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' I *r- ;:x 5B.5 EMERGENCY RESPONSE BASES 5B.5.1 Requirement for Emergency Response BASES The Building Emergency Response Operations procedure is credited in the accident analysis to mitigate potential consequences from a spill or release of NUCLEAR MATERIAL. 5B.5.2 CREDITED PROGRAMMATIC ELEMENTS BASES The approved Building Emergency Response Operations procedure ensures the facility IS capable of responding to a spill or release. The procedure provides for the following: Revision 1 September 1999 a. Periodic evacuations drills, including identification of egress routes, assembly areas, and personnel accountability; b. Emergency notification (e.g., LSDW, two-way radios); and c. Spill response, including the availability and maintenance of emergency equipment and material. Specific Emergency Plans will be modified, as necessary, to reflect new and modified activities ensuring adequate plan coverage. A-130 Building 991 Complex FS \K Appendix 2 '
5B.7 FIRE PKOTECTlON BASES 5B.7.1 Requirement for Fire Protection BASES The safetv analvsis places aeat importance on a combustible material control program to ensure that large fires do not occur in waste container storaee areas. Postulated accident scenarios that specifv the Fire Protection promam include facilitv fire, facility explosions. and criticalities. 5B.7.2 CREDITED PROGR4MMATIC ELEMENTS BASES BASIS: 1. 2. 3. 4. Revision 1 Scntmrber 1999 Determination of acceptable combustible material * loading in various areas and maintaining - the facility in corneliance with the determination are kev elements of the control of combustibles in the facilitv. Specific controls in the combustible control DroEtram are identified in AC 5 3 An ignition source control program accommodates changes occurring in the facilitv (maintenance. decommissioning. equiDment removal. etc.) These changes may reauire ignition sources (spark:heat/flame producing work) as art of the work package. In order to ensure that imition sources are controlled in the facilitv. given the transient nature of many ignition sources. work involving spark/heat&.m e producing work will be controlled. This control can take the form of a hot work permit Drocess. LCO 3.1 rsauires implementation of fire watches during conditions when the Automatic Surinkler Svstem and Flowkhioke Detection Alarm Transmittal System is not operable. In order to ensure that fire watches are controlled in the facilitv, the fire watch will be established in accordance with Site requirements. The Fire Department serves a credited protection function in mitigating fires in the facilitv. The Fire Deoartment also serves to mitigate facility flooding and water damaqe due to actuation of the Automatic Sprinkler Svstem. The loss of this knction tends to increase the likelihood of large fires in the fire analysis. 33.7.3 Snecific Controls or Restrictions The fire ex3inmishers mevent a small fire from pr-oDagating. into a large fire in the waste container storage areas. The fire extinguishers are credited in Facility Fire Scenarios 1 through 4. The temporaw loss of a fire extinguisher (i.e.. from the time the Fire DeDartment is notified until the fire extinguisher is redaced) within the waste storage areas is not expected to siniijcantlv increase the likelihood of a sniall fire prooagating into a large fire Therefore. no other rewired actions are specified when a fire extinwisher is found to be out of compliance with reauireinents A-131 Building 99 1 Complex FSAR Appendix A 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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Table 1-1 DOE-STD-3009 and Building
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identified along with the change in
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area), and other types of hazardous
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Conduct of receipt, staging and shi
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contamen received Accuracy Report &
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1.2.6.2 Safety Analysis Summary Pot
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polishing equipment. The Metallogra
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under this set of documents include
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specified in HSP 11.03 were met by
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USQD-991-98.0900-MIU (Ref. 20) was
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17 18 19 20 21 22 23 24 25 26 27 28
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a THIS PAGE INTENTIONALLY LEFT BLAN
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During the 1980s, Final Quality Cer
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Revision L September 1990 Figure 2-
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Building 989 - Diesel Generator Bui
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THIS PAGE HAS BEEN LEFT BLANK DUE-T
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Bearing walls and intermediate conc
