CX-031586: Full engagement of highly porous carbon surfaces in an effective PFAS separation from firefighting waters

The main objective of the proposed research is to engage various surface interactions/adsorption forces, including those formed in-situ upon select…

Office of NEPA Policy and Compliance

August 5, 2024
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The main objective of the proposed research is to engage various surface interactions/adsorption forces, including those formed in-situ upon selective adsorption, in the separation of PFAS from simulated firefighting waters containing long and short chain PFAS of different chemistries, with emphasis on short-chain molecules.