ML042160448
| ML042160448 | |
| Person / Time | |
|---|---|
| Site: | Millstone  |
| Issue date: | 07/19/2004 |
| From: | Fenton M, Morris T Dominion Nuclear Connecticut |
| To: | Document Control Desk, Office of Nuclear Reactor Regulation |
| References | |
| CP 3804AC | |
| Download: ML042160448 (64) | |
Text
MM To Facility Address
- DOCUMENT CONTROL DESK
- MP Department : 806
- NUC REGULATORY COMMISSION (0140)
DOCUMENT CONTROL DESK WASHINGTON, DC 20555 PASSPORT DOCUMENT TRANSMITTAL Page:
1 tIM II I!1 IIM II 21 D
llf l D I From
- NDS Date/Time
- 07/19/04 11:46 Trans No.
- 000062761 Tri Total Items: 00001 CONT DOCUMENTS ansmittal Group Id: 03845JT Item Facility Type Sub Document Number I Title Sheet Revision Doc Date Copy #
Media Copies
01 LIQUID WASTE SAMPLE SINK Please check the appropriate response and return form to NDS Bldg 475/3 Millstone Power Station or Fax to 860-440-2057.
All documents received.
Documents noted above not received (identify those not received).
I no longer require distribution of these documents.
Date:
Signature:
C7 CO
02/27/03 Approval Date I:
i 03107/03 Effective Date Procedure Action Request Document No.:
CP 3804AC Writer M. Fenton Rev. No.
Minor Rev.
initiator D. Wermer 002 01
Title:
Liquid Waste Sample Sink For New Documents: Document is QA E]
DH
Title:
oi Revision ED Minor Revision O Cleanup Revision E Biennial Review O Cancel 0 Void (Do Not Use)
E Expire 0l Superceded By:
Comments:
O Administrative Correction FLS:
Associated ARs Reviews Print Sign Date Department Ec Cross Discipline-OPS WC 9 Att 3 Req. i Yes O No lee "AA 7111oY A4*
Licensing Basis /RCD
,j
.'7 (50.59 Screen Req. E Yes 0 No)
A__
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( "¶t7 TechIndependent Validation None E Field -Use E Simulated Performance -
El Table Top and II Comparison MP-05-DC-SAP01-004 Use MP-05-DC-SAP01-004 Walk-through (minimum of two)
Print Sign l
Date Dept Coordinator I _
Mernber Training:
El None El Nuclear Training El Briefing W:amiliarization 0 SOR Review and Approval F SORC Review and Approval Fn Denartment Head Review and Approval Approval 3 Disapproval El NtA NtA I
t (1) Department Head SigntDate (1) Department Head Approval Sign (1) SQR~%
SlTR/I@
S 7/,y/f #
(2)
SORC Meeting Number (2) Departrnbnt Head Approvl 'ign (3) SORC Approval Sign
,_._I Approval Date:
7//'//o 0
Effective Date: 7/4/
D MP-05-DC-FAPO1.1-005 Rev. 001 Page I of :.
rI>
MILLSTON POWER STATION CHEMISTRY PROCEDURE I
I Faste I, In wink CP 3804AC Rev. 002-01 Approval Date:
Effective Date:
07/14/04 07/22/04 Level of Use General
. -11
Millstone Unit 3 Chemistry. Procedure Liquid Waste Sample Sink TABLE OF CONTENTS
- 1.
PURPOSE.......
2
- 2.
PREREQUISITES.'2
- 3.
PRECAUTIONS.
3
- 4.
INSTRUCTIONOS....
4.1 Low Level Waste Drain Tank A Grab Sample.
.4.2 Low Level Waste Drain Tank B Grab Sample.
4.3 Waste Test Tank A Grab Sample...................
4.4 Waste Test Tank B Grab Sample.
4.5 High Level Waste Drain Tank A Grab Sample 4.6 High Level Waste Drain Tank B Grab Sample.
4.7 Waste Demincralizer Effluent Grab Sample........
4 4
..............10 12 16 4.8 Containment Drains Sump Grab Sample.
4.9 Waste Bottom Holding Tank Grab Sample.....................
4.10 Low Level Waste Drain Tank A Low Pressure Vessel Sample....
4.11 Low Level Waste Drain Tank B Low Pressure Vessel sample.
4.12 Waste Test Tank A Low Pressure Vessel Sample...............
4.13 Waste Test Tank B Low Pressure Vessel Sample................
4.14 High Level Waste Drain Tank A Low Pressure Vessel Sample....
4.15 High Level Waste Drain Tank B Low Pressure Vessel Sample....
4.16 Waste Demineralizer Effluent Low Pressure Vessel Sample......
4.17 Containment Drains Sump Low Pressure Vessel Sample........
4.18 Waste Bottom Holding Tank Low Pressure Vessel Sample.......
4.19 Low Level Waste Drain Tank A Alternate Sample Point.........
4.20 Low Level Waste Drain Tank B Alternate Sample Point.........
4.21 Waste Test Tank A Alternate Sample Point....................
4.22 Waste Test Tank B Alternate Sample Point.
REVIEW AND SIGNOFF...................
REFERENCES................................................
18 20 22 25 28 31 34 37 40 43 47 50 52 54 56 58 58 5.
6.
7.
SUMMARY
OF CHANGES...................
58 ATTACHMENTS AND FORMS, "Recirculation Times, Liquid Waste Tanks and Sumps"... 60, "Instrument Valve Block Configuration".................. 61 Level of Use General 1
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4.%
- 1. PURPOSE 1.1 Objective Provide instructions for obtaining the following samples:
Liquid waste grab samples and low pressure vessel samples from 3SSR-SAS2, liquid waste sample sink Liquid waste grab samples from alternate sample points 1.2 Discussion The Sections of this procedure are distinct Sections which can be.
performed independently of each other.
- 2. PREREQUISITES 2.1 General 2.1.1 Ventilation is operating at the liquid waste sample sink hood.
