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26 results for "hydrogen fuel"
A South African research team has developed software that models liquid hydrogen storage 40 times faster than existing tools, potentially accelerating the future of clean aviation. NASA scientists are taking notice.
Scientists created a recycling system that works with contaminated plastic waste, breaking it down into reusable materials and even hydrogen fuel. The breakthrough could transform billions of tons of "unrecyclable" trash into valuable resources.
A Stony Brook researcher has developed a safer way to store hydrogen fuel using existing gas pipelines, transforming clean energy from a distant dream into near-term reality. Her system could unlock the potential of green hydrogen across transportation, industry, and power generation.
Scientists at the University of Brasília have developed breakthrough technology that could make clean hydrogen fuel affordable and accessible across Brazil. The innovation promises to speed up the country's transition to renewable energy while slashing production costs.
Researchers in Sweden just turned sunlight and water into hydrogen gas using conductive plastic nanoparticles instead of costly platinum. The breakthrough could finally make clean hydrogen affordable enough to power the world.
Scientists created a "solar battery" that stores sunlight for days and converts it into clean hydrogen fuel on demand, even in complete darkness. This breakthrough could transform how we power energy-intensive industries with renewable energy.
University of Michigan researchers have created quantum materials that split water into clean hydrogen using only sunlight, achieving record efficiency outdoors. This breakthrough could help produce carbon-free fuel for trucks, trains, and ships without burning fossil fuels.
A Dutch flower grower just became the first farm in the world to produce its own hydrogen fuel, showing how agriculture can lead the green energy revolution. The breakthrough system could slash energy costs while helping farms go carbon neutral.
A researcher in the UAE has unveiled a groundbreaking solar system that produces electricity, drinking water, and clean hydrogen fuel simultaneously. The innovation could transform how desert cities tackle energy and water scarcity together.
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 in Taiwan just cracked a major clean energy puzzle by creating a device that produces hydrogen fuel while capturing waste heat, achieving record efficiency. This compact technology could bring clean energy and water purification to communities that need it most.
Chinese scientists discovered natural hydrogen trapped in microscopic rock cavities on the Qinghai-Xizang Plateau, opening a path toward zero-carbon energy exploration. The breakthrough fills a major gap in clean energy research and could help China advance its green energy goals.
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.
Hong Kong's Towngas is transforming from a century-old gas company into a clean energy innovator, using AI to maintain pipes and producing green methanol from waste. The utility proves legacy companies can lead the charge toward zero-carbon futures.
Scientists in South Korea just solved a major problem holding back clean hydrogen production from sunlight. Their new solar cells can now split water into hydrogen fuel for days without breaking down.
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 discovered that strong electric fields completely flip water chemistry rules, making splitting water easier through disorder rather than energy. This breakthrough could revolutionize how we produce clean hydrogen fuel.
A small Bavarian town just started building a pioneering hydrogen facility that will produce 650 tons of clean fuel yearly. Feuchtwangen's bold move could transform how communities power their future.
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.
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