/iser/ en /iser/news/list/2025/05/15/introducing-the-aluminexttm-project-the-next-generation-in-alumina-refining A/Prof Woei Saw, from the University of ÑÇÖÞÉ«°É's School of Chemical Engineering, is leading the AlumiNEXTâ„¢ project, a flagship HILT CRC project to decarbonise alumina refinineries. September 22 2025 Jennifer Thomas /iser/news/list/2025/05/15/introducing-the-aluminexttm-project-the-next-generation-in-alumina-refining /iser/news/list/2025/07/15/new-technology-for-cleaner-greener-steel Dr Alfonso Chinnici, from the University of ÑÇÖÞÉ«°É’s School of Electrical and Mechanical Engineering is leading a project through the Heavy Industry Low Carbon Transition (HILT) CRC to increase the quality of Australian iron ore, whilst reducing emissions. July 15 2025 Jennifer Thomas /iser/news/list/2025/07/15/new-technology-for-cleaner-greener-steel /iser/news/list/2025/07/17/innovative-mining-solutions-presented-at-grx25 ISER members showcased two innovative research prototypes. Dr Hossein Ranjbar presented the MOVE project’s software for electric mining truck infrastructure, while Dr Cornelia Wilske and Professor Nigel Spooner demonstrated their Novel Fluorescence (NF) sensor for real-time mineral identification.  June 15 2025 Marilia Jean Belperio /iser/news/list/2025/07/17/innovative-mining-solutions-presented-at-grx25 /iser/news/list/2025/03/20/physical-and-chemical-properties-of-ores-associated-with-new-processing Dr Zhiwei Sun, from the University of ÑÇÖÞÉ«°É's School of Electrical and Mechanical Engineering, is leading a HILT CRC project to explore new ways to process ores using low-carbon technologies. March 20 2025 Jennifer Thomas /iser/news/list/2025/03/20/physical-and-chemical-properties-of-ores-associated-with-new-processing /iser/news/list/2024/04/10/critical-minerals-a-pathway-to-a-renewable-future How critical minerals are accelerating South Australia, and the world, to become sustainable and renewable. April 30 2024 Marilia Jean Belperio /iser/news/list/2024/04/10/critical-minerals-a-pathway-to-a-renewable-future