Safety related Calculations: accident scenarios including hydrogen generation, radiological calculations, fluid dynamics, and criticality
Framatome's integrated and unified concept to improve the severe accident resistance and mitigation capacity of nuclear facilities. The full scope of analysis methods solves problems in the fields of fluid dynamics and thermal hydraulics. In the unlikely event of a severe accident large amounts of hydrogen may be released within the reactor containment, leading to a high concentration of combustible gas. An ignition of this gas mixture could exceed overpressure design values and jeopardize the integrity of the containment.
Central Radiological Computer System (CRCS)
Fluid Dynamic and Thermal Hydraulic Analyses including CFD
MELCOR Analyses for Severe Accidents including Spent Fuel Pool
Non LOCA and LOCA Analyses DBA/BDBA (RELAP/ WAVCO etc.)
Severe Accident Long-Term (SALT) Containment Condition Control Processes
Severe Accident Management guidelines for PWRs
Study on hydrogen generation and depletion inside Containment (PAR Study)
Emergency preparedness and severe accident conditions solutions
Address Emergency Preparedness with the best Framatome solutions from Emergency Diesels Generators to Filtered Containment Venting SystemsView 26 Products.
Hazards analyses and solutions (PSA modelizations)
Advanced global approach for hazard management and safety improvement based on meeting your needs while reducing costsView 16 Products.
Operating Technical specifications, documentation, licensing studies, regulatory bodies, interfaces …
Benefit from our unique expertise of licensing/qualification and standard compliance requirements of Safety Authorities worldwide for both PWR and BWRView 12 Products.
Safety analyses and engineering, safety case, PSA
Implement the optimal design modifications and changes fulfilling safety authorities requirementsView 19 Products.