The Kingdom actually demonstrates that “green hydrogen” constitutes the next major development in the world of energy in light of its radical advantages, so it is obvious that Europe will tend to promote stronger sustainable energy relations and alliance with the Kingdom in the world’s green energy transformations.
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.
On 16 distinct lines, a small fleet of hydrogen fuel cell-powered trains has been operating to learn more about the capabilities and restrictions of the technology. As a result, hydrogen trains completely failed.
Fraunhofer IWES is paving the way for cutting-edge research and development for the production and use of green hydrogen in the chemical sector with the Hydrogen Lab in Leuna.
The states of Karnataka, Odisha, Gujarat, Rajasthan, Maharashtra, Tamil Nadu, Andhra Pradesh, Kerala, Madhya Pradesh, and West Bengal could have zones or clusters for the production of green hydrogen or ammonia.
In this episode of the ICIS Hydrogen Insights podcast, hydrogen editor Jake Stones speaks with Tree Energy Solutions (TES) chief…
Featuring Francesco Matteucci, the EIC Programme Manager for advanced materials for energy and environmental sustainability, Indraneel Sen, Project Coordinator at…
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.
