ML20039H125
| ML20039H125 | |
| Person / Time | |
|---|---|
| Site: | Prairie Island  |
| Issue date: | 11/09/1981 |
| From: | NORTHERN STATES POWER CO. |
| To: | |
| Shared Package | |
| ML20039H119 | List: |
| References | |
| PROC-811109-01, NUDOCS 8201190586 | |
| Download: ML20039H125 (71) | |
Text
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e PAGE 1 OF 2
EMERGENCY PLAN IMPLEMENTING PRAIRIE ISLAND NUCLEAR PROCEDURER (s
GENERATING PLANT s
NORTHERN STATES POWER COMPANY
_Npmber: TABLE OF CONTENTS Rev: 4 History Copy
/
/
/
A Retention Time:
5 Years S
( //[
"ffYLE:
$Upt Rad Prot EMERGENCY PLAN IMPLEMENTING PROCEDURES TABLE OF CONTENTS NUMBER TITLE REV #
1 Onsite Emergency Organization 1
2 Classifications of Emergencies 0
3 Responsibilities During a Notification of Unusual Event 1
4 Responsibilities During an Alert, Site, or General Emergency 1
5 Emergency Notifications 3
b\\l 6
Activation and Operation of Technical Support Center 1
7 Activation and Operation of Operational Support Center 1
8 Recommendations for Offsite Protective Actions 0
9 Emergency Evacuation O'
10 Personnel Accountability 1
11 Search and Rescue 1
12 Emergency Exposure Control 1
13 Offsite Dose Calculations 1
14 Onsite Radiological Monitoring 1
15 Responsibilities of the Radiation Survey Teams During a Radioactive Airborne Release 2
EP-#02-B,28 8201190586 820112 PDR ADOCK 05000282 F
POR
t
' 'c c
Table of Contents i
Page 2 Rev. 4 A
NUMBER TITLE REV #
16 Responsibilities of the Radiation Survey Teams During a Radioactive Liquid Release 1
17 DELETED 18 Thyroid Iodine Blocking Agent (Potassium Iodide) 0 19 Personnel and Equipment Monitoring and Decontamination 0
20 Manual Determination of Radioactive Release Concentrations 2
21 Establishment of a Secondary Access Control Point 2
22 Prairie Island Radiation Protection Group Response to a Monticello Emergency 1
23 Emergency Sampling 1
24 Record Keeping During an Emergency 0
25 Re-Entry 1
26 Drills 0
27 Training 0
28 Review and Revision of Emergency Plans 0
29 Emergency Security Procedures 0
O.
EP-#02-B,29 i
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i PAGE 1 OF 25 1
EMERGENCY PLAN IMPLEMENTING
(_f PRAIRIE ISLAND NUCLEAR PROCEDURES GENERATING PLANT NORTHERN STATES POWER COMPANY Number:
F3-5 Rev: 3 History Copy
/T Retention Time:
5 Years-Reviewed by:[]-
/
4/. / ht/// b TITLE:
Su t ad Pr t Approved by:
EMERGENCY NOTIFICATIONS Plant Ma ' ger OC#: // f 1.0 PURPOSE This instruction delineates the notification procedures to be'used during emergency conditions, defines the various emergency communications systems available at the plant, (primary and backup), and provides the necessary operat-ing instructions for their proper use.
2.0 APPLICABILITY This instruction shall apply to all Radiological Emergency t
Coordinators, Shift Supervisors, Emergency Directors and Shift Emergency Communicators.
3.0 PRECAUTIONS 3.1 Always speak in a clear, distinct voice.
3.2 Make messages as short and concise as possible.
3.3 Always have the information repeated if it was not completely understood.
4.0 PROCEDURE 4.1 Shift Emergency Communicator (SEC) Responsibilities:
4.1.1 Completing the " Emergency Notification Report Form", Figure 1, with assistance from the Emergency Director or Shift Supervisor.
4.1.2 Initiate and complete the notifications of state, local, and NSP personnel as listed in the Emergency Notification Call List, Figure 3, using the following format:
l NOTE:
State and local authorities shall be notified within 15 minutes of declar-l ation of the emerg<ency-class.
l EP-#20-A,1 l
F3-5 Page 2 Rev: 3
/s
(
)
(1)
For those notifications made by telephone,
\\'
make the call as follows:
(a)
Contact each organization or individual listed.
(b)
When the party answers, read the text of the Emergency Notification Report Form.
(c)
Note the name of the individual contact-ed and the time of the contact.
(d)
Proceed to the next party on the call-list.
(e)
If a party can not be contacted in two attempts, bypass that party and proceed down the list.
After the other notifi-cations are complete, re-attempt to con-tact any bypassed parties.
If a party still can not be reached, consider other backup communication channels or such l
action as dispatching a courier, relay through another party,etc.
i\\_/
(f)
When the parties call back for verifica-l l
tion or further information, note the time and the name of the individuals.
l l
l
! NOTE:
If a party not specified on the call list requests in-formation from plant person-I nel, refer the party to the l
NSP Communications Depart-ment, either at the EOF or l
HQEC.
See Attachment B for phone numbers.
l (2)
For the notification of the Wisconsin author-ities made by NAWAS, proceed as follows:
(a)
Pick up the NAWAS set, press the talk button and say:
"THIS IS ?RAIRIE ISLAND NUCLEAR PLANT CALLING WISCONSIN WARNING CENTER ONE, WEST CENTRAL WARNING CENTER AND PIERCE COUNTY WARNING CENTER, ACKNOWLEDGE".
/D t,s_,)
(b)
When warning center one, west central warning center and Pierce County warn-ing centers acknowledge, press the talk switch and say:
EP-20-A,2
~
F3-5 Page 3 Rev: 3 s
/~N i
i
" PRAIRIE ISLAND NUCLEAR POWER PLANT IS EXPERIENCING A (N) (pick correct class):
NOTIFICATION OF UNUSUAL EVENT, or ALERT, or SITE EMERGENCY, or GENERAL EMERGENCY RELAY THIS INFORMATION TO EMERGENCY GOVERNMENT IMMEDIATELY".
NOTE:
(a)
If area or county warning centers do not acknowledge, WISCONSIN warning centers I,
II, or III will ring on the I
circuit and relay the mess-age to appropriate warning centers.
(b)
Duty officers and emergency government officials at state and local agencies will initiate response in accordance with current
(~'-)
plans and procedures, s-(c)
Wisconsin authorities (Wis-consin Warning Centers I, West Central Warning Center, and Pierce County Warning Center will call back for a verification and will re-quest further information.
At this time, the SEC shall read those authorities the information as listed on the i
Emergency Notification Re-l port Form, Figure 1.
4.1.3 Augment the plant emergency organization as follows:
(a)
If a Notification of Unusual Event has been l
declared, notify and augment the plant staff as required by the Shift Supervisor.
or (b)
If an Alert, Site, or General Emergency,
(~3 has been declared, initiate the Notifi-l
(,,/
cation of the emergency organization, using the Emergency Organization Call List, Figure 4.
EP-20-A,3 l
F3-5 i
Page 4 Rev: 3
)
4.1.4 Contact local offsite support (fire, ambul-I ance, police, etc.) as deemed necessary by the Emergency Director and/or Shift Supervisors.
See Attachment A for local support telephone numbers.
NOTE:
This responsibility to contact local support services shall be coordinated with the Emergency Director and/or Shift Supervisor.
4.1.5 In the event of a reclassification of the emergency (i.e., escalation, de-escalation, or termination of the emergency classification), complete the EMERGENCY CLASSIFICATION CHANGE report, figure 2, and notify the state and local agencies of the reclassification.
NOTE:
When the Near-site EOF is act-ivated and has assumed control of offsite activities, all com-munication with the offsite authorities will be handled by
()
EOF personnel.
4.1.6 As the TSC is activated, backup communicators shall assist the duty SEC in his communication functions, as necessary.
l l
NOTE:
A backup communicator shall l
assume control of the plant phone system (operator's switch-board) and screen and/or direct r
incoming calls as appropriate.
4.1.7 When the TSC is activated, ensure that communi-cations with the Westinghouse Emergency Response Team are established.
Westinghouse Emergency Response Team numbers are listed in Attachment A.
NOTE:
A backup communicator or an in-dividual designated by the Emer-gency Director should assume this responsibility.
\\/
4.1.8 Perform the necessary notifications of additional personnel and/or agencies as directed by the Emer-gency Director, Shift Supervisors, or individual Emergency Operating Center Coordinators.
