Hydrogen Energy– category –
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U.S. Department of Energy Outlines Technical Targets for Hydrogen Storage Systems in Material Handling Equipment, Emphasizing Capacity, Cost, Durability, and CSA HPIT 1 Fuel Purity
U.S. Department of Energy USA Overview The U.S. Department of Energy (DOE) has defined technical targets for hydrogen storage systems in material handling equipment like forklifts. These targets cover parameters such as hydrogen capacity... -
India Plans ‘Electrolyzer on Lease’ Initiative to Boost Renewable Hydrogen Consumption, Reducing Upfront Costs for End-Users
S&P Global Commodity Insights India Overview India plans to introduce an "electrolyzer on lease" initiative to stimulate renewable hydrogen consumption, as announced by a Director from India's Ministry of New and Renewable Energy on July... -
U.S. Department of Energy Advances Photoelectrochemical (PEC) Water Splitting for Direct Hydrogen Production Using Sunlight and Semiconductors, Targeting Zero GHG Emissions
U.S. Department of Energy USA Overview The U.S. Department of Energy (DOE) is advancing Photoelectrochemical (PEC) water splitting, a technology that directly produces hydrogen from water using sunlight and specialized semiconductor mate... -
UJ JENano Group Pioneers Membrane-Free DEFT for Cost-Efficient Green Hydrogen Production
Engineering News South Africa Overview The University of Johannesburg's JENano Group has developed "DEFT" (Direct Electrolytic Fueling Technology), an innovative membrane-free method for producing green hydrogen. This breakthrough promis... -
Patsnap Identifies Four Key Hydrogen Storage Technology Routes and Leading Companies: High-Pressure Composites, Cryogenic Liquid Systems, Chemical Carriers, and Solid-State Materials
Patsnap International Overview Patsnap's analysis identifies four diverse technological routes evolving in hydrogen storage: high-pressure composite vessels, cryogenic liquid systems, chemical carriers, and solid-state materials. NPROXX,... -
Korean Researchers Boost Clean Hydrogen Production Performance by 50% by Incorporating Aluminum into Nickel-Iron Catalysts, Resolving OER Bottleneck
Energies Media South Korea Overview Researchers funded by the Korean Ministry of Science achieved a breakthrough, enhancing clean hydrogen production performance by approximately 50% through the incorporation of aluminum into nickel-iron... -
Enerzi Highlights Hydrogen Electrolyzers’ Decarbonization Role: Storing Surplus Renewable Energy as Hydrogen to Aid Hard-to-Abate Industries’ Transition from Coal and Natural Gas
Enerzi International Overview Enerzi emphasizes that hydrogen electrolyzers play a crucial role in storing clean energy as hydrogen gas by utilizing surplus power from renewable sources. This technology enables hard-to-abate industries l... -
SOEC, AEM, and PEM Electrolyzers Address Distinct Hydrogen Production Niches: From High-Efficiency Industrial Scale to Intermittent Renewable Energy Integration
Hydrogenergy Technologies India Overview Solid Oxide Electrolysis Cell (SOEC), Anion Exchange Membrane (AEM), and Proton Exchange Membrane (PEM) electrolyzers each cater to different hydrogen production niches. SOECs are ideal for large-... -
CuAu Alloy Electrocatalyst Enables Biomass Upgrading and Ultralow-Voltage Bipolar Hydrogen Production by Replacing OER with 5-HMF Oxidation, Significantly Reducing Cell Voltage
EurekAlert! International Overview Research announced on EurekAlert! demonstrates that a novel CuAu alloy electrocatalyst can enable ultralow-voltage bipolar hydrogen production by replacing the oxygen evolution reaction (OER) at the ano... -
India’s Advait Greenergy and China’s GuofuHee Successfully Complete 5MW Pressurized Alkaline Water Electrolyzer FAT, Advait Plans 1GW Indian Manufacturing Expansion
Chemical Industry Digest India Overview India's Advait Greenergy and China's Jiangsu Guofu Hydrogen Energy Equipment (GuofuHee) successfully completed Factory Acceptance Tests (FAT) and a technical demonstration of a 5MW pressurized alka...
