Clean Energy Capability Portfolio | Storage Technologies |
Liquid organic hydrogen storage system design
Liquid organic hydrogen storage ( LOHS ) has a number of advantages over other energy storage and transport systems . We have the capability to design optimal LOHS systems using a ‘ synergistic catalysis concept ’ to select carrier molecule mixtures , hydrogenation and dehydrogenation catalysts . |
Competitive Advantage • Patented catalyst technology
• Intersection of computational materials design , labbased materials development , and industrial-scale materials systems testing
• Supported by globally-significant computational resources
Impact • More efficient and effective energy storage
Successful Applications • Pilot plant at the Canberra Hydrogen Refuelling Facility in Fyshwick
Capabilities and Facilities • Access to national supercomputing resources and state-of-the-art quantum chemistry software
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Our Collaborators • Global Power Generation Australia
• Hydrogenia
• Evoenergy
• Illuminact
• Australian National University
More Information Associate Professor Terry Frankcombe School of Science T : + 61 417 163 509 E : t . frankcombe @ adfa . edu . au
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• Access to synthesis team at the Australian National University |
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• Access to industrial pilot plant |
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