Professor Ranjith Pathegama Gamage, Director of the Deep Earth Energy Research Lab at Monash University, is leading groundbreaking research into large-scale hydrogen storage solutions.
The team is investigating the potential of using depleted gas fields and engineered rock caverns as hydrogen vaults, addressing a critical challenge in the transition to clean energy.
“Hydrogen offers immense potential as a clean energy source, yet scalable and safe storage remains a critical challenge,” Professor Gamage explains.
“Storing hydrogen in underground reservoirs could offer a strong solution for energy security, ensuring stable storage during periods of surplus and easy access during peak demand.”
The research aims to develop a storage system that could become a crucial component of a reliable, clean energy grid.
Professor Gamage and his team are also exploring innovative methods to produce hydrogen from natural systems, potentially revolutionising hydrogen production with lower environmental impact and increased accessibility.
In a related development, Associate Professor Stuart Walsh, Deputy Director of Research in Civil Engineering at Monash, highlights the economic opportunities presented by the energy transition.
“The energy transition provides Australia with a fantastic opportunity to reinvigorate our economy,” he states.
However, he cautions that swift action is necessary to capitalise on this potential, as other countries with high-quality renewable resources could compete for the same opportunities.
As global focus shifts towards sustainable energy solutions, this research at Monash University positions Australia at the forefront of hydrogen technology and storage innovation.
The outcomes of this study could have far-reaching implications for energy security and the future of clean energy infrastructure worldwide.
