New Peer Reviewed Paper: Soil Amendments Reduce PFAS Bioaccumulation in Eisenia fetida Following Exposure to AFFF-Impacted Soil

A recent field study evaluated the effectiveness of RemBind 100X for in-situ stabilization (ISS) of PFAS-contaminated soils at a legacy fire-training site.

Key findings include:

• RemBind 100X was applied at 3% dry weight across the treatment area.
• Over 19 months and four sampling events, PFAS leachate concentrations remained >95% lower than baseline levels, demonstrating long-term immobilization.
• Rainfall infiltration continued post-treatment, showing that soil functionality was maintained while PFAS was stabilized.

This study provides real-world evidence of RemBind’s effectiveness for in-situ PFAS stabilization in soils, supporting low-impact, sustainable remediation strategies.