2.1.2 Tank being sampled has recirculated for at least the amount of time listed in Attachment 1, "Recirculation Times, Liquid Waste Tanks and Sumps" prior to sampling.
2.2 Tools and Consumables Sample bottles Lab coat Disposable lab gloves Demineralized water Low pressure sample vessel Sections 4.19 through 4.22 also require:
9/16" wrench or adjustable wrench Purge bottle (minimum volume 1.5 liter)
Level of Use C3OA l General THl UW Rev. 002-01
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- 3. PRECAUTIONS 3.1 Samples may be radioactive. Proper Health Physics practices and the RWP must be followed to prevent the spread of contamination.
3.2 Radiological conditions maybe more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
Level of Use General TO P H.P,*
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CP 3804AC Rev. 002-01 3 of 61
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- 4. INSTRUCTgIONS 4.1 Low Level Waste Drain Tank A Grab Sample
^4tALARA
^
Radiological conditions may be.more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.1.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions
- Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NOTIFY MCRO _Q SM/US that low level waste drain tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 0
0D 4.1.2 VERIFY open 3SSR-V897, low level waste drain tank 4A sample isolation.
4.1.3 OPEN 3SSR-V230, low level waste drain tank 4A grab valve.
Level of Use InX.M.".
HIM' ADT" REMN General
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Rev. 002-01 4 of 61
I 4.1.4 CALCULATE purge time as follows:
NOTE' 16 gallons/hour = 1 liter/minute
- a. DETERMINE sample flow rate in Ipm using one of the following methods:
OBSERVE flow rate on 3SSR-F1252A MEASURE flowrate at outlet of 3SSR-V230, low level waste drain tank 4A grab valve
- b. DIVIDE 6 by sample flow rate in 1pm to obtain purge time in minutes.
4.1.5 WHEN purge time has elapsed, COLLECT sample.
4.1.6 CLOSE 3SSR-V230, low level waste drain tank 4A grab valve.
-End of Section 4.1 -
I Level of Use General
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4.2 Low Level Waste Drain Tank B Grab Sample
'ALARA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.2.1 EI sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NO TIFY MCRO OR SM/US that low level waste drain tank B sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.2.2 VERIFY open 3SSR-V896, low level waste drain tank 4B sample isolation.
4.2.3 OPEN 3SSR-V232, low level waste drain tank 4B grab valve.
Level of Use, CP3804AC I General I
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4.2.4 CALCULATE purge time as follows:
NOTE l
16 gallons/hour = 1 liter/minute
-.DETERMINE sample flow rate in Ipm using one of the following methods:
OBSERVE flow rate on 3SSR-FI252B MEASURE flowrate at outlet of 3SSR-V232, low level waste drain tank 4B grab valve
- b. DIVIDE 6 by sample flow rate in 1pm to obtain purge time in minutes.
4.2.5 WYHEN purge time has elapsed, COLLECT sample.
4.2.6 CLOSE 3SSR-V232, low level waste drain tank 4B grab valve.
- End of Section 4.2 -
C, Level of Use General TH.N AK F VW W CP 3804AC Rev. 002-01 7 of 61
4.3 Waste Test Tink A Grab Sample A L A R A
^ih Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.3.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b.
NOTIFY MCRO OR SM/US that waste test tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.3.2 START 3LWS-P8A, waste test tank heating pump, in service as follows:
- a.
PLACE "WASTE TEST TANK HEATING PUMP P8A' pump control switch in "START"
- b.
WAIT 30 seconds.
CP 3804AC
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- 4.3.3 4.3.4 4.3.5 VERIFY open 3SSR-V898, waste test tank 3A sample isolation.
OPEN 3SSR-V228, waste test tank 3A grab valve.
CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
- a. DETERMINE sample flow rate in lpm using one of the following methods:
OBSERVE flow rate on 3SSR-F1137 MEASURE flowrate at outlet of 3SSR-V228, waste test tank 3A grab valve
- b. DIVIDE 17 by sample flow rate in lpm to obtain purge time in minutes.
6 WHEN purge time has elapsed, COLLECT sample.
7 CLOSE 3SSR-V228, waste test tank 3A grab valve.
8 PLACE "WASTE TEST TANK HEATING PUMP P8A" pump control switch in "STOP."
4.3.
4.3.'
4.3.
IQ End of Section 4.3 -
Level of Use W
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4.4 Waste Test Tank B Grab Sample ALARA hA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.4.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a. CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NOTIFY MCRO B. SM/US that waste test tank B sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.4.2.
VERIFY open 3SSR-V871, waste test tank 3B sample isolation.
4.4.3 START 3LWS-P8A, waste test tank heating pump, in service as follows:
- a.
PLACE "WASTE TEST TANK HEATING PUMP P8A" pump control switch in "START."
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4.4.4 4.4.5
- b. WAIT 30 seconds.
OPEN 3SSR-V856, waste test tank 3B sample grab valve.
- CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
- a.
DETERMINE sample flow rate in lpm using one of the following methods:
OBSERVE flow rate on 3SSR-FI259 MEASURE flowrate at outlet of 3SSR-V856, waste test tank 3B sample grab valve
- b. DIVIDE 17 by sample flow rate in lpm to obtain purge time in minutes.
WHEN purge time has elapsed, COLLECT sample.
CLOSE 3SSR-V856, waste test tank 3B sample grab valve.
PLACE "WASTE TEST TANK HEATING PUMP P8A" pump control switch in "STOP."
i 4.4.6
- 4.4.7 4.4.8 I(D
- End of Section 4.4 -
-j Level of Use General ]
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4.5 High Level Waste Drain TankA Grab Sample A
A ALARA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.5.1 LE sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA I0 and to reduce the spread of radioactive material
- b.
NOTIFY MCRO OR SM/US that high level waste drain tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.5.2 VERIFY open 3SSR-V900, high level waste drain tank 1A sample isolation.
