New Technology– category –
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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 ... -
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... -
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... -
Ossila’s 2026 Paper Highlights Hydrogen’s Potential as Key for Long-Term Energy Storage and Decarbonization, Eyeing Existing Gas Network Utilization
Ossila UK Overview Ossila's 2026 paper emphasizes hydrogen's significant potential as a fuel for storing, transporting, and delivering energy produced from various sources. It highlights hydrogen's superior characteristics for long-term ... -
Scientists Uncover Potential for Natural Hydrogen as New Energy Source and Discover Cheaper Methods for Hydrogen Production from Water, Expanding Hydrogen’s Role in Heavy Transport
Reddit (r/OptimistsUnite) International Overview Natural hydrogen is gaining traction as a potential new energy source, while scientists are simultaneously developing more cost-effective methods for producing hydrogen from water. Hydroge... -
Delaware Researchers Develop Spray-Jet Method for 90%+ Recycling of Iridium, Platinum, and PFAS Membranes from Used PEM Electrolyzers
University of Delaware (UDaily) USA Overview Researchers at the University of Delaware have developed a novel spray-jet recycling process that efficiently recovers precious metals like iridium and platinum, as well as the costly PFAS mem... -
German Startup Revolta Unveils High-Voltage Sodium-Ion Battery for Residential Applications, Boasting Over 95% Efficiency and Modular Capacity Up to 20 kWh
pv magazine Germany Overview German startup Revolta has launched a high-voltage residential sodium-ion battery storage system with modular capacities ranging from 2 kWh to 20 kWh. The system features over 95% efficiency, an energy densit... -
Dry Electrode Manufacturing Emerges as Key Battery Advancement, Enabling Cheaper, More Efficient Production with Tesla’s 4680 Adoption
SlashGear USA Overview Dry electrode manufacturing is being hailed as a significant advancement in battery technology, promising cheaper, more efficient, and environmentally friendlier production. This technique enhances energy density a... -
Rivian and Redwood Materials Deploy First 10 MWh Second-Life EV Battery Storage at a U.S. Auto Plant
Engineering.com USA Overview Rivian and Redwood Materials have partnered to install the first second-life battery energy storage system at a U.S. automotive plant, located at Rivian's Normal, Illinois manufacturing facility. This pioneer...
