P5_1 Can the UK feasibly be powered solely by one nuclear power station?

Authors

  • Billy Peacock University of Leicester
  • Alfred Hopkinson University of Leicester
  • Jack Weston University of Leicester
  • Matthew Logan University of leicester
  • Archie Page University of Leicester

Abstract

The United Kingdom consumed 300 TWh of electricity in 2018 which came from a variety of sources. We calculated the mass of nuclear fuel one nuclear power station would need to power the UK for one year, for a typical nuclear reactor and a modern reactor. For a standard reactor this gave a total mass of 850 metric tonnes of uranium, this is equivalent to 34 standard nuclear power plants. Whereas it needed 650 tonnes of uranium for a modern reactor, equivalent to 25 standard reactors. It was found that one very large nuclear reactor is not a feasible answer to the energy needs of the country due to the high costs of maintaining the reactor and buying fuel.

Author Biographies

Billy Peacock, University of Leicester

Alfred Hopkinson, University of Leicester

Jack Weston, University of Leicester

Matthew Logan, University of leicester

Archie Page, University of Leicester

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Published

11/28/2019

How to Cite

Peacock, B., Hopkinson, A., Weston, J., Logan, M., & Page, A. (2019). P5_1 Can the UK feasibly be powered solely by one nuclear power station?. Physics Special Topics, 18(1). Retrieved from https://journals.le.ac.uk/index.php/pst/article/view/3284

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Articles