With the European Union taking significant strides through initiatives like the Next Generation EU recovery plan, the hydrogen sector is set to play a key role in the continental energy transformation.
Author: Anela Dokso
In a notable advancement within sustainable motorsport, HyDriven—a team of 30 students from the University of Twente and Saxion University of Applied Sciences—has engineered a hydrogen-powered race car that has achieved remarkable acceleration records.
Natural hydrogen, often referred to as “gold hydrogen,” is emerging as a potentially transformative energy source.
In a noteworthy development within the United Kingdom’s renewable energy landscape, the approval of a battery energy storage site in Great Wyrley unveils significant shifts in the strategic deployment of energy solutions.
The enthalpic reaction limits of Li-ion battery chemistries highlight a critical intersection of battery system design and failure management within various operational frameworks.
Swedish small modular reactor (SMR) developer Kärnfull Next has secured permanent land rights for its planned nuclear power project in Valdemarsvik, Östergötland county.
Hydrexia has entered into a partnership with YamatoH2E to develop robust hydrogen solutions tailored specifically for the Japanese economy.
Repsol announced a strategic pivot in its energy investments, signaling a significant reduction in its green hydrogen initiatives.
A new patent by Duiker Combustion Engineers B.V. elaborates on an innovative process for efficiently producing hydrogen through the thermal reforming of ammonia. Thermal Reforming of Ammonia The patented process revolves around the thermal reforming of ammonia to extract hydrogen. The method utilizes an ammonia cracking reactor paired with a catalyst chamber and a staged combustion unit. The catalytic cracking of ammonia is central to this process, enabling the production of hydrogen from ammonia at elevated temperatures. Two-Stage Combustion Unit The process employs a two-stage combustion unit that serves to efficiently manage the heat necessary for cracking ammonia. In the…
Engaging in feats as daunting and profound as space exploration, China’s recent successful drilling of Asia’s deepest vertical well, Shenditake 1, introduces groundbreaking insights into both scientific and industrial domains. Situated amidst the vast landscape of the Taklimakan Desert in the Xinjiang Uygur Autonomous Region, this accomplishment marks not merely a technological triumph but a new horizon for geological and resource exploration. Initiated by the China National Petroleum Corp, the drilling of this 10,910-meter borehole is not just an achievement in terms of depth but also signifies a major advance in the study of the Earth’s geological layers and the…
