26apr3:00 pm4:00 pmDemonstrating the Integration of Risk Assessment into LCA using Spray Foam Polyurethane (SPF) | By Rebecca LeBlanc & George Thompson


(Wednesday) 3:00 pm - 4:00 pm CEST(GMT+00:00) View in my time

Speakers for this event

  • George Thompson

    George Thompson

    President and CEO of Chemical Compliance Systems

    Dr. George Thompson is the President and CEO of Chemical Compliance Systems. Dr. Thompson is a toxicologist with 48 years of experience in chemical, product and process hazard and risk assessments. Dr. Thompson has published 21 hazardous chemical books, organized four national or worldwide conferences, and given hundreds of technical presentations. He is a graduate of Oregon State University.


    President and CEO of Chemical Compliance Systems

  • Rebecca LeBlanc

    Rebecca LeBlanc

    Sustainability Consultant

    Ms. Rebecca LeBlanc is a sustainability consultant based north of Boston, Massachusetts. With over 30 years’ experience working in manufacturing, software development and project management, her innovative approach to systems design led to the development and integration of new tools and technologies. Her expertise is data, whether it be locating, modeling, analyzing or presenting it. She is experienced in modeling product systems for Life Cycle Analysis and working with various LCA tools. She has worked with companies in the farming/dairy, food, chemical, non-woven, electronics, building products, automotive, construction & plastics sectors helping them provide solid metrics to support their sustainability claims. Her interest in integrating risk-analysis with LCA began as a response to assisting her clients in presenting the complete picture of their products across their entire life-cycle where hazard based approaches were ineffective.


    Sustainability Consultant

Event Details

Since product lifecycle risk assessments are chemical based, they can be utilized for any product made from chemicals (e.g., paints, furniture, textiles, pesticides, cosmetics, etc.), and can be integrated into any of these products LCAs.  

The biggest obstacle in this integration process is to develop product, exposure, and site specific data required for the risk assessment.  To illustrate this integration, we have conducted a lifecycle risk assessment for spray polyurethane foam (SPF), as well as utilizing data from the SPFA LCA. With SPF, the final product fulfills the regulatory definition of an “article” Which results in an even lower risk at this final stage since it involves only inhalation and dermal potential exposures and no ecological impacts.  Clearly, integrated risk and lifecycle assessment capabilities are currently available, and can be applied to a wide spectrum of product types. This science-based information provides a realistic view of risk and exposure to harmful ingredients vs. a hazard-based approach which does not address the entire lifecycle of a product.

Integrated risk assessment and LCA capabilities offer

                     1)  Reduced uncertainty of generic LCA assumptions

                     2)  Incorporation of dose response and threshold exposure considerations

                     3)  Accounting for site and application specific health and ecological effects

                     4)  Calculation of product individual and additive ecological, health, and safety risk

                     5) Incorporation into each life cycle phase & summation across all phases 

This webinar offers insight into how an integrated approach to material assessments results in more realistic view of impacts across the entire life cycle.

Indicate your participation

You must login to indicate your participation status for this event Login Now


Free for FSLCI members

©2024 Forum for Sustainability through Life Cycle Innovation e.V. | Contact Us | Legal Info


If you would like to get in touch with us, please feel free to send us a message. Thank you very much in advance.

Subscribe To Our Newsletter
Join our newsletter and stay up-to-date on everything happening in the life cycle community! We'll send you 3-4 newsletters per year
Subscribe Now!

Log in with your credentials


Forgot your details?

Create Account