ML20077B392
| ML20077B392 | |
| Person / Time | |
|---|---|
| Site: | McGuire, Mcguire  |
| Issue date: | 05/30/1983 |
| From: | Mary Johnson, Mcconnell T DUKE POWER CO. |
| To: | |
| Shared Package | |
| ML20077B378 | List: |
| References | |
| PROC-830530, NUDOCS 8307250092 | |
| Download: ML20077B392 (81) | |
Text
{{#Wiki_filter:_ . ... . .- . - .- - - . _ ~ . . - _ _- _. -. F (- *. EMERGENCY PLAN IMPLEMENTING PROCEDURES INDEX ] PROCEDURE # TITLE
. RP/0/A/5700/01 Notification of Unusual Event RP/0/A/5700/02 Alert !' RP/0/A/5700/03 Site Area Emergency RP/0/A/5700/04 General Emergency
, RP/0/A/5700/05 Care and Transporation of Contaminated Injured Individuals RP/0/A/5700/06 Natural Disasters RP/0/A/5700/07 Earthquake RP/0/A/5700/08 Release of Toxic or Flaansable Gases RP/0/A/5700/09 Collisions / Explosions OP/1/A/6200/48 Operating Procedure for the Operation of i the Post Accident Liquid Sample System, Unit 1 i OP/2/A/6200/48 Operating Procedure for the Operation of the Post Accideat Liquid Sample System, Unit 2 HP/0/8/1009/02 Alternative Methods for Determining Dose Rate within the Reactor Building HP/0/B/1009/03 Recovery Plan HP/0/B/1009/04 Procedure for Estiasting Food Chain Doses Under Post Accident Conditions HP/0/B/1009/05 First Response Evaluation of Offsite Dose j From a Reactor Coolant Leak Inside ' Containment i HP/0/B/1009/06 Procedure for Quantifying High Level ! Gaseous Radioactivity Release During a Accident Conditions HP/0/B/1009/08 Evaluation of a Reactor Coolant Leak ' 4 Inside Containment HP/0/B/1009/09 Release of Reactor Coolant through Unit Vent Exceeding Technical Specifications HP/0/B/1009/10 Releases of Liquid Radioactive Exceeding Technical Specifications HP/1/B/1009/15 Unit 1 Nuclear Post Accident Containment Air Sampling System Operating Procedure
- HP/2/B/1009/15 Unit 2 Nuclear Post Accident Containment I Air Sampling System Operating Procedure HP/0/B/1009/16 Tablets in the Event of a Radioiodine Release PT/0/A/4600/06 Exercises and Drills PT/0/A/4600/11 Functional Check of Emergency Vehicle and Equipment
- Station Directive 2.0.5 News Release Station Directive 2.5.1 Emergency Response Training Program i Station Directive 3.7.3 Bomb Threat Station Directive 3.8.1 Site Assembly / Evacuation Station Directive 3.8.2 Station Emergency Organization Health Physics Manual Section:
18.1 Accident and Emergency Response 18.2 Environmental Monitoring for Emergency Conditions
. 18.3 Personnel Monitoring for Emergency Conditions 8307250092 830719 Rev. 5 PDR ADOCK 05000369 May, 1983 F PDR
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Form 34811 (7 81) (Formerly SPD 100341 D*GE ?O*ER COMP.CY (1) ID No: C#0fA ![13cd!h[
?ROCEI'RE MAJOR CF.ANGE Cb= a '>: A '
PROCISS RECORD hndnehRestric:ed;o (2) STATION: O N'7_. II7/ (3) PROCEDURE TITLE: (#dL 3M o - t' Sh dC.< cif ik Abb - (4) SEC~IO3(S) 0F PROC URE ATTECTED: , 7/Cda.< M (5) DESCRI? TION OF CF_CGE: Pl.au_ ekqc Ib (A:achadditionalpages,if]necessary.)
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(7) ?RE?ARED SY: DATE: 4-7.0-b3 (S) SAFE ~Y EVALUATION This enange: Yes No M Represents a changle to the station or procedures as described in the FSAR, or a tes: or experimen: no: described in the 75AR? Yes No 1 Requires a change to the station Technical Specifications? Yes No g Involves an unreviewed safe:y question? If:heanswertoanyo't4.aboveis"Yes",a::achadetailedexplanation. As appr pr te act,ac! a ce pleted " Nuclear Safe:y Evalua:1on Check List" for=. Sy: A A) O Da:e: -2 6 -83 (9) REVII'ED 3T: 7/I'N o .~ DATE: Y-26-f3
, Cross-Disciplinary Re/iew By: N/R: V (10) TD'PORARY APPROVAL (I? NECESSARY):
By: (SRO) Date: By: Date: (l1) APPROVED 3Y: /cy/ Mf;[w DATE: M () l'
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(12) MISCELLANEOUS: Reviewed / Approved 3y: Date: Reviewed / Approved By: Date: (13) Page 1 of f R,e,(1,4, ,
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J - s Form 34731 (10-81) (Formerly SPD 10021) DUKE POb'ER COMPANY (l') ID No: CP/2/A/6200/48 PROCEDURE PREPARATION Change (s) O to - PROCESS RECORD. O Incorporated (2) STATION:McGuire Nuclear Station I (3) PROCEDURE TITLE: CPERATING PRCCEDURE NR THE CPERATICN CF THE PCST ACCIDENT LIQU LEMLTM, JJtf!} II (4) PREPARED BY: EM / DATE: 4 ' 2, I9 N (5) REVIEWED BY: --
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DATE: 6-2. S3 , 9 Cross-Disciplinary R view By: N/R:/ 8L (6) TEMPORARY APPROVAL (IF NECESSARY): By: (SRO) Date: By: Date: (7) APPROVED BY: ., --/ -. J, M hd d Date: Jbh il (8) MISCELLANEOUS: , i Reviewed / Approved By: Date: i i Reviewed / Approved By: Date: O e ,, e , . . , , --. ,-- . ,n-, . , - . . - . ,,c-, . _,--e~ - - , . . --
. a CP/2/A/6200/48 CUKE POWER COMPANY McGUIRE HUCLEAR STATION OPERATING PROCEDURE FOR THE OPERATION OF THE POST ACCIDENT LIQUID SAMPLE SYSTEM UNIT II 1.0 Pureose The Post Accident Liquid Sampling Sys;en (PALS) provides the capacity to promptly obtain a reactor ecolant sample under a nuclear reactor accident condition.
Sample acquisition during accident conditions (normal sampling area being inaccessible) will help evaluate information related to:
- 1) The extent of core damage which has occurred or is occurring.
I
- 2) Types and quantities of fission products released to containment .
liquid and gas phases.
- 3) Reactor Coolant chemistry and radiochemistry.
2.0 Limits 2.1 The PALS will be used to sample primary systems under the following conditions: 2.1.1 Post accident sampling 2.1.2 Inaccessibility of the Primary Sampling Lab due to radiation levels. - 2.1.3 Request from the Station Chemist or designee. 2.2 The undiluted sample volume is 1.33 ml. and the final dilution volume shall be controlled between 250-3500 ml. 2.3 Health Physics personnel must perform continuous radiation monitoring during sampling at the liquid sample or control panel on i the 716'e1 and 750'el Aux 111ary Building respectively. l 2.4 Samples will be collected in 1 ml. and 5 ml. lockable glass syringes to be found in the Hot Lab. ' 2.5 When handling radioactive samoles. good laboratory practices and techniques are essential to prevent radioactive contamination of personnel, equipment, and physical structures. Reference apolicable SRWP(s) or RWP(s) and Section 3.13 of the Chemistry Manuai. 3.0 Initial Conditions - i _/ I i v --
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e f 2 J 3.1 In order to maintain the PALS in an operable condition at all tires, the following requirements on Enclosure 9.1, PALS Monthly Checklist, must be done monthly and be current prior to sampling. 3.2 Verify with Operations that 2XC "A" Train is in operation when sampling is to be perfonned and list on Enclosure 9.2. 3.3 If the containment building has been isolated due to an SI or SIS signal, no sample is to be obtained until the On-Site Support Center can decide how to un-isolate one of the sample lines. 3.4 Verify with primary chemistry personnel that no sampling is in progress in the NM Lab. 4.0 Panel Preoaration 4.1 Valve Alignment for Liquid Sampling 4.1.1 Contact Operations and request the following valves be opened to obtain the sample desired: NC HOT LEG A NC Hot Leg #1 Sample Line Inside Cont. Isol 2NM22A NCHot Leg Sample Header Outside Cont. Isol 2NM26B i NC HOT LEG 0 NC Hot Leg #4 Sample t.ine Inside Cont. Isol 2NM25A NC Hot Leg Sample He'ader Outside Cont. Isol 2NM26B ND PUMP DISCH 2A
*ND Pump 1 A and HX Miniflow Stop 2N06aA ND PUMP DISCH 2B 4
*ND Pump 2B and HX 2B Miniflow Stop 2N0673 l
- Flow should be verified in this piping prior to sampling by verifying with operations that the respective A or B l train is in service. . Sign off Enclosure 9.2.
! 4.1.2 Notify Health Physics of sampling and ask for surveillance l prior to going to the Control Panel. Sign off Enclosure j 9.2. 4.1.3 Notify Radwaste Chemistry that panel will be coerated. 4.1.4 Record specific conductivity of buffer solution on l [ Enclosure 9.2 from Primary Chemical Data Log and take a stop watch and panel keys (located in Cold Lab Key Box) to Control Panel.
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3 s - 4.2 Control Panel (750'el. Aux. Bldg. Cable Pacm) 4.2.1 Remove left side panel of the control panel and insure the system power and pc power switches are in the "on" position. All others should be "off". 4.2.2 Turn the nain selector knob (on control canel) to " Reset". Place key in System Power Switch and turn to the right. Press " Reset" button. 4.2.3 For NO Pump Discharge Sample, place the " Remote / Local" suitch on the PALS Control Panel in the " Local" position and press "Open" switch for 2NM39 or 2N;t40 to line up for an NO "2A" or "2B" Pump Discharge sample respectively. This is to be done after Operations has cycled 2N06aA or 2N0678. 4.2.4 Piace the toggle switch for the dilution water meter on "0N". 4.2.5 Place the toggle switch for the radiation monitor to "0N" and turn 'the scale select to " rem /hr". 4.2.6 Place the conductivity meter to " Measure". 4.2.7 Push in the pH probe ." standardize" knob. 4.2.8 Select the system to be sampled with the system selector - Reactor Coolant System (refers to NC Hot Leg), Reactor Sump (refers to NO Pump Discharge). 5.0 Panel Ooeration 5.1 Panel Prep (position 1) 5.1.1 Turn the selector knob to " Panel Prep", position 1. 5.1.2 Press the " Selection Power - Activate" button. 5.1.3 Press the " Panel Prep. - Purge" button and hold for 1 min. I and release. - 5.1.4 Press the " Panel Prep. - Orain" button and hold for 30 '" sec. and release. 5.1.5 Press the " Panel Prep. - Calibration" button and hold f until the conductivity and pH meters stabilize. I (Approximately 30 seconds) ! 5.1.6 Record the specific conductivity reading on Enclosure 9.2, l the measured specific conductivity should correspond with l the specific conductivity of the pH standard wnich was
prepared in the lab. If not, repeat section 5.1.3 and 5.1.5. Contact the Station Chemist or Primary Suoervisor if this measure does not work in the event of an accident. (If this is a routine test, replace the probe and then submit a work request as a final repair measure.) NOTE: Multiply conductivity meter reading by 1000 to obtain proper specific conductivity value. 5.1.7 Adjust the pH meter to the known pH of the standard. 5.'.8 Press the " Panel Prep - Purge" button and hold for 30 seconds then release. 5.1.9 Press the " Panel Prep - Flush" button and hold until the conductivity and pH meters stabilize (specific conductivity and pH of demineralized water) approximately 2-3 minutes, then release. 5.1.10 Press the " Panel Prep - Purge" button for 30 seconds and release. 5.1.11 Press the " Panel Prep - Drain" button for 30 seconds and release. 5.1.12 Repeat Steps 5.1.9, 5.1.10, 5.1.11 and then continue to Section 5.2. 5.2 Sample Collection (Position' 2) 5.2.1 Turn the selector knob to " Sample Recirculation", position 2. 5.2.2 Record the radiation monitor reading on Enclosure 9.2 (Background) . 5.2.3 Press the " Selection Power - Activate" button. Record the starting time on : Enclosure 9.2. The radiation monitor should show an increased activity level and Tc 1 should show temperature increase as samole enters the liquid t f panel. 5.2.4 Press the " increase flow" button gently to adjust flow such that Tc 1 stabilizes close to 37"C. If Tcl goes ! above 60"C, sample is not being cocied sufficiently. , Press the " decrease flow button and if temcerature still ! increases, turn selector to " Reset". Press" Reset" button ' i e { , , , 9-, _____ - -
and turn Power Key to vertical position. Call Statien Chemist or his designee. 5.2.5 Turn the selector knob to " sample", position 3, when _ the - sample temperature at Tc 1 stabilizes. Record the temperature on Enclosure 9.2. (Approximately 7-8 minutes) NOTE: Tc 2 monitors KC Coolant outlet from the PALS HX and can be monitored during Tc 1 stabilization. 5.3 Sample (Position 3) 5.3.1 Press the " Selection' Power - Activate" button, 5.3.2 Monitor the temperature gauge and when Tc 1 stabilizes record the and radiation readings on Enclosure 9.2. 5.3.3 Subtrao3;. initial background activity from sample activity found during Tc 1 stabilization (Step 5.3.2) and record reading on Enclosure 9.2. This is the radiation due to the sample. 5.3.4 Press the "'iample - Trap" button. When pressure stabilizes record the reading on Enclosurs 9.2. t 5.3.5 Press the " Sample - Trap" button. Record the time sample flow stops on Enclosure 9.2. 5.3.6 - Turn the selector knob to "Depressurization and Gas Stripping", position 4. 5.3.7 Request Operations to close the valves opened in section 4.1. If an NO Pump Discharge sample is being taken, press "close" switch for the NO Pump Discharge Isolation Valve, either 2NO39 or 2N040 and place the " Remote / Local" switch in~the " Remote" position. 5.4 Depressurization and Gas Stripping (Position 4) 5.4.1 Verify that the vacuum gauge on the control panel shows - 25 inches mercury or vacuum. 5.4.2 Press the "Seiection Power - Activate" button. Wait 60 seconds and insure the 3000 psig pressure gauge indicates l 0 psig pressure. 5.4.3 Press the " Gas Stripping Start" button beneath the water totalizer and monitor the vacuum gauge. Press the " Gas Stripping Stop" button when the vacuum gauge needle reads 0 - 1 inch mercury. If 1 inch is exceeded, a new stripped 4
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gas sacole will need to be taken (ie) start from Section 4.1. 5.4.4 Turn the selector knob to "Liouid Sample", position 5. 5.5 Liquid Sample (Position 5) 5.5.1 Press the " Selection Power - Activate" butten. 5.5.2 Press the " Liquid Sample Conductivity" button and hold until the conductivity meter stabilizes (approximately 20 seconds). Record the specific conductivity on Enclosure 9.2. 5.5.3 Press the " Liquid Sample pH" button and held until the pH meter stabilizes. If meter does not stabilize in 30 seconds, release the button and take a reading. Record the pH on Enclosure 9.2. 5.5.4 Press the " Gas Sample - Trap Open" button. Note level gauge should dE ' ease slightly. 5.5.5 Press the " Gas hample Trap Close" button. NOTE: Do not use " Gas Sample Increase" button as it could ruin your sample. 5.5.6 Turn the selector kno.b to " Liquid Sample Prep.", position 6. 5.6 Liquid Sample Prep (Position 6) 5.6.1 Press the " Selection Power - Activate" button. 5.6.2 Press the " Liquid Sample Prep ml grab" button nd wait 5 ,
'saconds, after depressing. This deposits 1.33,ml of sample for dilution.
