PFAS contamination presents unique challenges due to the persistent and complex behavior of these chemicals in the environment. Their ability to migrate through soil, groundwater, and air makes identifying sources and assessing liability increasingly difficult. Without a strong understanding of PFAS fate and transport, investigations can stall, and remediation and litigation strategies can be compromised.
Watch TRC’s in-depth webinar that examines how PFAS move and transform across environmental media and why this knowledge is critical for effective forensic evaluations. This session explores the scientific principles behind PFAS behavior and how they are applied to real-world investigations, regulatory decision-making, and environmental litigation.
Michael Eberle, Technical Director, shares expert insights on identifying PFAS sources, reconstructing historical contamination, and supporting defensible forensic conclusions. Viewers also gain visibility into evolving analytical approaches and regulatory considerations shaping PFAS investigations today.
Learn More About:
- The role of fate and transport analysis in forensic evaluations of PFAS sources
- How landfill tracers are used to distinguish regional landfill impacts from local PFAS sources
- Scientific and regulatory considerations influencing PFAS investigations and litigation
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TRC’s Dennis Paustenbach Receives the American Conference of Governmental Industrial Hygienists (ACGIH) 2025 Stokinger Award for Achievements in Toxicology
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Dennis Paustenbach, Chief Scientist – Toxicology & Risk Exposure, received The ACGIH Stokinger Award. The award recognizes Paustenbach’s decades of noteworthy scientific contributions to the fields of toxicology, industrial hygiene and risk assessment.
PFAS in Consumer Products: Assessing the Risk of Dermal Exposures
July 17, 2025
Products, such as bandages, baby wipes and feminine care products, may contain trace levels of PFAS due to intentional use or cross-contamination, which has prompted recent concerns about skin absorption and long-term health effects.