Top menu

  • SITEMAP
  • LEGAL NOTICE
  • USEFUL LINKS

Search

  • ENSREG at a glance
    • The role of ENSREG
    • ENSREG activity reports
    • National regulators
    • Nuclear energy in the EU
  • Nuclear safety
    • Regulating for safety
    • Prevention of accidents
    • Environmental Monitoring
    • Emergency arrangements
    • Nuclear fuel cycle
  • Safe Management of Spent Fuel and Radioactive Waste
    • Management of spent fuel
    • Categorisation of radioactive waste
    • Existing waste management routes
    • Waste management routes under research
  • Nuclear safety regulation
    • EU instruments
    • International conventions
    • International standards and guidance
  • Transparency and public involvement
    • Public information
    • Public participation
  • ENSREG Conferences
    • Venue
    • Conference Programme
    • Presentations
    • Media
  • EU Stress Tests
    • Background and Specifications
    • Country Specific Reports
    • EU level Reports
    • Public engagement

Left lower block

  • News & meetings
  • Documents
  • Regulating for safety
  • Prevention of accidents
  • Environmental Monitoring
  • Emergency arrangements
  • Nuclear fuel cycle

Related Documents

  • National Report for Bulgaria on EU Nuclear Stress Tests
    05 Jan 2012
  • National Report for France on EU Nuclear Stress Tests
    05 Jan 2012
  • National Report for the United Kingdom on EU Nuclear Stress Tests
    04 Jan 2012
Home > Nuclear safety

What is nuclear safety ?

   
Share|        
 
Printer-friendly versionSend e-mailPDF version

STAY TUNED!

Keep up to date with the latest news from ENSREG

Syndicate content

Nuclear power plants use fissile materials to produce energy in the form of heat, which is converted to electricity by conventional generating plant. Radioactive materials are produced as a by-product of this process. Whilst radioactive materials can have beneficial uses, such as in cancer therapy, they are generally harmful to health. Their use, and the process by which they are produced, must be strictly regulated to ensure nuclear safety.

The scope of nuclear safety and its regulation covers the whole 'nuclear fuel cycle'. The nuclear fuel cycle includes the extraction and enrichment of radioactive ores, the production of nuclear fuels, the transport and use of fuel in the operation of nuclear power plants, the reprocessing of spent fuel to recover reusable materials for more fuel, and the storage of nuclear waste. Apart from the management of fuel, nuclear safety particularly covers the design, construction, operation and decommissioning of all nuclear installations such as nuclear power plants and waste storage facilities. Ensuring nuclear safety also requires the availability of suitably qualified staff, the establishment of an effective safety culture in the workforce, the funding of research into operational and safety issues and an appropriate focus on security. The work of nuclear regulators covers all these aspects.

  • Safety regulation
  • Prevention of accidents
  • Environmental Monitoring
  • Emergency arrangements
  • Fuel cycle

Regulating for safety

The basic objective of nuclear safety as a concept is to protect the public, workers in the nuclear industry and the environment from radiological risks.

> More about safety regulation

Prevention of accidents: defence in depth

The concept of defence in depth is fundamental to the safety of nuclear installations. Nuclear safety does not rely on one line of defence but is achieved using a range of complementary means.

> More about prevention of accidents

Environmental monitoring

The national regulators require nuclear facility operators to assess the potential radiological impact through regularly monitoring of the environment surrounding the nuclear site.

> More about environmental monitoring

Emergency arrangements

Despite all the safety measures that are taken in the design and operation of nuclear facilities, a possibility remains that an accident may happen which could give rise to a nuclear or radiological emergency.

> More about emergency arrangements

Nuclear fuel cycle

The nuclear fuel cycle covers several main steps which include mining uranium, turning it into a fuel, using it in a power station, and disposing of the spent fuel. This diagram explains the main steps in the nuclear fuel cycle.

> More about nuclear fuel cycle

Top

  • Sitemap | Legal notice | Useful links