The hydrogen revolution, which intends to become a cornerstone to the energy transition and replace natural gas in economic sectors with challenging electrification, is supported by a pharaonic project called H2Med, which will link the three nations in two portions and is anticipated to be operational in 2030.
The Moscow Polytechnic Institute’s scientists used the hydride-calcium approach to create an alloy of chemically active metals for the first time. Such particles are very capable of absorbing and holding onto hydrogen, used for hydrogen storage.
One of the great hopes for solving the energy crisis and lowering greenhouse gas emissions is green hydrogen. Hydrogen leaks, though, are a concern that some experts say could invalidate the product’s “green” designation. It can impact other elements when it leaks into the atmosphere, lowering the concentration of molecules that break down existing greenhouse gases and causing global warming.
The Society for Chemical Engineering and Biotechnology and the German Academy of Science and Engineering Acatech have produced an analysis of the hydrogen policies of 22 nations and regions from 2017 to 2022.
According to the plan that the Ministry for the Ecological Transition submitted to the European Union (EU) for consideration as a Project of Common Interest, Gijón will serve as the neuralgic point of connection for the first two axes of the fundamental network of green hydrogen in Spain (PCI).