EP-20-A,4
F3-5 l
.Page 5 Rev: 3 o-4.2 Radiological Emergency Coordinator (REC) Responsibilities:
4.2.1 Complete the Emergency Notification Followup Report Form, Figure 5.
1 NOTE:
This form does not need to be complet-
)
ed in its entirety prior to transmit-1 ting data to offsite authorities.
I 4.2.2 Periodically update the Minnesota Department of 1
Health and the Wisconsin Division of Radiation Protection with the information as recorded on Figure 5, the " Emergency Notification Followup j
Report Form".
l 4.2.3 NOTE:
When the Near-site EOF is activated, updates to the Minnesota Department of Health and Wisconsin Division of Radiation Protection will be handled by EOF personnel.
l Periodically, update the NRC with the informa-tion es recorded on Figure 5, the " Emergency i
\\
Notification Followup Report Form".
The Health a
Physics Network (HPN) should be used for the NRC notification.
j I
i i
l i
i I
i a
i t
3 EP-20-A,5 f
,,.-_,m
_m,-.
+
l F3-5 l
Page 6 s
~
l Rev: 3 Figure 1 O'
- (,s/
INITIAL EMERGENCY NOTIFICATION REPORT Verify that the organization / person called is correct _ prior to relaying emergency information.
THIS IS SHIFT EMERGENCY COMMUNICATOR AT THE (Name)
PRAIRIE ISLAND NUCLEAR GENERATING PLANT.
WE HAVE DECLARED A (N)
AT HOURS.
(Emergency Class)
(Time) l Pick one of the following:
(([l WE HAVE NOT HAD A RADIOACTIVE RELEASE.
(([l WE HAVE HAD A (N)
RADIOACTIVE RELEASE.
(Liquid or Airborne)
If a radioactive release is ocr/urring, give meteorological conditions; if NOT, go to Protective Action recommendations.
ATMOSPHERIC CONDITIONS AT THE PRESENT TIME ARE AS FOLLOWS:
WIND DIRECTION IS PROM THE AT MPH.
gg (Direction)
(Speed) ew g,/
THE AFFECTED SECTOR (S) IS (ARE)
(List sector (s) by letter designated)
Protective Action Recommendation (Pick one)
THE PROTECTIVE ACTION RECOMMENDED AT THIS TIME IS:
(([l NONE l_~l SHELTER OUT TO MILES (Distance)
(([l EVACUATE OUT TO MILES (Distance) l Give a brief description of the emergency.
l PLEASE RELAY THIS INFORMATION TO YOUR EMERGENCY ORGANIZATION PERSONNEL.
t Emergency Director Approval Emergency Communicator (Name/Date)
EP-20-A,6
F3-5 Page 7 Rev: 3 FIGURE 2 EMERGENCY CLASSIFICATION CHANGE Verify that the organization / person called is correct prior to relaying emergency information.
THIS IS
, SHIFT EMERGENCY COMMUNICATOR AT (Name)
THE PRAIRIE ISLAND NUCLEAR GENERATING PLANT.
WE HAVE RE-CLASSIFIED THE EVENT AND l]l Escalated l] l De-Escalated TO a(N) l[l Event May Be Terminated l[l Unusual Event l]l Alert l~l Site Area Emergency l[l General Emergency at hours (time)
Give a brief description of the emergency:
PLEASE RELAY THIS INFORMATION-TO YOUR EMERGENCY ORGANIZATION PERSONNEL.
Emergency T tector Shift Emergency Communicator (Name/Date)
EP-20-A,24
l F3-5 Paga 8 Rev: 3 l
+
Figure 3 3
i EMERGENCY NOTIFICATION CALL LIST i
I GENERAL INSTRUCTIONS (a)
Some of the below listed individuals may be on site when the emergency is declared and should not require addition notification.
(b)
Offsite authorities shall call back for a verification.
If no verification is recieved, within 30 minutes, con-i tact that authority again.
(c)
If the primary notification method results in an unsuccess-ful contact attempt, use the alternate or backup communi-cation channels available.
See Attachment A for backup communication channels, l
1.
NOTIFY THE MINNESOTA _ DIVISION OF EMERGENCY SERVICES (DES)
BY TELEPHONE AT' E,' DAY OR NIGHT ASK FOR THE DUTY OFFICER.
~ ~ ~
Contact Time SEC Initial Verification Person SEC Initial 2.
NOTIFY WISCONSIN VIA NAWAS:
Warning Center I Time SEC Initial Verification SEC Initial l
West Central Warning i
Center Time SEC Initial Verification l
SEC Initial Pierce County Warning l
Center Time SEC Initial Verification SEC Initial 3.
NOTIFY THE MINNESOTA LOCAL AUTHORITIES BY TELEPHONE:
l l
(a)
GOODHUE COUNTY SHERIFF AT,
_ __,/
Contact Time SEC Initial Verification SEC Initial (b)
DAKOTA COUNTY SHERIFF AT
/
f Contact
-~ Time SEC Initial Verification SEC Initial l
l EP-20-A,7 I
F3-5 Pcga 9 R5v: 3 r-4.
NOTIFY THE DESIGNATED EMERGENCY DIRECTOR _(PLANT, MANAGER OR HIS DISIGNEE) BY TELEPIIONE - PAGER #
Time SEC Initial Verification SEC Initial 5.
NOTIFY THE NSP SYSTEM DISPATCHER USING THE DISPATCHER HOTLINE.
/
Time /SEC Initial 6.
NOTIFY Tile NRC RESIDENT INSPECTORS BY TELEPHONE:
(a)
CLARENCE FEIERABEND ---
\\
/
1 Time
/SEC Initial f
/
(b)
BRUCE BURGESS ---
Time
/SEC Initial 7.
NOTIFY THE LOCAL RESIDENTS AROUND PRAIRIE ISLAND USING THE RADIO ALERT SYSTEM (CODE 01).
/
Time
/SEC Initial NOTE:
The Radio Alert System may also be activated at this time to alert Civil Defense Personnel (CODE
- 04) and Plant Personnel (CODE 06).
8.
NOTIFY THE NSP RED WING SERVICE CENTER BY TELEPHONE AT 388-4761 AND REQUEST THE NSP ON-CALL TROUBLE SHOOTER REPORT TO THE NSP RED WING SERVICE CENTER TO OPEN UP THE FACILITIES FOR THE RAD j
1 SURVEY TEAMS.
/
Time /SEC Initial NOTE:
This contact is ONLY necessary during offshift hours AND during an Alert, Site, or General Emergency.
9.
Verify that the Control Room has established notification of the NRC via the ENS Network.
/
Time /SEC Initial CALL LIST COMPLETE
/
Date/ Time SilIFT EMERGENCY COMMUNICATOR
\\
EP-20-A,8
F3-5 Pcgo 10 Rev: 3
')
Figure 4 EMERGENCY ORGANIZATION CALL LIST GENERAL INSTRUCTIONS (1)
Call one individual on the EOF Coordinator List.
(2)
Activate the onsite Emergency Organization as follows:
(a)
Activate the Radio Alert System (Code 06 for plant personnel).
NOTE:
RA following the phone number indicates RADIO ALERT holder.
(b)
PrGceed down call list and call by phone those individuals who do not have a Radio Alert System.
(c)
Attempt to contact, by phone, those individuals who were notified by the Radio Alert System, as time permits.
EOF COORDINATOR (call One individual)
L.L. ANDERSON I
(
)
H.M. AADAHL
\\
(
)
G.E. AANDAHL 1
(
)
l C.L.
BALTOS
(
)
D.
BENNER
(
)
l f
(
)
L.E.
FINHOLM J.E. GOLDSMITH
(
)
R.A. OELSHALAGER f
(
)
M.
REDDEMANN
,I
(
)
M.B.
SELLMAN
(
)
G.C. SUNDBERG i
(
)
W.R. WALDRON
(
)
PLANT MANAGEMENT (OC MEMBERS)
P.P. TIERNEY PLANT MANAGER
(
)
E.L. WATZL PLT. SUPT. ENGR. & RAD PROT.
(
)
J.B.BROKAW PLT. SUPT. OPER. & MAINT.
(
)
D.A.
SCHUELKE SUPT. RAD PROT.
(
)
J.H.
NELSON SUPT. MAINT.
(
)
D.J.
MENDELE SUPT. OPER. ENGR.
(
)
R.L.
LINDSEY SUPT. OPER.
j RA
(
)
K.J. ALBRECHT SUPT. QUALITY ENGR.
l RA
(
)
J.L.
HOFFMAN SUPT. TECH. ENGR.
' RA
(
)
M.A.
KLEE SUPT. NUC. ENGR.
(
)
RADIATION PROTECTION GROUP l
t fRA
(
)
K.G.
