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The British Geological Survey is among a consortium of internationally-recognised research institutions in the Midlands region to successfully bring together expertise in energy research as part of the a pioneering programme designed to help the region and the UK to meet ambitious net zero targets.

The ongoing programme, established in 2016 as the UK’s first cross-disciplinary energy research acceleration hub, is funded by Innovate UK and brings together 1,400 researchers in eight internationally-recognised research universities from the Midlands region.

As well as the British Geological Survey, it includes the Universities of Aston, Birmingham, Cranfield, Keele, Leicester, Loughborough, Nottingham and Warwick.

The Midlands currently employs around one third of the people in the UK’s energy sector with over 56,000 regional jobs. The programme exists in order to integrate research, develop advanced energy systems, reduce dependence on importing energy, enhance energy security and resilience, deliver regional economic benefit, develop future energy leaders and help to achieve the region and UK’s carbon reduction targets.

After only four years, already the programme has seen significant success and economic impact, the latter amounting to a 9:1 return on the original £60m government investment, according to an ERA case study published this month.

Whilst not all of this activity has been led by the programme, ERA funding has been a key contributor in unlocking opportunities.

Due to the combined efforts of all partners, 23 new research facilities have been created and the programme has delivered over £110m of industrial co-investment and close to £20m of university matched funding. 

As part of ERA, the British Geological Survey works with the University of Leicester and the University of Nottingham to advance and deploy innovative monitoring techniques applicable to the geoenergy sector industries, including CO2 storage.

Eleven boreholes, instrumented with multiple sensing technologies, have been drilled the UK (GTB) near Sutton Bonington in Leicestershire.

The work carried out by the ���ճԹ� is helping to improve the understanding of impacts and processes in the shallow subsurface, which will in turn enable the development and testing of new monitoring technologies. The published in the proceedings of the 15^th Greenhouse Gas Control Technology conference. 

The boreholes include deep and shallow injection wells which can be used to monitor the motion of gases and liquids through natural pathways in the subsurface after injection. The GTB is fully instrumented with surface and down-hole sensors.

The sensing capability at the GTB has been designed by the British Geological Survey to enable interrogation of the subsurface in 4D and to a level of detail commensurate with fluid flow processes in the subsurface as relevant to CO₂ storage. Geophysical and geochemical tools and data have been used to collect a wealth of pre-injection data. Data collection will continue during and post-CO₂ injection. The GTB is a unique platform for research collaboration.

“The UK provides unique facilities for researchers and companies to develop new subsurface technologies for net zero,” explains Prof Mike Stephenson, ���ճԹ� Science Director, Decarbonisation.

“This includes carbon storage, but also to test new monitoring equipment to help us understand the underground better.”

Prof Martin Freer, Director of the Energy Research Accelerator, said: “The success of ERA is very much down to the hard work of all of our partners over the last five years. I would personally like to thank everyone at ���ճԹ� for the invaluable contribution that they have made to ensuring the success of the ERA programme.

“In addition to creating the numerous cutting-edge facilities and large-scale demonstration projects, and running our successful skills programme for PhD students, I think that an equal if not more important achievement of the ERA programme has been the creation of an extremely strong partnership between our eight Midlands Innovation universities and the British Geological Survey. “It is genuinely heartening to see the way that partners have worked together with us to develop our ‘Big Ideas’ proposal, work with businesses, build international partnerships, and support each other in numerous activities and events. We very much look forward to working with ���ճԹ� in the next phase of the Energy Research Accelerator.”