Wild Hydrogen develops novel hydrogen production tech
Wild Hydrogen has unveiled its method of hydrogen production, which uses materials including wood, plants, seaweed and plastic waste as a feedstock.
Industrial applications is a topic we simply cannot ignore. From the steel in our buildings or the fertilisers aiding our crops, the industrial production of various products is extensively woven into the fabric of our lives. But those industries are also a major threat to our climate. In 2022 the industrial sector was directly responsible for a quarter of global energy system carbon dioxide (CO2) emissions.
Wild Hydrogen has unveiled its method of hydrogen production, which uses materials including wood, plants, seaweed and plastic waste as a feedstock.
Norwegian ferry firm Torghatten Nord has contracted MAN Cryo to design hydrogen supply systems for its two new-build hydrogen-powered ferries.
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Air Products wants to build a network of hydrogen refuelling stations stretching from California’s north to the south.
Verne has been selected to develop cryo-compressed hydrogen (CcH2) solutions for vehicles in the US Army.
Tree Energy Solutions (TES) and OQ Alternative Energy (OQAE) have signed a Joint Study Agreement to explore the development of an e-NG facility in Oman, based on green hydrogen.
TECO 2030 has announced its fuel cell is running at 100% power capacity at AVL’s testbed facility in Graz, Austria.
“The law removes obstacles to the approval of infrastructure projects that produce, store or import hydrogen,” Climate Minister, Robert Habeck said.
RWE has announced plans to build a hydrogen-ready combined-cycle gas turbine (CCHT) power plant in Werne, Germany, with a capacity of around 800MW.
