Australia is sitting on some of the world’s richest reserves of the critical minerals needed to power the global clean energy transition.
However, exploration rates have fallen, processing capacity remains heavily concentrated offshore, and domestic capability is fragmented across institutions and sectors.
With the International Energy Agency forecasting demand will double, or even quadruple, by 2040, Monash University has launched a major cross-disciplinary initiative aimed at securing Australia’s place in the global supply chain.
The Monash Critical Minerals Initiative (MCMI) brings together more than 40 researchers from the university’s faculties of Business and Economics, Science, Engineering and Arts.
Its work spans the full minerals value chain, from resource discovery and extraction technologies to environmental stewardship, supply chain modelling, investment policy and social licence outcomes.
Professor Russell Smyth, Deputy Dean (Research) in the Faculty of Business and Economics, said the challenge could not be solved within a single framework.
“The MCMI brings together expertise from across disciplines to help balance supply security with sustainability, ensuring that extraction, processing and recycling are efficient and responsible,” Professor Smyth said.
“By drawing on the considerable expertise on critical minerals across Monash, the MCMI can tailor solutions that anticipate market volatility, reduce geopolitical risk, and accelerate the transition to clean energy technologies.”
The initiative is built around six research pillars: new mineral resources, future processing technologies, mine rehabilitation, environmental and social impact systems, policy and economics, and national security.
The minerals in focus, rare earth elements, lithium, cobalt and others, are essential for technologies such as electric vehicles, batteries, wind turbines, solar panels and defence capabilities.
Researchers will work alongside partners including CSIRO, Geoscience Australia, Resources Victoria, the International Energy Agency, and the ARC Research Hub for Carbon Utilisation and Recycling.
Professor Sankar Bhattacharya, from the Department of Chemical and Biological Engineering in the Faculty of Engineering, said the initiative positions Monash as a leading Indo-Pacific hub for critical minerals research.
“Our focus is in developing and rapidly scaling-up fundamental scientific proof-of-concept into future processing technologies that are environmentally sustainable and economically feasible,” said Professor Bhattacharya.
“This confidence is backed by our publications and patents harnessing critical metals from low-value and legacy wastes from other industries.”
Professor Andy Tomkins, from the Faculty of Science’s School of Earth, Atmosphere and Environment, said the initiative represents an opportunity to make a difference.
“For too long we’ve been hearing about how climate change is going to cause catastrophic change,” Professor Tomkins said.
“Now we can start to solve the problems by building the pipeline of critical minerals needed for renewable energy infrastructure, electric vehicles and advanced battery technologies.”
Professor Elizabeth Lester, Director of the Monash Climate Communication Hub, said the sustainable critical minerals sector’s future would depend not only on scientific and technical advances, but also public confidence.
“Net zero and the energy transition are among the greatest economic, technological and infrastructure challenges Australia has faced,” said Professor Lester.
“Yet, it is increasingly clear that a real challenge is social.”
Professor Lester said the MCMI is positioned to navigate both the challenges and the opportunities the critical minerals sector presents, thanks to its multidisciplinary approach.
She added that this kind of approach is exactly what Australia needs if it is to build a viable industry that also earns strong public trust and support.
The initiative arrives at a critical juncture. As global competition for critical minerals intensifies and nations race to secure supply chains for clean energy and defence technologies, Australia’s ability to move beyond raw extraction toward higher value processing will shape its role in the industry for decades to come.
With expertise spanning geoscience, engineering, economics and communication, Monash is positioning the MCMI as a model for how universities can help bridge the gap between scientific discovery and the policy, environmental and social conditions needed to bring new resource projects to life.
