Real Time Nuclear Magnetic Resonance for Sustainable Technologies. This project aims to enable ground-breaking research in sustainable technologies by establishing high-end Nuclear Magnetic Resonance

Description

Real Time Nuclear Magnetic Resonance for Sustainable Technologies. This project aims to enable ground-breaking research in sustainable technologies by establishing high-end Nuclear Magnetic Resonance (NMR) facility with the capability of operando analysis. This will eliminate a major gap in Australian research infrastructure and will support innovation such as CO2 valorisation, sustainable fertilisers, high end polymer manufacturing and related fields through high-throughput analysis of dynamic systems in action at currently unavailable level of detail. The aspiration is to generate new knowledge in catalysis, electrochemistry and materials science, and thereby strengthen competitiveness for Australia's manufacturing industry and secure internal supply chains that reduce impact on the environment.. Scheme: Linkage Infrastructure, Equipment and Facilities. Field: 3406 - Physical Chemistry. Lead: Prof Philip Chan