A Multi-View Method for Transforming Pyrochemical Processes to Net Zero. This project aims to develop a fast, multi-view predictive approach for transforming or upgrading conventional pyrochemical pro

Description

A Multi-View Method for Transforming Pyrochemical Processes to Net Zero. This project aims to develop a fast, multi-view predictive approach for transforming or upgrading conventional pyrochemical processes. It integrates global reactor performance and local detailed phenomena under multiple constraints, tackling key challenges in feasibility, design and optimisation of reactor redesign for transforming carbon-intensive pyrochemical processes to net zero. The expected outcome includes new knowledge and a new approach featuring multi-view and specific plausible feasibility windows for decarbonising pyrochemical reactors. This method will drive advancements in next-generation low-carbon industrial processes, offering scalable solutions to Australia’s and global environmental challenges and the energy crisis.. Scheme: Discovery Early Career Researcher Award. Field: 4019 - Resources Engineering and Extractive Metallurgy. Lead: Dr Yiran Liu