences between choosing asphalt binder grades for the FAA and Department of Defense airfields
  • Experience the new AAPTP tool to aid practitioners in selecting the proper grade of asphalt binder for airfields

SPEAKERS

  • Raquel Moraes, PhD, Assistant Research Professor, NCAT
  • Ben Ciavola, PhD, Director of LCA Technology, WAP Sustainability
  • Richard Willis, PhD, Vice President, Engineering, Research, & Technology, NAPA