Korean researchers enhance turquoise hydrogen production with selenium catalyst New method boosts efficiency of eco-friendly hydrogen production using advanced catalyst ...

By Koh Hyunjeong Domestic scientists have developed a technology to more effectively produce turquoise hydrogen by using a ...

“The SPIE Catalyst Award, in its second year, celebrates organizations that make significant contributions to environmental sustainability,” announced SPIE. “Schott’s pioneering efforts in ...

Pioneering Turquoise Hydrogen Production in British Columbia FortisBC is taking meaningful steps toward a low-carbon future ...

demonstrated that hydrogen can replace natural gas entirely. “Earning the SPIE Catalyst Award underscores our commitment to leading innovations for carbon reduced glass production,” said Jonas ...

A newly developed high-entropy alloy (HEA)-based catalyst promises to revolutionize hydrogen production through water electrolysis, offering a cost-effective and efficient alternative to conventional ...

Cambridge, England — Scientists have long said cutting methane emissions is key to addressing climate change, but many big industries aren't readily able to curb their production of the harmful ...

New test rig built to test a methane pyrolysis process for making hydrogen and graphite from natural gas.FortisBC FortisBC says it has successfully tested new turquoise hydrogen production ...

Yu Liang from the Dalian Institute of Chemical Physics (DICP) of the Chinese Academy of Sciences has achieved highly efficient photo-driven carbonylation of methane (CH 4) with carbonic oxide (CO ...