Hydrogen

Hyundai Motor India and IndianOil have joined forces to explore hydrogen fuel cell vehicle viability through a new partnership. As part of the agreement, Hyundai's NEXO FCEV will undergo extensive testing on Indian roads. This collaboration aims to enhance sustainability, energy security, and foster India's hydrogen ecosystem.

Spain has approved $428 million in state aid to support renewable hydrogen production, aiming to build up electrolyzer capacity and meet EU climate targets.

Hydrogen fuel cells are poised to revolutionize the construction industry by replacing diesel generators and drastically reducing carbon emissions, yet challenges remain in scaling this promising technology.

Oman, Netherlands, and Germany sign deal for world's first liquid hydrogen corridor. Green energy for Europe by 2029.

One Silicon Valley entrepreneur has developed a data center that generates not only the power to run it but also the water to cool it.

As hydrogen energy takes center stage in China's pursuit of its dual carbon goals, Bosch is playing a pivotal role in driving the transition, particularly within transportation.

The Irizar i6S Efficient Hydrogen coach has driven 2,500 km between the towns of Ormaiztegi (Gipuzkoa, Spain) and Briançon (French Alps), demonstrating a range of 900 km during the test.

Here’s why “America’s first production plug-in hydrogen fuel cell vehicle”, the 2025 Honda CR-V e:FCEV, could be the best step yet for hydrogen cars.

The French shipping company Louis Dreyfus Armateurs (LDA) has received an Approval in Principle for its new liquid hydrogen-based SOV design. The Level 1 AiP was given by Bureau Veritas Marine& Offshore. This brings the groundbreaking Service Operation Vessel (SOV) design closer to reality.

The 100% hydrogen-powered SOV will be able to operate 95 percent of the time with zero carbon emissions during standard operations. This will lead in a reduction of an estimated 4,000 tonnes of annual CO2 emissions. The vessel will have capacity to accommodate up to 90 technicians for up to 14 days at sea, eliminating the need for additional offshore infrastructure. Refueling has been streamlined, as bunkering can be completed in six hours using trailers, eliminating the need for high-cost port facilities.

Wang Zihao has been very busy receiving foreign clients recently.

His employer, Hygreen Energy, a Beijing-based company engaged in electrolysis and hydrogen production, has seen its alkaline electrolyzer products exported to nearly 30 countries, including the United States, Germany and Spain, and the export volume has continued to grow.

"I just received customers from Portugal and Belgium a few days ago, and Spanish clients are set to come soon," said Wang, assistant general manager of the company.

More than 200 hydrogen energy enterprises have set up shop in Beijing's Daxing district, and the industrial cluster effect has begun to emerge. The application scenarios of hydrogen energy have covered transportation applications, such as cold chain logistics and passenger transport.

A new ironmaking process with a projected capacity of three tons of hot metal per hour based on the Hydrogen-based Fine-Ore Reduction (HYFOR) and Smelter technology is being progressed by a consortium of companies.

Alberta's government is looking to give the green light to hydrogen as a home and commercial heating fuel in a move it says will boost demand and reduce emissions.

Discover how a new wave of hydrogen power projects will help cut emissions and create thousands of jobs in the UK’s industrial heartlands.

In West Sacramento, testing of a shunting locomotive powered by hydrogen-battery traction has been completed. The tests were part of a project launched in 2021 by Sierra Northern Railway.

In France, the Urban Community of Dunkirk and the Grand Annecy Agglomeration have ordered hydrogen-powered H2 city buses from IVECO BUS.

US Geological Survey geologists estimated large potential for—and large uncertainty about—the amount of hydrogen accumulations in the world.

Researchers developed a low-cost method to produce carbon-free “green” hydrogen via solar-powered electrolysis of seawater, with a helpful byproduct: potable water.