ML031920050
| ML031920050 | |
| Person / Time | |
|---|---|
| Site: | Susquehanna  |
| Issue date: | 06/27/2003 |
| From: | Susquehanna |
| To: | Document Control Desk, Office of Nuclear Security and Incident Response |
| References | |
| 28401 EP-PS-114, Rev 10 | |
| Download: ML031920050 (12) | |
Text
Jun. 27, 2003 Pagel of 1 MANUAL HARD COPY DISTRIBUTION DOCUMENT TRANSMITTAL 2003-30734 US eriQPRMATION:
ame:GERLAC M
EMPL#:28401 CA#:0363 address:
A2 P
254-3194 TRANSMITTAL INFORMATION:
TO:
G hLUA2=c M
06/27/2003 LOCATION:
DOCUMENT CONTROL DESK FROM:
NUCLEAR RECORDS DOCUMENT CONTROL CENTER (NUCSA-2)
THE FOLLOWING CHANGES HAVE OCCURRED TO THE HARDCOPY OR ELECTRONIC MANUAL ASSIGNED TO YOU:
114 -
114 -
CHEMISTRY COORDINATOR: EMERGENCY PLAN-POSITION SPECIFIC PROCEDURE REMOVE MANUAL TABLE OF CONTENTS DATE: 06/24/2003 ADD MANUAL TABLE OF CONTENTS DATE: 06/26/2003 CATEGORY: PROCEDURES TYPE: EP ID:
EP-PS-114 REMOVE:
REV:9 ADD:
REV: 10 REMOVE: PCAF 2002-1320 REV: N/A REMOVE: PCAF 2003-1184 REV: N/A UPDATES FOR HARD COPY MANUALS WILL BE DISTRIBUTED WITHIN 5 DAYS IN ACCORDANCE WITH DEPARTMENT PROCEDURES.
PLEASE MAKE ALL CHANGES AND ACKNOWLEDGE COMPLETE IN YOUR NIMS INBOX UPON RECEIPT OF HARD COPY. FOR ELECTRONIC MANUAL USERS, ELECTRONICALLY REVIEW THE APPROPRIATE DOCUMENTS AND ACKNOWLEDGE COMPLETE IN YOUR NIMS INBOX.
HE~~~~
PROCEDURE COVER SHEET PPL SUSQUEHANNA, LLC I NUCLEAR DEPARTMENT PROCEDURE TSC CHEMISTRY COORDINATOR:
EP-PS-1 14 Emergency Plan Position-Specific Instruction Revision 10 Page 1 of 3 I
.O t -:!
QUALITY CLASSIFICATION:
(
) QA Program (X)
Non-QA Program EFFECTIVE DATE:
zo{o
=CL PERIODIC REVIEW FREQ I~lNC7 !:
2 Years PERIODIC REVIEV 0 DA
-26 0 05
.i.
RECOMMENDED REVI iV Procedu6 Owvder:
Rdsp o lible Supervisor:
Responsible FUM:
Responsible Approver:
Nuclear Emeraencv Planning Primary Chemistry Coordinator Supv.-Nuclear Emergency Planning Primary Emergency Director FORM NDAP-QA-0002-1, Rev. 3, Page 1 of 1
EP-PS-1 14 Revision 1 0 Page 2 of 3 CHEMISTRY COORDINATOR:
Emergency Plan-Position Specific Procedure WHEN:
The Technical Support Center (TSC) is activated, if not already contacted by Chemistry personnel HOW NOTIFIED:
Paged REPORT TO:
Technical Support Coordinator WHERE TO REPORT:
TSC OVERALL DUTY:
Coordinate activities of Chemistry personnel to make sure necessary information on plant status is accurate and available.
MAJOR TASKS:
TAB:
REVISION:
I Get plant status for both units.
If there will be Chemistry involvement, make sure you have adequate Chemistry support.
If indicated, direct setup of Chemistry Lab(s).
Consider what samples will be required.
If reactor water sample(s) is/are required, decide where and how to collect the sample(s).
If containment gas is required, decide where and how to collect the sample(s).
Decide where and how to collect Suppression Pool samples.
Perform of Liquid Release Calculations Dispatch teams, evaluating and communicating data received.
Decide when and where to collect vent samples.
TABA TAB B-TABC TAB D TAB E 1
4 2
4 5
TAB F 2
TAB G 1
I TAB H TAB I 8
4 TAB K 0
EP-PS-1 14 Revision 10 Page 3 of 3 SUPPORTING INFORMATION:
TAB:
Emergency Telephone Instructions TAB 1 Emergency Organization TAB 2 Logkeeping TAB 3 Emergency Facility Form Flow TAB 4 Intentionally Blank TAB 5 Emergency Forms TAB 6 o
Emergency Notification Report o
Protective Action Recommendation Form PASS Sample Locations For Gas Samples TAB 7 Liquid Discharge Data Sheets TAB 8 Intentionally Blank TAB 9
REFERENCES:
SSES Emergency Plan NUREG-0654, Planning Standards and Evaluation Criteria NUREG-0731, Guidelines for Utility Management Structure and Technical Resources, September 1980 T.S. 5.5.3
TAB B EP-PS-1 14-B Revision 4 Page 1 of 1 MAJOR TASK:
If there will be Chemistry involvement, make sure you have adequate Chemistry support.
