New hydrogen storage technology ‘has great potential’
Researchers from Deakin University’s Institute for Frontier Materials have found a way to store hydrogen in powder form
Researchers say they have a found a new, efficient way to store large amounts of hydrogen in solid form. The method—known as ‘ball milling’—sees the gas combined with boron nitride powder in a spinning chamber. Once absorbed into this material, the gas can be transported safely and easily. The absorbed gases can then be recovered via a simple heating process, leaving both the gases and the powder unchanged and allowing for immediate re-use. The results of the research—carried out at Australia’s Deakin University’s Institute for Frontier Materials (IFM)—have been published in the peer-reviewed journal Materials Today. “We need to further validate this method with industry to develop a p
Also in this section
6 January 2026
Shifts in government policy and rising power demand will shape the clean hydrogen sector as it attempts to gain momentum following a sluggish performance in 2025
23 December 2025
Government backing and inflow of private capital point to breakthrough year for rising star of the country’s clean energy sector
19 December 2025
The hydrogen industry faces an important choice: coordinated co-evolution or patched-together piecemeal development. The way forward is integrated co-evolution, and freight corridors are a good example
10 December 2025
Project developer Meld Energy ready to accelerate 100MW project in Humber region after securing investment from energy transition arm of private equity firm Schroders Capital






