Researchers at the Korea Research Institute of Standards and Science (KRISS) have developed a revolutionary catalyst that dramatically boosts the efficiency and affordability of green hydrogen production, paving the way for a sustainable energy future.
The Swiss Federal Institute of Technology Lausanne have created a way to turn biomass into hydrogen - with one kilogram of dried banana peel generating around 100 litres.
Adélio Mendes, Full Professor from University of Porto and coordinator of 112CO2 project, describes the concept of low temperature catalytic methane decomposition for COx-free hydrogen production.
Frank Wolak, President and CEO of the Fuel Cell and Hydrogen Energy Association - argues that when it comes to a stronger economy and a cleaner environment
Ben Palmer, patent attorney at Withers & Rogers, examines how many patents have been filed for hydrogen energy inventions - what does the number say about clean energy technology?
Here, Prof Kazunari Domen, Shinshu University & The University of Tokyo, explains a large-scale renewable hydrogen production system based on arrayed photocatalytic water splitting panels & an oxyhydrogen gas-separation module under development for practical solar hydrogen production.
Amy Allsop, Project Assistant at Hydrogen Europe, reveals how hydrogen fuel cell buses offer an effective solution to the challenges of the decarbonisation of public transport.
Vidal Bharath, Chief Operating Officer at Bramble Energy explains why fuel cell electric transport is the answer for a truly sustainable transport sector.
Sustainable aviation fuels are gaining prominence as viable alternatives to fossil fuel in the civil aviation sector – so what will this mean for military aircraft? James Domone, Principal Engineer, Atkins explores here.
Michael Kauffeld – a refrigeration technology expert & Mihaela Dudita - a chemist - assess the environmental impact of HFO refrigerants & present environmental benign alternatives for the future.
