Author: Arnes Biogradlija

Dubai-based renewable energy firm, AMEA Power, has unveiled ambitious plans to construct a groundbreaking green hydrogen facility in Mombasa, Kenya.

Fresh funding is set to invigorate Tasmania’s green hydrogen capacity, propelling the state toward achieving commercial-scale green hydrogen production by 2025.

POSCO Group is taking the helm in strengthening South Korea’s partnership with Australia across various sectors, including core minerals, clean energy, and national security. This announcement was made during the 44th meeting of the Korea-Australia Joint Council held in Seoul.

Hydrogen Bar System (HBS) announces the successful granting of a ground-breaking patent for hydrogen storage by the esteemed Polish patent office. This remarkable achievement establishes HBS as a trailblazer in Poland, with the patent tailored to reshape how we store hydrogen globally.

EverWind Fuels has secured exclusive rights to advance its innovative green fuels project on the Burin Peninsula in Newfoundland and Labrador, Canada.

Kenya has secured a groundbreaking deal with the European Union (EU) to receive approximately Sh1.9 billion (€12 million) in grants for its budding green hydrogen industry.

The ‘New Geohonic’ project, a groundbreaking initiative for intercontinental commercial green hydrogen production in Canada, has received crucial approval. SK Ecoplant, a key player in the project, announced this milestone, marking a substantial leap forward for the 20 trillion won project.

Sener, the renowned Basque engineering company, is propelling its green hydrogen project in the Villalonquéjar industrial estate, aimed at supplying green hydrogen to the Burgos industry, with a significant boost.

In the race towards a cleaner and more sustainable energy future, hydrogen has emerged as a promising contender. Its potential as a clean energy source in a decarbonized society has sparked significant technological developments, including the construction of efficient liquefied hydrogen (LH2) carriers.

Their innovative approach utilizes exothermic reactions to produce hydrogen, alumina (aluminum oxide), and exothermic heat, setting the stage for a revolution in clean hydrogen production.