Browsing: Hydrogen

South Korea allocated 721.8 billion won for hydrogen vehicle distribution in 2025, covering 11,000 passenger cars, 2,000 buses, and a…

Peru is moving toward establishing a new renewable hydrogen and green ammonia export platform with the approval of a major port infrastructure project designed to support future clean fuel markets.

China Energy Group has reported the successful development of a hydrogen coal co combustion technology capable of achieving a 50% hydrogen blending ratio by heat value, while also demonstrating the ability to operate with 100% pure hydrogen combustion under test conditions.

Wärtsilä is testing a 100% hydrogen fueled engine in Bermeo, northern Spain, in what the company describes as the first large scale demonstration of a pure hydrogen engine supplying electricity to a national grid.

KLM’s flight from Amsterdam to Hamburg this week carried passengers on a 5% blend of synthetic kerosene, the first e-SAF…

China’s total capacity of renewable-based hydrogen production projects, both completed and under construction, exceeded one million tons per year as…

Germany’s hydrogen economy is moving from strategy papers toward industrial commitments, with EWE and Salzgitter Flachstahl GmbH signing a long-term agreement for the supply of 10,000 tons of green hydrogen annually from 2030.

A new 4 MW green hydrogen project in Neyveli, Tamil Nadu, developed by Ohmium International and InSolare Energy for NLC India Limited, highlights the country’s approach of building smaller scale but scalable production assets linked to domestic energy infrastructure.

Hygenco Green Energies has secured $105 million in equity investment from a consortium including International Finance Corporation (IFC), Siemens Financial Services, and Fullerton Carbon Action Fund to accelerate the development of green hydrogen and green hydrogen derivative projects, including green ammonia.

Producing one kilogram of hydrogen through conventional electrolysis requires approximately 9 kilograms of water, creating additional pressure on freshwater supplies as electrolyzer deployment expands. UK-based Hychor, a spin-off from the University of Aberdeen, is developing a seawater-based hydrogen production system designed to address this limitation by eliminating the need for freshwater treatment before electrolysis.