The discovery was based on a process that may be crucial in the future transportation of green hydrogen.
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The Energy Cluster of the Valencian Community (CECV), the Technological Institute of Energy (ITE), and the Valencian SME Greene have created an innovative project that combines two energy-related topics of utmost importance, such as the production of energy from green hydrogen and the circular economy.
The UMAS study, which was supported by the Federal Ministry for Economic Affairs and Climate Protection, uses Berlin as an example to demonstrate this, according to the researchers.
The Schulich School of Engineering’s research team has made a significant advancement toward developing more efficient fuel cells that can produce power from hydrogen.
The UK government has provided funds for a group of specialists from the University of Manchester under the direction of Dr. Amir Keshmiri to assist Powerhouse Energy in recovering hydrogen for use in sustainable energy.
Hydrogen is produced in a very environmentally friendly manner in the University of Kassel’s labs by using naturally occurring bacteria.
A team of researchers from the Indian Institute of Science (IISc) has found a novel method to create hydrogen from biomass.
Researchers at KU Leuven have made a significant advancement toward the commercial manufacture of panels that can capture green hydrogen from the atmosphere.
The utilization of hydrogen as a sustainable energy source is still hindered by a number of obstacles, but Osaka University researchers have made headway in eliminating many of them.
A new electrolyte material for hydrogen energy has been proposed by Ural scientists; it is based on layered perovskites that have had rare-earth gadolinium added.
