Shaping a sustainable energy future
Durham researchers are advancing a sustainable energy future through work spanning Arctic energy policy, clean technologies, energy storage and environmental resilience. Earlier this year, spin-out H2CHP received £1.5 million to develop fuel-flexible generators, while the five-year, £7 million EleComp programme is developing structural power composites that combine energy storage with mechanical strength. Other projects address soil degradation in sub-Saharan Africa and bring together expertise across disciplines to tackle energy and climate challenges.
From developing clean energy technologies to tackling global environmental threats, our researchers are pioneering a more sustainable future. Recent projects highlight the breadth of our expertise and the impact of this work for some of the world's most pressing energy and climate issues.
Connecting research, policy and society
The Arctic is at the forefront of climate change, and we’re leading thinking across energy policy, law, and a just transition. Researchers from our departments of Geography, Law, and Anthropology came together to take forward the debate at our recent Chancellor in Conversation event.
Advancing clean energy technologies
Innovation is also driving advances in clean energy technologies. Earlier this year, Durham spin-out company H2CHP secured a £1.5 million funding boost to accelerate the development of its next-generation power generation technology. Built on more than a decade of research led by Professor Tony Roskilly, the company's fuel-flexible generators can operate using hydrogen, ammonia, biofuels and e-fuels, supporting lower-carbon and more resilient energy systems.
Rethinking energy storage
Looking ahead, we have a key role in a major £7 million programme to rethink how energy can be stored. The five-year EleComp project, supported by an Engineering and Physical Sciences Research Council Programme Grant, is developing structural power composites that combine storage capacity with mechanical strength. By embedding this capability directly into materials, the project could lead to lighter, more efficient technologies across sectors including transport, aerospace and consumer electronics.
Addressing wider environmental priorities
Our commitment extends beyond energy systems. We are also developing new ways to tackle soil degradation in sub-Saharan Africa, helping to improve environmental resilience, support sustainable agriculture and strengthen food security in communities most affected by climate change.
Delivering interdisciplinary impact
Together, these projects show the value of Durham's interdisciplinary approach: connecting academic expertise across fields to generate new knowledge, develop innovative technologies and deliver practical solutions for a cleaner, more secure future.
Find out more
- Read more about our Arctic-themed Chancellor in Conversation event.
- Explore further Professor Tony Roskilly’s research and his spinout company H2CHP.
- Discover how the EleComp project is rethinking energy storage.
https://www.durham.ac.uk/news-events/latest-news/2026/11/shaping-a-sustainable-energy-future