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7479 results for "hydrogen fuel"
A California dairy farm is making history by turning methane from cow waste into hydrogen fuel, earning the state's lowest carbon rating ever. The groundbreaking project shows how agriculture can help power cleaner transportation.
Australian scientists have cracked a major hydrogen fuel cell problem that could make clean-powered planes a reality. Their microscopic channel design prevents water buildup and delivers 75% more power than standard cells.
Michigan could be sitting on vast reserves of naturally forming hydrogen deep underground, and Governor Gretchen Whitmer wants to explore whether this clean fuel could help power the state's future. If successful, the discovery could transform hard-to-electrify industries without the environmental cost of fossil fuels.
British scientists developed a catalyst that produces hydrogen at temperatures low enough to use waste heat from factories, potentially turning industrial pollution into clean fuel. The breakthrough could make hydrogen cheaper than current green energy methods.
The East Coast is building a massive hydrogen fueling network to help freight trucks go green without the long charging waits of electric vehicles. Federal funding of $750 million is creating fuel stations from Boston to Washington D.C., solving the chicken-and-egg problem that's kept clean trucks off the road.
Researchers have developed a breakthrough method to convert mixed plastic waste into hydrogen fuel at lower temperatures while trapping carbon before it reaches the atmosphere. This innovation could tackle two major environmental challenges at once.
Researchers just figured out how to transform plastic waste into clean hydrogen fuel using only sunlight and old car battery acid. This breakthrough tackles two pollution problems at once while creating valuable green energy.
Japan just switched on its largest pure hydrogen fuel cell power plant, marking a major step forward in clean energy technology. The 500 kW facility can supply a third of a nearby manufacturing plant's electricity while operating at 95% efficiency.
Scientists just figured out how to turn wastewater into clean hydrogen fuel using artificial intelligence. The breakthrough could help us save drinking water while creating the fuel experts say will power our future.
German researchers have discovered how to transform glycerol, a waste product from biodiesel production, into valuable hydrogen fuel and industrial chemicals without releasing any carbon dioxide. The breakthrough could help replace petroleum-based processes that currently pump massive amounts of CO₂ into our atmosphere.
Engineers at UNSW have cracked a major problem holding back hydrogen fuel cells, potentially unlocking clean energy for planes and trucks. Their simple redesign makes the cells 75% more powerful without adding cost.
Researchers at the University of New South Wales have solved a major problem holding back hydrogen fuel cells, opening new possibilities for clean heavy transport and aviation. Their simple design change delivers dramatically more power while cutting costs.
Researchers at Cambridge University found a way to transform two waste problems into solutions: recycling old car battery acid to break down plastic waste and produce clean hydrogen fuel. The breakthrough could turn hundreds of millions of tonnes of annual plastic waste into sustainable energy.
Scientists in Canada and Germany discovered a simple but powerful solution to a water buildup problem that was limiting hydrogen fuel cells for trucks and planes. By designing cells to work with gravity, they've opened the door to cleaner long-haul transportation.
Scientists used artificial intelligence to transform dirty wastewater into green hydrogen, the clean fuel of the future. This breakthrough could help save drinking water while fighting climate change.
A small team in southern India is engineering the lightweight cylinders that could make hydrogen vehicles practical. Their work tackles one of clean transport's toughest problems: carrying fuel that weighs almost nothing but needs extreme pressure.
Researchers at the University of Wisconsin-Milwaukee are converting corn husks, sawdust, and even cork into clean hydrogen fuel. The process also creates a soil-enriching byproduct that helps crops grow better.
Deep beneath Michigan's surface lies geologic hydrogen, a naturally occurring clean fuel that could power ships and trucks without emissions. Governor Whitmer just launched an initiative to tap this billion-year-old energy source that requires far less energy to extract than manufacturing hydrogen from scratch.
University of Birmingham researchers discovered a breakthrough catalyst that produces clean hydrogen at far lower temperatures, potentially making green fuel cheap enough to compete with fossil fuels. The innovation could turn industrial waste heat into free energy for hydrogen production.
Toyota is exploring hydrogen fuel for its delivery trucks and factories, shifting toward practical commercial uses after hydrogen struggled in passenger cars. The automaker could extend the clean fuel across its entire supply chain.
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