ACWA Power, the world’s largest private water desalination company and a trailblazer in the energy transition, has set the stage for a groundbreaking partnership.
Browsing: REGIONAL
Swiss natural gas transport company Gaznat inaugurated a groundbreaking Power-to-Gas project in the the town of Aigle. This innovative venture harnesses the power of the sun and cutting-edge technology to usher in a new era of green hydrogen production.
Hydrom, a subsidiary of the state-owned Energy Development Oman, has invited global energy companies to participate in the Round 2 public auction for the development of green hydrogen production in the Dhofar Governorate.
Daejeon City in South Korea has unveiled an innovative approach to hydrogen supply. The city announced on the 4th of October that it will provide hydrogen directly to the Nangwol hydrogen filling station through pipelines, marking a milestone in the region’s hydrogen infrastructure.
According to a white paper released by the New & Renewable Energy Development Corporation Of A.P. Ltd (NREDCAP), the Indian state of Andhra Pradesh is setting its sights on a monumental goal – the production of at least 500 kilo-tonnes per annum (ktpa) of green hydrogen by 2030.
Researchers from the GeoRessources Laboratory at the University of Lorraine and the CNRS stumbled upon something extraordinary while probing the region’s subsoil. What they found could potentially be the largest deposit of natural hydrogen on Earth, heralding a new era in the quest for sustainable energy.
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.
