ML030870674

Chemistry Analytical Methods and Procedures Camp 701, Secondary System and Water Treatment Plant Sample Points.

ML030870674
Person / Time
Site:	Point Beach
Issue date:	05/07/2002
From:	Nuclear Management Co
To:	Office of Nuclear Reactor Regulation
References
FOIA/PA-2003-0094 CAMP 701, Rev 17
Download: ML030870674 (6)

Text

f CAMP 701 SECONDARY SYSTEM AND WATER TREATMENT PLANT SAMPLE POINTS DOCUMENT TYPE: Technical NNSR CLASSIFICATION:

REVISION: 17 7, 2002 EFFECTIVE DATE: May REVIEWER: N/A Manager of Chemistry APPROVAL AUTHORITY:

Manager of Chemistry PROCEDURE OWNER (title):

OWNER GROUP: Chemistry Verified Current Copy:

Signature Date Time Controlling Work Document Numbers List pages used for Partial Performance C *.*"

CAMP 701 POINT BEACH NUCLEAR PLANT NNSR CHEMISTRY ANALYTICAL METHODS & PROCEDURES Revision 17 May 7, 2002 SECONDARY SYSTEM AND WATER TREATMENT PLANT SAMPLE POINTS 1.0 PURPOSE minimum purge This procedure provides a list of approved sample points, their location, guidance as appropriate for volumes for secondary sample collection, and additional sampling secondary water chemistry and water treatment.

2.0 PREREQUISITES Appropriate collection bottles 3.0 PRECAUTIONS AND LIMITATIONS Chemistry lab supervisor NOTE: Sample points not included in this procedure require approval prior to use.

to determine the effects, if 3.1 In certain instances, alternate sample points may be required any, of sample tubing runs.

Care should be taken when sampling at points other than the sample panels. These points 3.2 may also be under "willnot have gone through a heat exchanger and may be hot. They

, :pressure.

to work under a standing 3.3 Sampling in the primary sample room requires the technician RWP procedure (NP 4.2.21).

RWP. All steps shall be taken to comply with the standing Beta/Gamma or, 3.4 When samples have activity greater than 1.00 E-3 icilcc 602 shall be followed.

1.00 E-3 vici/cc 1H3 , the handling precautions of CAMP are to be considered 3.5 Secondary samples collected in the primary sample room contaminated until verified not to be cofritaminated.

away from the sampler when 3.6 The discharge of sink sample hoses shall always be directed first opening any sink sample valve.

when obtaining steam generator 3.7 Wear heavy gloves to protect hands from possible bums blowdown filter outlet samples.

of a thoroughly flushed 3.8 Samples for anion analysis may be grabbed on the discharge problems.

cation column if the cations present in the sample cause matrix 3.2.1.

3.9 Sampling and handling shall be done in accordance with NP REFERENCE USE Page 3 of 12

CAMP 701 POINT BEACH NUCLEAR PLANT NNSR CHEMISTRY ANALYTICAL METHODS & PROCEDURES Revision 17 May 7, 2002 SECONDARY SYSTEM AND WATER TREATMENT PLANT SAMPLE POINTS both NOTE: Steps 5.2.3 and 5.2.4 can be completed concurrently if sampling steam generators.

5.2.3 IF sampling the A S/G in the Primary Sample Sink, THEN perform the following:

flow.

NOTE: RE-219 might alarm in the control room due to low to low flow.

a. Inform the control room that RE-219 might alarm due

b. Open SS-148 and SS-151.

Controlled Side

c. Purge the line per Attachment A for "A" Steam Generator Sample Room.

d. Shut SS-148 and SS-151.

e. Open SS-146 and SS-152.

f. Collect appropriate sample volume.

g. Shut SS-146 and SS-152.

h. IF RE-219 alarmed, reset the alarm.

T-HEN contact the control room to see if you should 5.2.4 IF sampling the B S/G in the Primary Sample Sink, THEN perform the following:

low flow.

NOTE: RE-219 might alarm in the control room due to due to low flow.

a. Inform the control room that RE-219 might alarm

b. Open SS-149 and SS-151.

Generator Controlled Side

c. Purge the line per Attachment A for "A" Steam Sample Room.

d. Shut SS-149 and SS-151.

e. Open SS-147 and SS-153.

f. Collect appropriate sample volume.

g, Shut SS-147 and SS-153.

