Global oil giant BP has quit the proposed Australian Renewable Energy Hub that would include the installation of up to 26 GW of solar and wind generation, much of which would have been used to produce green hydrogen and ammonia.
Three Western Australian companies have joined forces to form a new joint venture with the goal of producing green iron using iron ore and green hydrogen produced locally.
Tenaga Nasional Berhad says the newly-announced hybrid hydro floating solar hub and green hydrogen hub will position Malaysia as a regional leader in the green hydrogen value chain.
As the world looks for ways to tackle climate change, Australia has invested heavily in green hydrogen, which is shaping as the best option to strip carbon emissions from some industrial processes, such as iron-making and ammonia production. But making the dream a reality in Australia is proving difficult.
Queensland’s largest green hydrogen project is on the scrap heap after state government-owned Stanwell Corporation announced its withdrawal from the international consortium developing the estimated $12.5 billion production plant and pipeline.
A pilot hydrogen energy plant that will employ a novel approach by producing green hydrogen directly from water and sunlight, without relying on electrolysers or grid power, is on track to begin commissioning in South Australia next month.
Researchers at the CSIRO have proven a new full thermochemical hydrogen production cycle – from solar input to hydrogen output – has the potential to achieve a solar-to-hydrogen efficiency of higher than 20%, 5% more than many existing systems.
The Tasmanian government has named Abel Energy’s $2 billion Bell Bay Powerfuels project as the lead proponent for the Bell Bay Hydrogen Hub, declaring the decision positions the precinct as a key renewable energy asset.
The Western Australian government has allocated United Kingdom-headquartered energy consultancy Xodus Group land on the state’s mid-west coast to support the development of a proposed 1 GW green hydrogen production project.
Australian researchers have developed electrolysis systems that use urea sourced from urine and wastewater to generate hydrogen at “significantly lower” energy costs than traditional water-splitting methods.
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