Research & Development
1,796 articles in this section.
Hydrogen Production Methods: Wood Models $0.56/kg Cost for Eclipse Energy’s Subsurface Route
An independent Wood assessment finds Eclipse Energy’s RenovaStrata H2 could produce hydrogen at $0.56/kg with 0.076 kgCO2e/kgH2, leveraging depleted o…
Monolayer Amorphous Carbon Emerges as a Metal-Free Catalyst Candidate for Hydrogen Production
IIT Gandhinagar researchers combined DFT and machine-learned potentials to screen monolayer amorphous carbon for HER, finding ~15% of sites match favo…
Hydrogen Propulsion News: DLR Launches MODULARIS Floating Laboratory for Maritime Research
DLR has launched the hull of its MODULARIS floating lab in Flensburg, a 48 × 11.5 m vessel to test hydrogen propulsion, batteries and alternative mari…
NTU artificial leaf advances green hydrogen production from seawater while tackling hydrazine contamination
A team at NTU has developed an artificial leaf that uses sunlight to produce hydrogen from seawater and simultaneously degrades toxic hydrazine using…
Honeywell Advances Ground Integration of Aircraft Power System
Honeywell International SRO integrates hydrogen fuel-cell subsystems at ÚJV Řež, setting up a TRL 4 ground demo before moving to Italy for full integr…
Green Hydrogen Production Demonstration Advances at KRISO’s Offshore Wave Energy Test Site
KRISO is demonstrating offshore green hydrogen production at its Jeju wave energy test site, using wave-powered electrolysis to store renewable energy…
Green Hydrogen News: CNE and GAMMA Ingenieros Partner on Hydrogen Infrastructure Study in Chile
Chile’s energy regulator and GAMMA Ingenieros launch a feasibility project to test green hydrogen blending in gas networks, aiming for cleaner fuel, n…
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…
Green Hydrogen Production from Pilbara Magnetite Points to New Low-Emission Resource
Lab experiments confirm that Pilbara magnetite can generate natural hydrogen and that fluid injection boosts yield, indicating iron ore regions may ho…
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…
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
A collaboration between Southern Federal University, Skoltech, the Boreskov Institute and Bauman Moscow State Technical University has yielded a five-…
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…
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…
Physics-Aware AI Blueprint Guides Solid-State Hydrogen Storage Discovery
Tohoku University coordinated an international effort to define a physics-aware AI ecosystem for solid-state hydrogen storage materials, integrating r…
Tanzanian Chilalo Graphite Validated for PEM Bipolar Plates
Independent tests confirm that Chilalo’s coarse flake graphite meets PEM fuel-cell separator plate requirements, opening a new, non-Chinese source for…
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
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
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
DEW’s Krefeld plant is piloting green hydrogen in reheating furnaces through EU-backed Hydreams and federally funded H2-HotRoll projects, testing impa…