Nuclear energy

Overview of the Nuclear Industry up to date

  

The nuclear industry is undergoing a phase of renewal, though cautious, after a period of stagnation in the 2010s. It remains a strategic pillar for many countries, at the crossroads of energy, climate, economic and geopolitical issues.

  

Role in the Energy Transition

  

Nowadays, nuclear power is recognized as a low-carbon, dispatchable source of electricity capable of continuous production. In the context of slowing climate change while reducing dependence on fossil fuels, several countries consider nuclear energy as an essential complement to renewable energies (wind, solar), which are intermittent.

  

A Contrasting Global Landscape

  

  • Pro-nuclear countries: France, China, Russia, South Korea, and more recently, the United Kingdom and some Eastern European countries are currently investing in new reactors.
  • Retreat from or phase-out of nuclear power: Germany has closed its power plants, while other countries remain hesitant for political, economic, or societal reasons.
  • New entrants: Countries like the United Arab Emirates and Turkey are developing their first nuclear capacity.

  

Industrial and Economical Challenges

  

The area is currently facing some obstacles. 

  • ​High costs and budget overruns on major reactor projects.
  • Long construction times, which tend to hinder investment
  • The existing fleet are aging, particularly in Europe and North America, requiring extension or replacement programs.
  • Radioactive waste management, remaining a sensitive political and societal issue.

  

All the documentation related to nuclear energy

NBN ISO 23466:2021

NBN ISO 23466:2021

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Design criteria for the thermal insulation of reactor coolant system main equipments and piping of PWR nuclear power plants

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NBN ISO 23467:2021

NBN ISO 23467:2021

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Ice plug isolation of piping in nuclear power plant

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NBN ISO 23468:2021

NBN ISO 23468:2021

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Reactor technology — Power reactor analyses and measurements — Determination of heavy water isotopic purity by Fourier transform infrared spectroscopy

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NBN EN ISO 10276:2021

NBN EN ISO 10276:2021

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Nuclear energy - Fuel technology - Trunnion systems for packages used to transport radioactive material (ISO 10276:2019)

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ISO 22765:2016

ISO 22765:2016

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Nuclear fuel technology — Sintered (U,Pu)O2 pellets — Guidance for ceramographic preparation for microstructure examination

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ISO 19226:2017

ISO 19226:2017

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Nuclear energy — Determination of neutron fluence and displacement per atom (dpa) in reactor vessel and internals

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ISO 18315:2018 (R2024)

ISO 18315:2018 (R2024)

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Nuclear energy — Guidance to the evaluation of measurement uncertainties of impurity in uranium solution by linear regression analysis

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ISO 12183:2016

ISO 12183:2016

Superseded Historical

Nuclear fuel technology — Controlled-potential coulometric assay of plutonium

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ISO 12800:2017 (R2022)

ISO 12800:2017 (R2022)

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Nuclear fuel technology — Guidelines on the measurement of the specific surface area of uranium oxide powders by the BET method

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ISO 8299:2019 (R2024)

ISO 8299:2019 (R2024)

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Nuclear fuel technology — Determination of the isotopic and elemental uranium and plutonium concentrations of nuclear materials in nitric acid solutions by thermal-ionization mass spectrometry

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ISO 16647:2018 (R2023)

ISO 16647:2018 (R2023)

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Nuclear facilities — Criteria for design and operation of confinement systems for nuclear worksite and for nuclear installations under decommissioning

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ISO 9161:2019 (R2024)

ISO 9161:2019 (R2024)

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Uranium dioxide powder — Determination of apparent density and tap density

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ISO 1709:2018

ISO 1709:2018

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Nuclear energy — Fissile materials — Principles of criticality safety in storing, handling and processing

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ISO 22875:2017 (R2022)

ISO 22875:2017 (R2022)

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Nuclear energy — Determination of chlorine and fluorine in uranium dioxide powder and sintered pellets

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ISO 9463:2019 (R2024)

ISO 9463:2019 (R2024)

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Nuclear energy — Nuclear fuel technology — Determination of plutonium in nitric acid solutions by spectrophotometry

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