This webinar will spotlight two projects tackling the challenge of upgrading low-grade iron ores into high-quality feedstocks for direct reduced iron production, which is crucial for green steelmaking.
This webinar explores innovative approaches to hydrogen generation, focusing on photocatalytic and photoelectrochemical water splitting – technologies that have the potential to deliver significant cost reductions in clean hydrogen production.
In this webinar, Associate Professor Emma Aisbett (ANU) will examine the emerging role of embedded emissions accounting in shaping low-carbon transitions for heavy industry.
This two-day professional development course provides knowledge and practical tools for industry to implement low-carbon alumina refining technology and process innovation.
Join Chris Bayliss to learn about the ASI Method’s “sectoral decarbonisation approach”, which has applicability throughout the aluminium value chain, from mining to end use and recycling.
The 2025 HILT CRC Annual Conference was held from Tuesday 14 October to Thursday 16 October in Perth.
Join a dynamic panel discussion on informing and optimising the development of energy infrastructure for reliable, affordable clean energy in the transition of heavy industry hubs.
This two-day professional development course provides knowledge and practical tools for industry to implement low-carbon alumina refining technology and process innovation.
This two-day short course gives engineers and analysts knowledge to understand reliable storage strategies that cut emissions and cost while meeting heat, electricity or green-fuel needs.
Two-day course designed for industry professionals seeking to understand the policy frameworks, certification schemes and market instruments enabling heavy industry's low-carbon transition.
Dr Bin Lu (ANU) will share the results of modelling that co-optimises generation, storage, transmission and demand flexibility to supply 24/7 renewable electricity to energy-intensive operations.
This course is designed for engineers and scientists working in ferrous metallurgy who would like to better understand fundamental and practical aspects of direct reduced iron (DRI) production processes.