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14 results for "fuel cells"
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.
Australian researchers just solved a major problem holding back batteries and fuel cells. Their new technique makes critical membranes twice as strong without sacrificing performance.
Japanese tech giant Panasonic just launched a smart fuel cell system that turns natural gas into electricity and hot water right in your home, working alongside solar panels to slash energy bills. The breakthrough device can power itself during outages and helps stabilize the electrical grid during peak demand.
Researchers at McGill University have cracked the code on converting human urine into clean energy using bacteria-powered fuel cells. The breakthrough could bring sustainable power to disaster zones and off-grid communities worldwide.
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.
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 can now transform massive X-ray datasets into 3D images in seconds instead of hours, thanks to a real-time connection between two major research facilities. This breakthrough is already helping researchers study everything from fuel cells to bird feathers with unprecedented speed.
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.
Engineers just solved a decades-old problem that's kept hydrogen fuel cell cars out of reach for most families. By stabilizing affordable iron to replace expensive platinum, they're paving the way for clean vehicles that don't break the bank.
Scientists just figured out how to transform carbon dioxide into clean energy using one of Earth's most common metals. This breakthrough could turn a greenhouse gas problem into a fuel solution.
IBM's new 120-qubit Nighthawk processor is purpose-built to help scientists discover better solar panels, fuel cells, and nuclear reactors faster than ever before. The quantum computer can now run complex simulations that would take traditional supercomputers years to complete.
A groundbreaking clean energy facility in Bridgeport is moving forward after developers agreed to improve its appearance following community feedback. The $100 million project will power 10,000 homes and heat major buildings while looking better from the highway. #
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.
South Korean households are willing to invest over $400 million to replace diesel freight trucks with hydrogen-powered vehicles, valuing clean air seven times higher than current carbon credit prices. The public support could accelerate one of the world's most ambitious green trucking transformations.