SPECIFIC TASKS:
HOW:
- 1.
Assess what Chemistry staff 1 a.
Consider:
involvement will be.
(1)
Assignments already made and requests received.
(2)
Staffing needs for unaffected unit.
NOTE:
Consider additional staffing needs if offslte Chemistry Lab Is likely to be set up. (Reference TAB C)
- 2.
Call a Chemistry Foreman.
2a.
Brief Foreman on plant status and staffing needs.
2b.
Call Foreman in.
2c.
Direct Foreman to call out needed personnel.
NOTE:
Minimum staffing requirements are two Chemistry Technicians.
(one on-shift and one within 60 minutes).
- 3.
If Foreman is not available or you need personnel immediately, call the Chem Techs and/or additional staff directly.
- 4.
Contact Chemistry Supervisor.
- 5.
Contact any consultants needed for additional support.
- 6.
Consider long-term staffing needs (including turnover).
TAB E EP-PS-1 14-E Revision 5 Page 1 of 3 MAJOR TASK:
If reactor water sample(s) is/are required, decide where and how to collect the sample(s).
SPECIFIC TASKS:
HOW:
- 1.
Decide where to take the sample(s) based on available conditions.
- 2.
If conditions allow, direct sample(s) be taken from the Reactor Building Sample Station.
la.
Contact the Technical Support Coordinator or the Operations Coordinator to obtain plant system information to aid in the decision on where to obtain the samples.
2a.
Before directing sampling at this location, make sure these considerations have been made:
(1)
Doselprojected dose.
(2)
Area conditions (radiation levels) on the way to the sampling location.
(3)
Access available to the Reactor Building.
- 3.
If conditions permit sampling at the Reactor Building Sample Station, determine if you'll have them taken from Reactor Water Cleanup.
3a.
Before directing sampling from Reactor Water Cleanup, consider whether these conditions have been met:
(1)
Is Reactor Water Cleanup in service?
(2)
Can Operations place the system in service?
CAUTION:
Area radiation levels are likely to Increase dramatically after flow Is established.
- 4.
If Operations places RWCU in service, 4a.
reassess accessibility to the Reactor Building Sample Station.
Check with Health Physics and available Area Radiation Monitor data.
TAB E EP-PS-1 14-E Revision 5 Page 2 of 3 SPECIFIC TASKS:
HOW:
- 5.
If conditions for sampling from Reactor Water Cleanup are unsatisfactory, consider conditions at Recirculation.
5a.
Conditions at Recirculation should be similar to those needed for sampling at Reactor Water Cleanup:
(1)
Is Recirculation in service?
(2)
Has flow been established, or can flow be established by opening HV143F019 and HV143F020 (HV-243-F019 and HV-243-F020)?
CAUTION:
Area rad levels are likely to increase dramatically after flow Is established.
- 6.
If Operations opens HV-143-F019 and HV-143-F020 (HV-243-F019 and HV-243-F020), reassess accessibility to Reactor Building Sample Station.
- 7.
If sampling at these locations is prohibited, recommend going to RHR for sampling.
6a.
Check with Health Physics and available Area Radiation Monitor data.
7a.
Consider if these conditions have been met.
(1)
RHR is in shutdown cooling.
(2)
Determine which loop is in service.
(3)
Necessary valves SV-1 51 -F079A(B) and SV-151 -FO80A(B)
(SV-251-F079A(B) and SV-251-FO80A(B)) have been opened to establish flow.
(4)
Projected dose assessment after valves are opened is acceptable.
TAB E EP-PS-1 14-E Revision 5 Page 3 of 3 SPECIFIC TASKS:
HOW:
- 8.
If the Reactor Building is not available, 8a.
go to the Post Accident Sampling System (PASS).
Determine reactor pressure:
(1)
If > 109 psi, obtain a jet pump sample.
(2)
If < 109 psi, obtain a RHR sample.
8b.
RHR must be in the same operating mode for at least thirty minutes prior to sampling.
8c.
Samples may becollected from RHR in shutdown cooling.
8d.
During a Loss of Coolant Accident (LOCA) with RHR in Low Pressure Core Injection (LPCI) mode, samples may be obtained from RHR. Mixing time necessary for representative samples is dependent upon accident scenario (e.g.,
size of break).
- 9.
Determine what analysis will be required.
9a.
Using the chart below, decide what samples are needed based on determination.
