Research indicates that electrochemical treatments ... Additionally, a review of emerging technologies for PFAS degradation highlights a range of methods, including bioremediation ...

Their system relies on an organic photocatalyst activated by LEDs, which transfers electrons to PFAS molecules, causing their degradation ... adds to other approaches under development, such as ...

The scientists then used an electrochemical oxidation process to destroy the PFAS molecules by transforming them to fluoride ions, thereby eliminating the threat. Click your choice to see results ...

Researchers examine how long-term exposure to widely used per- and polyfluoroalkyl substances (PFAS) detrimentally affect ...

The unique properties of fluoropolymers provide resistance to biological, chemical and physical degradation. The impact on medicines and vaccines development It is with this in mind that the industry ...

He received a B.S. in Environmental Engineering from Yale University, where he worked on developing electrocatalytic membranes for PFAS degradation in water. Currently, he is studying ultrathin ...

However, millions of people are exposed to unsafe levels of drinking water contaminants such as lead, arsenic, copper, and ubiquitous “forever chemicals” such as per– and polyfluroalkyl substances ...

KALAMAZOO, MI — A December report from Michigan’s PFAS action response team identified Kalamazoo’s Regional Fire Training Center on Nazareth Road as an “area of interest.” The area of ...

This Collection explores the complex degradation of fluorochemicals and ... Current targets include PFAS, fluoro-pharmaceuticals, and antibiotics.

Learn more. The Maine Board of Environmental Protection (BEP) held a public hearing on Jan. 16 on a proposed rule regarding the unavoidable use of intentionally added PFAS in products. The rule ...

Focusing on a novel electrochemical approach ... Katelyn's outstanding achievement in PFAS degradation research is a beacon of hope in our ongoing battle against these persistent pollutants.