EAST GREENSBORO, N.C. (March 25, 2025) — According to the U.S. Energy Information Administration, nonrenewable sources like “fossil fuels — petroleum, natural gas, and coal — accounted for about 84% of total U.S. primary energy production in 2023.” When fossil fuels are burned, however, carbon dioxide is released into...
According to data from the International Energy Agency (IEA), some 70 million tonnes of hydrogen are currently consumed worldwide. The problem is that almost all of this hydrogen is produced from coal or natural gas, that is, it is obtained by the most polluting techniques for the planet. Less than 1 % of the world's production of this hydrogen is based on water electrolysis powered by renewable...
Lucknow: The Institute of Engineering and Technology (IET) is now home to two cutting-edge centres of excellence focused on green hydrogen and electric vehicles. The institution has successfully installed systems to generate green hydrogen onsite using a combination of wind and solar energy, alongside battery manufacturing for all-terrain electric vehicles. The college currently generates 4 kilowatts...
Researchers who are developing electrolyzers for hydrogen production are increasingly turning to a membrane platform originally used in fuel cells to scale up their technology. Their strategy: use anion-exchange membranes, which could be more cost-effective and combine the best features of conventional proton-exchange membranes and alkaline approaches. Anion-exchange membrane (AEM) technology enables...
Europe’s quest for access to more green hydrogen regained momentum on January 21, 2025, when a Joint Declaration of Intent (JDoI) was signed in Rome by representatives from Germany, Algeria, Italy, Austria, and Tunisia. The agreement concerns the Southern Hydrogen Corridor project, a proposed pipeline network for transporting gaseous hydrogen from North Africa to Europe....
Researchers at the Technion – Israel Institute of Technology have developed a new method for producing green hydrogen that eliminates the need for a membrane and allows for more flexibility in fluctuating renewable energy conditions. The process, called Decoupled Water Electrolysis (DWE), separates the production of hydrogen and oxygen into different times or cells, which lowers risks and costs.The...
NEOM Green Hydrogen Project in Saudi Arabia has reached an 80% construction completion across all sites, the US-based industrial gases company Air Products said. As informed, the 80% completion was achieved across the green hydrogen facility, wind garden, solar farm and transmission grid, with milestone equipment being received and installed, including wind turbines, hydrogen storage vessels,...
Tokyo Metropolitan Government Announces Results of FY2025 1St Green Hydrogen Bidding Trial Fuel Cells Works Source link...
Clarity on clean hydrogenOur mission is to deliver engaging and independent business journalism and insight to executives and leaders in the global clean hydrogen industry. We focus on delivering the news and analysis that matters, fearlessly looking beyond the hydrogen hype to provide a balanced view of the market, giving readers the knowledge they need to make critical business decisions. Source...
Researchers at the Seoul National University College of Engineering have developed a new electrode for water electrolysis that does not use metal catalysts and can heal on its own. This is a major boost for the production of green hydrogen as the world looks for ways to move away from fossil fuels. As countries race to meet the ‘net-zero’ emission goals, technologies such as wind and...
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