Hydrogen Energy Related Content

Evidence is questioning the idea that deep ocean microbes are fuelled through sunlight photosynthesis by suggesting hydrogen and carbon monoxide may have more significance than previously thought.

Researchers have successfully split seawater to produce green hydrogen, a highly reactive fuel alternative that reduces emissions.

A new kind of solar panel has achieved 9% efficiency in converting water into solar powered hydrogen and oxygen, mimicking natural photosynthesis.

The Department for Transport’s efforts to decarbonise the entire UK transport system are charted here by Open Access Government.

Challenges to decarbonise the rail industry can be tackled by innovation, switching to hydrogen trains and other, greener transport.

Swiss inventor Francois Isaac de Rivaz created the world’s first internal combustion engine vehicle powered by hydrogen in 1807. Yet, hydrogen fuel cells have not become part of the mainstream fuel mix in mobility circles.

Minesh Patel, the Sales Manager at 2G Energy, analyses the role of water in a net zero world, discussing hydrogen production and electrolysis.

Vidal Bharath, Chief Commercial Officer at Bramble Energy, explains why hydrogen technology is key to maritime industry decarbonisation.

Observing an ethereal cosmic hourglass courtesy of the James Webb Space Telescope has revealed the birth of a very young star or ‘protostar’.

UK government funding has been granted to a team at the University of Manchester in an effort to safeguard energy security through the recovery of hydrogen from waste.

GERICS discusses the production of green hydrogen offshore for sustainable energy solutions in Germany.

The trial for ‘PEAK Express’, a hydrogen-powered net zero transport option for tourists travelling to the Peak District in the UK, has commenced.

The development of more sustainable technologies for energy-intensive industry is imperative to meet ambitious targets by 2050.

The University of Iceland charts the opportunities & challenges concerning the utilisation of geothermal energy, understanding high-temperature corrosion.

Promoting the policy areas of education, science and research are crucial for Germany’s future prosperity according to the BMBF.

Here, Professor Kazunari Domen, Shinshu University and The University of Tokyo, summarizes the 10-year ARPChem project conducted from 2012 to 2022 under the support of New Energy and Industrial Technology Development Organization (NEDO).

Frank Wolak, President and CEO, Fuel Cell and Hydrogen Energy Association, argues here that stationary fuel cells reliably boost industry growth.

EU leaders push for the implementation of a European hydrogen economy, to replace reliance on Russian energy sources.

Cornell and Stanford University researchers believe blue hydrogen may be harming the climate more than burning fossil fuels

The Commission signed €1.1 billion of grant agreements, allocated for seven low-carbon technologies which will substantially reduce emissions - within the first ten years.