“Horizon X” is Gotlandsbolaget’s pioneering ferry project, symbolizing sustainability in maritime travel. The ferry features a combined cycle propulsion system utilizing gas and steam
Clean hydrogen has great potential for environmental impact but presents industrial and economic challenges. Hydrogen production, especially through solar-powered electrolyzers, is promising but currently
Salzgitter initiates a transformative leap in green steel manufacturing with a 100MW electrolyser facility in Germany. The innovative project is set to significantly reduce
Solid oxide electrolyser cell (SOEC) technology offers a groundbreaking leap in hydrogen and ammonia production efficiency, reducing energy consumption by 30%. The integration of
“Horizon X” is Gotlandsbolaget’s pioneering ferry project, symbolizing sustainability in maritime travel. The ferry features a combined cycle propulsion system utilizing gas and steam turbines to reduce emissions while maintaining high speed. Capable of switching between alternative fuels, including hydrogen, “Horizon X” is designed for fuel flexibility and future readiness. The ferry will operate between the Swedish mainland and Gotland,
“Horizon X” is Gotlandsbolaget’s pioneering ferry project, symbolizing sustainability in maritime travel. The ferry features a combined cycle propulsion system utilizing gas and steam turbines to reduce emissions while maintaining high speed. Capable of switching between alternative fuels, including hydrogen, “Horizon X”
Clean hydrogen has great potential for environmental impact but presents industrial and economic challenges. Hydrogen production, especially through solar-powered electrolyzers, is promising but currently costly and lacks infrastructure. Understanding complex technologies and anticipating policy changes is crucial for navigating the clean hydrogen
Clean hydrogen offers transformative potential for decarbonizing industries and revolutionizing transportation. Despite its promise, clean hydrogen poses complex economic, infrastructural, and scalability challenges. Leaders must differentiate between aspiration and reality to successfully integrate hydrogen into energy frameworks. Addressing high production costs and
Salzgitter initiates a transformative leap in green steel manufacturing with a 100MW electrolyser facility in Germany. The innovative project is set to significantly reduce the steel industry’s carbon footprint by 2026. HydrogenPro alkaline electrolysers will produce green hydrogen, aiming to replace coking
Solid oxide electrolyser cell (SOEC) technology offers a groundbreaking leap in hydrogen and ammonia production efficiency, reducing energy consumption by 30%. The integration of thermal energy with SOEC systems is key to achieving significant cost reductions and enhanced hydrogen yields. This advancement
Arrival of Iveco hydrogen fuel cell trucks at BMW signifies a shift towards sustainable logistics. The trucks operate between Nuremberg, Landsberg, and Leipzig, enhancing BMW’s supply chain efficiency. TotalEnergies-Air Liquide partnership provides refueling stations, supplying hydrogen at 350 and 700 bar pressures.
Air Liquide aims to play a crucial role in the green energy revolution, focusing on clean hydrogen. The company reported strong net profits of €3.3 billion, indicating robust financial health. CEO François Jackow is directing significant investment into hydrogen technology, highlighting its
Texas emerges as a leader in the hydrogen energy shift, aiming to transform its economy and the energy sector. Hydrogen derived from natural gas fields in East Texas could power diverse industries, from steel mills to ports. Significant private investments are driving
Hydrogen Mem-Tech is revolutionizing the ammonia value chain with its innovative membrane technology, playing a pivotal role in the global energy transition. Ammonia holds promise as a carbon-free fuel and a crucial component in fertilizers, key to advancing a sustainable energy landscape.