Oman, a land of breathtaking landscapes, from majestic mountains to pristine beaches, has long been celebrated for its natural wonders and warm hospitality. However, beneath its picturesque beauty lies another captivating phenomenon—the presence of naturally occurring hydrogen. This intriguing discovery opens up new possibilities for clean energy and sustainable development in the Sultanate.
The hydrogen economy is surging forward as a beacon of hope in the battle against the global climate crisis. However, as this vital industry expands at a rapid pace, the need to safeguard its critical infrastructure becomes increasingly apparent. In a digital age where connectivity is king, cybersecurity is paramount.
Trucks are responsible for transporting nearly three-quarters of the nation’s freight by weight, and most of these commercial trucks are powered by diesel fuel.
A Yale University professor has received a $1.25 million grant from the U.S. Department of Energy (DOE) to develop a water-splitting device designed for the large-scale production of green hydrogen.
A new study of the top 100 highest-spenders on EU lobbying based on LobbyFacts data shows that Big Hydrogen spends over €75.75 million a year on lobbying the EU institutions.
Green hydrogen, the linchpin of many nations’ decarbonization strategies, faces a formidable challenge: cost. Producing this clean fuel from renewable sources often comes with a price tag that threatens to slow down the transition to sustainable energy.
Eletrobras, a key player in Brazil’s energy landscape, is embarking on a groundbreaking journey into the realm of green hydrogen. With an eye on commercial-scale production, the company sees green hydrogen as a catalyst for Brazil’s synthetic fuel market, potentially revolutionizing energy consumption in the country and opening doors to international exports of eco-friendly e-methanol.
Europe, despite its commitment to environmental sustainability, finds itself ensnared in the web of fossil fuels, with oil, gas, and coal comprising nearly 65% of its energy mix. This heavy reliance on fossil energies not only fuels climate change but also poses a significant geopolitical challenge, hindering Europe’s quest for energy independence. In this exploration, we delve into the current energy landscape, the challenges it poses, and the transformative role hydrogen is set to play.
Australia, known for its ambitious renewable energy goals, is on the brink of a groundbreaking transformation in the world of hydrogen. Recent analysis by Rystad Energy reveals that the nation’s hydrogen infrastructure developers are considering a monumental shift—transporting hydrogen in the form of ammonia.
In a pivotal development that could reshape the future of energy, nuclear power plants in the United States are exploring a groundbreaking marriage with hydrogen production. The concept involves utilizing low-cost nuclear electricity to generate hydrogen from water, a move that not only holds intellectual promise but could be a substantial player in the global energy transition.