DELONG RAD. PROT. SPEC.
(
)
S.R.
j EP-20-A,9
1 F3-5 Page 11 Rev: 3
]
~..,
J.A.
EARLY RAD PROT. SPEC.
(
)
T.M.
GATTEN RAD. PROT. COOR.
(
)
J.R.
HOPKINS RAD. PROT. SPEC.
(
)
G.J. JOACHIM RAD. PROT. SPEC.
(
)
A.C. JOIINSON RAD. PROT. SUPV.
(
)
G.
KOLLE TRAINING INSTRUCTOR
. RA
(
)
D.K.
LARIMER RADIO-CIIEMISTRY SUPV.
(
)
J.A.
LEMMERMAN RAD. PROT. SPEC.
(
)
D.A.
LUDWIG RAD. PROT. SPEC.
. RA
(
)
J.R.
LUNDQUIST RAD. PROT. SPEC.
l
(
)
G.E.
MALINOWSKI RAD. PROT. COORD.
I RA
(
)
M.A.
MAROTZ RAD. PROT. SPEC.
(
)
J.M.
MAURER RAD. PROT. SPEC.
(
)
A.D.
McLERAN RAD. PROT. SPEC
(
)
J.
NICilOLS RAD. PROT. SPEC.
l
(
)
J.P. OELKERS QUALITY SPEC.
i RA
(
)
J.L.
PAYTON RAD. PROT.- SPEC.
(
)
M.F.
PFEFFER RAD. PROT. SPEC.
(
)
C.L.
PROPST RAD. PROT. SPEC.
(
)
G.
SECRIST RAD. PROT. SPEC.
(
)
R.A.
STENROOS SENIOR PROD. ENG.
(
)
MAINTENANCE / ELECTRICIANS W.I.
ALLAR MAINT. SUPV.
(
)
R.G.
MROZEK MAINT. SUPV.
(
)
W.A.
LUCKING MAINT. SUPV.
(
)
M.G.
MUIILAUSEN MAINT. SUPV.
(
)
J.C.
LYONS CHIEF STATION ELECT.
(
)
E.E.
DIETZ STATION ELECT.
(
)
J.A.
JUENEMANN STATION ELECT.
(
)
I & C GROUP W.C. GAUGER I & C SUPV.
(
)
D.W. SWENSON I & C COORD.
(
)
J.W.
BIERBRAUER I & C COORD.
(
)
ENGINEERS G.L.
MILLER SENIOR PROD. ENGR.
(
)
OPS ENGR. GROUP
- ~.,.
6.
EMERGENCY ORGANIZATION CALL-UP COMPLETE
/
Date/ Time S!!IFT EMERGENCY COMMUNICATOR EP-20-A,10
F3-5 Page 12 1
Rev: 3 i r~s Figure 5 s
4 j
EMERGENCY NOTIFICATION FOLLOWUP REPORT FORM
)
{
Date:
j Time:
AM/PM l
1.
Location of incident:
Prairie Island i
2.
Date/ time of incident:
3.
Class of emergency:
4.
Type of actual or projected release:
l
(
)
airborne
(
)
waterborne
]
(
)
surface spill Estimated duration:
hours Estimated quantity of radicactive material released
- O 5.
or being released:
curies t
i Height of release:
(
)
ground level I
(
)
60 meters (Rx Bldg Vent) f 6.
Chemical and physical form of released material:
1-Relative quantity:
% Noble Gases PCi/cc i
% Iodines PCi/cc j
% Particulates UCi/cc 7.
Meteorological Conditions:
Wind Velocity gph j
Wind Direction (frm):
degrees Temperature C
Atmospheric Stability Class Form of Preceipitation
)
8.
Actual or projected dose rates at site boundary:W.B.
mrem /hr i
Thyroid mrem /hr Projected integrated dose at site boundary:
W.B.
mrem Thyroid mrem I
l Complete as much of the form as information available or time i
allows.
All blanks need not be filled to make a followup re-t port.
1 i
i EP-20-A,ll
l F3-5 Page 13 Rev: 3
()
Wholebody Thyroid Sectors Affected 9.
Projected dose rates: 2 miles mrem /hr mrem /hr 5 miles mrem /hr mrem /hr 10 miles mrem /hr mrem /hr Projected integrated dose at:
2 miles mrem mrem 5 miles mrem mrem 10 miles mrem mrem 10.
Estimate of any surface radioactive contamination:
dpm/100 cm 2 11.
Emergency response actions underway:
12 Recommended emergency actions, including protective actions:
O 13.
Request for any needed onsite support by offsite organizations:
i 14.
Prognosis for worsening or termination of event based on plant information:
Completed By:
O EP-20-A,12
F3-5 Page 14 Rev: 3 ATTACHMENT A SUPPLEMENTAL CALL LIST WESTINGHOUSE General Instructions:
Inform one Westinghouse contact, using the list in the order shown.
Be prepared to discuss as many facts as are available at the time of the call and identify a cognizant individual to provide continuing communications and updates to Westinghouse.
Title Name Office Home HHL 1.
Operating Plant Service Bob Kelly
~~
Manager 1st Alternate Bob Grimm 2nd Alternate C.W.
Rowland 2.
Service Response Manager Joe Leblang 1st Alternate 2nd Alternate John Miller 3.
Emergency Response Director Hank Ruppel 4.
Emergency Response Deputy Ron Lehr Director S.
Emergency News Mike Mangan Communications NOTE:
Unless indicated otherwise, all phone numbers are area code 412.
Where an area code other than 412 is shown, it applies to the office, home, and HHL numbers.
MINNESOTA STATE AGENCIES Home Office I
Division of Emergency Services (DES)
Primary:
l Alternate:
Relay Message thru Goodhue County Sheriff or NSP System Dispatcher Department of Health Alice Dolezal l
William Breitenstein
'3 Tom Hensch I
Bruce Denny l
Dr.
R.
DeRoos Dr. George Petterson EP-20-A,13
F3-5 Page 15 Rev: 3 WISCONSIN STATE AGENCIES Home Office Division of Emergency Government (DEG)
Primary:
NAWAS __.
Alternate:
Division of Health, Radiation Prot. Section (Lawrence J. McDonnell, Chief Rad Prot.)
MINNESOTA LOCAL AUTHORITIES GOODHUE COUNTY Goodhue County Sheriff Primary:
Alternate:
Radio-Channel'~1 or 6 Goodhue County Civil Defense Director Red Wing Civil Defense Director Red Wing Police Department Red Wing Fire Department St. John's Hospital, Red Wing Ambulance Service, Red Wing DAKOTA COUNTY Dakota County Sheriff Primary:
j Alternate:
RadA6 Channel 1 Dakota County Emergency Services WISCONSIN REGIONAL AND LOCAL AUTHORITIES REGIONAL West Central Warning Center Primary:
NAWAS ~ }
Alternate:
s PIERCE COUNTY
' ~~
Pierce County Sheriff Primary:
NAWAS Alternate:
Backup:
Radio-Channel 1 Pierce County Civil Defense Director Ellsworth Police Department PRAIRIE ISLAND RESIDENTS Primary:
RADIO ALERT (CODE 01)
Alternate: Ms. Rebecca Childs MS. Mira Childs
'N EP-20-14 a
F3-5 Ptge 16 Rev: 3 NSP PERSONNEL Home Office S
SYSTEM DISPATCHER Primary:
Dispatch Hotline Alternates:
Radio Phone CORPORATE OFFICE l
NSP POWER PRODUCTION D.E. Gilberts I
G.H. Neils i
L.
Eliason
\\
DISTRICT OFFICE NSP Red Wing Service Center (Primary Contact)
Secondary Contact Ray Steuernagel, Dis.Mgr.
Jerry Borgen Gerald B.
Nelson Daryl Roseck MONTICELLO NUCLEAR GENERATING PLANT Shift Supervisor Office Plant Switchboard l
J NUCLEAR REGULATORY COMMISSION (NRC)
NRC Operations Center Primary:
ENS Alternates:
(Via Silver Spring Office)
's (Via HPN Phone)
(Via NRC Operator)
\\
NRC Region III Office 1
(Via HPN Phone)
OTIlER PERSONNEL AND AGENCIES i
Department of Energy (Radio-DAY logical Assistance)
Night Chicago, Milwaukee, St. Paul and Pacific Railroad (Dis-patcher - Lacrosse, WI) 3 Burlington, Northern Incorp-orated Railroad (Dispatcher, l
l l
Cicero, ILL.)
t U.S. Coast Guard, Pt. Snelling U.S. Coast Guard St. Louis Office i
American Nuclear Insurers (ANI)
EP-20-A,15
F3-5 Psgo 17 Rev: 3 h
ATTACHMENT B q
NSP EMERGENCY OPERATING CENTER PHONE NUMBERS i
A.
