Author: Anela Dokso

Scotland is currently poised to pave the way as a pioneer in renewable energy. Because hydrocarbons like coal, gas, and oil cause so much harm to the environment, climate change is compelling us to change our ways. Scotland has enormous potential for renewable energy, which may both meet domestic need and be exported. The largest licensing round for floating offshore wind energy in the world, with a potential output of 27.6 gigawatts, has already begun in Scotland (GW). With the “ScotWind” initiative, Scotland might become a global leader in the generation of hydrogen, which can be used in fuel cells…

At the Kola Nuclear Power Plant (NPP), hydrogen was produced in a new domestic electrolytic cell.

GenH2 has unveiled their innovative end-to-end liquefaction and storage technology, the LS20 Mobile Liquid Hydrogen System.

Chinese scientists created a technology that directly split salt water to produce hydrogen.

Another commissioning service operation vessel (CSOV) that Gondan Shipyard is constructing for the Norwegian shipowner Edda Wind has been launched at its shipyard in Figueras, Spain.

Germany is moving even faster to replace the coal and oil that travel via the port of Rotterdam to North Rhine-Westphalia (the Ruhr) with renewable hydrogen in the current geopolitical climate.

20 Australian high-school teams are constructing fuel-cell cars for the Hydrogen Grand Prix.

Patagonia, in Argentina, has a lot of potential for developing hydrogen energy due to its abundance of wind energy resources.

For the projected Valley Link rail project, the Tri-Valley-San Joaquin Valley Regional Rail Authority has established a strategic partnership with Linde Engineering North America to build a green hydrogen fuel generation facility.

States, businesses, and investors in Bavaria believe that the federal government is not doing enough to support the implementation of the country’s hydrogen strategy.