4.5.3 OPEN 3SSR-V224, high level waste drain tank 1A grab valve.
Level of Use I
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4.5.4 CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
- a. DETERMINE sample flow rate in 1pm using one of the following methods:
OBSERVE flow rate on 3SSR-FI250A MEASURE flowrate at outlet of 3SSR-V224, high level waste drain tank 1A grab valve
- b. DIVIDE 5 by sample flow rate in lpm to obtain purge time in minutes.
4.5.5 WHEN purge time has elapsed, COLLECT sample.
4.5.6 CLOSE 3SSR-V224, high level waste drain tank 1A grab valve.
-End of Section 4.5 -
Level of Use General
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CP 3804AC Rev. 002-01 13 of 61
4.6 High Level Waste Drain Tank B Grab Sample ALARA hA Radiological conditions may be more severe following an accident..
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.6.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Exlected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA 0
and to reduce the spread of radioactive material
- b. NOTIFY MCRO Q.R SM/US that high level waste drain tank B sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.6.2 VERIFY open 3SSR-V899, high level waste drain tank 1B sample isolation.
4.6.3 OPEN 3SSR-V226, high level waste drain tank 1B grab valve.
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4.6.4 CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
-a.
DETERMINE sample flow rate in lpm using one of the following methods:
OBSERVE flow rate on 3SSR-FI250B MEASURE flowrate at outlet of 3SSR-V226, high level waste drain tank 1B grab valve
- b. DIVIDE 5 by sample flow rate in 1pm to obtain purge time in minutes.
4.6.5 WHEN purge time has elapsed, COLLECT sample.
4.6.6 CLOSE 3SSR-V226, high level waste drain tank 1B grab valve.
End of Section 4.6 -
Level of Use General
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4.7 Waste Demineralizer Effluent Grab Sample
&WA ALARA At Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.7.1
-E sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b.
NOTIFY MCRO OR SM/US that waste demineralizer effluent sample will be collected by a Liquid Waste PASS Team consisting of the following:
- At least one Chemistry Technician At least one Health Physics Technician 4.7.2 VERIFY open 3SSR-V895, waste demineralizer effluent sample isolation.
4.7.3 OPEN 3SSR-V234, waste demineralizer effluent grab valve.
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4.7.4 CALCULATE purge time as follows:
l
~NOTEl l
16 gallons/hour-1 liter/minute-l
- a.
DETERMINE sample flow rate in 1pm using one of the following methods:
OBSERVE flow rate on 3SSR-FI253 MEASURE flowrate at outlet of 3SSR-V234, waste demineralizer effluent grab valve
- b. DIVIDE 4 by samphe flow rate in 1pm to obtain purge time in minutes.
4.7.5 WHEN purge time has elapsed, COLLECT sample.
4.7.6 CLO§E 3SSR-V234, waste demineralizer effluent grab valve.
- End of Section 4.7 -
Level of Use General S.
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4.8 Containment Drains Sump Grab Samplet hA ALARA hA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.8.1 IE sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
- Protective clothing
- Respiratory protection.
- Dosimetry
- Route to be followed to and from liquid waste sample sink Stay times
- Expected dose and dose rate
- Sample volume
- Sample handling precautions
- Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NOTIFY MCRO RB SM/US that containment drains sump sample will be collected by a Liquid Waste PASS Team consisting of the following:
- At least one Chemistry Technician
- At least one Health Physics Technician Level of Use General
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NOTE A containment sump sample is routinely collected to monitor the "normal" concentrations of various parameters in the containment drains sump.
This information is useful when attempting to identify the possible sources of leakage into the sump when a leak occurs inside containment.
4.8.2 COORDINATE with SM/US to allow containment-drains sump level to increase prior to starting 3DAS-P2A or 3DAS-P2B.
4.8.3 OPEN 3SSR-V713, containment sump liquid sample isolation.
4.8.4 OPEN 3SSR-V779, containment sump liquid sample grab valve.
4.8.5 REQUEST SM/US start 3DAS-P2A or 3DAS-P2B.
NOTE The containment drains sump sample line purge volume is 6.240 liters.
Due to the size of the sump and the capacity of the sump pumps, the pumps typically run for less than 1 minute when sump pumpdown is initiated. This short runtime does not allow for sufficient purge and sample collection. Because the containment drains sump pump discharge is the only input into this sample line, any sample collected from this point is representative of the contents of this sump at some time in the past. If desired, this section can be repeated several times to determine the present contents of the sump.
4.8.6 COLLECT containment drains sump sample.
4.8.7 CLOSE 3SSR-V779, containment sump liquid sample grab valve.
4.8.8 CLOSE 3SSR-V713, containment sump liquid sample isolation.
4.8.9 NOTIFY SM/US that you have completed sampling containment drains sump.
- End of Section 4.8 -
Level of Use General
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CP 3804AC Rev. 002-01 19 of 61
I 4.9 Waste Bottom Holding Tank Liquid Grab Sample A
ALARA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.9.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NOTIFY MCRO _QR SM/US that waste bottom holding tank liquid sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.9.2 REQUEST Chemistry Supervision provide purge volume.
4.9.3 VERIFY open 3SSR-V782, waste bottom sample isolation.
4.9.4 OPEN 3SSR-V777, waste bottom sample grab valve.
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4.9.5 CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
- a. DETERMINE sample flow rate in lpm using one of the following methods:
OBSERVE flow rate on 3SSR-F1296 MEASURE flowrate at outlet of 3SSR-V777, waste bottom sample grab valve
- b. DIVIDE purge volume provided by Chemistry Supervision by sample flow rate in 1pm to obtain purge time in minutes.
4.9.6 WHEN purge time has elapsed, COLLECT sample.
4.9.7 CLOSE 3SSR-V777, waste bottom sample grab valve.
- End of Section 4.9 -
Level of Use I
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4.10 Low Level Waste Drain TankA Low Pressure Vessel Sample ALARA Radiological conditions'may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.10.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
- Protective clothing
- Respiratory protection
- Dosimetry
- Route to be followed to and from liquid waste sample sink Stay times
- Expected dose and dose rate
- Sample volume Sample hanrdling precautions
- Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA (I
and to reduce the spread of radioactive material
- b. NOTIFY MCRO Q2R SM/US that low level waste drain tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
- At least one Chemistry Technician
- At least one Health Physics Technician 4.10.2 VERIFY open 3SSR-V897, low level waste drain'tank 4A sample isolation.