DETERMINATION REQUEST THIS SAMPLE Core Damage estimate Small Volume Isotopic Small Volume Chlorides Large Volume pH Small Volume Boron Small Volume Hydrogen and Oxygen Dissolved Gas
TAB H EP-PS-1 14-H Revision 8 Page 1 of 4 MAJOR TASK:
Perform liquid release calculations SPECIFIC TASKS:
HOW:
If there is an unusual liquid release, monitor the release and perform liquid release calculations until the EOF is activated and the Field Team director is available.
NOTE:
Technical Requirements limits are ten times the effluenfroncentrations for Unrestricted areas as listed In Appendix B, Table 2, 10 CFR20.1001-20.2402.
HELP Liquid Discharge Data Sheets See TAB 8
- 2.
Gather the applicable liquid release 2a.
This information should include:
and sampling information.
(1)
Time release started (2)
Time release stopped (if applicable)
(3)
Flow Rate of Waste Stream into the Cooling Tower blowdown line.
(4)
Cooling tower blowdown discharge to the river.
(5)
Spray pond release rate (if applicable)
(6)
Spray pond water elevation (if applicable)
(7)
Radionuclide(s) and activities in the release (8)
River depth (at river intake or Env. Lab.)
TAB H EP-PS-1 14-H Revision 8 Page 2 of 4 SPECIFIC TASKS:
HOW:
- 3.
Review results from previous analyses for errors if samples have already been obtained and analyzed.
- 4.
Dispatch a Chemistry Team to collect samples from on-site sampling locations.
(9)
Sample locations (10)
Previous liquid release calculations (11)
Notifications made NOTE:
Ensure all samples are saved and appropriately labeled.
- 4.
Direct team to collect sample(s):
(1)
Automaic composite sampler located outside the North Gate House.
OR (2)
At another appropriate location, depending on actual location and time of release.
- 5.
Direct the Project Director - SSES Environmental Laboratory to obtain.
samples from the Susquehanna River, if desired, to confirm the release.
NOTE:
Analysis results for river water samples are not used In liquid release calculations.
5a.
Provide the Project Director - SSES Environmental Laboratory with an estimate of the earliest possible time for the beginning of the release. Together, determine the appropriate location(s) downriver to sample.
- 6.
Analyze samples onsite or request that the Radiation Protection Coordinator (RPC) arrange to have the samples transported to an offsite' radioanalytical laboratory.
6a.
Consider sending river water samples to Teledyne Isotopes or another offsite radioanalytical laboratory if sufficient analysis sensitivity may be impractical to achieve onsite.
TAB H EP-PS-1 14-H Revision 8 Page 3 of 4 SPECIFIC TASKS:
HOW:
- 7.
Notify the appropriate Manager if there is an unusual liquid release AND if such a release exceeds Technical Requirements limits.
7a.
If the TSC has not been activated, inform the Shift Manager of required notifications (Public Information Manager and as specified in EP-AD-OO-126, PAR Liquid Releases).
7b.
If the TSC has been activated, inform the RPC of required notifications (Public Information Manager and as specified in EP-AD-000-126, PAR Liquid Releases).
HELP Telephone numbrs are located in "EMERGENCY TELEPHONE DIRECTORY" NOTE:
NO PROTECTIVE ACTION RECOMMENDATIONS SHOULD BE MADE TO THE DANVILLE WATER AUTHORITY.
Perform a liquid release calculation to facilitate a PAR determination.
Approved computer program on s:\\Liquid Discharge Data Program may be used for calculations.
HELP Liquid Discharge Data Sheets See TAB 8 8a.
Obtain the results of the gamma analysis for a sample of the water being released into the Susquehanna river.
8b.
Determine which of the fifteen radionuclides listed in parts I, II and IlIl of the Liquid Discharge Data Sheer have been identified in the sample.
8c.
Enter the activity concentrations (gCiml), for these radionuclides in the appropriate table in the applicable part of the "Liquid Discharge Data Sheet."
Enter zeros for the activity concentrations of the listed radionuclides that were not identified in the sample.
TAB H EP-PS-1 14-H Revision 8 Page 4 of 4 SPECIFIC TASKS:
HOW:
8d.
Determine the EC fraction for each individual radionuclide identified in the sample using either Part I, II or III of the "Liquid Discharge Data Sheet."
8e.
Determine the diluted sum of the EC fractions at Danville using Part IV of the "Liquid Discharge Data Shqet."
- 9.
Notify the appropriate Manager when 9a.
If the TSC has not been activated, inform the diluted sum of the EC fractions at the Emergency Director in the Control Danville exceeds 0.85.
Room.
9b.
If the TSC has been activated, inform the Radiation Protection Coordinator.
9c.
If the EOF has been activated, inform the Field Team Director.
- 10.
Convey results of liquid release calculations to appropriate Manager.
- 11.
Inform the Field Team Director, when the EOF is manned, of any recommendations that have been made to DEP/BRP.
- 12.
Inform the Field Team Director of the need to perform necessary liquid release calculations.