The latest hydrogen industry news, developments, and community updates.
Rolls-Royce and EasyJet successfully tested a 100% hydrogen-fuelled aircraft engine through a complete simulated flight cycle, demonstrating operational capability across all flight phases.
PHINIA will showcase its first homologated H2ICE light commercial vehicle, developed with Aramco, at ACT Expo 2026. The vehicle achieves up to 99% reduction in tailpipe CO₂ emissions compared to diesel and complies with Euro 7 emissions standards.
Otto-von-Guericke University Magdeburg researchers have developed a closed-loop hydrogen engine achieving over 60% efficiency with zero emissions, offering power output comparable to diesel engines for heavy-duty applications.
A UNSW-led research team has proposed two low-power ride-through strategies that enable standalone PV-electrolyzer systems to maintain stability during solar power fluctuations without requiring battery storage.
easyJet and Rolls-Royce completed a full-power test of a modified Pearl 15 jet engine running on 100% hydrogen at NASA's Stennis Space Center, demonstrating safe operation across a complete flight cycle.
Hazer Group and KBR have finalized a standardized Process Design Package for large-scale turquoise hydrogen production using methane pyrolysis, positioning the technology for commercial deployment worldwide.
Kent has been awarded an EPCM contract for MorGen Energy's 20MW green hydrogen plant in West Wales, which secured funding under the UK Government's Hydrogen Production Business Model.
PyroGenesis has achieved successful production of battery-grade carbon black and hydrogen from a proprietary plasma torch system using natural gas and methane as both plasma-forming gas and feedstock, without requiring secondary materials or additives.
UK technology company Ceres has unveiled its Endura solid oxide stack, a 10.8kW unit designed for on-site data centre power and green hydrogen production applications.
Scientists in Chile have created a residential-scale hydrogen production system using end-of-life solar panels and proton exchange membrane electrolyzers, achieving a levelized cost of hydrogen of $5.8/kg.
The Korea Institute of Materials Science is developing a non-precious metal catalyst using iron substitution to lower electrolyzer costs and accelerate scalable green hydrogen production for industrial and transportation applications.
German electrolyser manufacturer Sunfire has unveiled a 50-MW pressurised alkaline electrolyser module designed to reduce installation costs and enable scaling for industrial hydrogen production projects.