4.10.3 OPEN 3SSR-V230, low level waste drain tank 4A grab valve.
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4.10.4 CALCULATE purge time as follows:
NOTE 16 gallons/hour I liter/minute
- a.
DETERMINE sample flow rate in Ipm using one of the following methods:
OBSERVE flow rate on 3SSR-FI252A MEASURE flowrate at outlet of 3SSR-V230, low level waste drain tank 4A grab valve
. b. DIVIDE 6 by sample flow rate in 1pm to obtain purge time in minutes.
4.10.5 WHEN purge time has elapsed, INSERT sample vessel into quick connects inside sample sink.
4.10.6 CLOSE 3SSR-V230, low level waste drain tank 4A grab valve.
4.10.7 OPEN sample vessel inlet valve.
4.10.8 OPEN sample vessel outlet valve.
4.10.9 CLOSE sample vessel outlet valve.
4.10.10 VERIFY sample vessel does not leak.
4.10.11 OPEN sample vessel outlet valve.
EZZ CP 3804AC Level oflUs General.\\U
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4.10.12 CALCULATE sample vessel purge time as follows:
NOTE The sample vessel volume is normally stamped on the sample vessel.
- a. MULTIPLY sample vessel volume in liters by 5 to obtain purge volume in liters.
liters
- 5 =
purge volume
- b. OBSERVE flow rate on 3SSR-FI252A.
- c. DIVIDE purge volume in liters by sample flow rate in lpm to obtain sample vessel purge time in minutes.
4.10.13 WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
4.10.14 CLOSE sample vessel inlet valve.
4.10.15 OPEN 3SSR-V230, low level waste drain tank 4A grab valve.
4.10.16 REMOVE sample vessel from sample sink quick connects.
4.10.17 CLOSE 3SSR-V230,1 low level waste drain tank 4A grab valve.
I
- End of Section 4.10 -
Level of Use 7 General I'
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4.11 Low Level Waste Drain TankB Low Pressure Vessel Sample ALARA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.11.1 I sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA (I) and to reduce the spread of radioactive material
- b. NOTIFY MCRO OR SM/US that low level waste drain tank B sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.11.2 VERIFY open 3SSR-V896, low level waste drain tank 4B sample isolation.
4.11.3 OPEN 3SSR-V232, low level waste drain tank 4B grab valve.
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4.11.4 CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
- a. DETERMINE sample flow rate in lpm using one of the following methods:
OBSERVE flow rate on 3SSR-FI252B MEASURE flowrate at outlet of 3SSR-V232, low level waste drain tank 4B grab valve
- b. DIVIDE 6 by sample flow rate in 1pm to obtain purge time in minutes.
4.11.5 WHEN purge time has elapsed, INSERT sample vessel into quick connects inside sample sink.
4.11.6 CLOSE 3SSR-V232, low level waste drain tank 4B grab valve.
4.11.7 OPEN sample vessel inlet valve.
4.11.8 OPEN sample vessel outlet valve.
4.11.9 CLOSE sample vessel outlet valve.
4.11.10 VERIFY sample vessel does not leak.
4.11.11 OPEN sample vessel outlet valve.
Levelof Use mBPti'VEm General
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4.11.12 CALCULATE sample vessel purge time as follows:
NOTE The sample vessel volume is normally stamped on the sample vessel.
4.11.13 4.11.14 4.11.15 4.11.16 4.11.17
- a.
MULTIPLY sample vessel volume in liters by 5 to obtain purge volume in liters.
liters
- 5 =
purge volume
- b.
OBSERVE flow rate on 3SSR-FI252B.
- c.
DIVIDE purge volume in liters by sample flow rate in lpm to obtain sample vessel purge time in minutes.
WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
CLOSE sample vessel inlet valve.
OPEN 3SSR-V232, low level waste drain tank 4B grab valve.
REMOVE sample vessel from sample sink quick connects.
CLOSE 3SSR-V232; low level waste drain tank 4B grab valve.
I
- End of Section 4.11 -
Level of Use General
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4.12 WasteTest linkALow PressureVessel Saniple
^4t ALARA hA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.12.1 E sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing.
Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NOTIFY MCRO QO SM/US that waste test tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician VERIFY open 3SSR-V898, waste test tank 3A sample isolation.
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4.12.2 4.12.3 OPEN 3SSR-V228, waste test tank 3A grab valve.
4A Level of Use
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4.12.4 CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
- a. DETERMINE sample flow rate in 1pm using one of the following methods:
OBSERVE flow rate on 3SSR-FI137 MEASURE flowrate at outlet of 3SSR-V228, waste test tank 3A grab valve
- b. DIVIDE 17 by sample flow rate in 1pm to obtain purge time in minutes.
4.12.5 WHEN purge time has elapsed, INSERT sample vessel into quick connects inside sample sink.
4.12.6 CLOSE 3SSR-V228, waste test tank 3A grab valve.
4.12.7 OPEN sample vessel inlet valve.
4.12.8 OPEN sample vessel outlet valve.
4.12.9 CLOSE sample vessel outlet valve.
4.12.10 VERIFY sample vessel does not leak.
4.12.11 OPEN sample vessel outlet valve.
CP 38o04AC Gen raMRFAF Rev. 002-01
4.12.12 CALCULATE sample vessel purge time as follows:
NOTE The sample vessel volume is normally stamped on the sample vessel.
- a.
MULTIPLY sample vessel volume in liters by S to obtain purge volume in liters.
liters
- 5 =
purge volume
- b. OBSERVE flow rate on 3SSR-FI137.
- c.
DIVIDE purge volume in liters by sample flow rate in lpm to obtain sample vessel purge time in minutes.