5.6.3 Press the " Reset" button on the dilution water flow totalizer and preset tha meter for 270 mis of dilution water or 20 mis above dilution volume wanted. j NOTE: Totalizer must be set 20 mis above desired dilution volume because of a 20 ml dead loop of tubing. This means that set at 270 ml delivery, only 250 ml is actually delivered. Press the " Start" button and let dilution continue to completion. Record the indicated dilution volume on Enclosure 9.2. I
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- 7 5.5.4 Press the "Liquic Sample Prep Mixing" button and hold 'er 10 seconds.
5.6.5 Turn the selector knob to " Liquid Sample", position 7. 5.7 Liquid Sample (Position 7) 5.7.1 Press the " Selection Power - Activate" button. 5.7.2 Hold the " Liquid Sample Trap Open" button for 10 seconds. 5.7.3 Imediately after 10 seconds press the "Licuid Samole Trac Close" button. , 5.7.4 Turn the selector knob to " Flush", position 8. 5.8 Flush (Position 8) 5.8.1 Press the " Selection Pcwer - Activate" button. 5.8.2 Press the " Flush Step" button and wait 1 minute,1st flush step. , 5.8.3 Press the " Flush Step" button again and monitor the pH and conductivity meters until they reach the equilibrium of domineralized water, 2nd flush step. (Approx. 2-3 minutes.) 5.8.4 Press the " Flush Step" button again and wait 4 minutes, 3rd flush step. _ t.8.5 Press the " Flush Step" botton again and wait 1 minute, 4th flush step. 5.8.6- Press the " Flush Step" button once more. The " Complete": light must illuminate. If light doesn't illuminate
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continue and-write a work request af.ter sampling is completed. - - l l 5.8.7 Turn the selector knob to " Drain", position 9. l 5.9 Orain (Position 9) ! 5.9.1 Press the " Selection Pcwer - Activate" button. , 5.9.2 Press the " Drain Step" button and wait 8 minutes, 1st drain step. 5.9.3 Press the " Drain Step" button and wait 1 minute, 2nd drain step. 5.9.4 Press the " Drain Step" button and wait 3 minutes, 3rd ! drain step. 5.9.5 Press the " Drain Step" button and wait 1 minute, 4th drain , step.
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, 9-1 5.9.6 Press the "Orain Step" button once more and the "Cerclete" light should illuminate.
5.9.7 Turn the selector knob to " reset" and press the " reset" button. 5.9.8 Turn the System Power Key to the left to operate the sumo pump: Allow pump to run until pump complete light is activated. 5.9.9 Turn the System Pcwer Key to the right to re-energize the PALS. Record the radiation level on Enclosure 9.2. 5.9.10 If the field at the panel is greater than 3 Rem /hr, continue to section 5.10, otherwise turn the System Power Key to the vertical off position and proceed to section 6.0. 5.10 Decontamination 5.10.1 Turn the selector knob to " Panel Prep", position 1. 5.10.2 Press the " Selection Power - Activate" button, 5.10.3 Press and hold the " Flush' button for 2 minutes. . 5.10.4 Repeat Panel Flush and Drain modes starting Section 5.8 through 5.9.9. - 5.10.5 If radiation level ts less than 3 Rem / hour, turn the System Power Key to the vertical position and continue to Section 6.0. If however, the radiation level remains
'i greater than 3 Rem / hour, go back to step 4.1 and repeat .
the sequence using a larger dilution volume. See
- Enclosure 9.3 to determine the dilution volume. If with a 3500 ml dilution volume the radiation level is still greater than 3 Rem / hour, contact the Statien Chemist or '
his designee. l 6.0 Samoline ; ! 6.1 Verify the operability of 2-1 ml and 2-5 ml glass locking syringes located in the Hot Lab and label them. 6.2 Contact Health Physics Surveillance and Control Groue and request ' surveillance while takirg gas and liquid samples from the samole portion of the PALS located on 716'el. Aux. Bldg. FF-58. s
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6.3 Collect 2 - 1.0 ml stripped gas samoles at the gas samole panel septum located on the north side of the sample panel and place syringes in plastic bag. . 6.4 Collect 2 - 5 mi liquid samples frem the liquid sample septum located on the south side of the sample panel and place syringes in plastic bag. 6.5 Replace the septa after collecting the syringe samples prior to returning to the Hot Lab, time permitting. . 6.6 Take syrinces to Hot Lab in a samole carrier and place in coerating fune hood behind a lead brick shield to await analysis. 7.0 Samole Analvsis 7.1 One syringe of stripped gas will be analyzed via Chemistry orocedure . CP/0/B/8100/31, Chemistry Procedure for the Analysis of Gases From the Reactor Coolant System Gas fiixi.ures. No averaging of gas samples will be done as in the procedure as only one syringe of sample will be oulled. Analyze the sample for % H and 0 and 2 2 report results as follows: .
%H2 x 1000 cc x 1 = cc/kg H 2- (ie) H x2 58.3 = cc/Kg H 2
0.170 kg 100 02 x 1000 cc x 1 = cc/kg 0 2 (ie)%02x 58.3 = cc/Xg 0 2 0.170 kg 100 Where: % gas is detennined via CP/0/B/8100/31 l 1000 cc = stripped gas bomb volume 0.170 kg = reactor coolant sample size I 1/100 = conversion of percent to decimal Report ec/kg H2 and 0 on Enclosure 9.2. j 2 7.2 Take the remaining 1 ml. syringe with stripped gas sample, withdraw ! 1 ml air from septum stoppered glass vial and load 1 mi stripoed i gas. Analyze by GeLi Spectral Analysis following CP/0/A/8200/05, Chemistry Procedure for Radioisotope Analysis. Report the actual sample volume on the botton of the sample analysis j , form under remarks and submit to Health Physics so that they may l l adjust isotope acitivities from diluted samples to reflect reactor I j coolant activity. The calculation is as follows:
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. s s Sample Volume = 170 ml. = 0.17 ml. 1000 Where: 1000 cc = stripped gas bomb volume 170 cc = reactor coolant sample size 7.3 Take 1 ml of liquid sample and dilute to 50 mis with Sucer Q Water in a 60 ml poly bottle. Acalyze by GeLi Spectral Analysis following CP/0/A/8200/05. Report the actual sample volume being counted on the bottom of the sample analysis form under remarks and submit to Health Physics so that appropriate adjustment of isotope activities occurs. The calculation of sample volume is as follows: Sample Volume = 1.33 ml , Total Dilution Volume Where: 1.33 ml. = Reactor Coolant Volume Total Oilution Volume = mis water added in Part II =11 of Enclosure 9.2 + 1.33 mis. Example: 250 ml. dilution water added Sample Volume = 1.33 ml = 5.29 x 10-3 ml .' 251.33 ml 7.4 Take 2 ml. of liquid sample and analyze for Soren using CP/0/B/8100/5E, Chemistry Procedure for the Determination of Boron in Water and Wastewater, Colormetric Method. The value received must be corrected for dilution as follows: ppm Baron in reactor coolant = ppm measured x Total Dilution Volume 1.33 ml. Where: ppm Baron measured = value obtained via CP/0/B/8100/5E j Total Dilution Volume = mis water added Part II ell of I Enclosure 9.2 + 1.33 nl. 1.33 ml. = reactor coolant sample 7.5 If dilution proves inadequate for any of the above analyses, enntact l Station Chemist or his designee. ! 7.6 Report all results in the Primary Chemistry Data Log and Enclosure ' 9.2. i 7.7 A minimum of 3 mis. of liquid will be needed for halide analysis (chloride) . If insufficient sample remains after that needed for ' Boron and GeLi Spectral Analysis, the panel will be operated again J 1
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within 10 hrs, after initial samoling and 2-5 ml. syringes of licuid sample taken for halide analysis. One technicen cup of licuid sample will be analyzed via CP/0/Af8100/06, Chemistry Procedure for the Determination of Chloride in High Purity Water. Results must be adjusted via the calculation in Section 7.4, substituting ppe Cl-for ppm 8, so that dilution is taken into account. Record value in Primary Chemistry Data Log. NOTE: Chloride sample to be taken only in an accident situation. 7.8 Clean 5 ml. syringes with Super Q Water after use. 8.0 References 8.1 Duke Power Company Nuclede Station Post Accident Liquid Sample
- Panel.
8.2 MC-1572-4.0 LL, Rey, 1 8.3 CP/0/B/8100/31, Chemistry Procedure.for the Analysis of Gases from Reactor Coolant System Gas Mixtures. 8.4 CP/0/B/8100/05E, Chemistry Procedure for the Determination of Baron in Water and Wastewater. ' 8.5 CP/0/A/8200/05, Chemistry Procedure for Radioisotope Analysis. 8.6 CP/0/A/8100/06, Chemistry Procedure for the Determination of Chloride in High Purity Water.. 9.0 Enclosures 9.1 PALS Mcnthly Checklist 9.2 PALS Data Sheet 9.3 Correction of Dilution Volume ' 9.4 PALS Control Panel Diagram , 10.0 General Information 10.1 PALS Breaker - Breaker Box 2KJ Breaker #46 located on 750' el. NN57 I 10.2 Phone at Control Panel - Ext. 4331 l 10.3 Phone at Sample Panel - Ext. 4303 e t
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OP/2/A/6200/48 s ENCLOSt1RE 9.1 PALS MONTFLY CHECXLIST
- 1. pH 7.0 buffer solution must be replaced cnce a month. P-epare pH 7.0 buffer (4 liters) as per CP/0/9/8100/43. Measure specific conductivity and log in Primary Chemical Data Log.
buffer expiration date: specific conductivity: umhos/cm - Technician /Date: /
- 2. Verify that the 1000 ppm Baron Standard Stock Solution used !n CP/0/B/8100/05E, Chemistry Procedure for the Cetermination of Baron in Water and Wasterwater, will not expire prior to next monthy insoection. If so, replace as stated in the above procedure. .
1000 ppm Boron std. expiration date: Technician /Date: / Carminic Acid and 10 ppm Baron std are to be made prior to sempling.
- 3. The following valves should remain open: Location Date Instrueent Air Supply Isolation 2VI399 716 el' FF-58 north of panel in ceiling Nitrogen Supply Isolation 1GN123 716 el' above NB Panel DI Water Supply Isolation '2NM376 716 el' FF-58 behind the panel Panel DI Water Inlet Isolatic.n LATER 716 el' north side of panel Panel Nitrogen Inlet Isolation LATER 716 el' north side of panel Panel Instrument Air Inlet Isol. LATER 716 el' north side of panel Panel Sample Return Isolation LATER 716 el' behind panel above 2NM376 l Panel KC Inlat to HX Isolation IXC956 716 el' inside panel j Panel KC Outlet from HX Isolation IKC957 716 el' north of panel in i ceiling near 2/I299 I 4 pH and conductivity meters must be checked when buffer solution is renewed.
! Comolete PALS operating procedure sections 4.2.1, 4.2.6, 4.2.7, 5.1;1, ! 5.1.2, 5.1.3, 5.1.4, 5.1.'5, 5.1.6 5.1.7, 5.1.8, 5.1.9, 5.1.10, and 5.1.11. Turn System Power Key to vertical position to deenergize panel. calibration date: l Technician: j 5. Go to section 3.0 and take a reactor coolant sample using the PALS, analyzing the sample as stated in the procedure. l j- ,
. i ENCLOSURE 9.2 OP/2/A/6200/a8 PALS DATA SHEET PART I (Complete prior to going to control panel) Time 1 - Verify 2XC "A" Train is in operation.