TSC Office Telephone Lines 1.
NRC Office (a)
/
Ext.
(b)
/
Ext.
.f' 2.
Westinghouse and NSP Engineers (a)
Ext.
(b) ;
Ext.
2 (c)
__-\\_
3.
Emergency Director I
(a)
Ext.>
(b)
Ext.
(c)
(d)
)
(e)
.__3 Point Auto Ring (TSC - EOF - Red Wing EOC)
B.
TSC Command Center Telephone Lines 1.
Radiological Emergency Coordinator (a)
Ext.'
\\
{
(b)
Ext.
(c)
(d)
(e) 3 Point Ring On Demand (TSC - EOF - State EOC) l 2.
Communication Area (a)
Ext.
(b)
Ext.
(c) i (d)
_. __ _ __ 3 (e) 2 Point Auto Ring (TSC - EOF)
C.
EOF Command Center Direct Dial Lines 1.
Ext.
2.
7, 1
EP-20-A,16
F3-5 Page 18 Rev: 3
)
D.
EOF Office Telephone Lines 1.
Radiation Protection Support Supervisor (a)
Ext.
2.
Records / Communications Coordinator / Logistics Coordinator 3.
State and Local Government (a)
[
4.
Nuclear regulatory Commission
-~
(a) 5.
Emergency / Recovery Manager
~
~
(a) /
?
Ext.
I 6.
EOF Coordinator
)
j 7.
Offsite Survey Teams 1
~
l (a) f (b) 8.
EOF Media Liaison (a)
E.
HQEC Extensions 1.
2.
l 3.
i 4.
l I
i i
)
l EP-20-A,17
F3-5 Page 19 Rev: 3 ATTACHMENT C PRAIRIE ISLAND HOTLINE NETWORK HQEC CONTROL NRC EOF ROOM (ENS)
HOT SHUTDOWN BETHESDA h
PANEL d
2 a
NRC
_y,
,s e
1 (HPN)
U 4
TSC Z(
6 GLEN ELLYN 3
n n
SYSTEM n
n DISPATCHER NRC 5
-e (HPN)
~~'"
BETHESDA U
V a
LOCAL V 3 STATE PLANT EOC EOC HP 1
OFFICE i
Number Name Station 1
Emergency Notification System Primary means for reporting (ENS) emergencies and other sign-
\\-
ificant events to the NRC Headquarters in Bethesda, Maryland.
ENS phones are located in the Control Room, TSC, and at the Hot Shut-down Panels.
i 2.
TSC - EOF 2 point auto ring between the s
Either station can activate the circuit.
3.
TSC - EOF - Red Wing EOC 3 point auto ring beteen the TSC, EOF, and Red Wing EOC.
Each station can activate the circuit.
1 4.
TSC - System Dispatcher -HQEC 3 point auto ring between the TSC, System Dispatcher, and HQEC.
Each station can acti-vate the circuit.
5.
TSC - EOF - State EOC 3 point auto ring between the TSC, EOF, and State EOC.
Each station can activate the circuit.
f(
6.
Multiple station line between the TSC, Plant HP Office, NRC Glen Ellyn, and other utilities.
This is a two digit ring telephone, r
F3-5 Pega 20 Rev: 3 ATTACilMENT D PRAIRIE ISLAND RADIO NETWORK SECURITY PROTABLES SECURITY 4
's,
__ CONTROL l
's ROOM e
SECURITY 5
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3 RAD SURVEY 2
\\
TEAM PLANT PORTABLES MEMBERS 8 FUNCTION CONSOLES 6
1 RED WING LOCAL SilERIFF SHERIFFS /
EOC'S
/
Radiowave Hardwire O
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I F3-5 Page 21 i
Rev: 3
()
ATTACHMENT E j
LOW BAND PAGING SYSTEM i
SYSTEM DISPATCHER j
D.
Gilberts RED DISPATCHERS i
RADIO e'
j IN e
i i
,/
RADIO l
j HARDWIRE MINN.
STATE EOC I
j PROCEDURE 1.
To contact the System Dispatcher:
Lift the handset, push the push-to-talk switch and say:
1
)
" PRAIRIE ISLAND TO SYSTEM DISPATCHER."
2.
To contact the Minn. State EOC (See Note f):
i
]
Lift the handset, push the push-to-talk switch and say:
^
i
" PRAIRIE ISLAND TO EMERGENCY OPERATIONS CENTER."
NOTES:
(a)
The System Dispatcher can activate the 2
Receiver at_the plant.
4 (b)
The plant can activate the Receiver at the System Dispatcher and the HQEC (when connected).
(c)
The State can activate the Prairie Island Receiver.
)
(d)
Each station can monitor each channel.
(e)
The HQEC can activate the receiver at the plant.
(f) the State EOC must_first be manned and the Radio Phone activated by the Duty _
l Officer.
EP-20-A,20
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F3-5 4
i-Page 22 Rev: 3 s
ATTACHMENT F jii 7
Radio Alert (RA) System The Radio Alert (RA) System is a one-way radio transmission system from the plant to the reciever.
The transmitter is located in the onsite Technical Support Center with recievers installed in the homes and/or offices of the following three i
groups.
s 4
1.
Local Residents 2.
Civil Defense 3.
Prairie Island Emergency Organization Personnel 5
The.' transmitter unit concists of: (a) message recorder; 4
(b) message transmitter; (c) microphone; (d) telephone answering unit; (e) telephone; and (f) code selector.
j When the RA System is activated, a tone will be heard by the reciever.
The pre-recorded message will then be automatically played three times by the Alert Radio 1
- Message Unit.
Upon completion of the transmission, the pre-recorded tape is then placed into the telephone an-l swering unit.
If an individual is not home when the unit i
is activated, a red light on the receiver will indicate
)
that a message has been transmitted via the Radio Alert j
System.
That individual may then call the number indicat-ed on his receiver (388-1233) and then, pre-recorded tape
-will play the message over the phone.
4 The microphone will allow plant personnel to transmit messages which are not detailed and pre-recorded.
The code numbers for the various receiver groups are:
f 1.
Local Residents - 01 2.
Civil Defense - 04 1
3.
Prairie Island Emergency Organization Personnel - 06 The following details some of the various specific opera-i ting instructions:
A.
To Record the Message Cassette:
(1)
Make sure that the remote control unit ' Mike i
Enable' & ' Transmit Enable' key switches are both off (Green).
4 m
EP-20-A,21
t r
F3-5 i
Page 23 Rev: 3 i
(2)
Set tape unit selector switch to ' Record l
Announcement' - insert microphone in tape unit mike jack.
(3)
Press tape unit ' Start ' switch and record 45 l
second prepared messages.
(4)
When recording the message, speak slowly and l
clearly about 3 inches from the microphone.
(5)
Set tape unit selector switch to ' Check Announce-ment' - press ' Start' switch and listen to record-ing.
(Adjust volume to desired level with tape unit ' Monitor Volume' Control) - if satisfactory, proceed.
i B.
To Test Entire Alert Sequence:
(1)
Insert proper recorded cassette in tape unit.
(2)
Set tape unit selector switch to ' Answer'.
(3)
Set up desired group code on encoder - Press
'P' (Page) button.
(Tones will be heard on the re-mote control unit.
Adjust its volume control to the desired level).
(4) 18 seconds after the 2nd tone is heard, the 45 second recorded message will be heard 3 times.
Then the unit will shut off.
C.
To Transmit an Alert Message:
(1)
Insert the proper recorded message cassette into the tape unit.
(2)
Set the tape unit selector switch to ' Answe r '.
(3)
Turn the remote control unit ' Transmit Enable' key switch on.
(Red 'XMIT' lamp will light).
(4)
Set up desired group code on encoder press
'P' (Page) button.
(If other groups are to be alert-ed to recieve the same message, enter the next code or codes as soon as the preceeding tones have l
finished).
l The rest of the sequence is automatic - several seconds after the last tone has been transmitted,
'N
.('
the 45 second recorded message will be transmitted 3 times - then the system will shut off.
1 EP-20-A,22
P3-5 Page 24 I
Rev: 3
)
(5)
Now, remove the message cassette from the tape unit and insert it into the telephone answering unit.
D.
To Send a Live Microphone Transmission:
t (1)
Turn the remote control unit ' Mike Enable ' &
' Transmit Enable' key switches both on.
(Red i
lamps will light).
