The Solid Oxide Electrolyzer Cell (SOEC) market is poised for significant growth, expected to rise from USD 424.6 million in ...

Highest electrical efficiency demonstrated on its Solid Oxide Fuel Cell (SOFC) platform when using 100% Hydrogen Bloom’s fuel cell technology has demonstrated operations1 on both natural gas, hydrogen ...

Dutch tulip nursery Rainbow Colors has completed the installation of a 1 MW solid oxide electrolyzer for on-site hydrogen production, while GlobalData says global low-carbon hydrogen capacity could ...

Bloom Energy (NYSE:BE) +4.4% post-market Monday after announcing it is now offering the Bloom Energy Server power solution with ~60% electrical efficiency, the highest electrical efficiency ...

Explore how hydrogen is produced, stored, and converted back into electricity using electrolyzers, metal hydrides, and modern ...

Bloom Energy (NYSE:BE) has begun generating hydrogen from the world’s largest solid oxide electrolyzer installation at NASA’s Ames Research Center, the historic Moffett Field research facility in ...

Imperial researchers have gained new insights into a catalyst involved in green hydrogen production that could ultimately help efforts to scale up ...

The Korea Institute of Energy Research has developed a solid oxide electrolysis cell stack that uses a special kind of separator plate to ensure proper flow of hydrogen and oxigen after water ...

PUNE, India--(BUSINESS WIRE)--Thermax, a leading energy and environment solutions provider and a trusted partner in energy transition, has announced a strategic collaboration with Ceres Power Holdings ...

FCEL is advancing carbon capture and hydrogen projects with ExxonMobil and Toyota, aiming to unlock new revenue streams in a shifting energy market.

Heavy hydrogen was king of the meeting of the American Chemical Society in St. Petersburg, Fla. last week. Its discoverer, Dr. Harold Clayton Urey of Columbia University, opened a heavy hydrogen ...

While hydrogen's high energy per mass makes it an excellent fuel, it's awfully hard and expensive to store long-term. That could change, thanks to the work of researchers at Switzerland's ETH Zurich.