Hydrogen
All Hydrogen news
The Hydrogen Stream: Pilot project in Iceland shows geothermal-driven H2 could achieve LCOH of $1.75/kg
Syntholeneâs geothermal-integrated SOEC hydrogen platform could produce hydrogen at an estimated $1.75â$2.10/kg, about one-third the cost of comparable unsubsidized green hydrogen in Europe. Its Iceland demonstration facility aims to validate low-emission hydrogen production and support future commercial-scale deployment, while addressing risks such as electricity costs, electrolyzer durability, and capital expenses.
Jul 11, 2026
EU publishes draft terms of 4th hydrogen auction
The European Commission has published draft terms and conditions for the fourth European Hydrogen Bank auction, planned for end-2026 with a âŽ500 million budget.
The procurement exercise will maintain competitive bidding and fixed-premium support while introducing strengthened eligibility requirements, including electrolyzer supply-chain resilience, cybersecurity, ans state aid compliance.
The Hydrogen Stream: Orica moves forward with 50 MW hydrogen hub in Australia
As Orica decided to proceed with its hydrogen hub in New South Wales, Mitsubishi signed a purchase deal with Acme for 100,000 tons per year of green methanol from 2030. At the same time, the Danish-South African SAF collaboration hit a roadblock.
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Indiaâs annual solar installations could reach 85 GW by fiscal year 2030
A report by Equirus Securities predicts data centres, green hydrogen and night-time connectivity could add 15-20 GW of incremental solar demand annually from fiscal year 2029, which could lead to annual solar installations in India rising from around 50 GW in fiscal year 2027 to nearly 85 GW three years later.
UK study finds floating solar can generate hydrogen and save water on reservoirs
Researchers assessed floating solar PV combined with hydrogen production on UK reservoirs using simulation tools, modeling electricity generation, electrolysis, and end-use applications. The findings show that large-scale floating solar could produce significant hydrogen for heat, transport, and electricity, while also offering substantial water-saving benefits from reduced evaporation.
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Catalyst breakthrough could accelerate green hydrogen production
An international research team, including scientists from the University of Adelaide, have developed a highly efficient microscopic iridium catalyst that could represent an important step toward more affordable and efficient green hydrogen production.
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