Browsing: Research

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.

Engineers and scientists at Rice University have developed a method for petrochemical refineries to turn an unpleasant byproduct into money.

The Netherlands has all the components needed to become the biggest green hydrogen powerhouse in Europe. Researchers from Roland Berger and Royal HaskoningDHV assert this in a collaborative research paper.

Nature has published an article on Challenges to developing materials for the transport and storage of hydrogen.

Toshiba has created a large-scale electrode production technique that increases power-to-gas (P2G) efficiency for the generation of green or renewable hydrogen while consuming 90% less iridium.

TNO researchers were the first to create a process that uses 200 times less iridium while still producing electrolyzers that perform between 25% and 46% better.

Rice University engineers have found a technique that may make oxygen evolution catalysis in acids, one of the trickiest areas of water electrolysis for creating clean hydrogen fuels.

The “Green Hydrogen State of the Nations Summary” study was delivered by Interreg project Inn2POWER.