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.

  

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.

  

  

All the documentation related to nuclear energy

ASTM C967-20

ASTM C967-20

Superseded Historical

Standard Specification for Uranium Ore Concentrate

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ASTM C787-20

ASTM C787-20

Superseded Historical

Standard Specification for Uranium Hexafluoride for Enrichment

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ASTM C996-20

ASTM C996-20

Superseded Historical

Standard Specification for Uranium Hexafluoride Enriched to Less Than 5 %  235U

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ASTM E705-18

ASTM E705-18

Superseded Historical

Standard Test Method for Measuring Reaction Rates by Radioactivation of Neptunium-237

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ASTM E263-18

ASTM E263-18

Superseded Historical

Standard Test Method for Measuring Fast-Neutron Reaction Rates by Radioactivation of Iron

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ASTM C791-19

ASTM C791-19

Superseded Historical

Standard Test Methods for Chemical, Mass Spectrometric, and Spectrochemical Analysis of Nuclear-Grade Boron Carbide

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ASTM C809-19

ASTM C809-19

Superseded Historical

Standard Test Methods for Chemical, Mass Spectrometric, and Spectrochemical Analysis of Nuclear-Grade Aluminum Oxide and AluminumOxide-Boron Carbide Composite Pellets

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ASTM E264-19

ASTM E264-19

Superseded Historical

Standard Test Method for Measuring Fast-Neutron Reaction Rates by Radioactivation of Nickel

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ASTM C1533-15

ASTM C1533-15

Superseded Historical

Standard Guide for General Design Considerations for Hot Cell Equipment

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ASTM E385-16

ASTM E385-16

Superseded Historical

Standard Test Method for Oxygen Content Using a 14-MeV Neutron Activation and Direct-Counting Technique

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ASTM C1502-16

ASTM C1502-16

Superseded Historical

Standard Test Method for Determination of Total Chlorine and Fluorine in Uranium Dioxide and Gadolinium Oxide

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ASTM C1816-16

ASTM C1816-16

Superseded Historical

Standard Practice for The Ion Exchange Separation of Small Volume Samples Containing Uranium, Americium, and Plutonium Prior to Isotopic Abundance and Content Analysis

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ASTM C1817-16

ASTM C1817-16

Superseded Historical

Standard Test Method for The Determination of the Oxygen to Metal (O/M) Ratio in Sintered Mixed Oxide ((U, Pu)O2) Pellets by Gravimetry

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ASTM C1408-16

ASTM C1408-16

Superseded Historical

Standard Test Method for Carbon (Total) in Uranium Oxide Powders and Pellets By Direct Combustion-Infrared Detection Method

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ASTM C1458-16

ASTM C1458-16

Superseded Historical

Standard Test Method for Nondestructive Assay of Plutonium, Tritium and 241Am by Calorimetric Assay

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