This project is developing an innovative filtration approach to enable the use of wastewater in hydrogen production by removing sulphur contaminants that can damage electrolysers and reduce hydrogen quality.

This project is exploring how green hydrogen can be integrated with anaerobic digestion systems to produce low-carbon fuels, including e-methanol and enhanced biogas.

This project is advancing a novel leak-free hydrogen valve designed to improve safety, reduce emissions and support the wider rollout of hydrogen infrastructure.

HYDROLOOP is developing an integrated system that links wastewater treatment with hydrogen production, turning waste into a valuable energy resource.

This project is developing practical solutions to improve the safety and durability of hydrogen storage tanks.

This project is enhancing HyChain, a hydrogen supply chain decision-making platform, to empower businesses to autonomously navigate hydrogen opportunities tailored to their specific needs.

This project is developing a hydrogen energy system designed for use in remote and demanding environments.

SHIELD addresses a key barrier to green hydrogen: the high cost and limited supply of critical materials used in production.

This project is developing new ways to monitor low carbon energy storage tanks, supporting safer and more reliable hydrogen and clean energy systems.

GW HyGrid is exploring how hydrogen can support more flexible and reliable energy systems across the Great Western region.