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Civil nuclear energy at a glance

Nuclear energy can make a vital contribution to satisfying basic human needs and sustainable development in the areas of health, industry, agriculture, access to water and energy, and environmental protection. The international community must therefore strive to share the benefits of civil nuclear energy uses following the best conditions for security, safety and non-proliferation, while respecting the environment.

Electricity production

Today, 72 nuclear reactors are under construction around the world, almost two-thirds of which are located in Asia. There are currently 435 nuclear reactors in operation around the world, which were providing 11% of global energy production on 1 June 2014 (Source : IAEA).

Nuclear energy is an essential component of the French electricity system (75% of the electricity production is nuclear-based). The aim of the French policy in this area is to enable and promote the development of nuclear energy, in France and abroad, respecting the highest demands in the area of security, transparency and waste management, with a view to energy security, the fight against climate change and energy competitiveness.

With a total of 58 reactors across 19 sites, an integrated model, solid feedback and a process of continuous improvement, France is a world leader for the share of nuclear energy in its electricity production and has unique knowledge from which many countries are benefiting :

  •  design and construction of 3rd generation reactors which comply with the highest safety and security standards, throughout the life cycle of the facility, built around a series of different reactors, with the EPR programme as a reference (1,650 MWe) and the ATMEA1 reactor (1,100 MWe),
  •  safe and high-performance long-term use of reactors,
  •  services provided to plants in operation, including maintenance, managing shutdowns, modernization operations and improving security,
  •  expertise of the entire fuel cycle and related services - from uranium extraction to recycling, dismantling/sanitation of facilities to waste storage - contributing to long-term secure storage and safe management of materials.

Réacteur Osiris en fonctionnement, à sa puissance nominale de 70 MW. Crédits : PF.Grosjean/CEARéacteur Osiris en fonctionnement, à sa puissance nominale de 70 MW. Crédits : PF.Grosjean/CEA

To find out more (only in French) :
- nuclear energy
- the fuel cycle
- How nuclear reactors work
- Website of the Permanent Mission of France to the IAEA
See also :
- Website of the IAEA Department of Nuclear Energy

Non-energy nuclear applications

The atom also has an essential role to play outside the energy sector for the socio-economic development of the poorest countries and the achievement of the Millennium Development Goals. Nuclear applications are of great interest in the following fields :

  •  human health : prevention, diagnosis and treatment of illnesses (cancer, cardiovascular illnesses), nutrition ;
  •  agriculture and food security : improving farming techniques, preserving fresh foods ;
  •  environmental protection : protecting the marine environment (studies on ocean acidification) ;
  •  industrial applications : radio-processing (an alternative to chemical transformations during industrial production and processing which helps to reduce the danger of industrial effluent), non-destructive tests via radiography, preserving cultural heritage.

More details
- on the website of the IAEA Department of Nuclear Energy
- on the website of the Permanent Mission of France to the IAEA (in French)

The issue of radioactive waste

Like all human activity, nuclear activities produce waste. It may be at low levels, but it can be radioactive, which poses a threat to the environment and human beings. For every person in France, 1kg of nuclear waste is produced every year (accounting for 0.04% of industrial waste), 5g of which remains highly radioactive.

That is why radioactive waste from nuclear activities must be managed in a robust and transparent manner which is adapted to this type of waste.

This is the case in France, where the French National Radioactive Waste Management Agency (ANDRA) is responsible for managing all radioactive waste in France. France is also studying the construction of a deep geological disposal centre (Cigéo project) for highly-radioactive waste.

To find out more
- View the ANDRA website
- Learn about the Cigéo project
- Everything you need to know about radiocative waste : educational website in French, by ANDRA, the Ministry of National Education, Higher Education and Research and the Ministry of Ecology, Sustainable Development and Energy.
- Research on nuclear waste

More details on nuclear technologies  :

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