“This major project is also providing a big boost to our economy, with around 1,000 jobs to be created during construction and a further 120 once it is operational, and we look forward to marking many more important milestones along the way.” Atmospheric extraction “Today’s announcement is great news for the Northern Territory, for Australia and for Japan, as we strive to reach our shared destination of net-zero emissions by 2050″ said Gunner. NT Chief Minister Michael Gunner welcomed the announcement and noted that the green hydrogen sector was to play a key role in meeting the NT’s economic targets. “This deal is a strong endorsement of the massive value of the project and Aqua Aerem’s innovative air-to-water technology, which is opening the door for green hydrogen projects to be located where the best renewable power sources are available, which is generally in the driest areas of the planet.” “We are pleased to be collaborating with Osaka Gas on the further development of Desert Bloom Hydrogen, which is the most advanced, shovel-ready green hydrogen project in Australia,” said Aqua Aerem CEO Gerard Reiter.
Osaka Gas is no stranger to large quantities, as it is one of the world’s largest gas buyers and distributors, with a global portfolio of energy projects, pipelines and LNG terminals. The joint agreement was ratified on Tuesday and will see the two companies develop the project, which Aqua Aerem said will produce approximately 410,000 metric tonnes of green hydrogen annually when it is completed. Technology which enable significant quantities of water to be obtained from the atmosphere provides a serious advantage, and are demonstrable of the increasingly fecund solar-water nexus.ĭesert Bloom aims to utilise that technology to produce green hydrogen for domestic and export markets using off-grid renewable energy generation and atmospheric water. Of course, such regions don’t tend to have much water. This commercial quantity of water can then be used in solar electrolysis whereby water is split into its constituent parts, namely hydrogen and oxygen.Ĭonsidering the scale of renewable energies required for green hydrogen production, necessarily requiring lots of sun and wind, usually hot and arid regions are best situated. The company’s patented proprietary technology captures water from the atmosphere in arid environments using off-grid solar energy, with no waste other than air. What is more, Aqua Aerem’s chairman and Sanguine managing director David Green has also revealed that it in discussions with other potential partners for the purchase of its green hydrogen, and is in the process of increasing the scale of the project to 20 GW, “to meet the quickly developing demand for green hydrogen as companies position to deliver on their international commitments.”Īccording to Aqua Aerem (literally ‘water-air’ in Latin), for every one kilogram of hydrogen produced, nine litres of water is required. Now Japanese energy giant Osaka Gas has entered into a joint development agreement that puts considerable heft behind the project. Back in December 2021, the Northern Territory (NT) government granted Major Project Status to water-from-air technology company Aqua Aerem to develop its $15 billion 10 GW Desert Bloom green hydrogen project (Desert Bloom) in Tennant Creek, NT, with ambitious plans for commercial production by 2023.
0 kommentar(er)
