国模福利在线: net zero research
Catalytic Hydrogen Production via Pyrolysis
In 2025, Dr Gule 'Ellena' Li was awarded an AEA Ignite grant as lead entrepreneur to accelerate the development of methane pyrolysis technology to produce hydrogen for the 'Catalytic Hydrogen Production via Pyrolysis (CHyPP)' project.
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Adding hydrogen to the renewable energy mix
Blending hydrogen with natural gas in existing networks is a way of reducing carbon emissions. University of Adelaide researchers have led a series of research projects through the Future Fuels CRC, testing domestic and industrial appliances using various percentages of hydrogen to natural gas ratios.
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Sparc Hydrogen pilot plant opening ceremony
A first in green hydrogen reactor technology was launched today at the University of Adelaide鈥檚 Roseworthy campus by Sparc Hydrogen Pty Ltd, a start-up company founded to translate research developed by Professor Greg Metha.
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The future of power: optimising and storing renewable energy
Australia鈥檚 premier chemistry and materials scientist, Professor Shizhang Qiao, is advancing renewable energy through his first-ever innovations in catalysis and aqueous batteries.
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Green Hydrogen: pioneering a path to a carbon-free future
University of Adelaide researchers are leading the way in novel production of hydrogen, which releases no carbon dioxide when used as an energy source, paving the way for a greener future.
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Waves to watts: converting wave power to electricity
Dr Nataliia Sergiienko, Prof Ben Cazzalato, A/Prof Boyin Ding, Prof Maziar Arjomandi and A/Prof Luke Bennetts are developing technology to create wave farms that will harness wave energy efficiently, while minimising coastal erosion.
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Identifying challenges and opportunities for H2 in iron and cement sectors
Dr Alfonso Chinnici is leading a HILT CRC project to scope opportunities for green hydrogen to decarbonise the iron and cement sectors.
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Novel Renewable Energy Research
The听Heliostat Wind Load and Aerodynamics Research Group听aims to improve our current understanding of the turbulence on heliostats through the use of a large-scale wind tunnel to improve efficiencies.