Next-Generation Catalysts for (Micro)plastic Conversion to Chemicals. This project aims to design innovative, cost-effective catalysts at nanoscale, molecular and atomic levels from waste resources fo

Description

Next-Generation Catalysts for (Micro)plastic Conversion to Chemicals. This project aims to design innovative, cost-effective catalysts at nanoscale, molecular and atomic levels from waste resources for sustainable water treatment nanotechnology, focusing on converting (micro)plastics into valuable chemicals,. By systematically investigating the relationship between waste plant microstructures and catalyst design, this research will optimise carbon and single-atom catalysts for (micro)plastic conversion via Fenton-like catalysis. The project will contribute to environmental protection, resource recovery, and improved water quality while supporting sustainable waste management practices and reducing plastic pollution—aligning with national priorities in environmental protection and process innovation. . Scheme: ARC Future Fellowships. Field: 4016 - Materials Engineering. Lead: Dr Wenjie Tian