PGM– tag –
-
Power to Hydrogen Pioneers Industrial AEM Electrolysis with World’s First 0.5MW System at Antwerp-Bruges Port
Hydrogen Fuel News Belgium Overview Power to Hydrogen (P2H2) has commenced the installation of a 0.5-megawatt Anion Exchange Membrane (AEM) electrolyzer at the Port of Antwerp-Bruges, marking the world's first industrial deployment of 25... -
Power to Hydrogen Unveils World’s First Industrial 0.5MW AEM Electrolyzer at Port of Antwerp-Bruges, Targeting 65% Green Hydrogen CAPEX Reduction
Power to Hydrogen Belgium Overview Power to Hydrogen has commenced installation of its pioneering 0.5MW anion exchange membrane (AEM) electrolyzer at the Port of Antwerp-Bruges, Belgium – marking the world's first industrial deployment o... -
Revolutionary Nano-Carbon Catalyst Unlocks Stable, Efficient Fuel Cells with Trace Platinum for Data Centers and Beyond
ScienceDaily USA Overview Researchers have developed a novel nanostructured carbon design for fuel cell catalysts that achieves exceptional stability and high efficiency with only trace amounts of platinum. This breakthrough, published i... -
Carbon-Based Catalysts Advance Hydrogen Production in Microbial Electrolysis Cells, Offering Low-Cost Platinum Alternatives
The Royal Society of Chemistry UK Overview Development of low-cost, durable carbon-based catalysts is progressing for hydrogen production in microbial electrolysis cells (MECs) using wastewater and organic waste, aiming to replace expens... -
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... -
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... -
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... -
Fuzhou University and Collaborators Establish Novel AI-Quantum Chemistry Framework for Designing High-Performance Fe-N-C Single-Atom Catalysts for Fuel Cells
Mirage News China Overview A joint research team from Fuzhou University, Qingyuan Innovation Laboratory, and the University of Science and Technology of China has developed an innovative 'dual modulation strategy' combining Density Funct... -
CAS Researchers Develop High-Efficiency Te-MoS₂ Hydrogen Evolution Catalyst Achieving 1000 mA/cm² Stable Performance at 364 mV Overpotential in Acidic Electrolyte via Single-Element Dual-Site Substitution
Chinese Academy of Sciences (CAS) China Overview A research team led by Professor DENG Dehui at the Chinese Academy of Sciences has developed a highly efficient MoS₂-based hydrogen evolution catalyst using a single-element dual-site subs... -
China’s Platinum Hydrogen Tech Secures Multi-Million Yuan Pre-A Round, Achieves 50% Higher Stability in Precious Metal Catalysts for Green Hydrogen Production
36Kr China Overview China's Platinum Hydrogen Technology has closed a multi-million yuan Pre-A round financing, fueled by a breakthrough in precious metal catalysts for PEM water electrolysis. Their catalysts demonstrate 40-50% improved ...
12