4.12.13 WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
4.12.14 CLOSE sample vessel inlet valve.
4.12.15 OPEN 3SSR-V228, waste test tank 3A grab valve.
4.12.16 REMOVE sample vessel from sample sink quick connects.
4.12.17 CLOSE 3SSR-V228, waste test tank 3A grab valve.
-End of Section 4.12 -
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4.13 Waste Test Tank B Low Pressure Vessel Sample lA ALARA A'
l Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.13.1 IE sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry (i)
Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA i) and to reduce the spread of radioactive material
- b. NOTIFY MCRO QBO SM/US that waste test tank B sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.13.2 VERIFY open 3SSR-V871, waste test tank 3B sample isolation.
4.13.3 OPEN 3SSR-V856, waste test tank 3B sample grab valve.
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4.13.4 CALCULATE purge time as follows:
l NOTE 16 gallons/hour = 1 liter/minute
- a.
DETERMINE sample flow rate in 1pm using one of the following methods:
OBSERVE flow rate on 3SSR-FI259 MEASURE flowrate at outlet of 3SSR-V856, waste test tank 3B sample grab valve
- b. DIVIDE 17 by sample flow rate in Ipm to obtain purge time in minutes.
4.13.5 WHEN purge time has elapsed, INSERT sample vessel into quick connects inside sample sink.
4.13.6 CLOSE 3SSR-V856, waste test tank 3B sample grab valve.
4.13.7 OPEN sample vessel inlet valve.
4.13.8 OPEN sample vessel outlet valve.
4.13.9 CLOSE sample vessel outlet valve.
4.13.10 VERIFY sample vessel does not leak.
4.13.11 OPEN sample vessel outlet valve.
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4.13.12 CALCULATE sample vessel purge time as follows:
NOTE The sample vessel volume is normally stamped on the sample vessel.
- a.
MULTIPLY sample vessel volume in liters by 5 to obtain purge volume in liters.
liters
- 5 purge volume
- b. OBSERVE flow rate on 3SSR-F1259.
- c.
DIVIDE purge volume in liters by sample flow rate in 1pm to obtain sample vessel purge time in minutes.
4.13.13 WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
4.13.14 CLOSE sample vessel inlet valve.
4.13.15 OPEN 3SSR-V856, waste test tank 3B sample grab valve.
4.13.16 REMOVE sample vessel from sample sink quick connects.
4.13.17 CLOSE 3SSR-V856, waste test tank 3B sample grab valve.
-End of Section 4.13 -
lm LCP 3804AC Level of Use
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4.14 High Level Waste Drain Tank A Low Pressure Vessel Sample ALARA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.14.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
- Protective clothing
- Respiratory protection
- Dosimetry
(
- Route to be followed to and from liquid waste sample sink Stay times
- Expected dose and dose rate Sample volume
- Sample handling precautions
- Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA (I) and to reduce the spread of radioactive material
- b. NOTIFY MCRO OR SM/US that high level waste drain tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
- At least one Chemistry Technician
- At least one Health Physics Technician 4.14.2 VERIFY open 3SSR-V900, high level waste drain tank 1A sample isolation.
4.14.3 OPEN 3SSR-V224, high level waste drain tank IA grab valve.
Level of Use C3OA General l
A RFVWW Rev. 002-01
~P 34 of 61
4 eti 4.14.4 CALCULATE purge time as follows:
l NOTE 16 gallons/hour = 1 liter/minute
- a. DETERMINE sample flow rate in 1pm using one of the following methods:
OBSERVE flow-rate on 3SSR-FI250A MEASURE flowrate at outlet of 3SSR-V224, high level waste drain tank 1A grab valve
- b. DIVIDE 5 by sample flow rate in ipm to obtain purge time in minutes.
4.14.5 WHEN purge time has elapsed, INSERT sample vessel into quick connects inside sample sink.
4.14.6 CLOSE 3SSR-V224, high level waste drain tank 1A grab valve.
4.14.7 OPEN sample vessel inlet valve.
4.14.8 OPEN sample vessel outlet valve.
4.14.9 CLOSE sample vessel outlet valve.
4.14.10 VERIFY sample vessel does'not leak.
4.14.11 OPEN sample vessel outlet valve.
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4.14.12 CALCULATE sample vessel purge time as follows:
NOTE The sample vessel volume is normally stamped on the sample vessel.
- a.
MULTIPLY sample vessel volume in liters by 5 to obtain purge volume in liters.
liters
- 5 =
purge volume
- b. OBSERVE flow rate on 3SSR-FI250A.
- c.
DIVIDE purge volume in liters by sample flow rate in lpm to obtain sample vessel purge time in minutes.
4.14.13 WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
4.14.14 CLOSE sample vessel inlet valve.
4.14.15 OPEN 3SSR-V224, high level waste drain tank 1A grab valve.
4.14.16 REMOVE sample vessel from sample sink quick connects.
4.14.17 CLOSE 3SSR-V224, high level waste drain tank 1A grab valve.
-End of Section 4.14 -
Al ss, CP 3804AC
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Level of Us General
4.15 High Level Waste Drain Tank B Low Pressure Vessel Sample gb
~A L A R. A
^;
Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.15.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
- Protective clothing
- Respiratory protection
- Dosimetry
- Route to be followed to and from liquid waste sample sink Stay times
- Expected dose and dose rate
- Sample volume
- Sample handling precautions
- Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA (I
and to reduce the spread of radioactive material
- b. NOTIFY MCRO OR SM/US that high level waste drain tank B sample will be collected by a Liquid Waste PASS Team consisting of the following:
- At least one Chemistry Technician
- At least one Health Physics Technician 4.15.2 VERIFY open 3SSR-V899, high level waste drain tank 1B sample isolation.
4.15.3 OPEN 3SSR-V226, high level waste drain tank 1B grab valve.
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I16gallo; 4.15.4 CALCULATE purge time as follows:
NOTE is/hour = 1 liter/minute a.* DETERMINE sample flow rate in 1pm using one of the following methods:
OBSERVE flow rate on 3SSR-FI250B MEASURE flowrate at outlet of 3SSR-V226, high level.
waste drain tank 1B grab valve
- b. DIVIDE 5 by sample flow rate in Ipm to obtain purge time in minutes.