2 - Sample valves opened as per 4.1.1 for the - respective sample. 3 - Health Physics notified for monitoring support. 4 - Specific Ccncuctivity of pH 7.0 buffer (reference Primary Chemistry Log). umhos/cm PART II (Complete at the control panel) 1 - Specific Conductivity of pH 7.0 buffer (measured). ___ _ umnos/cp 2 - pH meter standardized. 3 - Radiation field (presamole background) rem /hr 4 - Time sample purge started, hrs 5 - Temperature: Tc 1 'C 6 - Radiation field (at sampling) rem /hr
- Radiation field (background) rem /hr Radiation due to sample rem /hr 7 - Pressure at Isolation psig 8 - Time sample purge isolated hrs
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9 - Specific Conductivity of sample umhos/cm 10- pH of sample (measured) 11- Oilution volume (water actually added) mis (totalizer setting-20 mis dead volume) 12- Radiation field (postsample) rem /hr 13 *pH of sample (boron corrected)
- NOTE: If baron is present in sample, pH can be adjusted for boron by referring to boron curve' in CP/0/B/8100/43. If this is a post accident sump sample, do not correct pH for baron.
PART III (Complete in Hot Lab) 1 - Gas Analysis cc/kg H 2 cc/kg 0, - 2 - GeLi Spectral Analysis.(Gas) 3 - GeLi Spectral Analysis (Liquid) 4 - Baron Concentration pom B 5 - Chloride Concentration opm C1-TECHNICIAN OATE
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. s ENCLOSURE 9.3 OP/2/A/6400/48 CORRECTION OF DILUTION VOL'JME To correc: the dilution volume, divide the final radiation reading (Section 5.10.5) by 3 rem /hr, then multiply this by 250 m1 to obtain desired dilution volume in Section 5.6.3.
Example: Reading in Section 5.10.5 = 10 rem /hr then 10 rem /hr x 250 = 833 ml 3 Go back to Section 5.2 and repeat .the sample sequence, using a dilution volume of 833 ml in Section 5.6.3 instead of 250 mis. NOTE: Set Totalizer 20 mis over dilution volume wanted as there is a 20 ml loss do to a dead loop of tubing. e l e
. a l Page 1 of 2 E::CMSURI 9.4 CP/2/A/6210/43 PALS CC CRCL PANEI. DIAGRAM
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. Page 2 of F
tuc=sunz e.a OP/2/A/6200/48 PALS CCPTIRCL PANE:,DIAGRA3 To TAL. yggggy Lou t H u. I w v l'd v-lQ u .Ql7_.,j ll
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a a For:n SPD-1002-1 DUKEPOWERCOMPANI (1) ID No: HP/1/3/1009/15 PROCEDURE PREPARATION Change (s) O to PROCESS RECORD 0 Incorporated (2) STATION: McGuire Nuclear Station (3) PROCEDURE TITLE: Unit 1 Nuclear Post-Accident Containment Air Sampling System Operating Procedure (4) PREPARED BY: @) x , DATE: N//S 13 (5) REVIEWED BY: DATE: / > d wross-Disciplina Review By: N/R: (6) TDfPORARY APPROVAL (IF NECESSARY): By: (SRO) Date:
~
By: Date:
~
(7) APPROVED BY: /% M,Mhb 8 Date: 9//9!9 (,) I ' (8) MISCELuNEOUS: . Reviewed / Approved By: Date: Reviewed / Approved By: Date: l l 1 ( l ?
- , . . - . . - , , - - , . - - , , - . , , . , , . . . .- - . . - - . . . , . ~ , . . - . . _ . -
s 6 4 HP/1/3/10C9/13
. DUKI ?O'4IR COM?AN'i PcGUIRI NUCLIAR STATION
. ...5 1
...,.C.
.* ..R :0$. .s.Cv. .,v..._
- .a . , .
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1.0 Purnese
< 1.1 This procedure describes :he operacion of :he Nuclear Post-Acciden: Containment Air Sampling Sys:e= in order to pro =pely obtain a con: sin =en: air st=ple under a nucles:
reactor acciden: condi: ion cc: 1.1.1 Keep radiatien exposure less :han :hree (3) Re:s whole bedv dose and eigh:een and :hree-cuar:ers (13 3/4) Re:s to extremities for personnel taking samples, 1.1.2 Provide information related to the ex:ent of core damage that has occurred or =ay be occurring during an accident, and 1.1.3 Determine the types and quanti:ies of fission produe:s released to the contain=ent at=osphere and - which =ay be released to the environ =en:. 2.0 References - 2.1 Duke Power Company Nuclear Station Pos:-Accident Contain=en: Air Sacoling Systa= Manual. 2.2 USNRC Regulatory Guides 1.3 and 1.1
-2.3 Station Health Physics Manual, Section 13.1, Handling, Storage, and Disposal of Radioac:ive Sources.
2.4 Statien Heal:h Physics Manual, See:1on 12.1, Opera:icn
?:ocedure for the Nuclear Data -6600 GeLi Sys:e=.
2.3 Statien Che=istry Manual, ?:ccedure C?/0/A!9200/05, Inclosure 6.3, Direc:ives for Perscnnel Condue: in :he Het Labora:or:'. 2.6 Station Chemis:ry Manual, ?rocedure C?/0/3/5600/19. See:icn 4.3, ? reparation of !hicsulfate Solu:icn for ?os:-Acciden: Gas Se:pling. 3.0 Ieui: ent
3.1 Iquipmen
required per sa:p*e. 1 Malgene 300 =1 bot:le of Na0H wi:5 ace ==panvin: -isi of 4 "a:S:03'5H20.
/
e c - - . . . . . . . - . , + . - . - , ,.m _ _ , - - . - - - - ~ ~ - . - -y ,
. Page 2 1 Nalgene 500 ml chiesulfa:e sanale Sc::le.
. I 100 ml gas bomb.
1 5:op wacch. 1 Shielded container. NOTI: All above equip:en: is located in :he Heal:h Physics Shif: Lab in :he file drawer labelled "?cs:-Accidan: Gas Sampline Iquip=en:", except the shielded container, which is located in :he eshine: under :he fume hood. All equipten: below is ir. ths Chemis:rv Rot Lab. I 100 =1 gas bech 1 Nalgene 60 nl bot:le. 2 Rubber septues. . 1 Syringe. I 1000 mi graduated cvlinder. 2 50 ml graduated cylinder 1 100 =1 beaker Tygon cubing (approxi=ately one feet in length). 4.0 Time Raouired - 4.1 Sampling cus: he completed in less :han three (3) hours frc= the :1:e,a decision is cade :o take a sample. 4.2 The sampling cycle will require two (2) Health Physics personnel approxima:ely one (1) hour per sample, of which approximately :en (10) cinu:es vill be spene in :he sample panel area. One persen will opera:e the centrol canel while the other will perfor= :: ansi: du:ies :o and from :he sample panel. , 5.0 Limits and Precautions 3.1 Cniv :he Station Heal:h ?hvsicis: er his dest; nee can au:hori:e :he use of this procedure bhan needed and shculd provide appropriate surveillance and centrol of persennel
- sking :he sa=ples. In:rv and eni: ::u:e :c samnle parel and con:rol panel ares to be deteemined by H? survevs.
5.2 Infor
- he Shift Supervisor tha: gas sanpling vill be performed and :hs: one H: Analv:er vill be ineperable durinz s anpline. The Shif: Super'.iser vill be nctified as :: vhi:h H: Analyzer is in use per s:ap 6.9.
6 a Page 2
. 5.3 Personnel ec==unicaciens can be schieved by using en:enst:n 1330 se location 3354 nes: :he centrol panel, and ex:ensi:n 132! a: location 0055.
, 5.a The Recire Pure must never be used a: an ; essure ::he :han 0" of Eg.
5.5 Moving the Selector.Sw1:ch fro: ene =ede :o anether s:eps all current sys:e= cperations. Depressing :he Activate pushbu::on starts opera: ion of :he neulv selec:ed : de. 5.6 The Radiation Meni:or en :he control panel vill previde background levels of radistica pric: :o, during, and af:c: sempling. nad an indicatien of contamin=:1en vi:hir. :he sys:e= or panel for pregressive st=ples. , 5.7 If the needle of the Radia: ion Monito: " peps ou " on the u'pper end of the meter scale while the lower scale (: /hr) is being used, i==ediately turn the selec:or knob to :he higher scale (:/hr). 5.8 If the Radiation M: nicer reading cannot be reduced belov 16, R/hr (see Inclosure 3.2, Table II) bv purging the syste= with Na, (see 7.1 steps 7.1.1 thru 7.1.12), do not re: urn :o :he
- sa
- ple panel, but contac: :he Station Eeal:h Physicist i==ediately for.. fur:her ins::ue:icns.
5.9 If chiosulfate comes in centsc: wi:h the skin during preparation (see 6.0, step 6.3), :ransferal (see 6.0, step 6.10), or dilution (see 7.0, steps 7.6.7, 7.6.9, and 7.6.11), wash the affect'de area as seen as possible vi:h soap and lukewar: water. 5.10 Dilu:e samples in accordance vi:h Heal:h Physics prac: ices for i handling radioac:1ve sa:erials.
- 5.11 Treat and decen
- a=ina:e all spil's i=:ediatelv.
5.12 Dispose of syringes, septu=s, rubber gi ves, e:c., in radwas:e receptacles. 5.13 If preble=s wi:h :he radia:ier roni:c: are eviden: (i.e. no indica: ion of radia:icn :n :he necer' retifv :he Sca:icn Heal:h Physicist p:10: :o contac:ing IAI a: en:ension a'00 f:: 1 . 4 l
's
. e <
?.a;e -
', assis:ance. Turn :ha Seiector Sei:ch :o the OFT-rede and discontinue sampling'un:11 :he proble is corree:td..tnce ~
cc: rec:ed, centinue :he ptocedure whera lef: off. 5.14 if pr:blems vi:h :he pressure and/or ee perature tauges are evident (i.e. no it:dicacion en a =ecer or he variahces dur'ing sampling) notify:heSca:icaUe'al:hYnysicts: prior no - contac:ing IAE at a:::ension 4620 for assis:sr.ce. Tarn the' Selector Switch to che OF7 mede and discen:inue sampling until the problen is cc : acted. Once corrected, centinue she procedure where left off. 1 , 5.15 ? ojected doses :o person performing c:ar.sie du:1es are listed cn Table I of Encicsure 3.0. 3.16 One copy of :his procedure is required for each.sa:ple taken. 6.0 Prerecuisite Svsten Conditions NOTE: Stepsinwhichpersonisrequired:ogotokhe sample panel vill be denoted by ascerisks (=*) ce 4 che left of the section nu=ber. -
- Initial / Time
/ 6.1 Obtain Post-Accidert Concrol Panel key and key
#Ca15A from RoslEh Physics Shif: Lab (Rece d954, level 767)':o un'leck H2 F.cnico: Pasel (ei:her ::ain A or 3).
/ 6.2 Obcain thiosulface package fr:=':he file drawer labelled " Post-Accident Gas Sampling ~Equipmanc" in '
the Hesith Physics Shif t La6 (Ebe= 49f4, Level 767). The package censists of bottles 1sbelled " .42E-3 '
, NaOH" withLvials at: ached :o :he side labelled "O'.3003 g= Na2 520s'3H 2 0."
/ 6.3 Prepare :hioshiface solu:1:n par chenisi;y procedure CP/0/3/8600/19, see:1en 1.3, :aking all p:ccauciens 3 '
listed therein. (C?/0/3/S600/19 vi:h sa=pling ' equipmen: in Shif: Lab.)
/ 6.a "erify that breaker dat on breaker panel IEJ is closed : provide power :o the systa=. The panel is at location 12'36 en le' vel 730. Cen:ac: Shif:
Supercisor before closing breaker.
/ 6.5 herify:hac3, Pent::: is in :he Standhr : de.
Of
+
4 5 d.. 9 y p --,-- - . , - -. , , - - , - - - -,g ,,,meq w,v -. , - , ,,r- ,, g,,,, ,, , -, , 4 - - -
. Page 3
. H 3 Monitor is nec in :he Standhv ::de, use :he
~
alternace :: sin. The H3 Moni:or Panel train A is at locatien CC33 on level 750, and ::ain 3 a: CC33 on 1evel 733.
/ 6.6 Open sa:ple line inle: selenoid valve co diver:
contlin=ent at=osphere to the sa:ple panel by s depressing the black ON pushbu::en loca:ed on :he H 2 Moni:or Panel under the Samele Routed te PA"S Panel label. Accc=panying red power light should energize.
/ 6.7 Open sa=ple line outlet solenoid valve by :urning
- he Isola:1en valve 0:en key lock svi:ch, located en the H7 Moni:or Panel, to che ON, position.
/ 6.8 Obtain containmen: at=osphere by turning Samole Location Selector, located on the H Monitor g
Panel, to Pos. #1. Accompanying red power ligh: should energi:e.
/ 6.9 Nocify Shif: Supervisor at ex:ension 1138 or 1 62 as to which ciain -is in use.
/ 6.10 Pour contents into che chiosulfate tank, which is on copaof the sa= pie panel (locacien CC32, level 733).
Leave ch'e cap off of the chiosulface tank after transferring the chiosulface. t *< ..
' 6.11 Verifv chat all four service valves are open befere cperation. These are :he DI, VI, and N valves 2
located on the cu: side upper lef: side of :he ss=ple o - panni' and :he !S valve loca:ed en the inside upper
' center of the sa=ple panel. These valves are cpened by rota:ing the black switches counter-clockwise u one-cuar:er : urn to che upward position.
/ 6.12 Plug in vacuu: pu=p. (Receptacle is loce:ed beneath che frisker beside Hydrogen Analy:er Panel.) Vacuu:
- pu=p.should energi
- e.
No!I: 6.13 :hru 6.20 concern ini:ial con:rol panel see:ings. Con:rol panel is a:
;ccation CC33, level 750.
t
/ 6.13 The Selec::r Switch =us be in :he Off posi:icn.