(2)
Press ' Transmit' paddle on microphone and trans-mit desired message.
i i
NOTE:
(1)
Any message sequence, recorded or live, can be aborted at any time simply by turning the remote control unit ' Transmit Enable' key switch off.
(Green ' Test' lamp will light).
I (2)
None of the volume controls on any of the units affect the volume of the transmitted message.
They are for monitoring the message.your convenience in 1
(3)
In case the automatic alert sequence has i
been inadvertantly started without a tape in the message unit, simply press the blue
' Reset' button on the alert radio message unit - insert the proper tape message, and start the sequence over.
t t
4 O
EP-20-A,23
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PAGE 1 OF 22 EMERGENCY PLAN IMPLEMENTING /; PRAIRIE ISLAND NUCLEAR PROCEDURES V GENERATING PLANT NORT!IERN STATES POWER COMPANY Number: P3-15 Rev: 2 flistory Copy l__. Retention Time: 5 Years 4p/ TITLE: e Su t Rat P ot Approved by: j RESPONSIBILITIES OF THE j7 4 RADIATION SURVEY TEAMS DURING Plant M aqer A RADIOACTIVE AIRBORNE RELEASE OC # : // '/- f/ l.0 PURPOSE The purpose of this instruction is to describe the respon-sibilities of the Radiation Survey Teams during an airborne radioactive release to the offsite environs. 2.0
SUMMARY
Three radiation survey teams exist, each consisting of a minimum of four Radiation Protection Specialists. One (1) Rad Protection Specialist is required per team (minimum) 7% to perform the required offsite surveys; all other team ) members should report to the Radiological Emergency Coor-t dinator (REC) onsite, for further assignments (e.g.,onsite sampling, monitoring, analysis, exposure control,etc.). In the event of an offsite airborne release, the Radiolog-cal Emergency Coordinator (REC) may request support for offsite surveys from the Monticello Radiation Protection Group. When the Monticello Radiation Protection Group arrives at the Prairie Island Near-site EOF they will accept the responsibility for offsite surveys from the Prairie Island Survey Teams. This allows the Prairie Island personnel, who have completed the initial offsite surveys to augment Radiation survey Team #3 performing onsite surveys. All offsite surveys will continue under the direction of the Emergency Manager at the Prairie Island Near-site EOP. 3.0 .,PPLICABILITY 3 This Instruction SilALL apply to all members of the Prairie Island Radiation Protection Group. 4.0 PRECAUTIONS AND SPECIAL CONSIDERATIONS (1) Each team shall obtain information pertaining to the 7_3 (\\-) magnitude and the direction of the release, either from the Control Room or the Radiological Emergency Coor-dinator. EP-805-A,1
F3-15 Page 2 Rev. 2 7 ~. (~ / (2) Report airborne activity sample results in round
- numbers, i.e., microcuries per cc with no decimal places.
(3) Report all radiation levels in whole number mill-irems per hour (i.e., Three Rem per hour shall be reported as three thousand millirem per hour). (4) Report all numbers individually (e.g., one hundred thirty-five shall be reported as one-three-five and 5 x 10 shall be reported as five times ten to the minus three). (5) Preface each communication with the title or name of the receiving party and your title or name. For example: " Prairie Island TSC; Radiation Survey Team
- 1..."
After the ccmmunication is completed, request the receiving party to repeat the message, if numerical data was relayed. End message transmission with an appropriate termina-tion phrase. For example: " Radiation Survey Team
- 1, out".
(6) The normal means of transportation for survey teams during any emergency are NSP vehicles. Extreme environmental conditions (blocked roads, snow, bridges out, etc.) may preclude the use of these vehicles. The following alternate transportation is available: (a) Power Boats - Sheriff's Department, NSP environ-mental monitoring team, Red Wing Police. (b) Four Wheel Drive Vehicle - at Prairie Island (c) Amphibioun Duck - at Prairie Island (d) llelicopter - available during suitable weather conditions from charter services in Minntapolis and St. Paul. Arrange-ments to be made via the corporate Emergency Organization at the EOF. (7) The normal communication channel for the survey teams is the portable (scrambled channel) radios stored in the lockers. Normal telephone system will serve as (s) a backup communication system. Telephone numbers in the TSC for the Radiological Emergency Coordinator are: EP-#05-A,2
i l l l P3-15 Page 3 { Rev. 2 xt. { (8) Periodically check dosimeter readings and report results to the REC. i 5.0 EQUIPMENT AND PERSONNEL REQUIRED i 5.1 Team Members Team I Team II Team III Marotz Pfeffer DeLong Hopkins Ludwig Nichols Lemmerman Joachim Maurer Derleth McLeran Payton Propst Early Lundquist Secrist NOTE: The Radiation Protection Coordina-tors shall assume onsite responsi-l bilities as directed by the REC. (:) 5.2 Team Equipment Required 5.2.1 Team #1 (1) Vehicle (NSP or personal) (2) Offrite sample kit (Attachment A) 5.2.2 Team #2 (1) Vehicle (NSP or personal) (2) Offsite sample kit (Attachment A) 5.2.3 Team #3 j (1) Normal counting room equipment, if available j (2) Mobile counting trailer j (3) All radiation protection equipment onsite 6.0 PROCEDURE 6.1 Team #1 6.1.1 All members of Radiation Survey Team #1 SHALL assemble at the appropriate location as follows, i unless directed by the Emergency Director or the Radiological Emergency Coordinator (REC): r l 1 EP-#05-A,3 1 }
F3-15 Prga 4 Rev. 2 (1) During normal working hours, all Team
- 1 members shall assemble in the Oper-ational Support Center (OSC).
(2) During off-normal working hours, all Team #1 members shall assemble at the NSP Red Wing Service Center. NOTE: During off hours the Shift Emergency Communicator (SEC) shall ensure that NSP ipersonnel are contacted to open up the NSP Red Wing District Service Center. If personnel are not available at the service center when Rad Survey teams arrive, at-tempt to call one of the following: R.W. Steuernagel at ' D.J. Borgen at G.B. Nelson at D. Rosecke at (3) Obtain the necessary information from the Control Room Operator or TSC personnel regarding the type and amount of release, wind direction, etc. (4) Designate two (2) members of Team #1 (if available) to perform offsite surveys. The other members of Team
- 1 SIIALL report to the REC for assignments for onsite sampling, monitoring, analysis, etc.
NOTE: Any plant staff member may be designated as the driver for a single team member. (5) Obtain the necessary equipment (Attachment A) from the Emergency Lockers, as follows: l (a) During normal work hours, proceed to the Training / Construction Building Emergency Locker and obtain the Field Team Survey Kits; (b) During off normal work hours, obtain the Field Team Survey Kits from the NSP Red Wing Service Center Emergency Locker.
F3-15 l Page 5 Rev. 2 f V NOTE: Response check all meters with source prior to departing. (5) Obtain an NSP vehicle or personal vehicle. (6) Survey team members shall keep their personal TLD's if available. (7) Zero and record dosimeter readings on locker signout sheet. (8) Proceed to perform offsite surveys depending on the wind direction and time of emergency: (a) If the wind is from the north or west, proceed on the Emergency Route from the plant, or the NSP Red Wing Service Center, through Red Wing, to Diamond Bluff, to Prescott, to Hastings, and back to the plant as shown on Figure 1. () (b) If the wind is from the south or east, proceed on the Emergency Route from the plant, or the NSP Red Wing Service Center, to Hastings, to Prescott, to Diamond Bluff, to Red Wing, and back to the plant, as shown on Figure 1. (9) Perform beta and gamma surveys in accordance with applicable procedures, Attachment B, as directed by the Radiological Emergency Coor-dinator. (10) Report results to the Radiological Emergency Coordinator via the portable radio or tele-phone. (11) After completing the emergency route (Figure
- 1) report to the REC for further instructions.
