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IIT-Madras team builds smart, reconfigurable power system for electrolysers
A high-entropy electrode sustains high-current water electrolysis for hundreds of hours, pointing to cheaper, more durable green hydrogen production.
A metal surface that becomes more active as it changes could help green hydrogen electrolyzers run harder and longer. Researchers at the Chinese Academy of Sciences have developed...
Power to Hydrogen (P2H2) and Repsol completed a 1,250-hour pilot of P2H2’s hybrid AEM electrolyzer technology, demonstrating operation at 40% to 100% load, pressures up to 30 bar a...
A new alloy catalyst halves precious metal requirements for green hydrogen electrolysis while improving durability, offering a potential route to lower costs.
If anyone could defeat the “man of steel,” it would be a “man of stainless steel.” However, even stainless steel has its electrochemical kryptonite. Scientists have now created a n...
Join the audience for a live webinar at 6 p.m. GMT/1 p.m. EST on 18 November 2026 Combining two great tools to study your electrolysis cell results in great challenge The post Refe...
A blue pigment-derived catalyst has delivered 902 mW/cm² in an anion-exchange membrane fuel cell, showing how molecularly engineered iron catalysts could reduce reliance on platinu...
A crystal that uses light to produce hydrogen from water could open a new route to cleaner, more affordable fuel. Hydrogen can power a fuel cell car, yet making that fuel from natu...
The chemical industry requires enormous amounts of hydrogen for a wide range of products and processes. In the final part of pv magazine's Renewables 24/7 series, we head to the wo...
Isolated platinum atoms keep conductive glass transparent while driving hydrogen evolution at near-bulk-platinum rates in acidic, neutral and alkaline media.
An artificial leaf uses sunlight to produce clean hydrogen from seawater while breaking down toxic hydrazine in industrial wastewater without external power.
A team of chemists in Kerala, India, has shown that a single, atomically small substitution can transform a well-known ferroelectric ceramic into a dual-purpose material that both...
A proposed tri-generation system uses a small modular reactor to deliver clean electricity, hydrogen fuel and desalinated water from the same energy source The post Producing hydro...
Datacenters construction have become one of the most controversial topics in the United States (and elsewhere). People are asking whether the ones already arriving will raise elect...
A new light-activated material can efficiently produce hydrogen from water without requiring an additional expensive metal catalyst. Researchers say its unusual sulfur-based chemis...
In the race to build a practical hydrogen economy, one stubborn problem has shadowed every optimistic forecast: how to store and release hydrogen safely, cheaply, and on demand. Hy...
The Shift from Harsh Oxidants to Molecular Hydrogen Therapy For generations, many of us reached for that familiar brown bottle of hydrogen peroxide to clean cuts and scrapes. We gr...
Moist-electric wallpaper made of treated paper keeps water flowing one way through each small square, producing a steady current from indoor humidity. A 1596-square panel ran a wir...
Hydrasun partners with Norwegian hydrogen technology company Nel to develop Scotland's first electrolyser facility at a site in Aberdeen
Norwegian hydrogen company Nel Hydrogen's US subsidiary has secured a $12-million purchase order for proton exchange membrane (PEM) electrolyser stacks from Collins Aerospace. The...
Hydrogen Generation Market worth $226.37 billion by 2030According to a research report, "Hydrogen Generation Market by Technology (SMR, ATR, POX, Coal Gasification, Electrolysis),...
Researchers at Nagoya University have grown an oxyfluoride crystal with a lithium-ion conductivity of 16.3 millisiemens per centimetre, the highest reported for oxide-related solid...
A solvent-based method developed by BARC scientists selectively extracts lithium from natural seawater and retains its recovery rate across five reuse cycles. Lithium used in elec...
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