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New Generation Solid Oxide Electrolysis Cells for Hydrogen Production . Water electrolysis powered by renewable energy is the cleanest way to produce hydrogen. The current water electrolysis technolog

The University of Queensland — Industry Laureate Fellowships
Amount
Up to $4,086,544
Closes
Sunday 30 June 2030
Status
unknown
Type
open opportunity
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Description

New Generation Solid Oxide Electrolysis Cells for Hydrogen Production . Water electrolysis powered by renewable energy is the cleanest way to produce hydrogen. The current water electrolysis technologies either have a low energy efficiency or short lifetime. This project aims to overcome the key fundamental challenges for proton conductive solid oxide electrolysis cells (P-SOEC), a game changer hydrogen production technology with high efficiency and high durability. The expected outcomes include new materials and electrode/electrolyte design for P-SOEC, new fundamental electrolysis knowledge and a P-SOEC stack module ready for commercialisation. This program will support local industry partners to be highly competitive in hydrogen technology and position Australia as the global leading supplier of hydrogen.. Scheme: Industry Laureate Fellowships. Field: 4004 - Chemical Engineering. Lead: Prof John Zhu

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Last verified: Monday 2 March 2026
Added: Saturday 28 February 2026