Regenerable Resin Five Years Later: What We’ve Learned
Attachment
I1.: Ex Situ PFAS Water Treatment Technologies (Platform)
The Energy Cost of PFAS Destruction across the Range of Commercially-Available Technologies
Attachment
E5.: Innovative Ex Situ PFAS Destruction Technologies (Platform)
Foam Fractionation Coupled with Hydrothermal Alkaline Treatment for Remediation of a PFAS-Impacted Fire Training Pond
E5.: Innovative Ex Situ PFAS Destruction Technologies (Platform)
Regenerable Ion Exchange Treatment with Hydrothermal Alkaline Treatment (HALT): Full Spectrum PFAS Capture and Destruction
Attachment
I6.: PFAS: Groundwater Treatment Case Studies (Platform)
Optimizing Water Treatment for Trifluoroacetic Acid Removal
B7. Ex Situ PFAS Water Treatment Technologies (Platforms)
Platform
Attachment
B7.: Ex Situ PFAS Water Treatment Technologies (Platforms)
Novel Treatment Train Employed to Address PFAS and Oil Spill Contaminated Stormwater
C8. PFAS-Impacted Stormwater/Surface Water Management (Platforms)
Platform
Attachment
C8.: PFAS-Impacted Stormwater/Surface Water Management (Platforms)
Continuous Full-Scale Foam Fractionation with Foamate Conversion to a Solid Waste
C9. Managing PFAS in Landfill Leachate (Platforms)
Platform
Attachment
C9.: Managing PFAS in Landfill Leachate (Platforms)
(Group 1, Poster Board #70) Defense Innovation Unit Prototype Project: Regenerable Ion Exchange Treatment of Groundwater for PFAS
B4. Ex Situ PFAS Treatment Approaches (Posters)
Poster
B4.: Ex Situ PFAS Treatment Approaches (Posters)