4.15.5 WHEN purge time has elapsed, INSERT sample vessel into quick connects inside sample sink.
4.15.6 CLOSE 3SSR-V226, high level waste drain tank 1B grab valve.
4.15.7 OPEN sample vessel inlet valve.
4.15.8 OPEN sample vessel outlet valve.
4.15.9 CLOSE sample vessel outlet valve.
4.15.10 VERIFY sample vessel does not leak.
4.15.11 OPEN sample vessel outlet valve.
CP 3804AC
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Rev. 002-01 311 of6 Level of Us General
I 4.15.12 CALCULATE sample vessel purge time as follows:
NOTE I
The sample vessel volume is normally stamped on the sample vessel.
- a.
MULTIPLY sample vessel volume in liters by 5 to obtain purge volume in liters.
liters
- 5 purge volume
- b.
OBSERVE flow rate on 3SSR-FI250B.
- c.
DIVIDE purge volume in liters by sample flow rate in 1pm to obtain sample vessel purge time in minutes.
4.15.13 WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
4.15.14 CLOSE sample vessel inlet valve.
4.15.15 OPEN 3SSR-V226, high level waste drain tank 1B grab valve.
4.15.16 REMOVE sample vessel from sample sink quick connects.
4.15.17 CLOSE 3SSR-V226, high level waste drain tank 1B grab valve.
-End of Section 4.15 -
fik CP 3804AC Level of Use IF7 FW Rev. 002-01 Ge nea39 of 61 I
I
4.16 Waste Demineralizer Effluent Low Pressure Vessel Sample ALARA hA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.16.1 In sample is being collected during post-accident conditions, PERFORM the following:
- a. CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry
- Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NOTIFY MCRO QB SM/US that waste demineralizer effluent sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.16.2 VERIFY open 3SSR-V895, waste demineralizer effluent sample isolation.
4.16.3 OPEN 3SSR-V234, waste demineralizer effluent grab valve.
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4.16.4 CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
- a.
DETERMINE sample flow rate in 1pm using one of the following methods:
OBSERVE flow rate on 3SSR-F1253 MEASURE flowrate at outlet of 3SSR-V234, waste demineralizer effluent grab valve
- b. DIVIDE 4 by sample flow rate in Ipm to obtain purge time in minutes.
4.16.5 WHEN purge time has elapsed, INSERT sample vessel into quick connects inside sample sink.
4.16.6 CLOSE 3SSR-V234, waste demineralizer effluent grab valve.
4.16.7 OPEN sample vessel inlet valve.
4.16.8 OPEN sample vessel outlet valve.
4.16.9 CLOSE sample vessel outlet valve.
4.16.10 VERIFY sample vessel does not leak.
4.16.11 OPEN sample vessel outlet valve.
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' I 4.16.12 CALCULATE sample vessel purge time as follows:
NOTED The sample vessel volume is normally stamped on the sample vessel.
- a.
MULTIPLY sample vessel volume in liters by 5 to obtain purge volume in liters.
liters
- 5 purge volume
- b. OBSERVE flow rate on 3SSR-F1253.
- c.
DIVIDE purge volume in liters by sample flow rate in lpm to obtain sample vessel purge time in minutes.
4.16.13 WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
4.16.14 CLOSE sample vessel inlet valve.
4.16.15 OPEN 3SSR-V234, waste demineralizer effluent grab valve.
4.16.16 REMOVE sample vessel from sample sink quick connects.
4.16.17 CLOSE 3SSR-V234, waste demineralizer effluent grab valve.
-End of Section 4.16 -
I.-
I Level of Use General
-UP
'CWHitW CP 3804AC Rev. 002-01 42 of 61
4.17 Containment Drains Sump Low Pressure Vessel Sample A LAR. A A Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.17.1 I sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel-radiation exposure ALARA and to reduce the spread of radioactive material
- b.
NOTIFY MCRO QOR SM/US that containment drains sump sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician Level of Use General
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' ~ U T P. ~W CP 3804AC Rev. 002-01 43 of 61
NOTE A containment sump sample is routinely collected to monitor the "normal" concentrations of various parameters in the containment drains sump.
This information is useful when attempting to identify-the possible sources of leakage into the sump when a leak occurs inside containment.
4.172 COORDINATE with SM/US to allow containment drains sump level to increase prior to starting 3DAS-P2A or 3DAS-P2B.
4.17.3 INSERT sample vessel into quick connects inside sample sink.
4.17.4 OPEN sample vessel inlet valve.
4.17.5 OPEN sample vessel outlet valve.
4.17.6 OPEN 3SSR-V713, containment sump liquid sample isolation.
4.17.7 REQUEST SM/US start 3DAS-P2A or 3DAS-P2B..
Level of Use General 111
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e NOTE The containment drains sump sample line purge volume is 6.240 liters.
Due to the size of the sump and the capacity of the sump pumps, the pumps typically run for less than 1 minute when sump pumpdown is initiated. This short runtime does not allow for sufficient purge and sample collection. Because the containment drains sump pump discharge is the only input into this sample line, any sample collected from this point is representative of the contents of this sump at some time in the past. If desired, this section can be repeated several times to determine the present contents of the sump.
4.17.8 CALCULATE sample vessel purge time as follows:
NOTE The sample vessel volume is normally stamped on the sample vessel.
- a.
MULTIPLY sample vessel volume in liters by 5 to obtain purge volume in liters.
liters
- 5 =
purge volume
- b.
OBSERVE flow rate on 3SSR-FI294.
- c.
DIVIDE purge volume in liters by sample flow rate in Ipm to obtain sample vessel purge time in minutes.