1 r
.- _, ,.r- .7
Page i
- . ./ 6.14 Nove the avstem ? urge teggia svi:ch to :he Normal position. .
/ 6.13 Move the Refill :0ggle swi:ch :o :he Off (dr*,a) position.
/ 6.16 Turn the TC Switch to cosition 1, which is :he ther=occuple set:ing to =easure sa=ple line temperature. Position 2 will ceasure t=bient temperature within the sa=ple panel.
/ 6.17 Turn Kev Lock Switch :o Pewer On. pcuer en ligh:
should energi:e.
/ 6.18 Turn the Radia:1on Monitor Ortb v =cving :he :oggle switch (located belew the =eter) to :he _l's o. cr i:icn.
/ 6.'9 Turn the selec:or to 3ATT and. verify : hat the needle is in the " red :es: regien" on :he right end of the scale. If reading is below the test region, notify the Station Health Physicist prior to contac:ing IAE at extension 4420 for assistance. Do not centinue until IAE verifies : hat the probles is corrected.
/ 6.20 Select the apprcpriate rate so tha: the needle is en the meter scale by first turning the selec:c: kr.ob to higher scale _(r/hr) and, if necessary, :: icwer scale (=r/hr).
7.0 Oeerating Procedure NOTE 1: All steps in :he cperating procedure are
~
=ccentary unless o:herwise specified.
~
NOTE--2: Steps in which person is recuired to go ec
-- -:he sample panel will be denoted by asterisks (**) to the lef:-cf the sec:1ce nu=ber.
.:CTI 3 : The :hree sign-off lines on each of steps 7.1.3 :hru 7.1.11 are used per s:ep 7.6.5 as necessarv.
7.1 Svstem Purge
/ 7.1.1 Turn Selee: Swi:ch to S.stes ?urre.
/ 7.1.2 Move Normal-Samole ? urge : ggle svi:ch to Samrie ?urve.S-
/ 7.1.3 Depress Activs:e pushbut:en.
, . ._ E"-"" '"' " -
# _ . _ . -y. . . , ,
. Pace 7
/ 7.1.4 Depress Ivac pushbutton (Evac 11 3h: shculd
/ energize) and watch the pressure gauge slovly
/ drop to -25" of Hg.
/ 7.1.5 Yhen pressure reaches -25" of H2, depress the
! / Stoo pushbu::en, and unplug the vactu= pu:p; l i
/
/ 7.1.6 Press down and release :he Gas Furte toggle
/ switch and wa:ch the pressure gauge ra:her
/ swiftiv rise to -10" of Eg.
/ 7.1.7 When pressure reaches -10" Hz, dearess :he S::o
/ pushbut:en and plug in vacuu: pu=,
/
/ 7.1.3 Depress the Activate and : hen :he Evac
/ pushbuttons and watch the pressure gauge drop
/ :o 0" of Hg.
/ 7.1.9 When pressure reaches 0" of H2, depress the
/ Stoo pushbutton. ~
/
/ 7.1.10 Depress ?ume pushbu::en and vai: for thirty
/ (30) seconds.
/ '
/ 7.1.1! Depress Stoo pushbutton.
. /
/
/ 7.1 12 Move Normal-Sa ele Purte coggle switch :o Nor=al.
/ 7.1.13 Turn Selector Sw1:ch :o Solution Chanzeeu:.
/ 7.1.14 Attach :he TS sample bot:le to che sa ple panel by inserting the plastic hose in:o :he bottle which is loca:ed on :he lower lef: side of the panel. A::ach :he gas sample benb :o
- he sample pacel on the lower rigb: side of panel.
/ 7.1.15 Record the Radiation Moni:or reading as a i
. . Pats S background reference where specified on Enclosure 3.1.
/ 7.1.16 Record sa:ple line :e:pe a:ure reading for sa:ple volume calculations where specified on Enclosure 8.1. Proceed to see:ica 7.2.
7.2 Solution Changeout .
/ 7.2.1 Depress Activa:e pushbut:en.
/ 7.2.2 Depress Flush pushbe::en and hold :hirty (30) seconds.
/ 7.2.3 Depress Purre pushbut:en and hold :hirty (30) seconds.
/ 7.2.4 Depress Emotv pushbut:ca tnd held for :hir:y (30) seconds.
/ 7.2.5 Move the Refill toggle switch :o 0][ (up) position and wait two (2) sinutes and : hen =ove coggle switch back to Off (down) position.
/ 7.2.6 Turn Selector Switch to D,ilution Volume Evacuation and proceed to section 7.3.
7.3 Dilution Voluca Evacuation
/ 7.3.1 Depress the Activate pushbu: con and vacch :he pressure gauge drop to -25" of Hz.
/ 7.3.2 khen pres'sure reaches -25" of Eg, turn Selector Swi:ch to Sa=cle Recire, unplug vacuus pump, and proceed to section 7.4 7.4 Saeele Recire
/ 7.4.1 Depress Activate pushbutton and wait for five
. (5) =inutes.
/ 7.4.2 Note pressure gauge reading en sample inle:
line, and record where specified on Encicsure 8.1.
/ 7.4.3 Depress Samole pushbu::en and vai: for one (')
sinu:e.
/ 7.i.4 Depress Trae pushbutton and wai: for ten /10) seconds.
l / 7.1.3 En:er time of sample trap where specified en Enclosure 5.1.
/ 7.i.6 Turn 3 elector Svi:ch to Sacole Dilutten and
Page 9 proceed :o section 7.3. 7.5 Sa= ole Dilution s 7.5.1 Depress Activa:e pushbe::ce,
/ 7.5.2 Depress Slow pushbut:en and va:ch pressure gauge rise slowly :o 0" of He.
/ 7.5.3 When pressure reaches 0" of He, depress :he Stoo pushbu::ca.
/ 7.5.? Depress :he Rectre pushbu::ce and vai: fc five (3) minutes.
/ 7.5.5 Close che gas sa:ple be=b cu:let valve, vai:
five (5) seconds and : lese the inle: valve.
/ 7.5.6 Depress the Stoe pushbu::en.
/ 7.5.7 Turn Selector Switch to Solution Chanceeu: and proceed to section 7.6.
7.6 Sacoles Collection
/ 7.6.1 Depress Activa'te pushbu::en.
/ 7.6.2 Si=ul:aneously dearessr and hold the _TS Sacole pushbu::en and the Instv pushbu::en for five (5) sinutes. TS should ::ansfer info che TS' sample beetle.
/ 7.6.3 ~ Depress Purge pushbut:en and hold one (1)
=inute. .
/ 7.6.4 Depress TS Sanole Grab pushbut:en.
/ 7.6.5 Turn Selector Switch to Svs:em Purze and repeat steps 7.1.3 thru 7.1.11.as needed to reduce radiation levels within the sacple panel to as near che background level (lis:ed en appropriate Inclosure) ts pessible, or until no noticeable decrease is cbserved on :he
. Radiatien Monitor from one N 2 purge : the nex:. Record :he Radiation Moni:or reading
~
where specified en Inclosure 3.1. NOTE: A: :his pein:, sanple panel :::: roller can proceed to Chemistry Hot Lab.
/ 7.6.6 f.~nplug vacuu: pu=p. (Recepts:le is loca:ed under :he frisker beside the Hvd:csen Analvze Fanel.)
i
. C7 .
. Pa;e 10
/ 7.6.7 Tigh:l* cap the TS sa=ple bet:le and discenne::
- he gas sa:ple be=b frc= che sample panel.
Radicac:1 e sources are :: be ?.ardled see:rding to See:icn 13.'s of :he Stacien Heal:h Ph sics Manual.
/ 7.6.3 Using a low range coni: ring ins:rumen: (such as the ?.0-2A er E320) :ske a cen:ac: dese ra:e reading (?./hr) on :he :cp of :he gas sample bemb and on che side of :he TS sample be::le.
Record each reading where specified on Enclosure 9.1.
/ 7.6.9 Place che TS Sample Eo::le and :he pas sample bomb in:o shielded certainer and transport to the Chemistry Hot Lab (Ree: 41105, level 775).
Place che samples in :he designated shielded . area provided for het sa=ples.
/ 7.6.10 Transfer che chiosulfs:e solu:1on into a 1000
=1-graduated cylinder to decernine the chiosulfate dilucien volume (TDV), Record this value where specified on Enciesure 3.1. Use standard chemistry laboratory techniques, and precauticus per Chenis:ry precedure CP/0/A/8200/05, Enclosure 6.3 (Inclosure is posted in the Hot Lab).
/ 7.6.11 Transfer fif ty (30) =1 of the :hiosulf ace sample inte a six:y (60) =1 Nalgene be::le
. using :echniques and precaucians referenced in 7.6.9. Tighten cap ent: :he sample beetle.
/ 7.6.12 Transfer :he prepared :hicsulf a:e sa:ple and gas sacple bech :o :he E.?. C:un: Rec = (R:cm j .d?47A, level 768) for analvsis. Samples will be analyzed per Sca:ic: H.F. Manual *, See:ien 12.1, Operating Frecedure for :he Nuclear Ds:a 6600 GeLi Systen. Sa ple da:a en Enclosure 5.1 of :his precedure will be recuired fer analysis.
/ 7.6.13 If additional sa=rle dilu:icn is recuired f::
r c l
, s-t
( ,
?:g: 21
. GeLi councing, perfor= the dilutions in :he Chemiserv Hot Lab per technicues and p recautions ref erenced in See: ion 7.6.9, until samples are sui:able for analysis. 2ilu:icn factors used vill be deter =ined by the Count Rocs Supervisor or his designee, and salues inserted where specified en Enclosure S.I.
/ 7.6.14 Excess samples are to be disposed of per guidelines referenced in 7.6.5.
/ 7.6.15 If another cen:tinsen: air sample is needed, repeat Steps 6.2, 6.3, 6.10, and 6.12 and begin ptocedure at See:1on 7.1.
MOTE: One copy of this procedure is required for each sanple taken.
/ 7.6.16 If no addi:ional contain=ent at samples are needed, turn Selector Switch to Off.
/ 7.6.17 Turn Kev Lock Switch to Off.
/ 7.6.18 Close sa:ple line velves by depressing Off pushbutton on H2 Moni:or Panel. The pushbut:en is under the Sa: ele Reuted to PAMS ?snel label.
/ 7.6.19 Close sa:ple line ou:let solenoid valve by turning t'he Isolation valve Oeen key lock switch, located on the H Monitor Panel, to :he 3
OFF position.
/ 7.6.20 Turn Samole Location Selector, located on the H Monit r Panel, t OFF. Lock H Monitor 2 3
. Panel.
/ 7.6.21 Close all four (i) service valves bv turning one-quarter : urn clockwise.
/ 7.6.22 No:ify Shif: Supervisor of sa=pling c: pletion and tha: :he H2 Analy:er used during sanpling is operable.
/ 7.6.23 Co=plete calculations as shown en Enclosure 3.2.
/ 7.6.21 Notifv the 5:s:icn Heal:h ?hysicis: when sample analyses and calcula: tons are ::::lece.
3.0 Inclosures t-
Pass 12
* .. 3.1 Sample Da:a Shee:
9.2 Contain=en: Dese Ra:e Calcula: ice Shee:- 8.3 Ttble I - ?:c,'ec:ed Dese to Person Peric: ing Transi: Duties Table !! - Maximu= Allevtble Dese R2:e in 51 ;1e Panel Area 8.4 En::y and Exit ?.eu:e to Sample Panel e
- e D
=
O
l 1 1
\
H?/1/5/1009/15 Enclosure 3.'.
?1ge 1 ci :
SAMPLI DATA SHEIT Name: Da:e: Radiation Monitor Reading per 7.1.15: Sample Line Te=pera:ure (*F) per 7.1.16: (TC Posi:icn 1 Oni't) Time of Sa=ple Trap per 7.4.5: Radia: ion Moni:c Reading per 7.6.5: Con:act realing (R/hr) on gas sa:ple b th per 7.6.S: Contae: reading (R/hr) on TS sa:ple be::le 7.6.S: Ti=e of Thiosulfate Sample Analysis: Time of Gas Sample Analysis: S ample Volume (SV) SV = 1.3c- (~ 'c3 (14.7 + ? esis)
\ 273 - (5/9) ( *? - 32) 11.7 SV = cc Firs: Thiosulf s:e Dilu: ion Factor (TDFt )
TDF = SV TDV TD F, = Second Thiosulf a:e Dilution Factor (TDF,)
. , , TDF, : sl of sa=ple si of DI wa:er TDF, =
NOTI: TDF, will be determined by Coun: Ice: Superriser or his desigree, as necessare.
. - , - . , . . .. .- - ~ . - . .
.. a
-EP/*./3/1009/15 ,
Inclesure S.1 Page 2 of : First Gas Dilution Fac:c: (GDF )' GDF, , 10^ r. GDF, = , 6 Seceed Gas Dilucien'Fac:or (GDF,) GDF, = GDF. x cc of secole ec container vole =e GDF, = _ f j NOTE: GDF 3 will be decarcined by Count Recs Supervisor or his designes, as necesssry. A e e d b
?
a
e O HP/1'Si1009/15 Inclosure S.2
? age 1 ef 2 t0s..
. : ..s I ...,e.v.
- t n.C ;_. 3 .. m.. . u-.., s. . r.C.N.. s- : e_r_ .
Meched A provides a quick esticatien of centainmen: dese rate and should be used eniv until ss=ple anal.ses are comple:e and Method 3 can be e= ployed. Method 3 is used after as=ple analvses are eb=plete and erevides a = ore accurate estication of cen: sin =ent dose rate. Method A: Use con:ac: readings (Rihr) for the gas ss=ple benb (Dgg) and thiosulf ate sample (D g), and TDV from enclosure 8.1 in the calculations belev.
