University of Nottingham

The University of Nottingham led the research discovering that platinum–nickel (Pt–Ni) nanoclusters can undergo reversible atomic reshuffling to form a platinum–nickel oxide (Pt–NiO) interface that dramatically enhances electrocatalytic hydrogen production from water splitting.[1][2] The work was carried out in the Sch

The University of Nottingham partnered with Intelligent Energy to deploy the first IE-GRID™ system at its Jubilee Campus. The deployment is part of the Research England-funded Feed-MT project for the PEMC Building. The system is being used for testing and demonstration within a microgrid environment, supporting the ins

One of seven Midlands Innovation universities participating in HyDEX. University of Nottingham developed the 'Flex Fuel' engine, enabling diesel retrofits to switch between hydrogen and ammonia.

CPH2 was spun out from University of Nottingham in 2012, providing the research foundation for the membrane-free electrolysis technology.

The University of Nottingham is developing a pioneering hydrogen propulsion laboratory at its Jubilee Campus and is a central part of the university’s strategy to address climate change.

UK-based university whose School of Chemistry and Faculty of Engineering researchers developed a method to convert metal waste into hydrogen production catalysts.

This university is highlighted as a case study for its strong commitment to sustainability, implementing various initiatives to reduce its environmental impact.

The University of Nottingham is opening a new Energy Technologies Building to serve as a research and development center for hydrogen fuel and associated technologies, aiming to advance hydrogen fuel cells and improve clean transportation.

UK-based university taking the lead on hydrogen fuel infrastructure development by installing its own hydrogen fuelling station with on-site electrolyser technology.