Swedish researchers at the KTH Royal Institute of Technology in Stockholm have developed an innovative method for producing hydrogen energy that enhances efficiency and safety
Author: Greenh2 team

In a pioneering step for the maritime industry, MAN Energy Solutions’ licensee, MITSUI E&S Co. Ltd., has successfully conducted a full-load test on a 50-bore

Universal Hydrogen Co. has made a significant leap forward in aviation technology by successfully operating a megawatt-class fuel cell powertrain, powered by its innovative liquid

Chevron New Energies, a division of Chevron U.S.A. Inc., is spearheading a pioneering project to generate hydrogen in California’s Central Valley with a capacity of
Ballard Power Systems has secured a significant order for 15 megawatts (MW) of its fuel cell systems from a UK company specializing in renewable power

Representatives from Ørsted, Liquid Wind, Lhyfe, Uniper, and the Bill Gates-founded climate fund Breakthrough Energy advocate for Sweden to initiate a new green industrial era

Natural Power, a prominent renewable energy consultancy and service provider, has been chosen to undertake crucial environmental impact assessments for the BarMar project, a key

The European Commission has recognized the Hydrogen Valley in Puglia as a key component in the advancement of green energy infrastructure, incorporating it into the

Siemens Energy and HH2E are embarking on an innovative partnership to advance green hydrogen production across Germany, focusing on the delivery of essential high-voltage systems

Yara, a Norwegian leader in crop nutrition and a pivotal figure in global ammonia trading, has sealed a groundbreaking agreement with GHC SAOC, a subsidiary