Research & Development

Application of Trapdoor Zeolites for Separation of Hydrogen and Helium from Gas Streams via Temperature-Regulated Guest Admission Process

R&D Focus Areas: Separation materials and technologies, Nanomaterials Lead Organisation: Curtin University Funding: Future Energy Exports CRC (PhD Project) Status: […]

Kinetic and State Modelling of Cryogenic Hydrogen Mixtures Using Molecular Dynamics Simulations

R&D Focus Areas: Cold/cryo compressed, Computational modelling Lead Organisation: The University of Melbourne Funding: Future Energy Exports CRC (PhD Project) […]

Novel approaches for hydrogen production through methane pyrolysis on carbon catalysts

R&D Focus Areas: Fossil fuel conversion, Computational modelling Lead Organisation: Curtin University Funding: Future Energy Exports CRC (PhD Project) Status: […]

High-Efficiency, Modular and Low-Cost Hydrogen Liquefaction and Storage

R&D Focus Areas: Liquid hydrogen, Cold/cryo compressed Lead Organisation: The University of Sydney Partners: Not applicable Status: Active Start date: […]

Modelling and operation of a hydrogen microgrid with 700 kW electrolyser

R&D Focus Areas: Electricity, Energy systems integration Lead Organisation: Griffith University Partners: University of Tasmania, Optimal Group Australia, pitt&sherry, Department […]

Revolutionising Electrolysers for Low-Cost Green Hydrogen Production

R&D Focus Areas: Electrolysis Lead Organisation: Australian National University Partners: Fortescue Status: Active Start date: December 2024 Completion date: November […]

Tuning catalyst reaction environments towards photoreforming of wastewater

R&D Focus Areas: Photochemical and photocatalytic processes, Biomass and waste conversion Lead Organisation: Australian National University Partners: Not applicable Status: […]

High entropy metal organic frameworks for sustainable hydrogen production

R&D Focus Areas: Electrolysis, Proton batteries, Nanomaterials, Computational modelling Lead Organisation: Queensland University of Technology Partners: Not applicable Status: Active […]

2D oxide supported single-atom catalysts for sustainable fuel generation

R&D Focus Areas: Electrolysis, Ammonia, Nanomaterials, Materials modelling Lead Organisation: Queensland University of Technology Partners: National Institute for Materials Science, […]

Three-dimensional solar-energy-driven hydrogen generation from ammonia

R&D Focus Areas: Photochemical and photocatalytic processes, Ammonia Lead Organisation: The University of Western Australia Partners: The University of Adelaide Status: […]