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connect hoses to a hydrant and flow water through pumper vehicles to the fire department connections to boost the water pressure and volume in the system to create a greater capacity for controlling or extinguishing a fire. In the event of loss of electrical power, the Building 991 fire alarm and plenum deluge systems have backup supplies from 24volt batteries, plus additional backup from the diesel generator. The Building 985 plenum deluge system, bell control, and the tunnel smoke detectors are not provided with diesel generator backup capability. The smoke detectors have an eight hour battery backup capability and the frre alarm panels are provided with a four hour battery backup capability. The fure alarm system is periodically tested by the Fire Department to ensure they will function in an emergency. The automatic sprinkler system risers for System A and Building 985 also supply water to the hose connection stations for manual fire fighting. The pipes that deliver water to the hose connection stations are interconnected to the sprinkler system piping through a check valve. Hose stations are not equipped with hoses - hoses are brought to the stations by the Fire Department. 2.3.1.3 Dry Pipe Sprinkler System The Building 991 Complex also has areas subject to freezing conditions, therefore, fure protection is provided by an automatic dry-pipe sprinkler system in these areas. The areas protected by the dry-pipe system include the East Dock and Building 989 (this dry-pipe system valve is fed from System A) and the enclosed west dock area and the external canopy area (fed from System B). The riser system flow diagram is detailed in Figure 2-12. The section of pipe that is subject to freezing contains air under pressure. The air pressure required for each system is dependent upon pipe size and manufacturer of the system. For the dry-pipe system supported by System A, an acceptable static pressure is 35 - 50 psig. For the System B dry-pipe sprinkler system, an acceptable static pressure is 25 - 45 psig. The compressed air in these systems holds the dry pipe riser clapper closed preventing water from entering the upper portion of the dry pipe riser. When a sprinkler head fuses, air exhausts from the pipe reducing the pressure on the air side of the dry pipe valve. Water pressure lifts the clapper inside the dry pipe valve, allowing water to flow through the piping and to the sprinkler heads. Activation of the dry-pipe system wil send a signal to the CASEDC and will also activate the pressure switch on the respective riser alarm check valve which will activate the water gong for the system. 2.3.1.4 Plenum Deluge Systems There are two plenum deluge systems for the Building 991 Complex, the Building 991 roof plenum and Building 985 plenum. The filter plenum deluge systems employ open nozzles inside the plenums attached to a piping system supplied by deluge valves. When a deluge valve opens, water flows into the piping system and discharges from all associated nozzles. Flow diagrams for the plenum deluge systems are presented in Figures 2-13 and 2-14. Revision 1 Building 99 1 Complex FSAR September 1999 I -
L I Figure 2-12 Fire Suppression System Flow Diagram Riser System B Revision 1 2-29 Sw?embcr 1999 Building 99 1 Complex FSAR I
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,._I REVIEW AND APPROVAL FOR BUILDI
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i L- FACILITY OVERWEW The Building
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Based on the information in Table 1
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i ,: - DF 1 - DF 3 - DF 3 DFJ - DF
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AB AC ACI ALARA Am AOL ARCIE ASME B
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j ?,.- LCO L.L.C. LLW LSDW MAL MAR
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V Volt WAD Work Authorization Docum
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. 2.3.1 Fire Suppression. Detection
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Figure 2-2 Building 991 and Associa
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Chapter 6 Derivation of Technical S
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Page 34 and 35: contamen received Accuracy Report &
Page 36 and 37: 1.2.6.2 Safety Analysis Summary Pot
Page 38 and 39: polishing equipment. The Metallogra
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Page 42 and 43: specified in HSP 11.03 were met by
Page 44 and 45: USQD-991-98.0900-MIU (Ref. 20) was
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Page 54 and 55: Building 989 - Diesel Generator Bui
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Page 58 and 59: Bearing walls and intermediate conc
Page 60 and 61: concrete structure with exterior di
Page 62 and 63: 1 ,j I Minor cracks and leaking hav
Page 64 and 65: uilding. Differential displacement
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Page 72 and 73: Table 2-1 Fire Suppression Systems
Page 74 and 75: The sprinkler system consists of a
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Page 80 and 81: filters against the impacts of larg
Page 82 and 83: 2.3.2 Heating, Ventilation, and Air
Page 84 and 85: The S-1 system has outside air damp
Page 86 and 87: Supplv Zone 4 (S-4) The S-4 supply
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Page 92 and 93: system contains an untested HEPA st
Page 94 and 95: The burners are Model LNR 8.4-G-20
Page 96 and 97: LSDW speakers are located throughou
Page 98 and 99: 2.3.5.2 Steam and Condensate System
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Page 108 and 109: the successful completion of a PSC'
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Page 118 and 119: 3.14 RADIATION PROTECTION The Radia
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Page 124 and 125: *I L\ '. '/ CHAPTER 4 HAZARD AND AC
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c THIS PAGE INTENTIONALLY LEFT BLAN
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pertinent to FSAR preparation, haza
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Facilities, DOE-HDBK-30 10-94 (Ref.
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PDC is the plume duration correctio
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0 Hazard Warning - The availability
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For hazardous materials that did no
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4.4.2 Hazard Classification The DOE
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scenarios. A total of 37 event tree
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Revision 1 Scpinnher 19% (2) extrem
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determined to represent a Standard
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The extremely unlikely impact of a
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750 Pad tank farm that migrates to
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4 3 M a p: X - a E 0 U N U
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4.6 RISK DOMINANT ACCIDENT SCENARIO
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A"" and Room 170 (including connect
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area, or the Building 996 waste sto
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consequence is low (0.084rem). If'
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! Movernent of waste containers fro
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The risk and conseauences of Punctu
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i ’ i, ! U” In summary, removal
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4 2 3 k J M fi .I 4 2 n
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ch ch
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I 1 I a rj i Y 4 d L J
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4.8 SAFETY ANALYSIS ASSUMPTIONS AND
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W 3
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I f dl
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c 3
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, UI
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~ 16 17 18 19 20 21 22 23 24 Revisi
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It Tip: 3 *-- Revision 1 September
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6.1 INTRODUCTION 6. DERIVATION OF T
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4 7 : i Maintenance of this Design
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NI -1 -4 Y) d
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6.4 ADMINISTRATIVE CONTROLS 6.4.1 I
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H .I L * m CII 0 L c, El s .- c, E
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x .I L Y m 0 L E I Y 6 P) m L Y m .
