This project focused on developing a new type of hydrogen storage tank—lightweight, durable, and suitable for future clean energy applications. Consisting of academics from Queen’s University Belfast and South West College, and supported by industry partners CCP Gransden, Kingspan, and B9 Energy, the team successfully designed and built a prototype tank using advanced materials and manufacturing techniques.
The project introduced a novel way of making hydrogen tanks using robotic moulding and composite materials. It combined plastic liners, metal fittings, and carbon fibre reinforcement to create a strong, efficient tank. The team also developed computer models to simulate how the tanks would perform, helping reduce the need for costly physical testing.
Several prototypes were produced and tested, and the project supported student research and industry training. It also led to new collaborations, funding opportunities, and interest from companies working in hydrogen, transport, and aerospace.
The tanks are now ready for further testing and commercial development. Future work will focus on improving safety, exploring new materials, and adding smart technology to monitor tank performance in real time. There are also plans to develop tanks that can fit into tight spaces and store hydrogen at very low temperatures.
This project has contributed to Northern Ireland’s commitment to be a leader in the hydrogen economy, contributing to the wider goal of building a clean, sustainable energy future.