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PRIVACY
Economic Development

Northern areas are 'Goldilocks zones' that are just right for massive energy schemes

A report from the British Geological Survey highlights eight 'super regions' around the º£½ÇÊÓÆµ with the right geological conditions for technologies like carbon capture, geothermal energy and mineral mining

Dogger Bank wind farm(Image: SSE Renewables)

Parts of the North have been classsed as “super regions” which have the best geological conditions to help the º£½ÇÊÓÆµ in its multibillion-pound clean energy drive.

The North East, the North West and South Yorkshire and the Humber have the right geologies to host certain net zero technologies, including carbon capture and storage, shallow geothermal installations or critical minerals occurrences. The British Geological Survey says the “Goldilocks zones” are “just right” to help the country meet its target of hosting 650,000 jobs in renewable energy by 2030.

Along with Northern Ireland, the Scottish Central Belt, the East Midlands and East Anglia, South Wales and South West England, the British Geological Survey says the Northern areas could play a “pivotal role” in the drive to more sustainable energy production. Using such areas would create cheaper and more reliable energy, boost the economy and help the º£½ÇÊÓÆµ reach net zero targets.

The geologists assessed that strategic spatial planning for such technologies in these areas can help unlock an estimated £40bn of annual investment.

But they added that further investigation will be required to fully establish each of the super regions' true potential, ensure safe deployment of each technology, and understand environmental impact

Michelle Bentham, British Geological Survey chief scientist for decarbonisation and resource management, said: “The º£½ÇÊÓÆµ is incredibly diverse in its geology. Because it’s out of sight, geology gets a little bit forgotten about.

“And I don’t think people realise how blessed we are in the º£½ÇÊÓÆµ, if you like, in terms of the geology that could really help us have a sustainable future. But you can really see the difference that geology could make to reaching Government goals in terms of net zero, energy provision, clean energy.”

Ms Bentham said strategic spatial planning for below ground areas could also help optimise the º£½ÇÊÓÆµ’s resources for the energy transition. For example, it could stop decision makers from locking into one technology – such as wind farms or CCS – in one area where another could have yielded more benefits, or where multiple technologies could have been deployed.