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8164 results for "hydrogen fuel cells"
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.
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.
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.
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.
A new fuel cell platform can now power data centers and factories without burning fossil fuels, running on hydrogen or biofuels with 75% efficiency. The technology works like a battery that never needs charging, converting fuel directly into electricity without harmful emissions.
Researchers just discovered a game-changing principle that could make hydrogen fuel cells cheaper and more efficient, potentially accelerating our shift to clean energy. The breakthrough challenges decades of assumptions about how the best catalysts actually work.
A massive data center in New Mexico will run entirely on hydrogen fuel cells instead of traditional power, slashing water use while creating thousands of jobs. Oracle is also investing hundreds of millions into local schools, infrastructure, and water systems across Doña Ana County.
Scientists in Japan have cracked a 30-year challenge in clean energy, creating a ceramic material that efficiently converts hydrogen to electricity at temperatures far lower than ever achieved. This breakthrough could make hydrogen fuel cells practical for everyday use, bringing carbon-free energy closer to reality.
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.
University of Utah researchers discovered fuel cells can now clean themselves using steam, solving a major problem that has held back clean energy technology. The breakthrough could make pollution-free power generation work with everyday fuels.
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.
Scientists in Sweden have created a hydrogen safety sensor that actually works better in humid conditions, solving a major problem that has held back clean energy expansion. The breakthrough could make hydrogen fuel cells and green steel production much safer.
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.
Japanese researchers built a handheld reactor that generates electricity from hydrogen fuel, offering four times the energy density of lithium-ion batteries. The device heats to 600°C in five minutes but stays cool to touch, solving a major barrier to portable power.
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.
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.
One of the world's busiest ports just launched a groundbreaking pilot to replace diesel harbour boats with hydrogen fuel cells. The move could clean up 1,600 vessels that keep Singapore's shipping industry running.
Four companies just launched a pilot to create hydrogen fuel cell harbor boats in Singapore, one of the world's busiest ports. If successful, the project could help clean up emissions from 1,600 harbor vessels.
Three automotive giants are teaming up to accelerate fuel cell technology for heavy-duty trucks, combining decades of expertise to make hydrogen-powered transport a reality. Toyota is joining Volvo and Daimler Truck as equal partners in cellcentric, a company dedicated to building cleaner commercial vehicles.
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