Scientists tap sunlight to make clean hydrogen fuel from waste plastic
The team says recent trials produced hydrogen and acetic acid, with some systems running for more than 100 hours.
8 Articles
8 Articles
Scientists tap sunlight to make clean hydrogen fuel from waste plastic
Researchers at the University of Adelaide have proposed a roadmap to solve the crises of plastic pollution and the transition to clean energy. The research team investigated solar-driven photoreforming as a viable method for transforming plastic waste into hydrogen, syngas, and high-value industrial precursors. The world is currently caught between two compounding crises: the production of over 460 million tonnes of plastic waste each year and …
Australian scientists are killing two birds with one stone: they have developed a technique that tackles growing plastic pollution while simultaneously generating sustainable energy, all using sunlight. The principle is simple: discarded plastic can be converted into hydrogen, syngas (an industrially produced gas mixture consisting primarily of hydrogen and carbon monoxide), and other […] More science? Read the latest articles on Scientias.nl.
Australian researchers have developed a solution that can easily break down the hydrocarbon chains of plastics even at room temperature.
Sunlight Turns Plastic Waste Into Clean Fuel Opportunity Sunlight Turns Plastic Waste Into Clean Fuel Opportunity
Sunlight Turns Plastic Waste Into Clean Fuel Opportunity Plastic waste and clean energy are often treated as separate global headaches. One fills landfills, clogs rivers and drifts through oceans. The other demands vast investment, new infrastructure and urgent technological progress. Researchers at The University of Adelaide now argue that both challenges may be tackled through a single scientific route: using sunlight to convert discarded plas…
Solar-Driven Process Converts Waste Plastics Into Hydrogen And Industrial Fuels
Adelaide, Australia (SPX) Apr 29, 2026 Researchers at Adelaide University are advancing a technology that uses sunlight to convert discarded plastics into hydrogen, syngas and other valuable industrial chemicals, offering a dual solution to plastic pollution and the global demand for clean energy. A new paper led by PhD candidate Xiao Lu explores how solar-powered photoreforming can break down waste plastics at relatively low t
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