Green hydrogen production is, in effect, a way of bottling renewable energy.
Articles on Hydrogen
Displaying 1 - 20 of 124 articles
Compost, manure and food waste can be turned into biofertilisers made from natural materials.
Hydrogen makes it possible to store renewable energy for longer – but has its limitations.
Storing hydrogen in metallic materials is a promising avenue for extracting value from Africa’s minerals.
A physical chemist outlines the promises and risks associated with methane fuel and describes why SpaceX and Blue Origin use it in their superheavy rockets.
New study provides evidence that Antarctic microbes make energy from the air at temperatures as low as -20°C.
Hydrogen demand around the world is projected to grow significantly by 2050. Some of that supply could come from nature itself.
Unless transport emissions are tackled head-on, Australia’s new climate target cannot be met.
New radio astronomy results reveal how galaxies exchange gas with the intergalactic medium – the raw material for stars and the key to galactic evolution.
Vast deposits of naturally occurring hydrogen hold promise for a green future. However, policies need to be enacted for the extraction and circulation of hydrogen.
Several big green hydrogen projects have been shelved. An expert explains why Australia’s sky-high ambition for the industry is struggling to reach fruition.
To make green hydrogen, take water and split it into hydrogen and oxygen. It sounds simple – but the government’s water-use figures may be a drastic underestimate.
Some technologies could rapidly cut emissions, while others do little to fight climate change. The House bill favors the latter while nixing support for the former.
With the right leadership, Australia can turn green hydrogen’s stumbles into a global triumph for heavy industry.
Campaigners in Namibia are demanding that the government and industry halt the expansion plans on Shark Island, and meaningfully engage with reconciliation.
Australia’s new National Hydrogen Strategy, released on Friday, signals Australia’s bold ambitions to the world - but much remains unclear.
Energy storage really is the special sauce that makes renewables work anytime, anywhere – and everywhere. This makes the most of the existing electricity network, including transmission lines.
Fortescue has long taken first mover risks to drive attention and action in the renewable hydrogen market. This week’s news is a setback, but shouldn’t be seen as a death knell for the nascent industry.
Enigmatic organisms called archaea can harvest energy from hydrogen, and new research is revealing exactly how they do it.
There’s already demand for critical minerals and solar panels. But what about green hydrogen?
Top contributors
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Honorary Senior Lecturer in Chemical Engineering, University of Aberdeen
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Senior research fellow, Australian National University
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Chair of ARC Centre of Excellence for Quantum Biotechnology, The University of Queensland
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Professor, Microbiology, Monash University
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Program Director, Energy and Climate Change, Grattan Institute
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ARC ECR Industry Fellow in Civil and Environmental Engineering, Monash University
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Associate Professor in Sustainable Development
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Head of Policy and Engagement, Climateworks Centre
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Professor of Public Policy, Crawford School of Public Policy, Australian National University
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Research Fellow in Microbiology, Monash University
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Senior Lecturer in Operations and Supply Chain Management, Anglia Ruskin University
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ARC Future Fellow, Australian National University
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Senior Researcher, Urban Transformations Research Centre, Western Sydney University
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E-Mobility Research Fellow, The University of Queensland
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System Lead, Sustainable Economies, Climateworks Centre