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087 Nuclear Fuel Cycle
Petit Picto International
En résumé

2017

10 jours (66 heures)
Saclay
  • 25-29 septembre 2017 + 2-6 octobre 2017
Parcours de formation associé(s)

Nuclear fuel cycle

Code référence : 087
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OBJECTIFS
From the extraction of the uranium ore to the reprocessing of spent fuel, as well as on the management of waste produced during the different stages of the fuel cycle, the trainees will be able to integrate and restitute at different degrees of implementation comprehensive information and in-depth knowledge on the industrial operations related to the nuclear fuel cycle in France.
PUBLIC
Technicians, scientists and engineers working in nuclear sciences and industry and wishing to have advanced knowledge in the field of nuclear fuel cycle.
CONTENU
- The nuclear fuel cycle: an overview.
- Geology of uranium: exploration, mining and resources.
- From uranium ore to yellow cake: the concentration stage.
- From uranium ore concentrates to uranium hexafluoride UF6.
- Uranium enrichment: overview.
- Boiler/Fuel: the constraints.
- Fuel assembly: general design.
- Recycling industry: Mixed oxide fuel (Mox).
- Fuel rod and assembly: thermal-mechanical design.
- Fuel services.
- Uranium enrichment by gaseous diffusion and ultracentrifugation processes.
- Options for spent fuel management.
- French experience with interim storage technologies.
- Transport of nuclear fuel cycle materials.
- Fuel cycle front-end: technical and economical aspects.
- Reprocessed uranium recycling.
- Reprocessing operations and technology.
- Inventory of fuel cycle wastes and long term waste management.
- R&D in the field of the long-lived nuclear waste management: advanced separation, transmutation and long-term interim storage.
MÉTHODE
Conferences. Technical visits (subject to acceptance):
- Uranium fuel fabrication plant (FBFC).
- Uranium refining and conversion plant (Comurhex).
- Uranium enrichment plant (Eurodif).
- Mox fuel fabrication plant (Melox).
- Na-FNR (Phenix).
- La Hague spent fuel reprocessing plant (Areva NC).
- Storage site for low radioactivity waste (Andra).

Maximum number of trainees: 18. 

This course includes visits of facilities with regulated zones. Please comply with the conditions stated in the terms of sale.

Session 2017

PRIX PUBLIC

7950 €

DURÉE

10 jours (66 heures)

LIEU ET DATE
Saclay
  • 25-29 septembre 2017 + 2-6 octobre 2017
COORDINATION

Responsable(s) pédagogique(s) :

Saclay
  • Mme Elisabeth STIBBE
    elisabeth.stibbe@cea.fr
    Tél. +33 1 69 08 97 61
CONTACT

Organisatrice(s) formation :

Saclay
  • Mme Corinne CARREAUX
    corinne.carreaux@cea.fr
    Tél. +33 1 69 08 25 02

Réf. 087 - Nuclear fuel cycle

Au format pdf/docx/xlsx, maximum 5Mo
 
Les champs marqués d'une * sont obligatoires

Session 2018

Aucune session n'est actuellement programmée pour 2018. Nous contacter.

Réf. 087 - Nuclear fuel cycle

Au format pdf/docx/xlsx, maximum 5Mo
 
Les champs marqués d'une * sont obligatoires