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concrete structure with exterior di
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1 ,j I Minor cracks and leaking hav
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uilding. Differential displacement
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in wooden waste containers and stor
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Table 2-1 Fire Suppression Systems
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The sprinkler system consists of a
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connect hoses to a hydrant and flow
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Revision I Scptcmber 1999 Figure 2-
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filters against the impacts of larg
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2.3.2 Heating, Ventilation, and Air
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The S-1 system has outside air damp
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Supplv Zone 4 (S-4) The S-4 supply
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Table 2-2 Building 991 Complex Exha
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system contains an untested HEPA st
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The burners are Model LNR 8.4-G-20
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LSDW speakers are located throughou
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2.3.5.2 Steam and Condensate System
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2.3.5.4 Domestic Process Water Syst
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component (Schedule 40 pipe with 6-
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18 19 20 21 22 23 24 25 Building 99
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i THIS PAGE INTENTIONALLY LEFT BLAN
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the successful completion of a PSC'
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hazards analysis approach to be use
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Site Integrating Management Contrac
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The Criticality Safety program is e
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safety SSCs relies on the developme
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3.14 RADIATION PROTECTION The Radia
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activities and hazard assessment an
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*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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3 ci 3 N n i
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4.8 SAFETY ANALYSIS ASSUMPTIONS AND
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W 3
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c: --c m m 3
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I f dl
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c 3
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I I I
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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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-I I I c? 8 3 rA \ \ I I
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6.4 ADMINISTRATIVE CONTROLS 6.4.1 I
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; c .- > c .s cat 0 0 P d Q ?- VI 0
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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
Page 334 and 335: 5.1 5.1.1 5.1.2 5.1.3 ORGANIZATION
Page 336 and 337: 5.2 5.2.1 5.2.2 INVENTORY CONTROL A
Page 338 and 339: AOL 2 SNM containers staged in the
Page 340 and 341: AOL 4 The quantities of radioactive
Page 342 and 343: AOL 5 Wooden LLW crates stored at t
Page 344 and 345: AOL 7 All pallets of waste containe
Page 346 and 347: 2 4’1 ACTIONS: CONDITION 1. ODmti
Page 348 and 349: 5.3 CONTROL OF COMBUSTIBLE MATERIAL
Page 350 and 351: ACTIONS: CONDITION 1. High heat rel
Page 352 and 353: AOL 10 A flammable gas use control
Page 354 and 355: 5.4 5.4.1 5.4.2 5.4.3 Revision 1 Sc
Page 356 and 357: Revision 1 Szptcrnber 1999 Table 2
Page 358 and 359: 5.6 5.6.1 Revision I Sntcrnher t999
Page 360 and 361: -I -)y 5.8.1 fieauirenients for Wor
Page 362 and 363: 5B.0 GENERAL APPLICATION BASES Revi
Page 364 and 365: 5B. 1 ORGANIZATION AND MANAGEMENT B
Page 366 and 367: 5B.2 INVENTORY CONTROL AND MATERIAL
Page 368 and 369: AOL 1 POC and waste containers are
Page 370 and 371: , 1 \,?i AOL 3 BASIS (cont'd) AOL 4
Page 372 and 373: AOL 5 This AQL applies to wooden LL
Page 374 and 375: AOL 7 BASIS (cont'd) AOL 8 BASIS: R
Page 376 and 377: AOL 8 BASIS [cont'dj Revision 1 Sep
Page 378 and 379: 5B.3 CONTROL OF COMBUSTIBLE MATERIA
Page 380 and 381: -7 “q Y AOL 9 BASIS Combustible m
Page 382 and 383: 5B.4 MAINTENANCE AND SURVEILLANCE O
Page 386 and 387: 5B.S WORK COYTROL BASES 5B.S.l Requ
Page 388 and 389: 6 DESIGN FEATURES The purpose of th
Page 390: 7 REFERENCES A- 1 A-2 A-3 A4 A-5 A4
Page 396 and 397: k e- .. _. . .~,
Page 398 and 399: ' Building 991 Complex FSAR/NSTR Ch
Page 400: 1 Revisions NSTR-011-98. Safety Ana
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