Scientists at Tohoku University have pioneered an affordable hydrogen production method using a novel surface reconstruction strategy for catalysts. This breakthrough in non-noble metal cathodes brings cost-effective clean fuel closer to reality, targeting commercial applications.
Open Access Government takes a closer look at the hydrology and surficial geology in Alaska to illustrate the broader picture of geology in the region, primarily focusing on Permafrost and Periglacial Studies.
Eliska Krizova, Fuel Cell Stack Engineer, at Bramble Energy, discusses the main challenges to a hydrogen future and some of the innovations helping clear...
Protium tells us about hydrogen’s role in the UK’s pursuit of a cleaner and more resilient energy future and the opportunity to accelerate decarbonisation through strategic local projects.
David Hall, VP Power Systems, Schneider Electric UK & Ireland, argues that green is good and explains why green hydrogen energy is more in focus now than previously.
Protium explores green hydrogen production in a case study of the Protium Project Pioneer 1, exploring carbon storage and net zero possibilities in energy.
Aarthi JanakiRaman, Research Director of Chemicals and Advanced Materials TechVision at Frost & Sullivan, discusses the broad potential of microbial electrosynthesis in supporting the green-energy transition and circular economy.
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.
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.
