With Scandinavia accelerating its commitment to green hydrogen, PowerUP Energy Technologies has announced a strategic expansion into the region, partnering with four key distributors across Norway, Sweden, and Finland.
Author: Anela Dokso
The Technical University of Graz (TU Graz) has inaugurated a new hydrogen test center, marking a significant advancement in energy research.
Hydrogen as a secondary energy medium is gaining traction in the renewable energy landscape. However, traditional storage reactors are plagued by inefficiencies due to excessive thermal resistance and limited hydrogen absorption capacity.
ABO Energy has received approval to embark on an ambitious venture in the Finnish renewable energy landscape, focusing on the development of a green hydrogen facility.
A recent initiative at the King Fahd University of Petroleum and Minerals (KFUPM) is turning heads in the renewable energy domain through its ambitious green hydrogen research project.
In a notable expansion of the United States’ energy infrastructure, Houston embraces a new 371MWh battery energy storage system developed as part of a collaboration between Trina Storage and FlexGen Power Systems.
Duferco Energia and Ansaldo Green Tech have entered into a key partnership in the construction of a Hydrogen Valley in Giammoro, Messina.
In a signal of shifting global energy alliances, Saudi Arabia and India have cemented a deeper cooperation framework that spans traditional hydrocarbons and emerging clean technologies. The bilateral accord, reached during Indian Prime Minister Narendra Modi’s recent visit to Riyadh, sets the stage for a more complex, multipolar energy world—one in which energy security, climate strategy, and industrial development are being reconfigured simultaneously. Hydrocarbons Remain Strategic, But No Longer Singular While two proposed oil refineries stand out as headline outcomes, their significance lies less in their capacity and more in their geopolitical utility. With India poised to become the world’s…
A groundbreaking analysis has unearthed that both liquid hydrogen (LH2) and 100% synthetic paraffinic kerosene (SPK), recognized as sustainable aviation fuel (SAF), offer feasible alternatives to traditional Jet-A fuel, particularly for long-haul aviation when they are produced through pathways enabling net-zero well-to-wake (WTWa) emissions.
Michael Liebreich drops Hydrogen Ladder 5.0 into peer-reviewed literature—science now officially confirms what Michael’s been yelling at the climate crowd for years. The transition to hydrogen as a key player in the global quest for energy decarbonization is rife with both promise and complexity. As this pursuit unfolds, various aspects such as production, transport, storage, costs, and sustainability become pivotal in determining hydrogen’s future energy role. Statistical Hook and Core Tensions Hydrogen is currently responsible for only about 3% of global final energy consumption, despite a demand close to 100 million tonnes. This demand has historically surged fivefold since 1975.…
