This project integrates theoretical models into industrial gas turbine design to support development of hydrogen-compatible turbines.

This project develops solutions to manage hydrogen sloshing in cryogenic fuel tanks, supporting the safe and efficient use of hydrogen in aerospace and transport systems.

This project uses GIS to map hydrogen demand, production potential, and infrastructure across the South West, supporting strategic decision-making for net-zero transition.

This project develops a prototype hydrogen-powered forge, supporting decarbonisation of blacksmithing and potentially wider industrial applications.

This project develops testing methods for hydrogen production catalysts, helping to bridge the gap between academic research and industry application.

This project develops a modelling tool for hydrogen-based micro-grids, enabling users to test different system configurations and optimise energy production and demand.

This project investigates the economic and environmental impacts of using e-methanol as a shipping fuel.

This project is supporting the development of the Hydrogen Boat Centre as a testbed for hydrogen-powered marine innovation, translating research into practical, real-world applications.

This project will produce a prototype portable hydrogen storage unit and run trials across South Wales.

This project analyses the techno-economics of hydrogen use via ammonia for industrial decarbonisation in Wales.