Research & Development
1,818 articles in this section.
Revolutionizing Hydrogen Storage: A Path Towards Sustainable Energy
Recent innovations in hydrogen storage focus on anchoring ruthenium nanoparticles in nanostructured supports, aiming to enhance the efficiency and sta…
Abergeldie Unveils Underground Hydrogen Storage Patent—A Quantum Leap for Clean Energy
Abergeldie Complex Infrastructure patents a new underground hydrogen storage system, revolutionizing how hydrogen can be stored efficiently and sustai…
Hydrogen Production Advances: KIER’s NiO-NiCo Electrode Lowers Voltage in Alkaline Electrolysis
KIER developed a NiO-NiCo heterostructure cathode for alkaline water electrolysis, cutting voltage to 2.014 V at 1 A/cm² and demonstrating robust dura…
Fraunhofer IMM Unveils 25 kW Diesel Reformer for Maritime Fuel Cells
Fraunhofer IMM has built a 25 kW maritime diesel reformer under the ZIM-supported DIMARIT project to convert onboard diesel into hydrogen-rich gas for…
Hydrogen Production Boosted by Strain-Controlled Pt Single-Atom Catalyst on Crumpled MXene
A new lab study shows that platinum single atoms on crumpled Mo2TiC2Tx MXene achieve overpotentials as low as 24.9 mV at 10 mA cm−2 and a mass activit…
Hydrogen News: Daihatsu Displays Development-Stage Ammonia/Hydrogen Co-Firing Engine
Daihatsu displayed an ammonia/hydrogen co-firing engine prototype at Japan Mobility Show Bizweek 2026, generating hydrogen onboard to improve combusti…
Cryo-Adsorption with MOFs May Extend Liquid Hydrogen Storage to 221 Days
A UNIST-led team modeled that IRMOF-20 could extend vacuum-insulated liquid hydrogen storage from 64 to 221 days while retaining ~97% of volumetric ca…
Hydrogen production expansion unlikely to strain Europe’s freshwater supplies
A JRC study finds Europe’s planned hydrogen production will put limited pressure on most freshwater supplies, though Southern Europe faces local risks…
Hydrogen Infrastructure: Wyoming Study Charts US Pipeline Costs and Emissions
A University of Wyoming study in Nature Communications finds that US hydrogen pipeline cost models underestimated construction expenses and reveals re…
Fuel Cell Catalyst Durability Enhanced by Nitrogen-Doped Graphene Shells on Pt@N-FLG/SWCNT
Nagoya University reports that its Pt@N-FLG/SWCNT catalyst retains 96.9% of its electrochemical surface area after 30,000 accelerated cycles, boosting…
SeaEly Advances Direct Seawater Electrolysis for Green Hydrogen Production
Fraunhofer IWES and IFAM developed test benches and membranes for direct seawater electrolysis, demonstrating initial feasibility for producing green…
Green Hydrogen Production from Waste Wood Demonstrated in Black Forest Pilot
H2Wood–BlackForest demonstrates a pilot converting waste wood to hydrogen and coproducts at GROHE Technology, guiding Germany’s biohydrogen roadmap.
Hydrogen production from seawater via integrated desalination and electrolysis at DICP
Researchers at DICP have reported a seawater-to-hydrogen-and-fresh-water system that integrates alkaline electrolysis with low-temperature vacuum-dist…
IIT (ISM) Dhanbad Joins ACME & HYREVEAL to Explore Geologic Hydrogen Research
IIT (ISM) Dhanbad reportedly signed a 24-month MoU with ACME Cleantech Solutions and HYREVEAL to research geologic hydrogen potential, rock alteration…
Bumhan Fuel Cell Unveils Korea’s First 10 kW‐Class Cascade SOFC with 60.8% Efficiency
Bumhan Fuel Cell Co., Ltd. reports a 10 kW-class cascade SOFC system with 60.8% efficiency under KETEP-supported R&D, marking a national fuel-cell mil…
Halide Ligand Choice Boosts Photocatalytic Hydrogen Production Performance
EPFL’s LIMNO team finds iodide‐based platinum precursors improve photodeposition and hydrogen‐evolution metrics on organic semiconductor nanoparticles…
Membrane-Free Electrolysis Boosts Green Hydrogen Production and Sustainable Plastics Precursors
Keele University researchers have demonstrated a membrane-free alkaline electrolyzer that co-produces hydrogen and FDCA at 0.5 A cm⁻² and below 1.5 V,…
Blue-Pigment Iron Catalyst Reaches 902 mW/cm² Peak in AEMFC Cathode
A multi-institutional team reports a platinum-free iron catalyst reaching 902 mW/cm² in an anion-exchange membrane fuel cell cathode, setting a new pe…
Additively Manufactured Gas-Turbine Injector Promises Fuel Flexibility
A German research team has laboratory-tested a 3D-printed gas-turbine injector able to burn hydrogen, natural gas, methanol, e-fuels and kerosene. The…
Hydrogen Production: Sulfur-Linked Metal-Organic Framework Enables Solar-Driven Hydrogen Evolution
Oregon State University researchers have developed a sulfur-based metal-organic framework, BVR-19, that splits water into hydrogen under illumination…