ML16327A530
| ML16327A530 | |
| Person / Time | |
|---|---|
| Site: | Arkansas Nuclear  |
| Issue date: | 12/02/2016 |
| From: | Robert Bernardo Japan Lessons-Learned Division |
| To: | Entergy Operations |
| Bernardo R, NRR/JLD, 415-2621 | |
| Shared Package | |
| ML16327A482 | List: |
| References | |
| CAC MF8379, CAC MF8380 | |
| Download: ML16327A530 (4) | |
Text
Arkansas Nuclear One, Units 1 & 2 Table 1. Current Design Basis Flood Hazards for Use in the MSA Mechanism Stillwater Elevation Waves/
Runup Design Basis Hazard Elevation Reference Local Intense Precipitation Not included in DB Not included in DB Not included in DB FHRR Table 4-1 Streams and Rivers PMF on Arkansas River
[REDACTED]
358.0 ft, NGVD29
[REDACTED]
10.0 ft
[REDACTED]
368.0 ft, NGVD29
[REDACTED]
FHRR Table 4-1
[REDACTED]
Failure of Dams and Onsite Water Control/Storage Structures Not included in DB Not included in DB Not included in DB FHRR Table 4-1 Storm Surge Not included in DB Not included in DB Not included in DB FHRR Table 4-1 Seiche Not included in DB Not included in DB Not included in DB FHRR Table 4-1 Tsunami Not included in DB Not included in DB Not included in DB FHRR Table 4-1 Ice-Induced Flooding Not included in DB Not included in DB Not included in DB FHRR Table 4-1
Arkansas Nuclear One, Units 1 & 2 Table 1. Current Design Basis Flood Hazards for Use in the MSA Mechanism Stillwater Elevation Waves/
Runup Design Basis Hazard Elevation Reference Channel Migrations/Diversions Not included in DB Not included in DB Not included in DB FHRR Table 4-1 Note 1: Reported values are rounded to the nearest one-tenth of a foot.
Arkansas Nuclear One, Units 1 & 2 Table 2. Reevaluated Flood Hazards for Flood-Causing Mechanisms for Use in the MSA Mechanism Stillwater Elevation Waves/
Runup Reevaluated Hazard Elevation Reference Local Intense Precipitation 354.4 ft, Minimal 354.4 ft, FHRR Table 4-2 North Train Bay Door NGVD29 NGVD29 South Train Bay Door 354.4 ft, Minimal 354.4 ft, FHRR Table 4-2 NGVD29 NGVD29 Between Warehouse and 355.0 ft, Minimal 355.0 ft, FHRR Table 4-2 Reactor Building Unit 2 NGVD29 NGVD29 West of Maintenance Building 353.7 ft, Minimal 353.7 ft, FHRR Table 4-2 NGVD29 NGVD29 North of Turbine Building Unit 2 353.7 ft, Minimal 353.7 ft, FHRR Table 4-2 NGVD29 NGVD29 South of Turbine Building Unit 2 355.1 ft, Minimal 355.1 ft, FHRR Table 4-2 NGVD29 NGVD29 South of Central Support Building 354.0 ft, Minimal 354.0 ft, FHRR Table 4-2 NGVD29 NGVD29 North of Central Support Building 357.7 ft, Minimal 357.7 ft, FHRR Table 4-2 NGVD29 NGVD29 Northeast of Turbine Building 354.4 ft, Minimal 354.4 ft, FHRR Table 4-2 Unit 2 NGVD29 NGVD29 Transformer Yard 354.4 ft, Minimal 354.4 ft, FHRR Table 4-2 NGVD29 NGVD29 East of Turbine Building Unit 1 354.3 ft, Minimal 354.3 ft, FHRR Table 4-2 NGVD29 NGVD29
Arkansas Nuclear One, Units 1 & 2 Table 2. Reevaluated Flood Hazards for Flood-Causing Mechanisms for Use in the MSA Mechanism Stillwater Elevation Waves/
Runup Reevaluated Hazard Elevation Reference Northwest of Intake Structure 354.1 ft, Minimal 354.1 ft, FHRR Table 4-2 NGVD29 NGVD29 North of Intake Structure 354.2 ft, Minimal 354.2 ft, FHRR Table 4-2 NGVD29 NGVD29 North of ISFSI 356.3 ft, Minimal 356.3 ft, FHRR Table 4-2 NGVD29 NGVD29 South of ISFSI 355.6 ft, Minimal 355.6 ft, FHRR Table 4-2 NGVD29 NGVD29 East of Cooling Tower 351.4 ft, Minimal 351.4 ft, FHRR Table 4-2 NGVD29 NGVD29 West of Warehouse 351.2 ft, Minimal 351.2 ft, FHRR Table 4-2 NGVD29 NGVD29 South of Warehouse 351.4 ft, Minimal 351.4 ft, FHRR Table 4-2 NGVD29 NGVD29 West of Diesel Oil Storage Tank 354.5 ft, Minimal 354.5 ft, FHRR Table 4-2 NGVD29 NGVD29 West of Engineering/Modification 352.2 ft, Minimal 352.2 ft, FHRR Table 4-2 Building NGVD29 NGVD29 Between 352.7 ft, Minimal 352.7 ft, FHRR Table 4-2 Engineering/Modification Building NGVD29 NGVD29 and Reactor Building 1 East of Diesel Fuel Storage Vault 353.7 ft, Minimal 353.7 ft, FHRR Table 4-2 NGVD29 NGVD29 Note 1: Reevaluated hazard mechanisms bounded by the current design basis (see Table 1) are not included in this table Note 2: Reported values are rounded to the nearest one-tenth of a foot.