Page 5 of 12 REFERENCE USE

CAMP 701 POINT BEACH NUCLEAR PLANT NNSR CHEMISTRY ANALYTICAL METHODS & PROCEDURES Revision 17 May 7, 2002 SECONDARY SYSTEM AND WATER TREATMENT PLANT SAMPLE POINTS ATTACHMENT A TABLE OF PURGE VOLUMES FOR SECONDARY SYSTEM conductivity cell.

NOTE: Hotwell conductivity verification to be sampled at outlet of installed Unit 1 Grab Samples Valve Number Location Min. Purge Volume (ml)

Sample JK/K/*

Condensate Pump Discharge

• 4 ISS-68 Sample Panel lUrbine a-lal8 1TSS-69 Sample Panel -TurbineHall 8' 11100' 111001 Steam Generator Feed Pump Suction Sample Panel Turbine Hal] 8' I _________________________________________ 137OO 4 ISS-70 Sample Panel Turbine Hall 8' 13700W 5B Feedwater Heater Outlet 8500' ISS-71 Sample Panel Turbine Hall 8' 8800i Heater Drain Tank 4000' lSS-72 Sample Panel Turbine Hall 8' 36300' Atixiliary Feed 81 ISS-73 -SamplePanel Turbine Hall 3200' Main Steam 1CS84F 8' Level U1 Turbine Hall N/A Hotwell 1. 2, 3, 4 1CS84G 145000 SGBD Panel Turbine Hall 8' "A" Steam Generator5 IFI-4251A 137000' 1FI-4253A SGBD Panel Turbine Hall 8' 3W "B" Steam Generatorj U1 Controlled Side Sample "A" Steam Generator 1SS-152 Room 3W ISS-153 U1 Controlled Side Sample "B" Steam Generator Room 200 L Aux. Bldg- 8"Level South Steam Generator Blowdown Filter I-MS-310 Out 1700 I-MS-302 Aux. Bldg. 8' Level South Steam Generator Blowdown Filter Inlet 1600 I-MS-306 Aux. Bldg. 8"Level South Steam Generator Blowdown Filter Inlet 2300 RW-7 8' U1I Turbine Hall Radwaste Steam Condensate Return Samples that have continuous flow.

FI-04251A (minimum purge volume when NOT Minimum purge volume when there is continuous flow through continuous is 72900mn).

3 Minimum purge volume when there is continuous flow through FI-04253A (minimum purge volume when NOT continuous is 65900 ml).

Integrated samples for condensate pump discharge, 5B feedwater heater outlet, and heater drain tank are taken from ISS-38, 1SS-40, and ISS-41, respectively.

5 Anion samples for SGIA and SGIB are taken from 1FI-4251C and IFI-4253C, respectively.

-,...i' Page 7 of 12 REFERENCE USE

POINT BEACH NUCLEAR PLANT CAMP 701 CHEMISTRY ANALYTICAL METHODS & PROCEDURES NNSR Revision 17 SECONDARY SYSTEM AND WATER TREATMENT May 7, 2002 PLANT SAMPLE POINTS ATTACHMENT B TABLE OF COMMON GRAB SAMPLES FOR SECONDARY SYSTEM Sample Valve Number Location Min. Purge Volume (ml)

"A" Condensate Storage Tank AF-13B 26' Turbine Hall 100 "B" Condensate Storage Tank AF-14B 26' Turbine Hall 100 Heating Boiler Feed/Condensate AF-68B 8' U2 Turbine Hall 300 (SW corner)

"A" House Heating Boiler HV-757 26' U2 Turbine Hall 600 "B" House Heating Boiler HV-771 26' U2 Turbine Hall 1000 1P29 Auxiliary Feed Pump Suction 1AF25 8' Level Turbine Hall 100 IP29 Auxiliary Feed Pump Leakoff Local 8' Level Turbine Hall 900g P38A Auxiliary Feed Pump Suction AF38 8' Level Turbine Hall 100 P38A Auxiliary Feed Pump-Leakoff Local 8' Level Turbine Hall 900' P38B Auxiliary Feed Pump Suction AF51 8' Level Turbine Hall - 100 P38B Auxiliary Feed Pump Leakoff Local 8' Level Turbine Hall 1500' 2P29 Auxiliary Feed Pump Suction 2AF63 8' Level Turbine Hall 100 2P29 Auxiliary Feed Pump Leakoff Local 8' Level Turbine Hall 900g Unit 1 Service Water Overboard SW-146H 8' Level Ul Control Side 5007 Unit 2 Service Water Overboard SW-104H 8' Level Turbine Hall 500W St I Samples that have a continuous drip or flow.

