A Western Australian-led national consortium of industry and universities has been invited to progress to the second stage of its bid to lead a $100 million Future Battery Industries Cooperative Research Centre (CRC), which aims to position Australia as a global leader for the energy solutions of the future.
In conjunction with a range of industry and education partners, Curtin University is leading the bid for a new CRC with the aim of connecting world-class researchers and industry to develop the processes and battery applications to make the most of Australia’s abundant new energy materials.
At the Expressions of Interest phase, the national consortium had raised about $27 million towards the bid and is seeking $25 million from the Federal Government through the CRC application process.
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Curtin University Deputy Vice-Chancellor Research Professor Chris Moran says the Future Battery Industries CRC would provide national leadership to harness new energy materials, including lithium, vanadium, nickel, cobalt and graphite, for the future of energy storage.
“The Future Battery Industries CRC is seeking to position Australia as a globally competitive provider of the energy solutions of the future by leveraging the country’s natural resources and internationally recognised research skills,” Professor Moran says.
“The proposal joins industry, government and researchers to solve the grand challenges for a future where Australia is a leader in the manufacture of the next generation of battery energy storage technologies and systems. The Future Battery Industries CRC will also provide important research opportunities for postgraduate students seeking to play a role in this significant initiative.”
Bid Chair Mr Tim Shanahan says the proposal was responding to industry calls for Australia to act within the next five years or risk losing the opportunity to overseas competitors.
“The industry is telling us that there is an urgent need for Australia to take the lead in this next phase of our energy future and the Future Battery Industries CRC works to ensure we position ourselves as the global leader in low cost, high quality, technically superior battery materials and technologies,” Mr Shanahan says.
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“The project will help guide the future of the energy industry by mapping out the pathway for Australia to mine, extract, refine and recycle battery minerals, metals and materials with the required quality controls, as well as completing the value chain through the manufacture, deployment and use of batteries.”
Led by Curtin University, the initial proponents of the Future Battery Industries CRC includes BHP Billiton, Yurika, Kibaran, Synergy, Lithium Australia, Galaxy, FYI Resources Limited, The Chamber of Minerals and Energy of Western Australia, Australia’s Nuclear Science and Technology Organisation, Pure Battery, DST Group, Clean Teq, Energy Queensland, Minerals Research Institute of Western Australia, Multicom, MRI e-cycle solutions, City of Kwinana, Energetics, Goldfields-Esperance Development Commission, Total Green Recycling, Syrah Resources, PROXA, Everledger, Tianqi Lithium, Protean Energy, Mining and Process Solutions, Envirostream, the Government of South Australia, Switch Batteries, Live-in Learning, The University of Western Australia, The University of Melbourne, The University of Adelaide, Queensland University of Technology, and Murdoch University.
The Western Australian State Government seeded the bid with a combined $6 million in provisional funding to support to establishment of the proposed Future Battery Industries CRC in WA.
As part of the CRC application process to the Federal Government, proposals are considered in two stages based on merit and measured against all other CRC applications.
Successful first-stage applicants are invited to submit a second stage application, which requires a full written business case.
The Federal Government is expected to announce the successful recipients of the CRC application process in early 2019.
For more information, visit the Curtin University website.