PEM– tag –
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RIKEN Pioneers Cost-Effective Manganese Catalyst for High-Efficiency Green Hydrogen Production
理化学研究所の研究成果 (Facebook経由) Japan Overview Scientists at Japan's RIKEN have developed a novel manganese modification technique that significantly enhances the efficiency of proton exchange membrane (PEM) electrolyzers, a key te... -
German Chemists Pioneer Iridium-Free Electrolyzer, Slashing Green Hydrogen Costs by 80%
Nature Communications Germany Overview A German research team has developed a novel electrolyzer that entirely eliminates expensive iridium, a major bottleneck for scalable green hydrogen production, potentially slashing electrolyzer sta... -
ITM Power Delivers UK-Manufactured Electrolyzer to Germany’s GET H2 Nukleus Project, Initiating First Hydrogen Production at Lingen Plant
Energy Voice UK Overview ITM Power has delivered a UK-manufactured electrolyzer to Germany's GET H2 Nukleus hydrogen project, leading to the initiation of initial hydrogen production at RWE's plant in Lingen. This milestone represents a ... -
ITM Power Leverages UK Government Funding and Public Investment to Scale Next-Generation Electrolyzer Stack Manufacturing
proactiveinvestors.co.uk UK Overview ITM Power has secured formal grant support from the UK Department for Energy for its manufacturing line, initiating a project for large-scale production of its next-generation electrolyzer stacks. Sup... -
Green Hydrogen Market Projected to Reach $168.37 Billion by 2035, Driven by Major Industry Players
openPR.com USA Overview A new report from Future Market Insights forecasts the global green hydrogen market will surge to $168.37 billion by 2035. This substantial growth is primarily fueled by continuous development of integrated green ... -
U.S. Department of Energy Details Key Electrolysis Technologies for Hydrogen Production from Renewables and Nuclear, Highlighting Zero-Emission Potential
Department of Energy (energy.gov) USA Overview The U.S. Department of Energy (DOE) has released a comprehensive overview of electrolysis as a primary technology for hydrogen production from renewable and nuclear resources. The report det... -
Green Hydrogen Production Shifts to Industrial Scale with Electrolyzer Gigafactories and AI-Driven Process Control Accelerating Efficiency
Automate America Global Overview Green hydrogen production is transitioning from pilot to industrial scale, driven by substantial capacity increases from electrolyzer manufacturers and securing long-term offtake agreements. Advances in b... -
Australian Engineers Develop Water-Free Fuel Cell Membrane Operating Bone Dry at 250°C (482°F), Eliminating Water Management Systems and Boosting Efficiency
Autonocion.com (discussing research) Australia Overview Australian engineers have developed a groundbreaking water-free fuel cell membrane that operates at an unprecedented 250°C (482°F) in a completely dry state. Traditional fuel cells ... -
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... -
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-...
