H2 Energy Group

On Thursday (23 October), the Delegated Act (DA) on low-carbon hydrogen passed the Parliament Plenary, accompanied by assurances from energy Commissioner Dan Jørgensen. These included confirmation of grandfathering provisions, meaning projects coming online early will not face stricter rules in the near term, a commitment to technological neutrality, and a new methodology to allow nuclear and renewable power purchase agreements to be used for hydrogen production. The Commission adopted the rules in July.  They require producers to deliver hydrogen with at least 70% fewer emissions than fossil fuels to be designated as low-carbon. The DA lays out a methodology for [...]

2025 webinar programme gasworld.TV is our exclusive platform for webinars and digital events, our webinars showcase the industries hot topics and key trends in the industrial gas sector, bringing discussion, insights, and debate directly to your workspace across the world. The 2025 webinar programme is available to view, so get in touch and get involved today. To view the whole programme, visit https://gasworld.tv/2025-webinar-programme/. If you’re interested in speaking on one of our upcoming webinars contact tom.dee@gasworld.com .

Under Japan’s Zero-Emission Accelerating Ship Finance programme, Uyeno will be supported by the Development Bank of Japan (DBJ) and ship classification society ClassNK. Built by Fukuoka Shipbuilding, the Kikou Maru will be the first coastal vessel financed through the programme. Currently, it runs on electric propulsion but has been designed so that hydrogen fuel systems can be added. In 2026, Uyeno plans to conduct the first demonstration voyages powered by hydrogen, which will be supported by the Nippon Foundation’s Zero Emission Ships project. The vessel was awarded an “S rating” from ClassNK for the hydrogen-ready design and integration of battery [...]

The delivery marked the first time the Malaysian state-owned energy firm transported hydrogen by sea using metal hydride storage technology, rather than in a gas or liquid form. Hydrexia provided its MHX container, which stores hydrogen in magnesium-based metal hydrides. “[This] mitigates risks associated with hydrogen logistics, and reduces operational costs,” according to the firm’s statement. Hydrexia added that the demonstration with SEDC means its technology can now be commercially deployed and used to transport hydrogen regionally in Asia. “The shipment clearly demonstrates our ability to expand business to new regional markets and monetise our MHX,” Alex Fang, Hydrexia CEO [...]

The Kawasaki Plant currently uses two 73.5MW petroleum coke and city gas power generation units for the production of chemicals like ammonia, hypochlorite, and chloroprene rubber. However, one of the units is set to be replaced with a 30–40MW natural gas and hydrogen co-firing turbine to cut the site’s emissions by up to 254,000 tonnes of carbon dioxide. Expected to be operational in Q1 2030, the new unit will generate up to 210GWh annually, covering around 40% of the site’s power consumption. Resonac has said a portion of the output will be supplied to its semiconductor materials facilities in the [...]

Ballard Power Systems says its strategy remains unchanged following the US Department of Energy’s (DOE) decision to axe 223 clean energy projects worth a combined $7.5bn across its grant programmes. While the October 2 announcement did not confirm which projects would be affected, Ballard confirmed to H2 View that it does not expect DOE support for the proposed 3GW hydrogen fuel cell plant in Rockwall, Texas. This is a paid article, to read the article in full you can sign in if you are subscribed or subscribe today.

Under an agreement with Edgewood Renewables, Plug will use its hydrogen plant design experience to help build and integrate hydrogen into the SAF production process. Specifically, the US green hydrogen firm will lead the engineering design, key product supply, fabrication, and project oversight. Plug said the project “expands its reach beyond hydrogen into complementary clean fuel markets.” Located at a former fuel-terminal site in Nevada, the plant will convert biomass into low-carbon fuels using thermochemical processes that integrate renewable natural gas and hydrogen. Edgewood plans to produce over 120 million gallons of SAF per year. Construction of the facility and [...]

Specifically, these new sites will expand Asahi’s capacity to build electrolysis cell frames and membranes. The facilities are expected to supply both alkaline electrolysis systems for clean hydrogen production and ion-exchange membrane chlor-alkali electrolysis systems that are used to manufacture chlorine and caustic soda. The expansion was selected for financial support of up to ¥11.4 bn ($73m) last December, under the Japanese Ministry of Economy, Trade, and Industry’s GX Supply Chain Development Programme. “This investment strengthens vertical integration across key materials for hydrogen and chlor-alkali markets, enhancing stable supply to meet future market growth,” Asahi said in a statement. Asahi’s [...]

2025 webinar programme gasworld.TV is our exclusive platform for webinars and digital events, our webinars showcase the industries hot topics and key trends in the industrial gas sector, bringing discussion, insights, and debate directly to your workspace across the world. The 2025 webinar programme is available to view, so get in touch and get involved today. To view the whole programme, visit https://gasworld.tv/2025-webinar-programme/. If you’re interested in speaking on one of our upcoming webinars contact tom.dee@gasworld.com .

The UK government-backed Engineering and Physical Sciences Research Council (EPSRC) awarded RGU the funding. Scottish university researchers will use solid oxide steam electrolysers (SOSE) to produce clean hydrogen. RGU will build on the School of Computing, Engineering and Technology’s (SoCET) development of a high-temperature tubular electrolyser cell capable of operating between 600°C and 900°C. “This investment allows us to push forward the science and engineering needed to make solid oxide steam electrolysis commercially viable while creating new opportunities for sustainable innovation in partnership with industry,” explained Project Lead, Professor Nadimul Faisal. The METASIS 2.0 project is part of a wider [...]