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P d
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I ea 0 " E3 O Q zs P I .- 3 " 5 2 d
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n L .I c, 5! c! U
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6.5 TSR DERIVATION The TSRs were de
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6.6 REFERENCES 1 Safety Analysis fo
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Revision 1 September 1999 CHAPTER 5
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5.1 INTRODUCTION 5. SAFETY STRUCTUR
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Conditions for Operations (LCOs) in
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EI .- .- 4 3 I
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5.2.2 SC-3 SSCS This section summar
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5.3 SSC SAFETY CATEGORY DESfGNATIUl
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-I i
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0 N n
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APPENDIX A BUILDING 991 COMPLEX TEC
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5B.4.2 CREDITED PROGRAMMATIC ELEMEN
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TERM ' AFFECTED AREA BASISBASES BUI
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TERM OUT-OF-SERVICE OUT-OF-TOLERANC
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1.2 ACRONYMS AC AOL CSE DOE DOT FEV
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limits on container radioactive mat
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1.2 LOGICAL CONNECTORS (continued)
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2. SAFETY LIMITS AND LIMlTING CONTR
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LCO 3.0.7 LCO 3.0.8 LCO 3.0.9 LCO 3
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LCO 3.0.6 (cont.) Calibration that
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LCO 3.0.8 Planned OUT-OF-TOLERANCES
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3./4. LIMITING CONDITIONS FOR OPERA
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3./4. LIMITING CONDITIONS FOR OPERA
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BASES BACKGROUND The BUILDING 991 C
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BASES REQUIRED ACTION A. 1 LCO 3.1
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BASES ~ ~~~ ~ REQUIRED ACTION A.2 (
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BASES REQUIRED The four-hour COMPLE
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BASES REQUIRED ACTION C.2 (continue
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7 ;' LT 6, BASES REQUDRED ACTION D.
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BASES RE0UIKE.D ACTION E. 1 Revisio
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SURVEILLANCE REQUIREMENTS ]BASES SR
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3.2 LIMITING CONDITION FOR OPERATEO
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S LRkEIL LANCE REQLZEMEhT SR 4.2.1
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BASES BACKGROChD (continued) The Bu
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BASES BACGGROVhD (continued) APPLIC
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BASES APPLICA'TION TO SAFETY rzN At
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BASES REOUIRED ACTION A. I [continu
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BASES REO U1RE.D ACTION C 1 [contin
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BASES REQUIRED ACTION E. I REQUIRED
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?I 1i-l ~~ ~ ~ SR 4.2.1 The verific
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3J4. LIILlXTfNG CONDXTlUKS FOR OPER
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3.M. IJIR/EITXNG COLWXTIONS FOR OPE
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BASES BA4CKGRO'L'KD (continued) Rev
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BASES APPLICABILITY Jlis LCO is app
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BASES REO UIRED ACTIONB 1 The Build
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BASES REQUIRED ACTION B.2.2 {contin
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SK4 3.1 Thc verification of the com
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SURVEILLANCE RE 0 UIREMENTS 3A SE S
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, -I ,.i ’-, \ 5.0.3 AC Programma
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5.1 5.1.1 5.1.2 5.1.3 ORGANIZATION
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5.2 5.2.1 5.2.2 INVENTORY CONTROL A
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AOL 2 SNM containers staged in the
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AOL 4 The quantities of radioactive
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AOL 5 Wooden LLW crates stored at t
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AOL 7 All pallets of waste containe
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2 4’1 ACTIONS: CONDITION 1. ODmti
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5.3 CONTROL OF COMBUSTIBLE MATERIAL
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ACTIONS: CONDITION 1. High heat rel
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AOL 10 A flammable gas use control
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5.4 5.4.1 5.4.2 5.4.3 Revision 1 Sc
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Revision 1 Szptcrnber 1999 Table 2
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5.6 5.6.1 Revision I Sntcrnher t999
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-I -)y 5.8.1 fieauirenients for Wor
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5B.0 GENERAL APPLICATION BASES Revi
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5B. 1 ORGANIZATION AND MANAGEMENT B
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5B.2 INVENTORY CONTROL AND MATERIAL
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AOL 1 POC and waste containers are
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, 1 \,?i AOL 3 BASIS (cont'd) AOL 4
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AOL 5 This AQL applies to wooden LL
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AOL 7 BASIS (cont'd) AOL 8 BASIS: R
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AOL 8 BASIS [cont'dj Revision 1 Sep
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5B.3 CONTROL OF COMBUSTIBLE MATERIA
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-7 “q Y AOL 9 BASIS Combustible m
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5B.4 MAINTENANCE AND SURVEILLANCE O
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' I *r- ;:x 5B.5 EMERGENCY RESPONSE
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5B.S WORK COYTROL BASES 5B.S.l Requ
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6 DESIGN FEATURES The purpose of th
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7 REFERENCES A- 1 A-2 A-3 A4 A-5 A4
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k e- .. _. . .~,
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' Building 991 Complex FSAR/NSTR Ch
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1 Revisions NSTR-011-98. Safety Ana
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