Core design, core monitoring and safety analysis – Advanced PWR codes and methods (AREA, ARITA, LADON based on ARCADIA)
Framatome's advanced PWR codes and methods support operators for fuel cycle economics improvement, through increased safety analyses margins. This innovative method provides higher thermal and overpressure margins, and enables extended 24 months cycles, power uprates and operational flexibility (flexible operation) while addressing current and pending regulatory criteria. Based on AREA (advanced rod ejection method addressing new NRC guidance) , ARITA (transient analysis methodology) and ARCADIA (neutronics and core thermal-hydraulic code), this new method provides unprecedented flexibility in cycle design and operation.
Fuel and core analyses, calculations, codes
Benefit from our advanced nuclear methods for fuel assembly design, core design, safety analysis and core monitoringView 20 Products.
Online data monitoring and diagnostics systems (including aging monitoring)
Monitor your critical systems remotely with the most advanced and cost-effective non-intrusive real-time approachView 23 Products.
Power uprates' solution to further reduce carbon footprint
Increase your nuclear asset's delivery of low-CO2 electricity: safe Power Uprates solutions deployed to your plant will ensure additional production based on an existing plant. Framatome has an extensive range of solutions and experience to adapt to your precise need in the Net-Zero approach.View 8 Products.
Safety analyses and engineering, safety case, PSA
Implement the optimal design modifications and changes fulfilling safety authorities requirementsView 21 Products.