This research combines foam fractionation and ultraviolet treatment to permanently remove PFAS "forever chemicals" from contaminated water. By first concentrating PFAS into foam and then destroying their strong carbon–fluorine bonds with UV-generated reactive species, the approach offers a more efficient and sustainable alternative to conventional treatment technologies.

My research tackles PFAS (polyfluoroalkyl substances) or “forever chemicals,” found in everyday products and linked to serious health risks. Blood testing shows 95% contamination rates. The project identifies specialised bacteria capable of breaking PFAS down nearly completely within days, offering a promising biological solution to reduce environmental and human exposure to these persistent toxic chemicals.