4.17.9 WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
4.17.10 CLOSE sample vessel inlet valve.
4.17.11 OPEN 3SSR-V779, containment sump liquid sample grab valve.
4.17.12 REMOVE sample vessel from sample sink quick connects.
4.17.13 CLOSE 3SSR-V779, containment sump liquid sample grab valve.
4.17.14 CLOSE 3SSR-V713, containment sump liquid sample isolation.
(
Level of Use CP,8O4AC G eral*vyw Rev. 002-01 44 45 of 61
4.17.15 NOTIFY SM/US that you have completed sampling containment drains sump.
- End of Section 4.17 -
Level of Use General S.-T-0 S
SACV CP 3804AC Rev. 002-01 46 of 61
4.18 Waste Bottom Holding Tank Low Pressure Vessel Sample 7
A ALARA AA Radiological conditions may be more severe following an accident.
. Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.18.1 IF sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from liquid waste sample sink Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA (i) and to reduce the spread of radioactive material
- b. NOTIFY MCRO OR SM/US that waste bottom holding tank sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician 4.18.2 REQUEST Chemistry Supervision provide purge volume.
4.18.3 VERIFY open 3SSR-V782, waste bottom sample isolation.
4.18.4 OPEN 3SSR-V777, waste bottom sample grab valve.
CP 3804AC tXW- <-
R EwT Rev. 002-01 I
"N ;A 47 of 61 Level of Us General
4.18.5 CALCULATE purge time as follows:
NOTE 16 gallons/hour = 1 liter/minute
- a.
DETERMINE sample flow rate in 1pm using one of the following methods:
OBSERVE flow rate on 3SSR-F1296 MEASURE flowrate at outlet of 3SSR-V777, waste bottom sample grab valve
- b. DIVIDE purge volume provided by Chemistiy Supervision by sample flow rate in lpm to obtain purge time in minutes.
4.18.6 WHEN purge time has elapsed, INSERT sample vessel into quick connects inside sample sink.
4.18.7 CLOSE 3SSR-V777, waste bottom sample grab valve.
4.18.8 OPEN sample vessel inlet'valve.
4.18.9 OPEN sample vessel outlet valve.
4.18.10 CLOSE sample vessel outlet valve.
4.18.11 VERIFY sample vessel does not leak.
4.18.12 OPEN sample vessel outlet valve.
CP 3804AC Level of Use a A R
0020 l General l
X A48 of 61
4.18.13 CALCULATE sample vessel purge time as follows:
NOTE I'
The sample vessel volume is normally stamped on the sample vessel.
- a.
MULTIPLY sample vessel volume in liters by 5 to obtain purge volume in liters.
liters
- 5 =
purge volume
- b.
OBSERVE flow rate on 3SSR-FI296.
- c.
DIVIDE purge volume in liters by sample flow rate in 1pm to obtain sample vessel purge time in minutes.
4.18.14 WHEN sample vessel purge time has elapsed, CLOSE sample vessel outlet valve.
4.18.15 CLOSE sample vessel inlet valve.
4.18.16 OPEN 3SSR-V777, waste bottom sample grab valve.
4.18.17 REMOVE sample vessel from sample sink quick connects.
4.18.18 CLOSE 3SSR-V777, waste bottom sample grab valve.
I I
- End of Section 4.18 -
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Level of Use A l.
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CP 3804AC Rev. 002-01
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4.19 Low Level Waste Drain TankA Alternate Sample Point ALARA At Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.19.1 IE sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from sample point Stay times Expected dose and dose rate.
Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NOTIFY MCRO DB SM/US that low level waste drain tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician Level of Use General ]
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A§T F"A CP 3804AC Rev. 002-01 50 of 61
4.19.2 PROCEED to 3LWS-PI68A,'low level wastedrain pump 3LWS-P7A discharge pressure instrument, with the following:
9/16".wrench or adjustable wrench Purge bottle (minimum volume 1.5 liter)
Sample bottle(s) 4.19.3 Refer To Attachment 2 and REMOVE cap from test connection.
4.19.4 OPEN test valve and PURGE at least 1.5 liters and CLOSE test valve.
4.19.5 OPEN test valve and COLLECT sample and CLOSE test valve.
4.19.6 REPEAT step 4.19.5 for additional samples.
4.19.7 CAP test connection.
-End of Section 4.19 -
0D II.
Level of Use l General I
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CP 3804AC Rev. 002-01 51 of 61
4.20 Low Level Waste Drain Tank B Alternate Sample Point h
' ALARA AW Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.20.1 lE sample is being collected during post-accident conditions, PERFORM the following:
- a. CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from sample point Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b. NOTIFY MCRO OR SM/US that low level waste drain tank B sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician T' O
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Mn VAG Rev. 002-01 p
52 of 61 Level of Us General
4.20.2 PROCEED to 3LWS-PI68B, low level waste drain pump 3LWS-P7B discharge pressure instrument, with the following:
9/16" wrench or adjustable wrench Purge bottle (minimum volume 1.5 liter)
Sample bottle(s) 4.20.3 Refer To Attachment 2 and REMOVE cap from test connection.
4.20.4 OPEN test valve and PURGE at least 1.5 liters and CLOSE test valve.
4.20.5 OPEN test valve and COLLECT sample and CLOSE test valve.
4.20.6 REPEAT step 4.20.5'for additional samples.
4.20.7 CAP test connection.
-End of Section 4.20 -
Level of Use n
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4.21 Waste Test Tank A Alternate Sample Point hAv ALARA hA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.21.1 IE sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from sample point Stay times Expected dose and dose rate Sample volume Sample handling precautions Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b.
NOTIFY MCRO OQR SM/US that waste test tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
- At least one Chemistry Technician At least one Health Physics Technician Level of UseL I I I Z A
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General AFE.w CP 3804AC Rev. 002-01 54 of 61
4.21.2 PROCEED to 3LWS-PI55A, waste test tank pump 3LWS-P6A discharge pressure instrument, with the following:
9/16" wrench or adjustable wrench Purge bottle (minimum volume 1.5 liter)
Sample bottle(s) 4.21.3 Refer To Attachment 2 and REMOVE cap from test connection.
