- BMW Secures Green Hydrogen Supply from Lhyfe as Steyr Plant Prepares for Fuel Cell Production Scale-Up
- Europe’s e-SAF Supply Gap Raises Structural Risk for Aviation Decarbonisation Under ReFuelEU Mandate
- John Cockerill Completes 25MW Electrolyzer Installation at Zeebrugge Hydrogen Hub
- US Pushback on Global Shipping Carbon Tax Raises Cost Concerns at IMO Talks
Browsing: REGIONAL
Ørsted has announced a significant impairment of over $500 million, primarily due to delays in an offshore wind farm project in…
The United States has long touted hydrogen as a cornerstone for its transition to a more sustainable energy future, with the potential to significantly reduce carbon emissions and dependence on fossil fuels.
Pure Hydrogen Corporation has registered Australia’s first hydrogen fuel cell Prime Mover in Brisbane, Queensland.
The steel i +ndustry is a significant contributor to global carbon dioxide emissions, particularly in the Middle East and North…
Researchers at Chalmers University of Technology in Sweden have pioneered an innovative method to study fuel cell degradation, using advanced electron microscopy.c
A promising cleantech startup aiming to significantly reduce diesel consumption in heavy machinery and vehicles has garnered the support of early-stage venture capital firm, Investible. The startup, DeCarice, received an undisclosed amount of pre-Seed funding from Investible’s Climate Tech Fund.
Saudi Arabia’s ACWA Power has entered into a venture to build the world’s first hydrogen-powered skyscraper in Egypt’s New Administrative Capital. This pioneering structure is set to redefine the future of sustainable architecture and energy utilization.
Stargate Hydrogen is poised to make a significant splash during the upcoming World Energy Conference by unveiling their innovative stack for green hydrogen production.
German Ministry of Education and Research’s hydrogen lead project ‘TransHyDE’ has launched a pilot hydrogen grid at RWE’s company premises in Lingen.
Scientists have achieved a groundbreaking advancement in green hydrogen production through a novel electrode, the W-NiFeS/WC (W-doped nickel-iron sulfide/Wood-based carbon) electrode.
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