New lithium mine in UK to create more than 100 jobs

Britain’s domestic critical minerals push has taken a significant step forward with a multi-million-pound investment into a new extraction facility designed to harness underground energy for electric vehicle batteries. Geothermal Engineering Limited is injecting roughly £43 million into a cutting-edge site located in Cornwall, aiming to tap into subterranean geothermal brines to secure key supply chains for the automotive and clean energy sectors. The development arrives as authorities ramp up efforts to bolster industrial resilience and decrease reliance on overseas manufacturing hubs.

According to official reports, the facility has received an in-principle funding offer approaching £10 million via the government’s DRIVE35 Automotive Transformation Fund. Business Secretary Jonathan Reynolds framed the initiative as part of a broader strategy to shield domestic manufacturing from geopolitical vulnerabilities. In statements cited by financial briefings, Reynolds noted that the facility helps address over-reliance on external actors, pointing out that China currently supplies the vast majority of Europe's lithium-ion battery imports. Government officials emphasize that while complete self-sufficiency remains an unrealistic target, diversifying supply lines is crucial for national stability.

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New lithium mine in UK to create more than 100 jobs

Local and industrial leaders have welcomed the project for reviving the region's historic identity. Dr Ryan Law, chief executive of Geothermal Engineering Limited (GEL), highlighted the strategic importance of building homegrown capabilities.

"We are proud to be building this capability here in Cornwall, creating jobs and attracting new investment to the area"

Dr Ryan Law, Chief Executive, Geothermal Engineering Limited, via BGNES

Law added that lithium serves as a foundational element for zero-emission vehicle technologies.

Julian Hetherington, automotive transformation and engagement director at the Advanced Propulsion Centre and Zenzic, observed that domestic mineral extraction naturally reduces supply chain dependencies while simultaneously fostering a rapidly growing materials cluster in the South West (Gov.uk). The Cornwall initiative forms part of a wider government push that has unlocked nearly £230 million in private investment across similar ventures in Cornwall and Teesside combined (Bgnes). This follows roughly £1 billion in broader automotive commitments announced across the country earlier in the month, involving major manufacturers such as Bentley, McLaren, and Nissan (BBC).

The facility is slated to enter commercial production in 2029. Operations will extract technical-grade lithium carbonate from underground hot water brines, with initial projections forecasting an annual output of approximately 1,500 tonnes (BGNES). Industry estimates indicate this initial yield will supply enough material for more than 180,000 standard electric vehicle batteries (BGNES). Furthermore, planners anticipate that production capacity could eventually scale up to tens of thousands of tonnes annually if market conditions and technological refinements allow (BigGo Finance).

Project Metric	Projected Figure	Context & Details
Total Investment	~£43 Million	Committed by Geothermal Engineering Limited for the Cornwall extraction site (BGNES).
Government Support	~£10 Million	In-principle offer via the DRIVE35 Automotive Transformation Fund (BGNES).
Direct Employment	Nearly 50 Jobs	On-site operational roles created directly by the facility (BGNES).
Supply Chain Jobs	~80 Additional Roles	Secondary economic support across local vendor and logistics networks (BGNES).
Annual Output	1,500 Tonnes	Technical-grade lithium carbonate from geothermal brines (BGNES).
Battery Equivalency	180,000+ EV Batteries	Standard electric vehicle power units supported per year (BGNES).

The broader landscape of critical mineral extraction in the United Kingdom continues to evolve alongside regional feasibility studies. For instance, Northern Lithium recently secured funding via the government's Scale-up Feasibility Studies competition to advance front-end engineering design at Ludwell Farm in County Durham. That initiative aligns with national objectives aiming to secure a significant portion of domestic raw material requirements as overall demand surges.

Environmental and economic analysts note that transitioning toward localized mineral production requires careful balancing between industrial expansion and community impact. As construction and engineering phases progress over the coming years, stakeholders will monitor how effectively domestic extraction scales to meet the exponential growth projected for the green technology sector.