4.21.4 OPEN test valve and PURGE at least 1.5 liters and CLOSE test valve.
4.21.5 OPEN test valve and COLLECTF sample and CLOSE test valve.
4.21.6 REPEAT step 4.21.5 for additional samples.
4.21.7 CAP test connection.
- End of Section 4.21 -
g CP 3804AC
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Rev. 002-01 Level of Us General
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4.22 Waste Test Tank B Alternate Sample Point ALARA hA Radiological conditions may be more severe following an accident.
Health Physics assessment and support is necessary when sampling during post-accident conditions.
4.22.1 IE sample is being collected during post-accident conditions, PERFORM the following:
- a.
CONSULT with Health Physics and DETERMINE the following:
Protective clothing Respiratory protection Dosimetry Route to be followed to and from sample point Stay times Expected dose and dose rate Sample volume Sample handling precautions
- r Any other Health Physics requirements needed to keep liquid PASS team personnel radiation exposure ALARA and to reduce the spread of radioactive material
- b.
NOTIFY MCRO QER SM/US that waste test tank A sample will be collected by a Liquid Waste PASS Team consisting of the following:
At least one Chemistry Technician At least one Health Physics Technician Level of Use General
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CP 3804AC Rev. 002-01 56 of 61
4.22.2 PROCEED to 3LWS-PI55B, waste test tank pump 3LWS-P6B discharge pressure instrument, with the following:
9/16' wrench or adjustable wrench Purge bottle (minimum volume 1.5 liter)
Sample bottle(s) 4.22.3 Refer To Attachment 2 and REMOVE cap from test connection.
4.22.4 OPEN test valve and PURGE at least 1.5 liters and CLOSE test valve.
4.225 OPEN test valve and COLLECT sample and CLOSE test valve.
4.22.6 REPEAT step 4.22.5 for additional samples.
4.22.7 CAP test connection.
- End of Section 4.22 -
I1 Level of Use
`~STOP:"'HN" AT General CP 3804AC
- Rev. 002-01 57 of 61
- 5. REVIEW AND SIGNOFF 5.1 N/A
- 6. REFERENCES 6.1 Unit 3 FSAR 6.2 S & W DWG. No. 12179-EM-106A, "Radioactive Liquid Waste &
Aerated Drains" 6.3 S & W DWG. No. 12179-EM-106B, "Radioactive Liquid Waste &
Aerated Drains" 6.4 S & W DWG. No. 12179 -EM-106C, "Radioactive Liquid Waste &
Aerated Drains" 6.5 S & W DWG. No. 12179-EM-144D, "Reactor Plant Sampling" 6.6 Millstone Unit 3 "Technical Data Summary" 6.7 REMODCM,Section I, Table C-3, Note b 6.8 OPS Form 3311A-1, "Reactor Plant Sample Panel Pre-Start Lineup"
- 7.
SUMMARY
OF CHANGES 7.1 Incorporated the following previously approved changes:
Change 1: Changed position of 3SSR-V783 and 3SSR-V713 to correspond with Ops valve line-up.
7.2 Added instructions for-collecting liquid waste samples following an accident.
7.3 Added steps to calculate purge time instead of using a pre-established purge time.
7.4 Added steps to secure purge into sink while purging sample vessel to collect low pressure vessel sample.
Level of Use C.P 3 oAC General\\AT
'W Re.021
Summary of Changes - Rev 002-01 Added steps to allow collection of LLVvDT samples from alternate sample point.
Added basis reference to FSAR.11.5.2.5 which discusses the purging of sample lines prior to collecting a sample.
Added steps to start Waste Test Tank Heating Pump P8A prior to sampling and to stop pump when sampling is complete.
Deleted steps for sampling Liquid Waste Evaporator System Added steps to allow collection of WTT samples from alternate sample point.
'I Level of Use General 1
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CP 3804AC Rev. 002-01 59 of 61 Recirculation Times, Liquid Waste Tanks and Sumps (Sheet 1 of 1)
(1) MAXIMUM OPERATING VOLUME (2) AVG PUMP FLOW RATE AT DISCHARGE HEAD B(2)
A(1)
PUMP EDUCTOR RECIRC TANK SUMP PUMP CAPACITY EDUCTOR RECIRC/
TIMES TANK SUMP ID CAPACITY IDENTIFICATION (GPMMIEAD)
(. ) OR N/A FLOW RATE (2 VOLUME)
WASTE EVAPORATOR 680gl 3W-2(4,000 3LWS-EV1 -e6,800 gal 3LWS-P2 (40ad)
N/A N/A 4mm HIGH LEVEL WASTE DISTILLATE TANK be gal 3LWS-PIA/B (35 gpm/187 ft)
I 140 gpm 357 min 3LWS-TKIA/B (ah WASTE DISTILLATE TANK 500 gal 3LWS-P5 (50 gpm/212 ft)
N/A N/A 20 min 3LWS-TK2 W
STTANKS 21,000 gal 3LWS-P8A/8B (60 gpm/97 ft) 240 gpm 175 min 3LWS-TK3A/3B (each)____
LOW LEVEL WASTE DRAINS TANL K
4,000 gal 3LWS-P7A/7B (50 gpm/97 ft) 200 gpm 40 min 3LWS-TK4A/4B (eac)
WASTE BOTTOMS HOLDING TANK 3,000 gal 3LWS-P9 (50 gpm/65 ft)
N/A N/A 120 min 3LWS-TK5 NOTE: Taken from figure 6.1, "Recirculation Times, Liquid Waste Tanks and Sumps" of Millstone Unit 3 "Technical Data Summary" Level of Use General A*Z-:~2 g,
CP 3804AC '
Rev. 002-01 60 of 61 J
Instrument Valve Block Configuration (Sheet I of 1)
C1 3LWS-PI68A (LLWDT A) 3LWS-PI68B (ILWDTB) 3LWS-PI55A (WTT A) 3LWS-PI55B (WTT B) 3LWS-P7A (LLWDT A) 3LWS-P7B (LLWDTB) 3LWS-P6A (WTT A) 3LWS-PI6B (WTT B)
Level of Use l..y
^*s General l
Ar m;VSW CP 3804AC Rev. 002-01 61 of 61