Innovation News Network: New Device to Harvest Water From the Air For Hydrogen Production
EPFL engineer Kevin Sivula and his team have developed a solar-powered device that can harvest water from the air to produce hydrogen fuel.
Electrolysis
Science Daily: UofM Develops New Efficient Green Hydrogen Technology
The University of Michigan developed a solar panel that can convert water into hydrogen and oxygen ten times more efficiently than similar technologies.
University of Toronto Engineering News: U of T and Fujitsu to Advance Clean Hydrogen Production
University of Toronto and Fujitsu discovered a catalyst that could lower the cost of clean hydrogen production, using a quantum-inspired computing technique.
Innovation News Network: Researchers Boost Green Hydrogen Production With Sound Waves
Engineers in Melbourne have found a way to boost the production of green hydrogen by 14 times through electrolysis using high-frequency vibrations.
Gas world: Green Hydrogen Project Advances in Brazil
Casa dos Ventos Energias Renovaveis and Comerc Eficiencia sign deal with Pecem Industry and Port Complex to develop a green hydrogen and ammonia plant in the state of Ceará, in Northeastern Brazil.
Renewable Energy Magazine: First Hydrogen Choose Quebec City for Green Hydrogen System
First Hydrogen to produce and distribute green hydrogen in Shawinigan, Quebec, Canada for use in First Hydrogen’s hydrogen vehicles.
Wards Auto: General Motors and Nel ASA Form Hydrogen Alliance
The alliance aims to advance the industrialization of Nel’s PEM electrolyzer platform and make clean hydrogen production more cost-competitive.
Diesel & Gas Turbine Worldwide: MWM and WTZ Working on Green Hydrogen Project
Australia’s first hybrid solar and renewable hydrogen microgrid began production at Horizon Power’s demonstration plant in Denham.
Phys Org: Seawater Could be the Key to Clean Hydrogen
Engineers at Rice University have developed a cheaper catalyst for electrolysis that can replace expensive iridium with ruthenium.
Phys Org: University Engineers Develop Cheaper Water-Splitting Catalysts
Engineers at Rice University have developed a cheaper catalyst for electrolysis that can replace expensive iridium with ruthenium.