OMV receives EUR 123 mn in funding for the largest green hydrogen project in Austria

OMV receives EUR 123 mn in funding for the largest green hydrogen project in Austria

Austria is supporting the construction of one of Europe’s largest green hydrogen plants In Bruck an der Leitha, OMV is building a 140 MW plant with an annual capacity of up to 23,000 tons of green hydrogen starting from the end of 2027 Annual savings of up to 150,000 tons of carbon emissions will make a considerable contribution to decarbonizing the Schwechat refinery OMV and Austria...

RCT Hydrogen prepares to launch electrolyzer manufacturing operations in Germany

RCT Hydrogen prepares to launch electrolyzer manufacturing operations in Germany

Germany is set to boost its green hydrogen market as RTC Hydrogen prepares to launch an electrolyzer manufacturing facility. Electrolyzers are essential to the green hydrogen production market, and RTC is a major player in the hydrogen market thanks to its incredibly efficient technology that it has developed over the past few decades. Germany is set to expand its green hydrogen production...

Forget lithium, Russia believes the real prize lies in South Africa and it could slash hydrogen costs

Forget lithium, Russia believes the real prize lies in South Africa and it could slash hydrogen costs

The global installed renewable capacity reached new heights in 2025, as renewables accounted for the majority of the global power production in the first half of the year. Yet, some industries remain difficult to decarbonize, especially as green hydrogen remains expensive. However, Russia believes the real prize lies in South Africa and that it could slash costs for hydrogen, potentially making...

Solar Co-Electrolysis Process Converts Biomass to Green Hydrogen 

Solar Co-Electrolysis Process Converts Biomass to Green Hydrogen 

The work introduces a catalyst-guided cascade oxidation mechanism that substantially reduces energy input, opening new possibilities for integrating solar hydrogen production with sustainable biomass upgrading. The researchers began by comparing earth-abundant metal oxyhydroxides and identified CoOOH as a promising starting point for glucose oxidation. They then systematically introduced various dopants...

Compare listings

Compare