(12) When directed by the REC, obtain airborne samples at locations requested by REC as per applicable procedures, Attachment C and D. (13) Report results to the REC via portable radio or telephone. -s Q' EP-#05-A,5
l ~ F3-15 I l Page 6 Rev. 2 6.2 Team #2 l (1) All members of Radiation Survey Team #2 l SHALL assemble at the appropriate loca-l tion as follows, unless directed by the Emergency Director or the Radiological Emergency Coordinator (REC): (a) During normal working hours, all Team #2 members shall assemble in the Operational Support Center (OSC). (b) During off-normal working hours, all Team 82 members shall assemble at the NSP Red Wing Service Center. NOTE: During off hours, the Shift Emergency Communicator (SEC) shall ensure that NSP per-sonnel are contacted to open l up the NSP Red Wing District Service Center. If person-i nel are not available at the service center when Rad Sur-l vey teams arrive attempt to j call one of the following: 1 ~ l R.W. Steuernagel at D.J. Borgen at l G.B. Nelson at D. Rosecke at J O'tain the necessary information from the (2) o Control Room Operator or TSC personnel regarding the type and amount of release, wind direction, etc. l (3) Designate two (2) members of Team #2 (if available) perform offsite surveys. The other members of Team #2 SilALL report to the REC for assignment for onsite sampling, monitoring, analysis, etc. NOTE: Any plant staft member may be designated as the driver for a single team member. (4) Obtain the necessary equipment (Attachment A) from the Emergency Lockers, as follows: i EP-805-A,6
l* ww. p F3-15 pt Page 7 Rev. 2 -s (a) During normal working hours, proceed to the Training / Construction Building Emergency Locker and obtain the Field Team Survey Kits: (b) During off normal working hours, obtain the Field Team Survey Kits from the NSP Red Wing Service Center Emergency Locker. NOTE: Response check all meters with source prior to departing. (5) Obtain an NSP vehicle or personnel vehicle. (6) Survey Team members shall keep their personnel TLD's if available. (7) Zero and record dosimeter readings on locker signout sheet. (8) Proceed to the first designated sample loca-tion in the affected sector per instructions from the REC. (a) Perform beta and gamma surveys in accord-ance with applicable procedures, Attach-ment B, as directed by the Radiological Emergency Coordinator. (b) Collect airborne samples, (particulate, iodine and gas), in accordance with applicable procedures, Attachment C and D, as directed by the Radiological Emergency Coordinator. (9) Report results to the REC via the portable radio or telephone. (10) Proceed to the next sample location as per inst-ructions from the REC and take requested surveys and samples in accordance with applicable pro-cedures. (11) When directed by the REC, deliver samples to designated location for pickup by member of Team #3. 6.3 Team #3 (1) Report to the Operational Support Center when the i g emergency is declared, unless directed by the Emer-gency Director or the Radiological Emergency Coor-dinator (REC). i EP-405-A,7 i
F3-15 Page 8 Rev. 2 7_ (2) Perform all operations requested by the Emer-gency Director or REC. (3) Control radiation exposure onsite (internal and external). (4) Analyze air samples obtained by the onsite and offsite survey teams, using the Count Room facilities and/or the mobile trailer. Store all samples for future analysis. (5) Perform onsite surveys as requested by the Emergency Director and/or REC per P3-14 "Onsite Radiological Monitoring". (6) Perform required personnel monitoring at the emergency operating centers and supervise any necessary personnel decontamination per P3-19 " Personnel and Equipment Monitoring and Decon-tamination". (7) Obtain and process samples from the reactor coolant system, containment air, stack re-release,etc., as requested by the REC per (^T P3-23 " Emergency Sampling" and F3-20 N,_) " Manual Determination of Release Rates". (8) Report all results to the REC via available communication system. ) v EP-#05-A,8
F3-15 Page 9 Rev: 2 ATTACl! MENT A (') (_j OFFSITE SURVEY TEAM EQUIPMENT PACKAGE 1. Each offaite survey team shall be equipped with a kit of the following: QUANTITY REQUIRED ITEM 1 Dose rate instrument RO-2 or equivalent 1 Count rate instrument RM-14 or equivalent 2 2" GM pancake probes 1 Battery powered air sampler 2 Fersonnel self-reading dosimeters (low range) 2 Personnel self-reading dosimeters (high range) 2 TLD's (if individual have a normally assigned TLD they should wear those assigned) i 1 (package) Plastic Sample Bags (approx. 100) 1 (box) Garbage bags (approx.10) 1 (package) Paper towels or handiwipes 2 (roll) Masking tape 20 Silver zeolite cartridges 4 2 Gas Sample Chambers 1 Filter assembly (gas sampler) 1 Suction bulb (gas sampler) 1 (package) Filter paper (gas sampler) 10 One liter poly bottles O~ 1 Box air sampler filter papers l (package) Survey sample labels (approx. 30) 1 Portable radio 1 Flashlight 4 D-Cell batteries 1 Compass 1 Clipboard 4 2 Pens 1 Pad of paper (8 1/2" x 11" minimum size) 1 Road map of State of Minnesota 1 Road map of State of Wisconsin 1 Umbrella 1 Watch or clock 1 Procedures binder (see # 2) 2 (pair) Foul weather (rain) gear 1 Line (approx. 100 feet) 1 Weighted poly bottle holder 2. The Procedures Binder shall contain: 1 package of the following maps: (a) Prairie Island Radiological Sampling Points Map and related list of location discriptions (b) Monticello Radiological Sampling Points Map and related list of location discriptions /~T \\ss/ 1 Copy of EPIP 1.1.10, "Offsite Surveys" 10 Emergency Sample Results Forms 1 Copy of EPIP 1.1.8, " Communications Equipment and Information" -EP-905-A,9 i
F3-15 Page 10 Rev: 2 ATTACilMENT A (Continued) () OFFSITE SURVEY TEAM EQUIPMENT PACKAGE 1 Copy of F3-15, " Responsibilities of the Radiation Survey Teams During a Radioactive Airborne Release" 1 Copy of F3-16 " Responsibilities of the Radiation Survey Teams During a Radioactive Liquid Release" i O I ( EP-#05-A,10 l
F3-15 Page 11 Rev: 2 ATTACHMSNT B ( BETA AND GAMMA SURVEY I. Precautions (1) M9her shall have been source response checked prior to use. (2) Check batteries by switching to BATTERY CHECK position. Replace if necessary. (3) Observe the cold weather operation restrictions (ATTACH-MENT E). (4) All surveys shall be taken at approximately one meter from ground level unless specifically directed by the REC. II. Procedure (1) Energize the instrument. (2) Allow meter to stabilize and zero meter if necessary. (3) Switch to the highest scale and scale down until a () onscale reading is obtained. (4) Hold the instrument approximately one meter from ground level and scan area for maximum reading. (a) Open probe window for beta-gamma reading and record on Figure 2 as " Window Open" reading. (b) Close the probe window for gamma reading and record on Figure 2 as " Window Closed" reading. (5) Determine the beta and gamma dose rates as follows: GAMMA (mrem /hr) " Window closed" reading = BETA (mrem /hr) = " Window Open" reading minus " Window Closed" reading times CF or (w/o - w/c) CF Where 1. CF = beta correction factor for meter or assume 5. l 2. Beta dose rate reported in mrem /hr assuming a quality factor of 1. [} (6) Record results on Figure 2. (7) Report results to REC. EP-#05-A,ll
L. i F3-15 Pcge 12 Rev: 2 ATTACHMENT C PARTICULATE AND IODINE SAMPLING' I. PRECAUTIONS 1. The air sampler shall be placed in an area that will ensure a representative sample. DO NOT place the sam-pler on the ground or on contaminated surfaces. 2. Particulate filters and silver zeolite absorbers must-be installed and removed carefully to prevent cross-contamination from foreign objects. 3. The sample should be a standard 25 cubic foot sample. Sample collection time may be affected if the activity is too high. 4. All samples SHALL be labeled properly with the required information and saved for further analysis. II. PROCEDURE 1. Carefully install a particulate filter and silver zeo-lite absorber into the cartridge / filter paper holder. O NOTE: Install the silver zeolite absorber as fol-lows: INLET HiQ AgZ Flow U Outlet 2. Connect the air sampler to the vehicle power supply as follows: A. CF-18V Air Sampler (1) Connect to 12 Volt battery terminals. Insure there is a good connection. NOTE: Engine should be running to main-tain a steady battery voltage. (2) Set the TIMER toggle switch to either the TIME or the MANUAL POSITION. O EP-905-A,12