- 1) Noble Gas Dese Rate at Centain=en: can:e (D .g)
D CNG
= 1.18 x 10 x D. Gs D
CNG
=
R/hr
- 2) Noble Gas Dese Ra:e at Containment Surface (Dg .g) 6 0 = 5.67 x 10 x 0 SNG GS R/hr D =
SNG
- 3) Iodine Dese Race at Contain=en: Center (D ,)
Cu 3 D CI = 5.5 x 10 x TDV x D,.S i
- 4) Iodine Dost Race at Centain=ent Surface (D ,)
St 3 D SI = 2.64 x 10 x TDV x DSi Method 3: Use coun: roc = sa=ple activi:y analyses (uC1/=1) for :he gas sample be=b (C g a calculations beke)v.nd 50 =1 thicsulf a:e sample (Cp~ ) in the
- 1) Noble Gas Dose Race at Containment Center (5 g,,g) 5 D
CNG
= 5.21 x 10 x C.G:
2) Noble Gas Dese Ra:e at Cen: sin =en: Surface (DSh.G)
=
D.NG s = 2.98 x 10' x C.. es e
,- - y 4 , > - - - .
o o E?/1/3/1009/13 Inclosure 3.2 Psge 2 6f 2
- 3) Iedine Dose Ra:e a: Con:aineen: Cen:sr O ,)
C. D =6. x x C CI 7g
- 4) Iodine Dese Rate a: Centaineen: Surface (DS.,.)
D = 29.8 x TDV x C__ SI is W i r i e
s a EP/1/3/1C09/15 Enclosure 3.3 Page ! ef 2 Table I - Projec:ed Dese :o Person Perfor=ing Transi: 2u:1es. Tire Pos:-Acciden: (Ecurs) Dose (R) 0 3.0a1 1 1.977 2 1.429 3 1.125 1 0.912 5 0.321 10 0.517 24 0.231 NOTE: Any dose at a :i=e not listed can be deter =ined by cross-referencing on the graph. (Graph en nex: page). The ver:ical axis is :he frac:icn of the Time = 0 dese. The hori:en:al axis is :he :ine in hours post-accident. Table II - Maxinen Allowable Dose Ra:e in .S' ample Panel Area. In reference :o See: ion 5.10: ( r. )( 11 hr.) =3R hr- 60 x = 16.36 R-hr x = 16 E, hr.
'@.e re :
X = ca:ti=u allowable dose rate in R/hr ik = tine in sample panel area in hours, which includes:
'. :inu:e transi: :o and frc= sa:ple panel
\ 10 ninu:es at sample panel 3 R = ca:ci=u: al*:vable whole bec dose per quarter
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4 Form SP
, DUKE POWER COMPANY 2b Ato HP/2/3/1009/15 PROCEDURE PREPARATION M g (s) o to PROCESS RECORD o Incorporated 4
(2) STATION: McGuire Nuclear Statien Unit 2 Nuclear Post-Accident Containment Air Sampling (3) PROCEDURE TITLE: System operating Procedure (4) PREPARED BY: 6M DATE: Y//S"'/f3 (5) REVIEWED BY: f - DATE: p' d i3 Cross-Disciplina iew By: N/R: (6) TDiPORARY APPROVAL (IF NECESSARY): By: (SRO) Date: By: Date: (7) APPROVED BY: /u/ [D(m. 8/ Date: 'r/'# M (8) MISCELLANEOUS: Reviewed / Approved By: Date: Reviewed / Approved By: Date: I \
+
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-. u . :i .t .t DUKE POWER COM?AXY McGUI?l NUCLEAR STA!!ON r e. . . -
Ni;C' EAR FOST-ACCIDENT CONTAI:P.!E::T A:R SAMPLING SYSTEM 0?IRATING ?ROCEDURI 1.0 Purcose 1.1 This procedure dese:1bes the opers:ien of the Nuclear Post-Accident Contain=ent Air Sa=pling Syste= in erder :o pro =pely obtain a contain=en air sa=ple under a nuclear reactor accident condi: ion :o: 1.1.1 Keep radiati:n expesure less chan hree (3) Fe=s whole body dose and eigh:een and :hree-quar:erc /19 3/4) Re=s :o extreni:ies for personnel taking ss=ples, 1.1.2 Provide infor=ation related :o :he extent of core da= age ths: has occurraf or =av be occurring during an accident, and 1.1.3 Deter =ine the :ypes and quanti:ies of fission products released :o be con sin =en: at=osphere and which =ay be released :o che environ =ene. 2.0 References - 2.1 Duke Power Ce:pany Nuclear Station Post-Accident Con sin =ent Air Sa=pling Sys:e= Manual. 2.2 USNRC Regulatory ' Guides 1.3 and 1.4 2.3 Scacion Health Physics Manual, See: ion 13.1, Handling, Storage, and Disposal of Radioactive Sources. 2.i Station Health Physics Manual See:icn !2.1, Operation Procedure for the Nuclear Da:a -6600 GeLi Systen. 2.5 Station Che=1strv Manual, ?:ccedure C?/0/A/3 00/05, Enciesure 6.3, Directives for. Personnel Condue: in :he Ec: *aboratorv. - 2.6 S:ation Chemistrv Manual, Pr:cedure C?!O/3/3e00/19. See:ien 4.3, Preparacion of Thiosulfate Solu:icn for ?:s:-Acciden: Gas Sa:pling. 3.0 Ecui:=en 3.1 Equip =en: required per sa:ple. I Nalgene500=1 bet:leof'aCEvi:hace:=ps-rih.grialof
,Ia
. 0 . .. 0 .
g O2 3 :na e
6
- 3 1 Nalgene 300 =1 :hiosulfate sample be::le.
1 100 =1 gas bomb. s 1 Ster watch. 1 Shielded centainer. NOTE: All abeve equip =ent is loca:ed in :he Health Physics Shift Lab in the file drawer labelled " Post-Accident-Gas Sa=pling Equip =en:", excep: :he shieldad container, which is loca:ed in the cabine: under the. fu=e hood. All ee,uip=en: below is in the Che=1stry Hot Lab. 1 100 =1 gas bomb 1 Nalgene 60 =1 bo::le. 2 Rubber septums. 1 Syringe. 4 1 1000 =1 graduated cylinder. 2 50 =1 graduated cylinder 1 100 =1 beaker Tygon tubing (approx 1=ately one fccc in leng:h). 4.0 Tine Recuired 4.1 Sa=pling =ust be ce=pleted in less chan three (3) hcurs fro: s the time a decisi:n is =ade :o take a sa=ple. - 4.2 The ss=pling evele will require two (2) Heal:h Physics personnel approxi=stelv one (1) hour per sa=ple, of which approx 1=ately ten (10) sinutes will be spent in the sa=ple panel area. One person will operate the con:rol panel while the other will perfor= transit duties to and frc= the ss= ole panel. -
- 3.0 L1=ics and ?recautions 3.1 Only
- he Statica Heal:h ?hvsicis: c his designee can i
i authori:e the use of this p ccedure when needed and sheuld J
, provide acprepriate surveillance and centrol of persennel takinz :he sa:ples. Entrv and exi: reu:e :e ss=ple panel and centrol panel area :o be de: ermined bv M? survers.
5.2 Infor :he Shift Supervisor tha: .zas s*=plinz vill be perfor:ed and tha: ene Ha Analy:er will be incperable durinz
, samplina. The Shif: Superviser vill be retiiied..as :: which Hz Analy:er is in use per step 6.9.
t l
5.3 Personnel ce==unics:icns can be achieved by using en:ensi:n 4331 at locatien 3358 near :he cen:rel panel, and en:ensten 1323 a: loca:io- DD57. 5.4 The Recire Puno mus: never be usec a: any pressure c:her :han 0" of Eg. 5.5 Moving :he Selector Swi:ch fro = one code :o ane:her s: ops all current systa= cpert:fons. Depressing :he Ac:iva:e pushbu:: n scar:s operation of the newly selec:ed =cde. l 3.6 The Radiation Monitor on :he centrol panel vill provida background levels of radiation prior :o, during, and after sampling, and an indica:icn of centacina:ica vi:hin :he system or panel for pro 3:essive samples. 3.' !! :he needle of :he Radia:1cn Monitor " pegs out" en the upper i end of the meter scale while che icver scale (=r/hr) is being used, i==ediately turn the selector knob :o the higher scale (r/hr). 5.8 If the Radiation Monitor reading canno: be reduced below 16 R/hr (see Enclosure S.2, Table II) by parging :he sys:e= with N:, (see 7.1 steps 7.1.1 :hru 7.1.12), do not re: urn to the sa=ple panel, but contac: :he Station Heal:h Physicisc i
\ i==ediately for fur:her instructions. ~
5.9 If thiosulfate comes in' contact with the skin during preparation (see 6.0, step 6.3), transferal (see 6.0, s:ep 6.10), or dilution (see 7.0, steps 7.6.7, 7.6.9, and 7.6.11), wash the affec:ed area as seen as possible w1:h soap and lukewar: utter. 5.10 Dilu:e saeples in accordance vi:h Heal:h ?hvsics prac: ices f:: handling radicac:ive materials. 3.11 Trea: and decentaminate all spills i =edia:elv. 5.12 Dispose ci syringes, sep:ues, rubber gloves, e:c., in radvas:e recep:scles. 5.13 If problems vi:h :he radia:icn eni:or are eviden: (i.e. no indicatien of radia:icn en :he me:er) notifv :he Stati:n Health ?hysicis: prior :o cen:ac:ing A at e:::ersion ;;20 for assis:ance. Turn the Selec:Or 3ri::h :: :he 0?? rede and di.=cen:inue sampling until :he proble: is correc:ef. 3e correc:ed, cen:inue the precedure where left off. i 4
, 5.14 !! problems with :he pressure and/or :e:pera:ure gauges are s
evident (i.e. no indication on a =e:er er no variances during
- sarpling. netiiv the Sta:icn Heal:h Physicis: prier :o e
contac:ing IAE a: entensien 1620 for assis:ance. Turn :he Selector Switch to the OFF : ode and discen inue sampling un:il the problem is corrected. Once corrected, continue :he procedure where lef: off. 5.15 Projec:ed doses to person performing transi: du:1es are lis:ed on Table I of Enclosure 3.2. 5.16 One copy of :his procedure is required.for each semple etken. 6.0 Prerecuisi:e Svste= cenditions NOTE: Steps in which :erson is recuired :o ge :o the sa=ple manel will be denoted by asterisks (*=) to the lef: of the section number. Initial / Time
/ 6.1 Obtain Post-Acciden: Control Panel kev and key
#C415A frc= Heal:h Physics Shif: Lab (Roos #954, level 767) to unlock E, Ment:or Panel (ei:her ::11n A or 3).
/ 6.2 Obtain thicsulface package fro = the file drawer labelled " Post-Accident Gas Sa=pling Eculp=ent" 15 the Heal:h Physics Shif: Lab (Room d?54, Level 767).
The package censis:s of bottles labelled "2.42E-3 NaOH" with vials attached :o the side labelled "0.3003 gs Nat S2 0s'5H 2 0."
/ 6.3 Prepare :hiosulfs:e sclucion per chenistry precedure
. CP/0/3/8600/19, sec: ion i.3, taking all precautiens listed therein. (CP/0/3/8600/19 vich sampling equipcen: in Shif: Lab.)
/ 6.1 "erifv chat breaker =42 en breaker :anel 2KJ is closed to provide power ce the sys:en. The panel is at location MM61 on level 750. Con:se: Shift Supervisor before closing breaker.
/ 6.5 Verify that 5, Soni:cr is in :he 5:tndhv mode. !!
E, "ent:or is net in :he Srandbv =cde, use the sl: erns:e : rain. The E 3Meni:6: Panel :: sin A is at t--w r .-.p #W f - W Tha M' e - g 9 -4D=--
. e,
. 3 location CC59 on level 750, and ::ain 3 a: CC59 en level 733.
/ 6.6 Open sample lin'e inle: soleneid valve to diver:.
containment a::esphere :o :he sa=ple panel hv depressing the black ON pushbu::en located on the H Monitor Panel under the Sa=cle Routed to PAMS Panel label. Acco panying red power light should energize.
/ 6.7 Open sample line outlet solenoid valve by turning the Isolation Valve Ooen key lock switch, located on
, the H2 Monic r Panel, c the Cj* posi: ion.
/ 6.8 Obtain contain=ent atmosphere bv turning Sacele Location Selector, loca:ed on the H3 Monitor Panel, to Pos. r!1. Acco panying red power ligh: should 4 j energize.
/ 6.9 Notify Shif: Supervisor at ex:ension 4138 or 4262 as to which train is in use.
v*
/ 6.10 Pour contents into the chiosulfate tank, which is on top of the sample panel (location CC60, level 733).
Leave the cap off of the :hiosulfate tank af:er
\
' ~
transferring the.thiosulface.
/ **
6.11 Verify that all four service valves are open before operation. These are the DI, VI, and N valves 2 ic:sted on the outs'ide upper lef: side of-the sample p?.nel,.and the TS valve located on top of :he sample panel. These valves are opened by re:ating the
- bia:L sw1:ches counter-clockwise one-quar:er : urn to the upward position.
NOTE: 6.12 :hru 6.19 concern ini:ial control canel se::ings. Control panel is at location CC39, leval 750.
/ 6.12 The Selector Switch zus: he in :he Off posi:ien.
/ 6.13 Move :he System ?ur;e :oggle switch :o :he Screal posi: ion.
/ 6.14 Move :he Refill :oggle switch :o the Off (dewn) posi ion.
/ 6.15 Turn :he TC 3uicch :s pesi:ien 1, which is the s
1
.. =
. * , - ~ ,
,,,,,.7 p- , _% %, - ._,__y , , , , ,
. e
. 6 e ..
ther=occuple set:ing :: censure sample line temperature. Position 2 will measure ambient camperature vi:hin :he sample panel.
