Tag: FPRA
Many nuclear power plants have transitioned to a licensing basis under NFPA 805. As part of the transition, many plants needed a Fire Probabilistic Risk Assessment (FRPA) following the guidelines of NUREG-/CR-6850
Doel Nuclear Power Plant - FPRA
Fire Protection Engineer responsible for reviewing fire models used in a Fire Probabilistic Risk Assessment (FPRA). The FPRA required analyzing a large number of ignition sources throughout multiple power plants for impact on nuclear operations. The analysis required a combination of fire modeling software.
Edwin I. Hatch Nuclear Power Plant - FPRA
Fire Protection Engineer responsible for performing fire models as part of a Fire Probabilistic Risk Assessment (FPRA). The FPRA required analyzing a large number of ignition sources for impact on nuclear operations. Fire Dynamics Tools were used to model thousands of scenarios throughout the multi-unit power plant.
Enrico Fermi II NPP - FPRA
Fire Protection Engineer responsible for performing fire models as part of a Fire Probabilistic Risk Assessment (FPRA). The FPRA required analyzing a large number of ignition sources for impact on nuclear operations. Fire Dynamics Tools were used to model thousands of scenarios throughout the power plant.
Davis-Besse Nuclear Power Station, Unit 1 - FPRA
Fire Protection Engineer responsible for performing fire models as part of a Fire Probabilistic Risk Assessment (FPRA). The FPRA required analyzing a large number of ignition sources for impact on nuclear operations. Fire Dynamics Tools were used to model thousands of scenarios throughout the power plant.