.. ~ _ _.. -. _. _ _. -. _. - - 1 i l F3-15 Page 13 Rev: 2 h ATTACHMENT C (Cont.) NOTE: (1) If in the TIME position, set the TIMER DIAL to selected time. When the timer times l out, the sample pump will I automatically stop. (2) If in the MANUAL position, the sample pump must be stepped manually when a designated l Gampling time has elapsed. f (3) Set the PLOW TOGGLE Gwitch to the VARIABLE pos-ition. The air sampler will now start. Record start time on Figure 2. NOTE: (1) DO NOT use HIGli switch posi-tion (causes high flow and [ motor damage). 9 (2) If the sampler begins to run hot, (flow decreasing contin-uously) stop the air sampler i to grevent damage to the unit. I (4) Adjust the flow, using the flow adjustment knob to 2 CFM. l (5) When the sample collection time is complete, I stop the air sampler. Record time on Figure 2. NOTE: If the TIMER was in the TIME pos-ition, the sampler will auto stop when the timer times out. (6) If the TIMER was in the MANUAL position, the air sampler must be stopped manually by placing the PLOW toggle switch to the OFF position when the selected sample time has elapsed. l B. Modified Staplex l i l P NOTE: To use the modified staplex, the vehicle l must be equipped with a power converter. (1) Stop the truck engine and open the bood. Load t the air sampler with new filter and silver l zeolite absorber. EP-#05-A,13 l
F3-15 Page 14 Rev: 2 ATTACHMENT C (Cont.) l (2) Flip the power converter control switch to the " Power Use" position. NOTE: DO NOT change power converter switch while truck is running. Engine must be stopped before changing switch position. (3) Start the engine and raise the engine speed by pulling the manual throttle control out until the red light on the power converter is illum-inated. 1 (4) Plug in the air sampler and start the air sampler. (5) Adjust engine speed as necessary to keep the red light illuminated. (6) Record the sampler start time and flow rate. (?) After about five minutes, record the flow rate and time and turn the sampler off. _s (8) Return engine speed to normal with manual throttle control. (9) Turn the truck off, close the receptacle dust cover and flip the toggle switch to the " Normal" position. 3. Average the initial sample flow rate and the final flow rate. Calculate the total eample volume and record results on Sample Results Log, Figure 2. 4. Carefully remove the particulate filter and silver zeolite absorber and place in a plastic sample bag. 5. Place a sample label on the sample and ensure that all in-formation is completed. 6. Make gross activity estimates in the field by the following methods: A. Particulate Activity - count the particulate filter using an RM-14 (or equivalent) with a 2" GM pancake probe. Estimate the gross particulate activity using the following formula: ~ ( Activity (pCi/cc)= (Background Corrected Count Rate) (4.5x10 uCi/dpm (Probe Efficiency) (Sample Volume, cc's) (CF) i EP-905-A,14 i
- =~
F3-15 Page 15 Rev: 2 ATTACHMENT C (Cont.) ) f NOTE: (1) Probe efficiency =0.1 for RM-14 with a 2" GM pancake probe. (2) Place the 2" GM pancake probe about 1/8" from the filter, with filter outside poly bag. CF= Correction factor for sample size is.3 for 4 inch paper counted with a 2 inch probe. j B. Iodine Activity - count the silver zeolite absorber t using an RM-14 or equivalent. Calculate sample act-ivity using the following formula: Iodine Activity (pCi/cc)= (uCi's on absorber) j (Sample Volume in ec 's) NOTE: (1) p Ci's on absorber = activity on absorber determined from Fig-ure 3 using the cor-i rected count rate. (2) Place 2" GM pancake probe directly on ]_ absorber, with absorber inside poly bag. j (3) If background exceeds 1000 cpm, notify j the REC and proceed to an area of lower background, <1000 cpm for counting, if so instructed by the REC. 7. Record the air sample results on the Sample Results Log (Figure 2) and report the results to the Radiological a l Emergency Coordinator. 8. Save all samples for future analysis. 1 1 O L EP-905-15 i
P3-15 Page 16 Rev: 2 m ATTACilMENT D I i GASEOUS ACTIVITY SAMPLING I. Precautions 1. If hands are contaminated, handle chamber with cotton liners. II. Procedure 1. Remove S.S. Gas chamber, suction bulb and filter ass-embly. 2. Install new filter in filter assembly. 3. Assemble kit so air passes through filter, gas chamber, then suction bulb. 4. Squeeze suction bulb 10 times to obtain representative sample. 5. Shut petcocks on gas chamber. 6. Using an RM-14 or equivalent and a 2 inch GM pancake [2 T probe obtain a count rate of the chamber volume by \\- placing the probe over the mylar window. Log the result as " gross CPM". 7. Obtain a second chamber labeled " Background". Do not open the stop cocks of the background chamber. Deter-mine a background count rate by placing the 2 inch GM pancake probe over the mylar window. Log the results as " Background CPM". 8. Determine the " Net CPM" by subtracting the " Background CPM" from the " Gross CPM". 9. Using Figure 4, apply the " Net CPM"yggtained to determine the gross gas activity in uCi/cc Xe equivalent. 10. Record the air sample results on the Emergency Sample Results Log, (Figure 2) and report the results to the Radiological Emergency Coordinator using the portable radio. 11. Save the sample for future analysis. C'T '\\_) EP-#05-A,16
- -- _.. - =. -. 1 F3-15 Page 17 Rev: 2 ATTACHMENT E COLD WEATHER OPERATION 1. If outside temperature is greater than 32 F (O C), instru-ment use is unlimited. 0 0 2. If outside temperture is between 32 P (O C) and 0 F (-18 C), no instrument should be used for more than 5 minutes. 3. If outside temperature is between 0 F (-18 C) and -20 F (-28 C), 0 no instrument should be used for more than 2 minutes. 4. If the outside temperature is below -20 F (-28 C), no instru-ment should be used unless special batteries (alkaline or Ni-CD) are in instrugent and this would increase the temperature range g to -40 F (-40 C). The instrument should only be used for very short times (less than 30 seconds). i (::) e ? I f-EP-805-A,17 i i
'$1 s FIGURE i [$~*e18 .3 I RADIATION SURVEY TEAM *i Rev: 2 g yI I I SURVEY ROUTE ( ,/ l I / I I / 'i l 1 / y - - T ~ } ~ ~ ~ ~ ~ ~ ~' ~ - y) /,9 ( i 2 e i i i i e I L' 1 ) i \\ ) s __ _ s - / b 8 Lj^% s_ E i YB* d 9 I g/ %\\ ~ ), Ei l 0 / eg < r- ;< "3 g; / / / I / ]ep / l /^ / e I i e N it i jo g K 5 M e \\u . ge ,9 r l* 9 +M k i e5 l a \\\\ / O kx
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- Sample type includes:
Particulate, Gaseous, Radiciodine, Liquid, Area Dose Rate '. p %tks = TEcq,CZxy C%7p n J,. v NN
F3-15 Page 20 Rev: 2 d FIGURE 2 (CON'T) Formulas: 1. Gross Counts Per Minute - Background Counts Per Minute = Net Count Per Minute CPM (gross) - CPM (bkgd) = CPM (net) 4 2. Cubic feet x 2.83 x 10 = cubic centimeters Ft x 2.83E4 = cc 3. pC1/cc = (CPM (ne t) ) (4.5E-7 3,C i/dpm) (particulate) (inst. eff. x 2.83 x 10)) (Total ~ sample volume (cfm) (CF) (see note 2 & 4) 4. TRUE BETA = (WINDOW OPEN READING - WINDOW CLOSED READING) X Beta Correction factor - (see Note 1) NOTES: ~3 1. Assume 5.0 if correction factor is unknown. b 2. Instrument efficiency depends on probes. If using 2" GM pancake probe, ASSUME 10% (0.10 ) efficiency; if using GM tube probe, ASSUME 2% (0.02) efficiency. 3. List factors affecting reading; height of probe, reading inside vehicle, etc. 4. CF (Correction factor for air samples) 0.3 for a 4 inch = filter size paper counted with a 2 2 inch GM pancake probe EP-#05-A,18 V)
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_= .= _=_- 1 \\ PAGE 1 OF 22 EMERGENCY PLAN IMPLEMENTING l PRAIRIE ISLAND NUCLEAR PROCEDURES GENERATING PLANT l NORTHERN STATES POWER COMPANY Number: F3-20 Rev: 2 i History Copy A A Retention Time: 5 Years Reviewed by: i Su d r. l Approved by: ( MANUAL DETERMINATION OF j . O RADIOACTIVE RELEASE i PT5nt'Maq%ger CONCENTRATIONS ] OC#: //- f/- F/ I 1 1.0 PURPOSE I l The purpose of this procedure is to determine the concen-tration and flow rate of radionuclides being released via various effluent pathways: i l a. Steam Release Headers j b. Air Ejectors ~ or c. Shield Building Vent Stack i when the associated radiatior. monitors are off-scale or ) out of service Personriel shall use all available ALARA concepts to maintain radiation exposure within the guide-1 lines of F3-12, " EMERGENCY EXPOSURE CONTROL". NOTE: The radiological controls specified in this pro-cedure are applicable only when there are indi-cations of fuel damage. Normal radiological control practices should be used if there is no fuel damage indications. 2.0 APPLICABILITY This Instruction SHALL apply to the ltadiation Protection Group, the Shift Supervisors and the Emergency Directors. 3.0 PRECAUTIONS (1) The safety of the personnel performing the evolutions l in this procedure is the first priority. l (2) If, for any reason, the survey equipment should fail to function properly or go off scale, all personnel SHALL return to a safe area. ) (3) Periodically check dosimeters and if an individual reaches the maximum authorized exposure, immediately return to a safe area. EP-#23-B,16 .._.. _ _ _.- _ _ _..-- = _._ _ _ _ _ _, _ _ _
