2D materials for electrochemical PFAS removal from water - 2D4PFAS

Project summary

2D4PFAS aims to revolutionize per- and polyfluoroalkyl substances (PFAS) removal from water, addressing global concerns by an Electro-Catch&Treat process with advanced 2D functional materials. PFAS, linked to health risks, led to EU restrictions, emphasizing the need for effective testing and treatment. Conventional methods like activated carbon adsorption have shortcomings. The project proposes novel electrode materials, like functionalized 2D Ti3C2-MXene and graphene, for enhanced PFAS removal and degradation. Challenges in removal by Electro-Catch and slow oxidation kinetics in Electro-Treat are tackled. 2D4PFAS integrates fundamental sciences, material science, and technology development, aligning with 'safe and sustainable by design' principles. Assessments include life cycle, techno-economic, and socio-economic analyses. Success will bolster innovation, contributing to sustainable water treatment processes. The project targets a prototype for real wastewater treatment (TRL 5).