/ 6.16 Turn Key Lock Sw1::h :o Power On. ?:ver en light should energize.
/ 6.17 Turn the Radia:1cn Monitor On by =eving :he :cggle switch (loca:ed belev the =e:er) :: :he .T.o o. esi: ion.
/ _6.18 Turn :he selector to 3ATT and verify tha: :he needle is in the " red tes: region" on the righ: and of the scale. If reading is below the test regien, notify the Statica Health Physicist prior :o contacting IAE at ex:ension 1420 for assistance. Do no: centinue until IAE verifies :ha: the proble= is cc rec:ed.
/ 6.19 Selec: :he apprcpriate rate se tha: :he need'e . is on the =ecer scale by first turning the selec:or knob to higher scale (r/hr) and, if necessary, :o lover scale (=r/hr).
7.0 Ooerating Procedure NOTE 1: All steps in the cperating p ccedure are
- ocentary unless ?therwise specified.
NOTE 2: Steps in which persen is recuired te go to the'sa=ple panel vill be denoted by asterisks (**) to the left of the see:1on nu=b e r . NOTE 3: The three sign-cff lines en each of steps 7.1.3 thru 7.1.11 are used per step 7.6.5
. as necessarv.
7.1 Svstem Purge
/ 7.1.1 Turn Select Switch :o Seste ?urga.
/ 7.1.2 Move Normal-Sa= ole Purge ::ggle svi:ch :o Sa= ele Purge.
/ 7.1.3 Depress Activate pushbu::en. ,
/
/
/ 7.1.5 Depress Ivac pushbu::en (Irac light should
/ energi:e) and watch :he ;; assure gauge si:vir
~
/ d::p :o -25" ef Mg.
i s? e g y k e W. - w e - - p -w
7
'__,,_ 7.1.5 When pressure reaches -25" Of E2, depress :he
/ Stoo pushbu::en.
I e
/ 7.1.6 Press down :he Gas ?urre :oggle
/ switch and va:ch :he pressure gauge ra:her
/ swiftly rise to +10" of H;.
/ __
7.1.7 When pressure reaches -10" He, return : ggle
/ switch to cen:er position and depress :he S:ce
/ pushbutton.
/ 7.'.8 Depress the Activate and then the Ivac
/ - pushbut: ens and wa:ch :he pressure gauge _ drop
/ co 0" of Eg.
/ . 7.1.9 When pressure reaches 0" of He, depress :he
/ Stoo pushbut:en.
/
/ 7.1.10 Depress Pero pushbutton and wait for thirtv
/ (30) seconds.
/
/ 7.1.11 Depress Stoo pushbut:en.
/
~
/ __
/ 7.1.12 Move Nor:si-Samele Purte toggle svi:ch :o Normal.
/ 7.1.13 Turn Selector Switch to Solution Chanteout.
/ 7.1.14 A::ach the TS sample bo::le :o :he sample panel bv inserting the plas:ic hese inec the
- be: la which is located c= :he lower lef: side of :he panel. A::sch :he gas saeple Sc=b ::
the sample panel on the lower riph: side of
. panel.
7.1.15 Rec:rd :he Radiatien Meni::: reading as a bac!(.greund reference where specified on Encicsure 3.l.
/ 7.1.16 Record sa:ple line :enpera:ure reading for sa ple volune :alculations where specified :n Inclosure 3.1. ? ceed to secti:n 7.2.
7.2 Selu:icn Chansecut
.e'
--w- -- -- 4 4~up-q, - g e' -- s y g & y < $' l* - - - - , - a- p y -
. os .
I
- -- / 7.2.1 Depress Activa:e pushbu::en.
/ 7.2.2 Depress Flush pushbut:en a:d hold :hir:v (30) sec:nds.
/ 7.2.3 Depress ?urce pushbu::en and h:ld :hir:;- (3Q) .
seconds.
/ 7.2.4 Depress E=c:" pushbutton and hold for thir:v (30) seconds.
/ 7.2.5 Move :he Refill toggle swi:ch :o Oj' (up) posi: ion and wai: :vc (2) cinutes and then =cre toscle svi::h back :o Of f (down) posi: ion.
/ 7.2.6 Turn Selector Suitch :o Cilution 7elu=e Evacuation and croceed to see:1on 7.3.
7.2 Dilution Volume Evacuation
/ 7.3.1 Depress the Activa:e pushbutton and watch :he pressure gauge drop to -25" of Hz.
/ 7.3.2 When pressure reaches -25" of H2, turn Sele :or Switch to Samole Rectre and proceed :o section 7.4 7.0 Samole Recire
/ 7.4.l Depress Activate pushbutton and wai: for five
( (5) =inu:es,.
/ 7.4.2 No:e' pressure gauge reading on sa:ple inle:
line, and record where specified on Enclosure 8.1.
/ -~ 7.4.3 Depress Sa= ole pushbu::en and wait for one (1) minute.
- / 7.4.4 -- Depress Trae pushbut
- en and wai: for ten (10) seconds.
/ 7.4.5 Enter ti=e of sample ::ap where specified en
.-a ciosure 3.i.
t
/ 7.4.6 Turn Selec:c Switch to Strole Dilu:ie9 ard proceed to see:Lon 7.5.
7.5 Sanole Dilu: ion
/ 7.5.1 Depress Ac:iva:e pushbu::en.
/ 7.3.2 Depress Slow pushbu:: n and vacch pressure gauge rise slova. v :o v., c:. ..
- nt.
/ 7.5.3 Yhen pressure reaches 0" ef He, depress the r
l , e s
.m> -
r n - -~, , m' y -
-m n --- - g
. e o
Seco pushbut:en.
/ 7.5.4 Depress :he Recir: pushbu::en and vai: f: five (5) minutes .
WN _/ 7.5.5 Close :he gas sample bcnh :c:'.e: talve, ai: five (5) secends and close the inle: velve.
/ 7.5.6 Depress the Seen pushbut:en.
/ 7.5.7 Turn Selector Swi:ch to Solu:ien Chansecu: and proceed to see:ics 7.6.
7.6 Samoles Collection
/ 7.6.1 Depress Activate pushbu::en.
/ 7.6.2 Simultaneously depress and hold the _TS Samole pushbu::en and :he Ecot pushbu::en fer fi.a (5) minutes. !S should ::ansfer in:: :he TS sample bo::le.
/ 7.6.3 Depress Furge pushbutten and hold ene (;)
sinute.
/ 7.6.4 Depress TS Samole Grab pushbutton.
/ 7.6.5 Turn Selector Switch to Svstes Furge and repes:
s:eps 7.1.3 :hru 7.1.11 as needed :o reduce radiation levels wi:hin the sa=ple panel to as near :he bacxground level (listed en appropriate Inclosure) as p'essible, or until no noticeable decrease is observed on the Radiation Monitor from one N 2 purge :o :he next. Record the Radia:1en Monitor reading j where specified en Enclosure S.I.
, NOTE: A: :his point, sample panel con:reller.
can proceed :o Chemistry Hot Lab. l / 7.6.6 Tigh:ly cap :he !S sacple be::le and disconnec:
- he gas sa:ple be=b fron :he sample panel.
i Radioac:ive seur:es are :o be hardled ac:criing l to Section 13.1 of :he Statien Heal:h ??" sics Manual. I
/ 7.6.7 Place che !S Sample 3ct:le and the gas sample l
Socb into shielded con:siner and ::ansper: :o
- he Chenis::v Ho: Lab (7.ce: ";1C3, level 775).
i f l 4 7-- - w e 7--
~
/-
, O . . .
Place the sa=ples in :he ,designa:ed shielded area.provided fe het sa:ples.
/ 7.6.3 ~
Using a lev range ::ni:or nt ies::une:': (such as :he 102A or Z320) ':ske a con:ac: dose race ' reading (F'hr) on the :Op of :he gas sa:ple bomb and on the side of*"the !S sample be::le. < Rec'ord each reading where specified en ' Enclosure 8.1. me
/ 7.6.9 Transfer the chiosulfa:e solu:icn in:: a 1000 al graduated cylinder ,to, determine che
- hiosulface dilution voluef (TSV).- Racerd this
't valueluhere specified on In:lesure 3.1. Use scandard che=ist:v labora:crv techniques, and precad: ions per Chemistry p ccedure CP/0/A/8200/05, Enclosure 6.3 (Enclosure is posted in the Hot' Lab) . -
/ 7.6.10 Iransfer fif:v' (50) si of the chiosulfate -
sample inte a sixty (60) al Nalgene bet:le using techniques and precautions referenced in 7.6.9. Tighten cap on o :he sample bottle.
/ - 7.6.11 l
Transfer :he prepared :hiosulfate sample and _ gas sample' bomb to che H.P. Count Roce (Room d947A, level 768) for analysis. Sa plas will-be analyzed per Sta: ion E.P. Manual, See:1on' ' 12.1, Operacing ?:ccedure for the Nuclear Dada 6600 GeLi Svstem. Sanole da:a en Enclosure 8.1 of :his p ccedure vill be required fer. ~ analysis. '
/ 7.6.12 If additienal sanple dilu: ion is recuired <f::
1 GeLi counting, perfer :he dilu:icns in :he 1 Chemist:v Hot Lab per :achnicues and ,. precau:1 ens referenced in See:1cn '. .?, until samples are sui:able fer analvsis. Dilu: ion s
~,
fae: ors used will be determined he :he Coun: Ree: Supervi.4e: 3: his designee, sad values inser:ed where specified en Enclosure 4.1. , 7.6.13 Encess sa ples ara :: be dispesed of ;e
+
\
* ~ '
.t
-~
.. v I
. t .!
guidelines referenced in 7.6.3.
/ 7.6.14 If another contain en: air sar;le is needed, repen: S:eps 6.2, 6.3, and 5.'0.and begin procedure at See:1:n 7.1.
NOTE: One copy of this precedure is required for each sample enken.
/ 7.6.15 If no additional con:ain=en: air sa ples are needed, turn Selector Switch :o Off.
i; __/ 7.6.16 ' Turn Kev Lock Swi:ch ec Off.
- /. -
7.6.17 Close sa ple line vsives by depressing Off {+~ ^
/
pushbutton on H Monice ?anel. The pushbu::en 3 4 is under the Samsle Rou:ed :e ?.iMS Panel label. _/ 7.6.13' Close sample line eutlet soleneid valve by _ s , turning :he Isolation Valve Ocen key lock
.i .
swicch, loceted on the H M ni:c: Panel, e the 2
-OFF oositien'.
f / 7.6.19 Turn.Samole Loestion Selector, located on the
'H M ni: ; Panel, to 0F7. Lock H, Monitor.
2 s Panel.
/ 7.6.20 _Clese all four (4) service valves by cutling
- N ene-quar:er-turn clockwise.
/ 7.6.21 Notify Shi!: Supervisor of sacoling completion x -
, and chac :he H 2 Analy:er used during sacpling is operable.
I r1 . / 7.6.22 Comple:e calcula:1ons as shown en Enclosure 6.2.
/ 7.6.23 Notifv the Sce:icn Health Physicist when sample analyse.s and calculacicas are complete.
~
'- N 3.0 Snelosures 8.1 _Sa=ple Data 5heer- ,
8.2 Ce cain en: D'ese Rtce Calcula: ion Sheet 3.3 !able : - Prof,ec:ed 3ert :o Person Perforcing Transi: Cu:ies Table !! - Max'inu: Allowehle Dese Ra:e in it=ple Panel Area S.A En rv and Ext:,??,uce :o Sa:ple ?anel 4 4 3 e \
\
s e-N j "
, , 3 _ _ . _. .
A t
~*
HP/2/3/1009/13
, Inclosure 3.1 Psge '. of 1
- A.v.e. ,. ;. ae .,. e.
.. ,- a...r .
Name: __ Date: Radiation Monitor Reading per 7.1.15: Sa=ple Line Temperature (*F) per 7.1.16: (TC Position ! Caly) Time of Sample Trap per 7.4.5': Radiscion Monitor ?.esding per 7.6.5: Centac: reading (R/hr) on gas st=ple bomb per i.6.5: Contact resding (R/hr) on TS sample boccle 7.6.S: Time of Thiosulfate Sample Analysis: Time of Gas Sample Anslysis: Sample Volume (SV) SV = 1.3cc (( 273 + (5/9) ( 293
*F - 32)
(14.7 - 14.7
? esit)
}
-( .
Sv = ce Firs: Thiosulf ate Dilucion Fac:or(TDFg) TDF, = . SV TDV
!DF, = .
I See:nd Thiosulf ate Dilu:icn Facter (TDF,) TD.:,= TDF, n
- 1 of sa ple
=1 of D! va:er
. ,. e. ,..
\
- GTE: !DF, vill be decernined by Coun: ?.ce: Superviser or his desi.znee, as necessarv.
f
, :4?/2/3/1009/15 +
Enclosure 3.1 Page 2 ef 2 i
, s
. First Gas Dilu:1en Tsc'cos (GDF1 )
=
SV GDF , 1 10*
-GDi g =
Second Gas Dilutica Factor (GDF3 ) - GDF 3
= GDF. x cc of satele cc container volume GDF,.
=
';0TE: GDF3 will be de: ermined by Count Room Supervisor or his designee, as necessary.
n i t I I I I l l l s l t 1
. . . , . - - ..-,~,,.u,ns , . . . , . - --,,a - - - - - - , r-,, , . . . . - . , . . . -~ -.- ., .- .+ .n- ,
HP/2/3/1009/15 Inclosure 3.2 Page 1 of 2 CONTAINMI'.T DOSI R.CI CALC';LATICN SHIIT Method A provides a quick esti=acion of cen:ain=ent dose ra:e and should be used only until sa=ple analyses are c =ple:e and . Method 3 can be e= ployed. Method B is used af:er sa=ple analvses are co=plete and provides a = ore accurate esti=ation of contain=ent dose race. Method A: Use contac: readings (R/hr) for the gas ss=ple bo=b (D and thiosulfate ss=ple (D IS), and DV fre= enclosure 8.1~cik,)he calculacions below.
