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The area has an established and growing cluster of industrial expertise in clean energy and energy innovation.

Cheshire and Warrington is one of the UK’s leading centres for clean energy, nuclear innovation and advanced engineering. At the heart of this ecosystem is Birchwood Park, home to major industry players including National Nuclear Laboratory, Wood, Rolls-Royce SMR and Sellafield Ltd. Together, these organisations are shaping the next generation of nuclear power while supporting the safe decommissioning of existing facilities in the UK and internationally.


Nearby at Capenhurst, Urenco produces around a third of the world’s enriched uranium and plays a major role in nuclear fuel and decommissioning operations. Birchwood also hosts a specialist high-temperature testing facility, established by Wood with UK Government backing, supporting research into advanced nuclear reactors, fusion technologies and next-generation energy systems.


The region is also driving innovation in low-carbon transport and smart energy networks. Projects such as My Electric Avenue and Electric Nation, led by EA Technology, are helping the UK prepare electricity networks for the rapid growth of electric vehicles.


At Thornton Science Park, cutting-edge research continues through the UK’s Energy Security and Observation System for the Sub-Surface (ESIOS), advancing understanding of energy infrastructure and underground resources.


Meanwhile, Protos is emerging as a major strategic energy hub focused on low-carbon and circular economy technologies, with the potential to attract £1.5 billion in investment and create up to 13,000 jobs. The region’s unique industrial heritage and geology also make it ideally placed for hydrogen production, fuel cell technologies, geothermal heat networks and large-scale energy storage.


Cheshire is already home to some of the UK’s largest underground gas storage facilities, including the Stublach Gas Storage Facility, operated by Storengy — the UK’s largest onshore gas storage site and a key part of the country’s future energy resilience.

 

 

 

Are you considering a career in the construction industry? Future proof your skills with retrofit courses.

Companies in the Cheshire & Warrington Leading in Hynet & Energy Sector

Energy Jobs (these are a selection of jobs - click on 'View more jobs' to see more opportunities)

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Undergraduate Courses

Construction Project Management Once designed and funded, project managers lead the delivery phase, working with teams on the ground.
Chemical Engineering Carbon capture and hydrogen rely on chemical reactions to keep working just right. You will be crucial to keep them going.
Economics & Business To secure funding for a project, a business case must be made. Head this direction if you enjoy analysis and understanding risk.
Electrical Engineering Monitoring HyNet’s operation and making sure it has the power it needs is the responsibility of electrical engineering designers.
Environmental Science All projects touch the environment and trained specialists will be needed to assess and minimise their impact.
Geography & Planning We need to secure permission to build HyNet from local and national bodies, with expert planners needed on both sides.
Mechanical Engineering Mechanical Engineers design the vital pumping systems and power stations that keep gas and electricity flowing in the network.
Quantity Surveying Someone needs to work out how much HyNet will cost to build, and make sure it’s under budget. As a QS, that’s your job.

Companies in the Cheshire & Warrington Leading in Hynet & Energy Sector