After the success of the inaugural High Temperature Minerals Processing Forum (HiTeMP) held in 2018, delegates from around the world will once again converge on Adelaide for HiTeMP-2, to be held March 16-18, 2020 at the National Wine Centre, Adelaide.
The Centre for Energy Technology (CET) held a very successful one day forum addressing the complementary roles anticipated for various emerging alternative carbon-neutral hydrogen production technologies, the Hydrogen Production Technologies, HyPT Forum, on Monday the 23rd of September 2019. The forum will now run on a biennial basis.
A new centre at the University of Adelaide will focus on solving the challenge of making long-term space exploration viable.
The University of Adelaide will lead a new national mining research and training centre utilising advanced technologies that will help to shape the future of Australia’s mining operations.
The Australian Government today announced $3.7 million funding for the new Australian Research Council Industrial Transformation Training Centre for Integrated Operations for Complex Resources.
Funded with another $2 million plus $6.8 million in-kind support from research and industry organisations, the $12.5 million centre will deliver enabling tools and train the next generation of scientists and engineers in advanced sensors, data analytics and artificial intelligence to increase value in mining and processing of complex resources. Read full story
Dr Alfonso Chinnici has been interviewed about the Solar Hybrid Receiver Combustor, a device which blends hydrogen combustion with solar thermal radiation.
Advanced technologies, including the Industrial Internet of Things, will be used by a new research consortium being launched today to help boost South Australia’s copper production and develop globally competitive mining technology services sector in the state.
IMER has been awarded a new project to extract copper and other minerals from sub-economic deposits. $2.8m awarded by the Australian Government’s Co-operative Research Centre Projects (CRC-P) Scheme to a collaboration led by Environmental Copper Recovery SA Pty Ltd and including researchers from the University of Adelaide.
Our researchers have found that introducing concentrating solar thermal (CST) technologies to the Bayer alumina process could enable a 29-45% solar share. This would displace the need for natural gas and decrease operating fuel costs.
Research scientists and industry are joining together to develop and commercialise new tools using cutting-edge digital technologies including machine learning that they say will be a game-changer for mining and exploration.