- 1) Noble Gas Dose Rate at Contain=ent Cen:er (DCh. ,. )
D g,g = 1.13 x 10 x D g3 D CNG
= R/hr
- 2) Noble Gas Dose Race a: Contain=ent Surface (0,79) 6 D = 5.67 x 10 x O gg SNG D
g3g
= R/hr 3)
Iodine Dose Race a: Contain=ent Center (DCI)
~
3 D = 5.5 x 10 x TDV x CI D3
- 4) Iodine Dose Race at Contain= enc Surface (Dg7) 3 D
SI
= 2.64 x 10 x DVx D.5 Method 3: Use count roo sa=ple activity analyses (uC1/=1) for :he gas sa=ple bo=b (C a calculationsbh$c)v.nd30=1chicsulfatess=p'.e(C73) in the 1)
Noble Gas Dose Rate at Cen:ain=en: Center (DCNG) D CNG
= 6.21 x 10 5 y. C-Ga
- 2) Noble Gas Dose Ra:e a: Cen: sin =en: Surface (Dg73)
D g7g = 2.98 x 10 x C gg i s'
. p
??/2/3/!CC?il5 Enclosure 3.2
- ?sge 2 of 2
- 3) I dine Jose Rt:e a: Contaie=en: Ce:::e: / C.)
D = 62.1 x DVx C,.5 Cy. . i) Iodine Dose Race at Contain=en: Surface (Dg ,) DVx C.S DIs = 29.3 x i
e, o HP/2/3/1009/*! Incicsure 3.3 Page 1 of 2
*tble I - ?rejee:ed Dose :o Person Perfor=ing Transi: Duties. .
Tine ?cs:-Acciden: (Ecurs) Dose (R) 0 3.0LL 1 1.977 2 1.429 3 1.125 4 0.912 5 0.321
^
10 0.517 24 0.231 NOTI: Any dose a: a time no listed can be decernined by cross-referencing on the 3:sph. (Graph on nex: page). The ver:ical axis is :he frae:1on cf :he Time = 0 dose. The hori: ental sxis is the :1:e 1: hcurs. post-acciden:. Table II - Mani=um Allowable Dese Race in Sa:ple Panel Ares. In reference to See:1on 5.10:
?
-(x a )( 11 hr.) - = 3 R hr 60 x = 16.36 R-
' - hr e x = 16 2 hr
':here:
3 = :sxtru= alicwtble dose race in R/hr 11 II = :ine in sa=;1e panel tres in heurs, which includes:
; minu:e :rtnsi: :- and fr:: st ple 7tnel 10 minu:es s: sample panel (s ~/
.' ?. = :1Minu: allevable whole body d0se per cuarter
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, e STATION DI3 {TISE 3.S.2 g,- ..
APPROVAL M'k ?
, DATE ORIGINAL ISSUE 4/8/80 REVISION 9 DATE f/5 [7 3 i',r e
DUKE POWER COMPANY McGUIRE NUCLEAR STATION STATION EMERGENCY ORGANI2ATION 4 OBJECTIVE This directive esta'blishes the Station Emergency Organization and the functions it is responsible for in effectively supporting the normal operating shift in the management of any emergency condition at the station. It particularly addresses the augmentation of the operating shift resources for accident response situations where the health and safety of station personnel and members. of the gen'eral public are concerned. It provides a structure by which the normal functions of the operating shift are augmented and immediately directed to accident termination and mitigation, offs'ite consequence determination, and plant
- recovery operations.
GENERAL I Initial activities during any emergency condition are directed by the Shift Supervisor from the control room. The Shift Supervisor shall assume the functions of the Emergency Coordinator until the arrival of the Station Manager or his designee at which time the Station Manager or his designee assumes the responsibility of the Emergency Coordinator. The Emergency Coordinator will assure that the following emergency objectives are achieved during the initial phases of any emergency condition.
- 1. Initiation of emergency actions within the provisions of the Emergency Plan, including notification of and protective action recommendations to authorities responsible for coordinating offsite protective actions,
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enabling the Shift Supervisor to devote full attention to remedial measures within the station. This authority to notify and make protective action recommendations to offsite authorities may not be delegated to other personnel within the emergency organization.
- 2. Notification and activation of the Station, Corporate, State / Local Government, and the Nuclear Regulatory Commission emergency organizations having a response role.
- 3. Continued assessment of actual or potential consequences both onsite and offsite throughout the evolution of the emergency condition.
- 4. Effective implementation of emergency measures in the environs including protective actions and or evacuation of affected areas, implementation of emergency monitoring teams and facilities to evaluate the environmental consequences of the emergency condition, prompt notification and communications with offsite authorities.
- 5. Continued maintenance of an adequa,te state of emergency preparedness until the emergency situation har been effectively managed and the
. station is returned to a normal or safe operating condition.
IMPLEMENATION Onsite Emergency Organization
- 1. The Onsite Emergency Organization shall be that organization of normal plant operating shift augmented with additional personnel as deemed necessary by the Shift Supervisor / Emergency Coordinator, the Station Manager or as required by any Emergency Procedure or Station Directive.
- 2. The Shift Supervisor on duty shall ensure that all actions required by any initiating Emergency Procedure or by any emergency condition have been performed and that all actions necessary for the protection of persons and property are being taken. The Shift Supervisor upon being J
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3 relieved of the Emergency Coordinator functions shall continue to take all actions necessary to ensure that any emergency situation is brought under control.
- 3. The Emergency Coordinator shall have the authority and responsibilite to initiate any emergency actions within the provisions of the Emergency Plan, including the notifications and exchange of information with those authorities responsible for coordinating offsite emergency measures. The !
Emergency Coordinator will work closely with the Shift Supervisor, other Station Management and Engineering and Technical Support personnel at the Technical Sspport Center (TSC). He shall also maintain communications with offsite personnel at the Crisis Management Center, County Emergency I Operations Center (s) and with the North Carolina State Emergency Operations Center initially, then with the North Carolina State Emergency , Response Team Headquarters as this organization is activated. This function will later be assumed by the Recovery Manager at the Duke Power Crisis Management Center.
- 4. The Control Room is the initial onsite center of emergency control. It is designed for evaluation and control over the initial aspects of an emergency and for those actions necessary for coping with the emergency condition. These actions include, but are not limited to:
- a. Continuous evaluation of the magnitude and potential consequences of the emergency condition.
- b. Initial notifications and communications with those station personnel and offsite agencies responsible for coordinating effective response measures.
The control room shall be staffed with the operating shift, the Emergency Coordinator and any other personnel the Shift Supervisor, Station Manager or Emergency Coordinator may require in response to the emergency conditioa.
+ 4
- 5. The Technical Support Center (TSC) acts in support of the command and control function of the control room and to display current plant status and diagnostic information to those individuals who are know'ledgeable and
- responsible for engineering, technical, and management support of reactor operation in any emergency condition. The TSC is located in Offices 911, 912, 913, and 914 in the Service Building at Elevation 767 (See Enclosure 1, TSC Layout) and has the capability to house twenty five (25) persons, necessary communication equipment, diagnostic display information, plant drawings, layouts, maps, and charts necessary to support the emergency organization. In the event the TSC becomes environmentally uninhabitable due to radiological or other conditions and the Control Room remains secure (habitable), selected individuals (to be determined by the 2mergency Coordinator) shall move to Offices 930 and 931 inside the Con *.rol Room. All other TSC personnel shall evacuate to the Administration Building, Cowan's Ford Hydro or the Training and Technology Center, as directed by the Emergency Coordinator. In the event the Control Room also becomes uninhabitable due to radiological or other conditions, TSC personnel will evacuate to the Administration Building, Cowan's Ford Hydro or the Training and Technology Center, as directed by the Emergency Coordinator.
The TSC shall be activated by the Emergency Coordinator in accordance with the applicable emergency procedure. The Control Room shall notify and activate the members of the TSC by notifying the Station Manager or his designee and the Superintendents in accordance with Enclosure 2, who shall be responsible for notifying the personnel under their direction for activation of the TSC. The Section Heads shall be responsible for notifying the personnel under their direction assigned to the TSC and any other personnel that they may deem necessary to support the emergency condition. r The TSC shall be operational in one (1) hour and fifteen (15) minutes and will be staffed and organized in accordance with Enclosure 2, or as j deemed necessary by the Emergency Coordinator. A. The TSC shall include, but not be limited to the following personnel: l i
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- (1) The Emergency Coordinator or in his absence a designated alternate per Enclosure 2. The Emergency Coordinator shall have complete responsibility for activation of the TSC and the Corporate Crisis Management Plan. He shall staff the TSC with those personnel listed in Enclosure 2, or at his discretion with those personnel deemed necessary to effectively assess the emergency condition. He shall institute those procedures necessary to allow the Control Room to gain immediate control of
- the emergency condition. The Emergency Coordinator will have
- direct communications via telephone or radio with the Recovery Manager at the Crisis Management Center, each County Emergency
, Operation Center, the North Carolina State Emergency Response Team and via telephone only to Nuclear Regulatory Commission. He shall maintain lines of communication and consultation with these agencies to ensure that they are informed of the emergency condition at all times, in accordance with the Emergency Plan. (2) The Superintendent of Operations when designated shall assume the duties of the Emergen_cy Coordinator. He will provide expertise to the Emergency Coordinator and the Shift Supervisor -- regarding solutions to operational problems. He shall ensure that each operating shift is manned with competent personnel I trained and prepared to manage all operational emergency I conditions and he shall augment his personnel resources as " l necessary to accomplish this goal. He shall provide technical expertise to other members of the TSC and shall work closely with the Superintendent of Maintenance in restoring station equipment to an operational status during and after the emergency condition. (3) The Superintendent of Technical Services when designated shall assume the duties of the Emergency Coordinator. He will provide expertise to the Emergency Coordinator and the . Shift Supervisor regarding solutions to operational problems. He shall provide technical expertise to the other members of the TSC in the areas of Health Physics, Chemistry, Performance, Reactor Engineering
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and in Licensing and Engineering Support Programs. He shall ensure that all areas of responsiblity under his direction are staffed with competent personnel properly trained and prepared to support any operational emergency coaditions. (4) The Superintendent of Maintenance when designated shall assume the duties of the Emergency Coordinator. He will provide expertise to the Emergency Coordinator and the Shif t Supervisor regarding solutions to operational problems. He shall provide technical expertise to the other members of the TSC in areas of Mechanical Maintenance, Planning, Instrument and Electrical Maintenance, and Materials Support. He will ensure that all areas of responsibility under his direction are staffed with competent personnel properly trained and prepared to support any operational emergency conditions. (5) The Superintendent of Administration when designated shall assume the duties of the Emergency Coordinator. He will provide technical expertise to the Emergency Coordinator and the Shift Supervisor regarding solutions to administrative problems associated with emergency conditions at the station. He shall provide technical expertise to other members of the TSC in the areas of Contract Services, Administrative Coordination, and 1 Training / Safety. He shall ensure that all areas under his direction are staffed and prepared to manage adminstrative support for any emergency condicions. (6) The Operating Engineer shall assume the duties of the , Superintendent of Operations when so designated. He will 1 provide technical expertise to the Superintendent of Operations and other members of the TSC as required. He will assist the Superintendent of Operations in coordinating activities during the emergency condition by developing work schedules, equipment and material procurement, guidance and assistance to the Shift l Supervisor, communication with the Crisis Management Center, incident report preparation, and other support functions as J 4
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9 ,. needed or required to restore the plant status to normal. He , shall ensure that all areas under his direction are staffed and prepared to manage operational support for any emergency condition. (7) The Assistant Operating Engineer shall assume the duties of the Operating Engineer when so designated. He will prov;de technical expertise to the Superintendent of Operations, the Operating Engineer and other members of the TSC as required. He shall assist the Operating Engineer in assessment and evaluation 1 of the emergency condition and in any other areas of expertise deemed necessary to the TSC organization. (8) The Health Physics Section of the TSC shall consist of the Station Health Physicist or his designated alternate, an Environmental Surveillance Coordinator / Radio Operator, a Data Evaluation Specialist, a Support Functions Coordinator and a Surveillance and Control Coordinator and other Health Physics personnel as deemed neces.,sary by the Station Health Physicist .to support the Health Phystes functions during the emergency condition. NOTE: The Environmental Surveillance Teams shall be predesignated in the Station Health Physics Manual. The Station Health Physicist shall assume the duties of the Superintendent of Technical Services when so designated. He will provide technical expertise to the Superintendent of Technical Services, the Emergency Coordinator and other members of the TSC as required. The Health Physics Section shall be responsible for gathering and compiling onsite and offsite radiological monitoring data from the NRC, State, Corporate and Station Radiological Monitoring and Evaluation Teams and for providing this information to other members of the TSC as required. The Station Health Physicist shall provide for input to and distribution of offsite dose calculation procedures and
. .)
