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He holds a joint position between CSIRO and Monash. His research areas include development and application of porous materials: storage, separation and triggered release of small molecules with adsorbents and membranes, flow chemistry, lithium-sulfur batteries and supercapacitors. Read more about Matthew Hill's research articles Leading the charge on lithium batteries Researchers have taken a giant leap towards claiming the holy grail of renewable energy by creating a lithium-sulfur battery that’s faster, cleaner, and lasts longer. Technology and engineering Read more Carbon-capture breakthrough could be a game-changer in utilising CO₂ A revolutionary device that captures carbon dioxide directly from the atmosphere could be a game-changer in supporting the economy and lowering emissions. Technology and engineering Read more Breath of fresh air for gas masks A global-first collaboration is set to radically overhaul technology that's remained unchanged for more than a century. Technology and engineering Read more Dummy text
Associate Professor, Department of Chemical Engineering Matthew.Hill@monash.edu
Porous materials Metal-organic frameworks
Matthew leads an interdisciplinary team of researchers actively involved with industry partners to bring laboratory discoveries to market. He holds a joint position between CSIRO and Monash. His research areas include development and application of porous materials: storage, separation and triggered release of small molecules with adsorbents and membranes, flow chemistry, lithium-sulfur batteries and supercapacitors.
Researchers have taken a giant leap towards claiming the holy grail of renewable energy by creating a lithium-sulfur battery that’s faster, cleaner, and lasts longer.
A revolutionary device that captures carbon dioxide directly from the atmosphere could be a game-changer in supporting the economy and lowering emissions.
A global-first collaboration is set to radically overhaul technology that's remained unchanged for more than a century.
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