This project will support the development of novel nanoparticle catalysts for the sustainable degradation of “forever chemicals” (per- and polyfluoroalkyl substances (PFAS)), a pressing global environmental concern.
Led by interdisciplinary experts in environmental engineering and chemistry, the team’s innovative approach aims to harness nanoscale catalysts, which are driven by light-mediated, plasmonic-based processes, to sustainably break down PFAS compounds in water.
The project will focus on factors influencing catalyst performance (thus optimization) and stability. The work will contribute to novel environmental remediation efforts, while providing valuable training and educational opportunities for students and postdocs.
