Hydrogen Fuel News

Research & Development

1,784 articles in this section.

Coumarin-Linked COF Boosts Hydrogen Production in Photocatalytic Water Splitting
Research & Development

Coumarin-Linked COF Boosts Hydrogen Production in Photocatalytic Water Splitting

CAS researchers unveil a coumarin-linked COF that prolongs charge separation by ~1,000× and achieves up to 531 mmol g⁻¹ h⁻¹ hydrogen evolution, pointi…

BIT’s New Acid–Base Interface Quadruples PEMFC Power
Research & Development

BIT’s New Acid–Base Interface Quadruples PEMFC Power

BIT researchers have created a proton-exchange membrane fuel cell embedding a Brønsted acid–Lewis base interface that boosts power density fourfold, i…

Research & Development

Hydrogen Storage and Separation from Methane Blends Using Metal Hydrides at Stony Brook University

Stony Brook University unveils a reversible metal hydride system that stores and purifies hydrogen from methane blends under mild conditions, promisin…

Russian institutes collaborate on ultra-stable five-metal catalyst
Research & Development

Russian institutes collaborate on ultra-stable five-metal catalyst

A collaboration between Southern Federal University, Skoltech, the Boreskov Institute and Bauman Moscow State Technical University has yielded a five-…

Research & Development

Electrochemical Ammonia Cracking Boosts Hydrogen Production Efficiency

MIT researchers unveiled an electrochemical reactor combining a ruthenium catalyst, palladium membrane and molten hydroxide cell to crack ammonia into…

Research & Development

Japan Engine Corporation Unveils 6UEC35LSGH Hydrogen Main Engine for Merchant Ships

Japan Engine Corporation unveiled its 6UEC35LSGH hydrogen-fueled main engine after land-based tests achieved over 95% hydrogen co-firing, setting the…

Hydrogen Production Methods Adapted for Fine Synthesis: LED-Driven Atomic Hydrogen Generation at UCL
Research & Development

Hydrogen Production Methods Adapted for Fine Synthesis: LED-Driven Atomic Hydrogen Generation at UCL

UCL chemists develop an LED-driven, room-temperature route to atomic hydrogen for metal-free hydrogenation and hydrodehalogenation without H₂ gas.

High-Entropy Self-Rebuilding Electrode Enhances Green Hydrogen Production in AEM Electrolyzers
Research & Development

High-Entropy Self-Rebuilding Electrode Enhances Green Hydrogen Production in AEM Electrolyzers

Researchers have designed a self-rebuilding high-entropy electrode that transforms its surface into an active oxyhydroxide under OER conditions, susta…

Ni/Au-Coated Carbon Fibers Slash Overpotential in Ammonia Alkaline Electrolysis
Research & Development

Ni/Au-Coated Carbon Fibers Slash Overpotential in Ammonia Alkaline Electrolysis

Thermally de-sized carbon fibers with electrodeposited Ni/Au layers cut overpotential to 168 mV at 10 mA/cm² in ammonia-containing alkaline electrolyt…

Hydrogen News: Deutsche Edelstahlwerke’s Krefeld Plant Trials Green Hydrogen in Steel Furnaces
Research & Development

Hydrogen News: Deutsche Edelstahlwerke’s Krefeld Plant Trials Green Hydrogen in Steel Furnaces

DEW’s Krefeld plant is piloting green hydrogen in reheating furnaces through EU-backed Hydreams and federally funded H2-HotRoll projects, testing impa…

Research & Development

Green Hydrogen-driven Synthetic Aviation Fuel Demonstration Plant Debuts at PSI

Metafuels and PSI have launched an end-to-end Power-to-Liquid demo plant in Villigen, Switzerland, producing 50 L/day of synthetic aviation fuel from…

Research & Development

NEDO & Kyoto University Fast-Track Hydrogen Fuel Cell R&D with BL34XU Beamline

NEDO and Kyoto University are building BL34XU, the world’s first hydrogen-focused beamline at SPring-8-II, to slash R&D cycles and accelerate hydrogen…

Research & Development

Air-bubble Cooled Photovoltaic-Thermal System Improves Green Hydrogen Production Efficiency

Indian researchers demonstrated that injecting air bubbles into a rooftop PVT water loop in Tamil Nadu cuts PV temperature, raises thermal efficiency…

Crystalline polymer catalysts edge closer to efficient green hydrogen production
Research & Development

Crystalline polymer catalysts edge closer to efficient green hydrogen production

Engineering the crystallinity of polymer photocatalysts boosts their sunlight-driven hydrogen production activity, potentially making organic catalyst…

Empa’s Proton Highway Project Aims to Boost Green Hydrogen Production
Research & Development

Empa’s Proton Highway Project Aims to Boost Green Hydrogen Production

Empa’s Proton highway project uses neutron crystallography and lattice dynamics to unlock faster proton transport in ceramic membranes, aiming to boos…

Hydrogen Storage and Infrastructure: How Ammonia Catalysts Advance Green Hydrogen Production
Research & Development

Hydrogen Storage and Infrastructure: How Ammonia Catalysts Advance Green Hydrogen Production

Prof. Li’s team at PolyU has developed nanostructured cobalt catalysts to crack ammonia into hydrogen more efficiently, powering a fuel cell golf cart…

Hybrid Electrolyzer Optimization Framework
Research & Development

Hybrid Electrolyzer Optimization Framework

Tianjin University and University of Surrey deploy a hybrid ALK/PEM optimization framework to boost green hydrogen production and grid flexibility in…

HORIBA Launches Standardized Fuel Cell & Electrolyzer Test Stations in China
Research & Development

HORIBA Launches Standardized Fuel Cell & Electrolyzer Test Stations in China

HORIBA and HORIBA FuelCon have launched four standardized test station models in China covering PEMFC, SOFC, SOEC, PEMEC, and AEMEC to accelerate R&D…

Hydrogen Production Pilot: PX Group and SoHHytec’s Solar-to-H2 Demo in Switzerland
Research & Development

Hydrogen Production Pilot: PX Group and SoHHytec’s Solar-to-H2 Demo in Switzerland

PX Group and SoHHytec launched a pilot project in Switzerland to produce green hydrogen onsite using a proprietary solar-to-hydrogen system, aiming to…

Green Hydrogen Production at UCT: Tackling the Iridium Bottleneck in PEM Electrolysers
Research & Development

Green Hydrogen Production at UCT: Tackling the Iridium Bottleneck in PEM Electrolysers

Associate Professor Rhiyaad Mohamed at UCT secured an EQT Foundation grant to develop ultra-low-iridium anodes for PEM electrolysers, aiming to reduce…

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