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The United Kingdom is set to reduce its own – as well as Europe’s – dependence on Russian nuclear fuel with the planned construction of a high-tech nuclear fuel facility in the country.
According to a Government announcement, British-German-Dutch nuclear-fuel consortium Urenco Group has been granted £196 million to establish a uranium enrichment facility at Capenhurst, in Cheshire. By 2031, the facility is expected to produce up to 10 tonnes of High-Assay Low-Enriched Uranium (HALEU) annually. HALEU, when converted into fuel, could yield energy equivalent to over one million tonnes of coal.
Prime Minister Rishi Sunak stressed the urgency of establishing a UKbased uranium enrichment plant to reduce reliance on Russian exports. “Russia has been the sole provider of this powerful nuclear fuel for too long, and this marks the latest step in pushing him (Putin) out of the energy market entirely,” he said.
Boost to economy
The initiative is projected to create approximately 400 highly-skilled jobs, benefiting the local economy and solidifying the North-West of England’s status as a leader in nuclear fuel production. This aligns with the Government’s commitment to investing in the UK’s nuclear industry to secure its future, with at least £763 million allocated to skills, jobs, and education. Furthermore, since the onset of the Russia-Ukraine conflict, the UK has been at the forefront of curbing Russian oil and gas imports. It is now collaborating with its nuclear allies to establish a secure global uranium supply chain, free from Russian influence.
In addition to the uranium enrichment facility, the UK is advancing fusion energy development by inviting engineering and construction companies to bid for up to £600 million to build the first commercially viable fusion prototype power plant. Fusion energy holds the potential to provide clean electricity on a vast scale, ensuring long-term energy independence for the UK.
Quadrupling capacity
Energy Secretary Claire Coutinho highlighted the significance of the new facility, noting its crucial role in fuelling the next generation of advanced modular reactors, essential for quadrupling the UK’s nuclear capacity by 2050. These reactors are more efficient, utilising novel fuels and technologies to generate low-carbon electricity and address various energy needs, including decarbonising industry and producing hydrogen for transport or heat for homes.
The UK’s strategic move not only aims to secure a future of sustainable and independent energy but also positions Britain as a leader in the global transition towards advanced nuclear technology.
