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Nuclear fuel cycle meaning

Published by a LexisNexis Energy expert
What does Nuclear fuel cycle mean?
In legal practice, the nuclear fuel cycle describes the chain of activities involving nuclear fuel—from uranium extraction, conversion, enrichment and fuel fabrication, through reactor use, to interim storage, reprocessing and final disposal of spent fuel and radioactive waste. It is a descriptive regulatory expression rather than a single statutory definition, but is used across licensing, environmental permitting and planning. Its legal significance is that different stages trigger distinct approvals and regulatory duties, including: nuclear site licensing (Nuclear Installations Act 1965; Energy Act 2013), environmental authorisations (Environmental Permitting Regulations in England and Wales; Environmental Authorisations (Scotland) Regulations 2018; Radioactive Substances legislation in Northern Ireland), radioactive material transport controls, nuclear safeguards (UK: Nuclear Safeguards Act 2018 and ONR; Ireland: Euratom safeguards and EPA oversight), security and nuclear liability. Oversight typically involves the Office for Nuclear Regulation and the relevant environment agencies (EA, NRW, SEPA, NIEA; in Ireland, the EPA). Usage of the term is broadly consistent across England & Wales, Scotland, Northern Ireland and Ireland, though energy policy and consenting frameworks differ (for example, Ireland prohibits nuclear electricity generation and Scotland’s policy opposes new nuclear). Also called the fuel cycle; see Fuel Cycle.
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View the related Practice Notes about Nuclear fuel cycle

PRACTICE NOTES
Civil nuclear energy in the UK: legal and regulatory overview of the fuel cycle, risks, financing (CfDs/RAB), new build, advanced technologies, fusion, and the 2025 Nuclear Regulatory Review

What is nuclear energy? Nuclear energy is the power released from the core of an atom (the ‘nucleus’). It can be produced in two ways: Fission — the split of a large atom into smaller atoms; Fusion — the joining of lighter atoms to create heavier atoms. Nuclear (fission) power plants split uranium atoms inside a reactor through fission. The heat generated produces steam, which turns a turbine to generate electricity. While fission is currently used commercially to produce energy, nuclear fusion is not yet commercially viable. See: What is the future of nuclear power generation in the UK? below. Various countries around the world are increasingly turning to nuclear energy to satisfy the rising need for clean energy and to strengthen their energy security. What is the nuclear fuel cycle? The set of industrial processes that results in electricity from nuclear reactions is known as the nuclear fuel cycle. It starts with the mining of uranium (or other ores...

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