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I . o 8 computer programs accessible by Health Physics personnel. The Station Health Physicist shall make recommendations to the ; Emergency Coordinator through the Superintendent of Technical l l Services on protective actions deemed necessary to as:ure that station personnel and members of the general public do not exceed exposure limits to radioactive materials. The Station Health Physicist shall also work closely with the appropriate members of the Corporate Crisis Management Center to ensure that radiological hazards during any emergency condition are minimized. The Station Health Physicist shall ensure that all areas under his direction are staffed and prepared to manage Health Physics support for any emergency condition. (9) The Station Chemist shall assume the duties of the Superintendent of Technical Services when so designated. He will provide technical expertise to the Superintendent of Technical Services and to other members of the TSC as required. He is responsible for coordinating chemical technical support and for initiating necessary action to insure adequate chemical sampling and evaluation -to support the emergency condition. The Station Chemist shall ensure that all areas under his direction are staffed and prepared to manage chemistry support for any emergency condition. (10) The Performance Engineer shall assume the duties of the Superintendent of Technical Services when so designated. He will provide technical expertise to the Superintendent of Technical Services and to other members of the TSC as required. He will assure that adequate levels of technical and engineering manpower are available to: manage test procedure review, carry out special test procedures, ensure control and accountability of special nuclear materials, evaluate plant and reactor performance and provide plant data information from the Operator Aid Computer to the Vax Computer System. The Performance Engineer shall ensure that all areas under his
/
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.- 9 direction are staffed and prepared to manage Performance support for any emergency condition.
(11) The Reactor Engineer shall assume the duties of the Performance Engineer or the Superintendent of Technical Services when so designated. He will provide technical expertise to the Performance Engineer and to other members of the TSC as required. The Reactor Engineer shall ensure that all areas under his direction are staffed and prepared to manage l technical support for any emergency condition. (12) The Projects & Licensing Engineer shall assume the duties of the Superintendent of Technical Services when so designated. He will provide technical expertise to the Superintendent of Technical Services and to other members of the TSC as required. He is responsible for coordinating station activities with regulating agencies, coordinating the reporting and investigation of all incidents and for providing a review of appropriate station technical matters. Special Assistants assigned to his area wril provide technical expertise in Emergency Preparedness, quality Assurance, Nuclear Safety, and Computer Interface. He is also responsible for ensuring that periodic updates of plant information and data are provided to State / Local Government Agencies until the Crisis Management Organization assumes this function. The Projects and Licensing Engineer shall ensure that all areas under his direction are staffed and prepared to manage technical support for any emergency condition. (13) The Instrument and Electrical Engineer shall assume the duties of the Superintendent of Maintenance when so designated. He will provide technical expertise to the Superintendent of Maintenance and to other members of the TSC as required. He is responsible for maintaining all station I&E equipment in an operational state. The Instrument and Electrical Engineer i s. s
, ,. 10 shall ensure that all areas under his direction are staffed and prepared to manage any I&E support for any emergency condition.
(14) The Planning Engineer shall assume the duties of the , Superintendent of Maintenance when so designated. He will provide technical expertise to the Superintendent of Maintenance and to other members of the TSC as required. He is responsible for the Laplementation and evaluation of the maintenance management program and for the administration of the materials procurement programs. The Planning Engineer shall ensure that all areas under his direction are staffed and prepared to manage planning and materials support for any emergency condition. (15) The Mechanical Maintenance Engineer shall assume the duties of the Superintendent of Maintenance wt.en so designated. He will provide technical expertise to the Luperintendent of Maintenance and to other members of the TSC as required. He is responsible for preventa_tive and actual maintenance for all station mechanical equipment and facilities. The Mechanical Maintenance Engineer shall ensure that all areas under his direction are staffed and prepared to manage maintenance support for any emergency condition. (16) The Contract Services Coordinator shall assume the duties of the Superintendent of Administration when so designated. He will provide technical expertise to the Superintendent of Administration and to other members of the TSC as required. He j is responsible for coordinating Security, Utility Services, and Food Vending Services for the station. The Contract Services Coordinator shall ensure that all areas under his direction are staffed and prepared to manage Contract Services for any emergency condition. (17) The Administrative Coordinator shall assume the duties of the Superintendent of Administration when so designated. She will w -- -- - - , , _ . -- -- . , ---- , , - , - -
11 provide technical expertise to the Superintendent of Administration and to other members of the TSC as required. She is responsible-for coordinating and maintaining general administrative functions and support in the TSC. This area is responsible for distribution of plant status sheets and update of the TSC/OSC status boards, typing, copy service, and other miscellaneous clerical functions that may be required. The Administrative Coordinator shall ensure that all areas under
~
her direction are staffed and prepared to manage administrative functions during any emergency condition. (18) The Training and Safety Coordinator shall assume the duties of the Superintendent of Administration when so designated. He will provide technical expertise to the Superintendect of Administration and to other members of the TSC as required. He is responsible for coordinating the st tion training and safety activities, and Fire Protection and Medical Services in support of the emergency organization. He is also responsible for maintaining documentatiqn of those personnel who participate in the emergency response organization during actual emergencies and during exercises and drills. The Training and Safety Coordinator shall ensure that all areas under his direction are staffed and prepared to provide needed training and safety evaluations during any emergency condition.
- 6. The Operations Support Center (OSC) shall be located in Room 909 7
(Operators' Kitchen). In the event the OSC becomes environmentally uninhabitable, personnel assigned shall move to Offices 930 and 931 inside the Control Room Ventilation System. It shall be staffed with Plant Operators not assigned to the Control Room, Health Physics personnel and as needed Instrument and Electrical, Maintenance, or Chemistry personnel in support of the emergency condition. The normal station telephone system with a backup radio system (P&T frequency hand held), and the Voycall System from the Control Room or TSC shall serve as ' a line of direct communication. The personnel assigned to the OSC shall be under the direct supervision of the Shift Supervisor. v.-.. . n. -
12 The OSC shall be activated by the Emergency Coordinator in accordance with the applicable emergency procedure. The Shift Supervisor shall alert the onshift operations personnel and the Health Physics Shift Technician, who will notify the HP Supervisor listed on Enclosure 3 to the emergency condition. The Health Physics Supervisor shall alert appropriate Health Physics technicians to support the function of the OSC. The OSC will be staffed and organized in accordance with Enclosure 3, or as deemed necessary by the Shift Supervisor or Emergency Coordinator. The OSC shall include as a minimum the following personnel: Plant Cperators: Plant Operators on shift who are not actually assigned to the Control Room and additional call out operators as required or deemed necessary by the Shif t Supervisor or Emergency Coordinator. Health Physics: A Health Physics support group consisting of a Health Physics Supervisor and appropriate technicians will serve in a support function to the OSC. The Health [ ; Physics Group sugporting the OSC shall be physically
'- located in the OSC. The Health Physics Supervisor shall ensure that adequate personnel, instrumentation, respiratory protective equipment, protective clothing, and any other material needs are provided in support of the Health Physics coverage for the OSC.
NOTE: An Emergency Kit containing supplies listed in PT/0/A/4600/11 is stored in the Operators' Kitchen. ENCLOSURES
- 1. Enclosure 1, Technical Support Center (TSC), (Physical Layout)
- 2. Enclosure 2, Technical Support Center (TSC), (Personnel Assigned)
- 3. Enclosure 3, Operations Support Center (OSC), (Personnel Assigned)
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I l s. ENCLOSURE 1 l . l. I
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OPERATIONS 8 i 0E o D ' STATUS Eg V
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\/ '* lilG RECORDER 4WDRulNATUM
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STATION NEALTN HAINT. 14d NRC COORDINATOR Palf b 8Cs 5T 4.NGR. ENGB. 51 g! .
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EMCI.9SURE 3 O OPERATIOXS SUPPO:1T C3:E~'3:1 . STATION DIRECTIVE 3.8.2 REVISION j DATE.,i S.'. > All Auxiliary Oper :cre not APPROVAL
- M ,fr6e' f' 7 [ a tually assigned in the Control EHERGENCY COORDINATOR m na a N ant page w Ext. 4260 (Operators Kitchen I #909)
NOTE: Shift Supervisor to call-out additional operators and CONTROI. E"'" """ "8
- aupport his shift in the emer-1 ROOM gency condition.
(SilIFT SUPERVISOR) 1 AFTER ACTIVATION , TO ACTIVATE , . i - S&C SillFT TECl!NICAN llEAI.Til PilYSICS SUPEPVISOR P: M. Carswell 0: ' 24 llour Coverage ;
/N s 11:
Pager e-r 4: T. McGee* *0-1 11 : i I l i 4 P - PRIMARY
) A - Al.TERilATE
- O - 0FFICE P110NE 11 - Il0ME Pil0NE t
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r , o o ENCLOSURE 2 PACE S OF 3 TECHNIC AL SUPPORT CENTER ADMINISTR ATION CONTRACT SERVICES P: C. Fish 0: "' H: A: M. Hagee a:' A H, TSC LOG RECORDER A: K. Frye 0: . H: .. . ? . I P: C. McConnell 0: A: M. Brown 0: "' g. 9 A: T. Beal 0: SUPERINTENDENT 4- ADMINISTRATIVE H: OF ADMINSTRATION COORDINATOR A: J. Hinson 0: H: See Page 1 of 5 P: V. Spear =an 0: A: M. Campbell 0: H: H:
, A: W. Kelley 0:
N H ** ' 1 A: P. Parker 0: ISC CLERICAL SUPPORT H: , P: B. Humphries 0: B: TRAINING & SAFETY L. A: D. Cornelius 0: H: P: D. Harrington 0: A: N. Rome 0:l H: - A: J. Almond 0:- H: - ., ~ A: T. Parker - 0:[ H: A: L. Baker ,, 0: __ H: i l 1 0: Office H: Ho=e
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. s ENCLOSURE 2 PAGE 4 0F 5 TE CHNIC AL SUPPORT _
CENTER M AINTE N AN CE INSTRUMENT & ELECTRICAL P: L. Weaver 0: i H: A: K. Reece 0: H: A: B. Hart 0: H: A: R. White 0: H- k, SUPERINTENDENT OF p g;373g ' MAINTENANCE P: A. Figueroa 0: See Page 1 of 5 - H: A: M. Mills 0: H: s A: C. Drye 0:
- H:
MECHANICAL P: R. Rider 0: H: A: D. Motes 0:{ H: A: W., Harris 0: , H: A: E. Beaver 0: - H: ' l i 0: Office H: Home l l l t
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o - ENCLOSURE 2
, ,, PAGE 3 0F 5 ~ <
TE CHNIC AL SUPPORT CENTEA SPECIAL ASSISTANT TECHNIC AL SERVICES P: M. Glover 0: H: A: R. Ruth 0: H: PROJECTS & LICENSI';G A: M. Pacetti 0: 1, H: P: M. Sample 0: A: ?. Deyo 0: u.
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H: i . A: E. Estep 0: OFFSITE H: COSCIUNICATIONS
- A: D. Mendezoff o. -
P: T. Deese 0: H: H: _ . . _ _ , _ _ A: S. McInnis 0: H: A: M. Clayt n 0: PERFORMANCE H:
. A: M. Nazar 0:
P: B. Hamilton 0: i q. H: A: C. Galbreach 0: H: REACTOR ENGINEER A: D. Marquis 0: , H: i P: D. Marquis 0: A: J. Boyle 0:
.Ii H:
-H: A:
M. Kitlan 0: o H:* CED.ISTRY A: S. Breva 0: H: P: R. Michael 0:
._.I A: M. Hawes 0:
H: A: SUPERINTENDENT OF T. Wall 0: PERFORMANC-
+ TECHNICAL SERVICES H:'
TECHNICIAN A: L. Kimray 0: See Page 1 of 5 H:, P: J. Pring 0:
%_ .k H:
l . A: 3. Gragg 0: R: A: S. Brewer 0: HFALTH PHYSICS H:
, A: R. Heaphill 0:
P: I. Keane 0: 3: H *'
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0: Office A: J. Foster 0: i
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i A: G. Terrell 0: - H: A: F.. Cole 0: ; H: - r
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I ENCLOSURE 2 PACE 2 0F 5 TECHNIC AL SUPPCAT CENTEA 1 CP ER ATIO NS - 7 SUPERINTENDENT OF ASST. OPERATING OPERATIONS OPERATING' ENGINEER e Page 1 of 5 P: D. Bradshav Qt P: J. Silver 0: s H: -H:
- A: C. Gilbe:k 0: i A: N. McCraw '0:
H: i H: A: . B. Barron U: ! A: L. Firebaug'2 0:
't H: 'l Hi A: B. Travis 0: / A:. D. Bu=gardner 0:,
H: . H: A: M. Kimray 0: ,
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I I. ,. STATION DIDFCIZVE 3.8.2
- REVISION 4 DATE j/t/ D
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APPROVAt. 7.. /P/1", . - m ENCLOS".RE 2 PAGE 1 OF 5 , TE CHNIC AL SUPPORT CENTER
- 1. The Control Room'shall notify the SUPERINTENDENT OF \
Station Manager and each Superince'ndent OPERATIONS / See Page 2 of 5 af the TSC activation. The Super- P: G. Cage 0: intendents shall then notify the H- \ personnel designated in the.ir A: D. Bradshaw 0: I depart =ents of the TSC activation. g. - A: G. Gilbert 0: \ -. A: B. Barron 0: N H: A: B. Travis 0: u. [~
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SUPERINTENDENT OF y TECHNICAL SERVICES f See Page 3 of 5 P: T. McConnell 0: H:
, A: M. Sa:::ple 0:
H~ ' CONTROL ROOM A: R. Michael 0- - DfERGENCY COORD. A:, E. Ha:silton 0:
. H:
SUPERINTENDENT OF _ See page 4 of 5 MAINTENANCE P: D. Rains 0: , . , H: ' s STATION MANAGER A: R. Rider 0: EMERGENCY COORD. H: A: A. Figueroa 0: P: M. McIntosh 0: } H-H: H: A: I.. Weaver 0: a: G. Cage - -( 0 : H: , g. A: T. McConnell 0: SUPERINTENDENT OF \ 5 of 3 A.* D. Rains H[. 0 l ADMINISTRATIVE SERV- [ See Page H: P: R. Wilk.inson 0: \ A: R. Wilkinson 0: H: \ H: , A: D. Harrington 0: \
~ -.
A: C. Fish 0: H: s A: V. Spearman 0: . H: . f.51/ - I
'Q j: 'JA 0: Office R: Home
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