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.

  

Innovations and New Technologies

  

One of the area's greatest hope lies in SMRs (Small Modular Reactors): smaller, standardized reactors that are potentially cheaper and more flexible. Moreover, research is also progressing on:

  •  safer, next-generation reactors,
  • fuel recycling,
  • and, in the longer run, nuclear fusion, which remains experimental.

  

Geopolitical and Sovereignty Issues

  

Nuclear energy is closely intertwined with energy sovereignty. Mastering the technology, uranium and the fuel cycle has become strategic, especially in a context of international tensions, added to a search for independence from energy imports.

  

Major Publications Regarding Nuclear Energy

There are many standards focusing on nuclear energy. The most prominent ones are RCC-M, the ASME Code, and ISO 19443.

You can read our detailed brochure in order to know more about the collection of standards related to nuclear energy.

The Certifications

  

All the documentation related to nuclear energy

ISO 10981:2004 (R2013)

ISO 10981:2004 (R2013)

Active Most Recent

Nuclear fuel technology — Determination of uranium in reprocessing-plant dissolver solution — Liquid chromatography method

€77.00

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ISO 7476:2003 (R2023)

ISO 7476:2003 (R2023)

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Nuclear fuel technology — Determination of uranium in uranyl nitrate solutions of nuclear grade quality — Gravimetric method

€51.00

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ISO 8300:2013 (R2024)

ISO 8300:2013 (R2024)

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Nuclear fuel technology — Determination of plutonium content in plutonium dioxide of nuclear grade quality — Gravimetric method

€51.00

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ISO 8425:2013 (R2024)

ISO 8425:2013 (R2024)

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Nuclear fuel technology — Determination of plutonium in pure plutonium nitrate solutions — Gravimetric method

€51.00

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NBN EN ISO 10270:2022

NBN EN ISO 10270:2022

Active Most Recent

Corrosion of metals and alloys - Aqueous corrosion testing of zirconium alloys for use in nuclear power reactors (ISO 10270:2022)

€92.00

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NBN EN ISO 19226:2020

NBN EN ISO 19226:2020

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Nuclear energy - Determination of neutron fluence and displacement per atom (dpa) in reactor vessel and internals (ISO 19226:2017)

€58.00

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NBN EN ISO 18557:2020

NBN EN ISO 18557:2020

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Characterisation principles for soils, buildings and infrastructures contaminated by radionuclides for remediation purposes (ISO 18557:2017)

€166.00

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NBN EN ISO 12800:2019

NBN EN ISO 12800:2019

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Nuclear fuel technology - Guidelines on the measurement of the specific surface area of uranium oxide powders by the BET method (ISO 12800:2017)

€58.00

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NBN EN ISO 12799:2019

NBN EN ISO 12799:2019

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Nuclear energy - Determination of nitrogen content in UO2, (U,Gd)O2 and (U,Pu)O2 sintered pellets - Inert gas extraction and conductivity detection method (ISO 12799:2015)

€40.00

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NBN EN ISO 16424:2017

NBN EN ISO 16424:2017

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Nuclear energy - Evaluation of homogeneity of Gd distribution within gadolinium fuel blends and determination of Gd2O3 content in gadolinium fuel pellets by measurements of uranium and gadolinium elements (ISO 16424:2012)

€92.00

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NBN EN ISO 21613:2017

NBN EN ISO 21613:2017

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(U, Pu)O2 Powders and sintered pellets - Determination of chlorine and fluorine (ISO 21613:2015)

€58.00

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NBN EN ISO 15651:2017

NBN EN ISO 15651:2017

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Nuclear energy - Determination of total hydrogen content in PuO2 and UO2 powders and UO2, (U,Gd)O2 and (U,Pu)O2 sintered pellets - Inert gas extraction and conductivity detection method (ISO 15651:2015)

€40.00

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ISO 11311:2011/Amd 1:2022

ISO 11311:2011/Amd 1:2022

Active Most Recent

Nuclear criticality safety — Critical values for homogeneous plutonium-uranium oxide fuel mixtures outside of reactors Amendment 1: Corrections and clarifications

€21.00

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ISO 8939:2025

ISO 8939:2025

Active Most Recent

Decommissioning of medical cyclotron

€115.00

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ISO 20041-1:2022

ISO 20041-1:2022

Active Most Recent

Tritium and carbon-14 activity in gaseous effluents and gas discharges of nuclear installations Part 1: Sampling of tritium and carbon-14

€208.00

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