Catalytic transformation of carbon dioxide to methanol using green hydrogen. This project aims to develop a practically viable technology for converting carbon dioxide (CO2) using green hydrogen to pr

Description

Catalytic transformation of carbon dioxide to methanol using green hydrogen. This project aims to develop a practically viable technology for converting carbon dioxide (CO2) using green hydrogen to produce green methanol for energy and chemical applications. It can be achieved through the strategic design of a cost-effective, high-pressure CO2 hydrogenation system that optimizes heat management and maximizes methanol selectivity, benefiting the Australian energy industry. The outcomes of this project will provide a technological solution for the efficient use and transport of Australian green hydrogen while simultaneously converting CO2 into valuable methanol. This would significantly improve the sustainability and economic feasibility of Australia's green hydrogen, CO2 conversion, and methanol production sectors.. Scheme: Early Career Industry Fellowships. Field: 4016 - Materials Engineering. Lead: Dr Jiaquan Li