Hydrogen Liquefaction Optimization via Thermophysical Property Measurements. This project aims to improve the cooling process needed to keep hydrogen in a liquid state, which is essential for safe and

Description

Hydrogen Liquefaction Optimization via Thermophysical Property Measurements. This project aims to improve the cooling process needed to keep hydrogen in a liquid state, which is essential for safe and efficient storage and transport. By developing novel apparatus to measure how different cooling fluids (“refrigerants”) work at relevant conditions, the project will generate accurate models to increase cooling efficiency, reduce energy consumption, and lower operational costs. Expected outcomes include advanced models integrated into industry-standard software, enabling better process design and identification of optimal refrigerant composition. This work will support Australia’s leadership in hydrogen technology and advance the global transition towards net-zero, promoting cleaner energy solutions on a large scale.. Scheme: Early Career Industry Fellowships. Field: 3406 - Physical Chemistry. Lead: Dr Xiong Xiao