2 Minimum purge volume when service water return header pump is running (minimum purge volume when NOT running is 3000 ml).

3 Minimum purge volume when service water return header pump is running (minimum purge volume when NOT running is 9800 ml).

C Page 9 of 12 REFERENCE USE

CAMP 701 POINT BEACH NUCLEAR PLANT NNSR CHEMISTRY ANALYTICAL METHODS & PROCEDURES Revision 17 May 7, 2002 SECONDARY SYSTEM AND WATER TREATMENT PT ANT SAMPLE:: POINTS

- 1.-

ATTACHMENT C WATER TREATMENT GRAB SAMPLES (continued)

Sample Valve Number Location Root Min. Purge Valve Volume(ml)

"C" Reverse Osmosis Feedwater WT-651C U2 TH 8'/U17C WT-650C 100 WT-654C U2 TH 8'/U17C WT-650C 200 "C" Manual Feedwater SDI Sample WT-665C U2 TH 8'/U17C WT-650C 100 F-225C First Stage "A" Membrane Outlet WT-666C U2 TH 8"/UI7C WT-650C 100 F-226C First Stage "B" Membrane Outlet F-227C First Stage "C" Membrane Outlet WT-667C U2 TH 8'IUI7C WT-650C 100 WT-668C U2TH 8'IU17C WT-650C 100 F-228C Second Stage "A" Membrane Outlet WT-669C U2 TH 8'/U17C WT-650C 100 F-229C Second Stage "B" Membrane Outlet WT-670C U2 TH 8'/U17C WT-650C 100 F-230C Third Stage "A" Membrane Outlet WT-671C U2 TH 8'1U17C WT-650C 100 F-231C Third Stage "B" Membrane Outlet WT-672C U2 TH 8'/UI7C WT-650C 100 F-232C Fourth Stage "A" Membrane Outlet WT-673C U2 TH 8'/U17C WT-650C 100 F-233C Fourth Stage "B" Membrane Outlet WT-662C U2 TH 8'/U 17C WT-650C 100 "C" Reverse Osmosis Product WT-660C U2 TH 8'IU17C WT-650C 100 "C" Reverse Osmosis Reject WT-303A U10A WT-300A 100 "A" Cation Inlet WT-303B U10B WT-300B 100 "B" Cation Inlet WT-303C U10C WT-300C 100 "C" Cation Inlet FI-9354A WT Sample Panel WT 312A 16000 "A" Cation Outlet FI-9354B WT Sample Panel WT 312B 14500 "B" Cation Outlet FI-9354C WT Sample Panel WT 312C 13000 "C' Cation Outlet Deaerator Outlet 2 WT 403A U14A WT 402A 600 "A" Anion Inlet WT403B U14B WT 402B 600 "B" Anion Inlet WT403C U14C WT 402C 600 "C" Anion Inlet FI-9363A WT Sample Panel WT 413A 15400 "A" Anion 2/3 FI-9363B WT Sample Panel WT413B 15100 "B" Anion 2/3 FI-9363C WT Sample Panel WT 413C 16500 "C" Anion 2/3 FI-9369A WT Sample Panel WT 412A 14200 "A" Anion Outlet FI-9369B WT Sample Panel WT 412B 13900 "B" Anion Outlet "C" Anion Outlet FI-9369C WT Sample Panel WT 412C 15300 FI-9378A WT Sample Panel WT512A 9200 "A" Mixed Bed Outlet FI-9378B WT Sampe Panel WT'512B 9200 "B" Mixed Bed Outlet WT-688 U2 TH 8' Sample WT-687 14000 Water Treatment Reverse Osmosis Reject Panel WT-58 WT Bench Sink WT-57 500 Neutralizing Tank Sample 2 Sample the deaerator outlet at the online anion inlet listed below.

Page I1I of 12 REFERENCE USE