GH EnA Partners with Utility to Produce Carbon-Negative Hydrogen in South Korea
Key Ideas
- GH EnA and Utility collaborate in South Korea to utilize H2Gen reactors for carbon-negative hydrogen production from biogas.
- The partnership aligns with South Korea's Hydrogen Economy Roadmap and aims to provide a cost-effective and environmentally friendly solution.
- The technology is set to be deployed in various cities in South Korea, with a focus on supplying hydrogen for heavy-duty vehicles and industrial applications.
- South Korea's ambitious plans include generating 3,000-3,500GWh of power annually from clean hydrogen by 2027, emphasizing the importance of clean energy in the nation.
GH EnA, a company in South Korea, has entered into a Commercial Agreement with Utility to utilize H2Gen reactors for producing 'carbon-negative' hydrogen from biogas. This move is in line with South Korea's Hydrogen Economy Roadmap, aiming to boost the country's low-carbon hydrogen market. The H2Gen reactors, powered by Utility's eXERO gas production technology, can generate hydrogen directly from biogas without using electricity or steam methane reforming, offering a more cost-effective and space-efficient alternative to traditional methods. Initial projects are planned for several cities in South Korea, with GH EnA leading the efforts to supply the produced hydrogen for heavy-duty vehicles, buses, and other applications. The CEO of Utility, Claus Nussgruber, highlighted the significance of this technology in enabling the production of clean and affordable hydrogen on-site, catering not only to the mobility sector but also to industries like steel and petrochemicals. South Korea's Ministry of Trade, Industry and Energy has recently initiated a bidding market for the production of clean hydrogen-fired power generation, with a target of 6,500GWh over 15 years. The country aims to generate a substantial portion of its power from clean hydrogen by 2027, emphasizing the shift towards sustainable energy sources to meet its energy demands.
Topics
Production
Renewable Energy
Clean Technology
Electricity Generation
Energy Independence
Biogas
Industrial Decarbonization
Commercial Transport
Low Carbon Market
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