New Technology– category –
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Protonic Ceramic Electrolyzer: Doubling Hydrogen Yield from Steam
Interesting Engineering USA Overview Researchers at the University of Groningen have developed a durable ceramic electrolyzer that doubles clean hydrogen production from steam without requiring additional electricity. The cell demonstrat... -
Japan Engine Corp: Hydrogen engine for large ships and 2028 timeline
Kyodo News Japan Overview Japan Engine Corp has developed the world's first hydrogen-fueled engine for large commercial vessels, reducing CO2 emissions by over 95% compared to heavy fuel oil. The technology will undergo onboard demonstra... -
Kawasaki Heavy Industries: First Japanese Hydrogen Aero-Engine Test
Response.jp Japan Overview Kawasaki Heavy Industries has successfully conducted Japan's first operation test of a small aviation engine powered by 100% hydrogen. The test validated stable combustion and thrust across all flight phases us... -
PEM Fuel Cell Ageing: Physics-Guided AI for Watt-Level Precision
Bioengineer.org (Scienmag) Overview A physics-informed deep learning framework predicts the power output of proton exchange membrane (PEM) fuel cell stacks with a root-mean-square error of 0.295 watts and a mean absolute percentage error... -
Solar Hydrogen Photoelectrodes: DGIST’s Low-Voltage Process
Bioengineer.org (Scienmag) South Korea Overview Researchers from DGIST and Kookmin University have developed a water-based, low-voltage fabrication process for solar hydrogen photoelectrodes that eliminates toxic solvents and high-voltag... -
Solar-Powered Artificial Leaf: Hydrogen Production and Hydrazine Removal Specs
New Atlas Singapore Overview Researchers at Nanyang Technological University have developed a solar-powered device that simultaneously generates hydrogen and degrades toxic hydrazine from seawater. The system reduced hydrazine concentrat... -
Hydrogen-Storage Alloys: QST Automated System Cuts Testing to 3 Hours
IBTimes JP Japan Overview QST, Tohoku University, and partners have developed an automated system that reduces hydrogen-storage alloy preparation and testing time from several days to two to three hours per sample. The system automates t... -
Syntholene SOEC: Geothermal eFuels Demo Performance and Specs
Hydrocarbon Processing USA Overview Syntholene Energy Corp. has achieved proof-of-performance for its geothermally-integrated solid oxide electrolyzer cell (SOEC) facility in Húsavík, Iceland. An independent review confirmed world-class ... -
Ammonia Dehydrogenation: MIT’s Low-Temperature Electrochemical Method
Bioengineer.org (Scienmag) USA Overview Researchers at MIT have developed an electrochemical process that extracts high-purity hydrogen from ammonia at temperatures between 200 and 300 degrees Celsius. By integrating a palladium membrane... -
Pt/Fe-NC Catalyst: Durable Ammonia Cracking for H2 Production
Bioengineer.org (Scienmag) USA Overview A self-regenerating platinum catalyst supported on nitrogen-doped carbon with atomically dispersed iron sites has demonstrated hydrogen production for up to 2,000 hours. By mitigating platinum oxid...
