Harnessing Earth's clean energy - pioneering new geothermal project launched at University of York

Posted on Tuesday 8 April 2025

The project, backed by £35 million in funding from the Department for Energy Security and Net Zero, will harness the earth's natural heat to decarbonise the campus, while also providing invaluable research and educational opportunities.

Cutting-edge research

The University’s unique campus location, situated above a site of significant geothermal potential, offers an unparalleled opportunity to integrate cutting-edge research with practical solutions.

The project will combine geothermal exploration with the University’s expertise in environmental science, engineering and policy, creating a dynamic environment for research and education.

The initial three-year phase will focus on developing a sustainable heat source to supply the majority of the University’s buildings, significantly reducing its reliance on fossil fuels.

Strategic importance

This phase will also serve as a crucial platform for researchers and students to explore the practical applications of geothermal technology, fostering a new generation of sustainable energy experts. The funding is part of the Public Sector Decarbonisation Scheme, run by the Department for Energy Security and Net Zero and delivered by Salix Finance, in recognition of the project’s strategic importance in advancing national decarbonisation goals.

Building upon the initial heat generation phase, the six to seven year plan will delve into the potential for on-campus electricity generation and the expansion of heat capacity to benefit the wider York community. This expansion aims to maximise the potential of geothermal energy, creating a sustainable energy hub that not only powers the University but also contributes to the city's energy needs and climate resilience.

The project is a cornerstone of the University’s Sustainability Plan 2030, targeting a 78% reduction in fossil fuel consumption. This ambitious goal will significantly lower the University’s carbon footprint and play a pivotal role in York’s broader efforts to achieve its climate change vision. 

Community benefit 

Professor Charlie Jeffery, Vice-Chancellor of the University of York, said: “This geothermal project is more than just a sustainable energy initiative; it’s a living laboratory that will drive research, educate our students and benefit our community. 

“The project’s location enables us to blend academic curiosity with practical application, providing learning opportunities for our students, all whilst contributing significantly to York’s Net Zero ambitions. The support from the Government is a vital catalyst for this transformative endeavour.”

Director of public sector decarbonisation at Salix, Ian Rodger said: “This is an exciting and ambitious project which will significantly reduce the University’s carbon emissions and has the potential to be of even greater benefit for the city of York. 

 “This geothermal project will be an example of sustainable energy innovation as well as showing us how education, research and community can come together to tackle climate change.”  

Sustainability goals

York Central MP Rachael Maskell said: “I am pleased to support the University of York’s innovative geothermal energy project, which exemplifies the UK’s commitment to pioneering sustainable energy solutions. 

“This project not only reduces carbon emissions, but also serves as a hub for research and education, fostering the next generation of renewable energy experts. Its community-focused approach will also contribute to York’s broader sustainability goals, creating a greener, more prosperous future for the city.”

David Boon, Senior Geothermal Scientist at the British Geological Survey (BGS), said: “BGS was pleased to provide underpinning geoscientific advice to this project and to support research and innovation for the first-of-a-kind project, which will help support other deep geothermal energy initiatives in the UK”.

The University of York’s deep geothermal project is set to become a beacon of sustainable energy innovation, demonstrating the power of integrating research, education, and community impact in the fight against climate change.

Assessment work has already been undertaken and the next stage is the planning process and regulatory approvals.