Nuclear Criticality Safety
When operations are performed on fissile materials outside nuclear reactor cores (storage facilities, laboratories, factories and transport), these operations present a particular risk: the risk of criticality. The nuclear criticality safety is the prevention of nuclear criticality accidents and the limitation of the consequences of such accidents they should occur.
This training provides basic knowledge on nuclear criticality safety.
Person responsible for design, fabrication or maintenance of nuclear criticality safety for a process or facility. These persons would be nuclear criticality safety specialists with the responsibilities of assessment, calculation or peer review of nuclear criticality safety documentation. Also, Individuals or bodies with responsibilities of oversight and regulation of facilities and processes.
▪ fissile material transportation.
▪ fuel cycle plants (fuel manufacturing, recycling, etc).
▪ laboratories and fissile materials storage.
▪ reactor core in loading and unloading.
▪ plants permanently shut down or being dismantled.
Have knowledge of neutron physic and nuclear safety.
▪ To understand the issues related to nuclear criticality safety.
▪ To learn the main principles retained to the prevention of criticality.
▪ To acquire basic knowledge related to criticality characterization and prevention (physical properties).
▪ To introduce the phenomenon of a criticality accident and to explain the French regulation on nuclear criticality safety (methods of control and reference fissile medium).
Lectures, discussions and practical sessions are included.
Working group exercises are supervised by experienced TSO experts.
A USB stick containing the course material will be provided.
Knowledge testing (multiple choice exam) will be performed on the full course content and successful candidates will be issued with a Knowledge Certificate.