P3-20 Page 2 Rev. 2 r ') G' 4.0 AVAILABLE EQUIPMENT (1) TLD's and extremity badges (2) Dosimeters (3) Survey meters (4) Survey sheets (5) Anti-C's (6) Scott Air Paks NOTE: Wearing a Scott Air Pak usually increases work times significantly, thereby result-ing in a larger whole body dose. It may be beneficial to not wear a Scott Air Pak, thereby, receiving a higher internal exposure with a resultant lower whole body dose. Thyroid Blocking agents may be considered. 5.0 PROCEDURE NOTE: When the sampling operation requires entry into I (~N an area of unknown radiological conditions or (,,) high radiation areas, the operation should be formed and completed in the same manner as a Re-entry mission (F3-25) as deemed by the REC. 5.1 Determining Steam Release Activity l 5.1.1 Proceed to the Operational Support Center, when the Shift Supervisor or Emergency Director, or Radiological Emergency Coordinator (REC) deter-l mines that radioactivity has been released via i the Steam !!eaders. 5.1.2 Verify that each individual has the proper dosi-metry and will not exceed any exposure limits as defined in F3-12 " EMERGENCY EXPOSURE CONTROL". NOTE: The respiratory protection, protect-ive clothing, and entry routes of this procedure are not required for Notification of Unusual Event, Alert and some Site Emergency classifica-tions. The REC will define the rad-iological precautions based on the type of accident and accident con-73 ( 6 ditions. %) 5.1.3 Don a full set of Anti-C's and a Scott Air Pak iia as defined by the REC. EP-#23,B-17
I F3-20 Page 3 Rev. 2 l 5.1.4 Obtain a survey meter, Teletector preferred and a seven series key from the S.S. or have the guards open D-3 diesel room door if necessary. 5.1.5 Proceed to enter the Aux Building as defined by the REC. If high radiation levels exist, entry should be made via D-3 if a Unit I accident and via normal Access Control if a Unit II accident. 5.1.6 Continuously monitor the radiation levels and re-cord the results or report to the Radiological Emergency Coordinator. 5.1.7 Upon entry into the Aux Building or at a specified location activate the Scott Air Pak. 5.1.8 Proceed to the AM-2 remote monitor located by the BCMS Panels. 5.1.9 Turn the selector switch to the appropiate steamline and record the dose rate or report to the REC at extension 333. 5.1.10 If the AM-2 is not operational, notify the REC.at i extension 333. 5.1.11 Exit the Aux Building and remove protective clothing at the Aux Building exit door. 5.1.12 The REC shall record the survey results in Figure 1, j. calculate and record the release concentration, (C) I and average flow rate (R) as per the following steps: l ( (a) Obtain and record (Figure 1) the Dose Rate Con-centration Coversion Factor (IDE) by applying the time since shutdown to Figure 2,3,or 4. (b) Calculate and record (Figure 1) the release con-centration (C) in pCi/cc Xe-133 equivalent by multiplying the dose rate in mR/hr times the Dose Rate Concentration Coversion Factor - IDE-(pCi/cc/mR/hr). (c) Determine the time in minutes that the main steam atmospheric dump, the power operated relief valves, and/or the main stean relief safeties were open. O EP-#23,B-18 l
F3-20 Page 4 Rev. 2 ('m ) s v NOTE: The time thag each valve stack is above 230 F is equal to the valve open time. Computer points T0501A, T0502A, T0503A, T0504A, and T0505A are for #11 (21) SG safeties; T0506A is for
- 11 (21) SG PORV; T0507A and T0508A are for the steam dumps
- 11 (21) SG.
Computer points T0521A, T0522A, T0523A, T0524A, and T0525A are for #12 (22) SG safeties; T0526A is for #12 (22) SG PROV; and T0527A and T0528A are for #12 (22) SG dumps. The steam dump does not have to be timed if the affect SG's MSIV is shut. (d) Determine the average discharge flow rate (Figure 1) by multiplying the value flow rate, times the number of c3lves open, times the minutes the valve was open, and ('T divided by sixty. . \\ ') 5.1.13 The release concentration (C) and the average flow rate (R) are used to determine the offsite l dose rates as per F3-13, "OFFSITE DOSE CALCULA-l TIONS". 5.2 Determining Shield Building Stack Gas, Particulate and Iodine Activity The purpose of this procedure is to provide instructions for manually determining the concentration of radioactive gases, particulate, and iodine activity in the Shield Building Exhaust Stack. The Shield Building Exhaust Stack particulate and iodine activity is determ.ned by counting the filter and absorbers i on the High Rmige St ack Gas Monitors 1/2 R-50. The Shield l Building Stack gas activity is determined from the readings l on 1/2 R-22 and 1/2 R-50 or by determining the dose rate on 1/2 R-50 sample chambers. 5.1.2 If 1/2 R-50 or 1/2 R-22 are operable and on scale determine the release concentration as follows: 1 7-(a) Determine and record (Figure 1) the Unit I and ( Unit II Shield Building Stack count rate and/or dose rate and apply to the appropriate calibration curves (Figure 5 or 6) to obtain the release act-ivity in pCi/cc Xe-133 equivalent. EP-#23,B-19
F3-20 Page 5 Rev. 2 5.2.2 If.1/2'R-22 or 1/2 R-50 are not operational deter-mine the dose rate as follows: (a) Obtain protective clothing, surgeons gloves, and respirators as directed by the REC. (b) Obtain the appropriate dosimetry (include finger rings if filters are to be changed) and verify that each individual-will not exceed exposure limits as defined in F3-12, " EMERGENCY EXPOSURE CONTROL". (c) Obtain the necessary dose rate indicating device, either; (1) Teletector or (2) Cutie Pie or (3) RO-2A or (4) PIC -6A and observe the gas chamber survey points of Figure 7. (d) Proceed to 1R-50 (Unit I Shield Building O Stack Moultor) vaults while observing the dose rate. (e) Determine and record the dose rate at the prescribed survey point and the background dose rate outside the vault. l (f) If directed, change the silver zeolite absor-i ber (Ag Z) and particulate filter on the low flow rate section of the sampler. Surgeons gloves should be worn if the filters are hot. N j NOTE: If the AgZ absorber dose rate is high enough to prevent changing the absorber - about 100R/hr on contact - the activity on the ab-sorber can be determined by ob-taining the 12" dose rate while the absorber is installed in the holder. The activity (pCi) would be equal to ghe dose rate'in mR/hr times 3.5x10 (g) Exit the vault and check the dose rate on the f Il AgZ absorber. If the dose rate'is less than L \\# 1 mR/hr, change the filter and absorber on the high flow rate section of the sampler. EP-#23,B-20 ,,w e-,.p er,. w ---y+= c
a 9 F3-20 l Page 6 Rev. 2 O~ l (h) Record the time and sampler flow rate, place the filters and absorbers in poly bags and into the shielded cart. (i) Proceed to 2R-50 and repeat steps e through h on 2R-50. (j) Transfer the filters and absorbers to the hot cell area and determine the count rate with a -i RM-14-pancake probe frisker on contact or at one foot from the AgZ absorber or the dose rate at one foot if the count rate at one foot is off scale. (k) Report the sample times, (on and off), flow rates, gas chamber and background dose rates, and AgZ absorber activity to the Rec at exten-sion 333. (1) Make arrangements to have the samples taken to the counting facility. (m) Return the shielded cart or a spare to the IR-50 Vault. (n) The REC will determine and record the following on Figure 1 for each vent path: (i) Gas chamber dose rate (ii) Gas concentration (Figure 5,6,or 8) in pCi/cc (iii) AgZ Absorber flow rate in cc/ min (iv) Agz Absorber time on-time off; total time in minutes (v) AgZ Absorber total flow in cc's (vi) AgZ Absorber count - dose rate (vii) AgZ Absorber total activity in WCi (viii) Stack Discharge Flow Rate in cfm (ix) Total Activity (I-131) released. (o) The stack radioactive gas and iodine concentra- [) tions and release rates will be insed to determine N-the offsite dose as per F3-13 "OFFSITE DOSE CALCULATION". EP-#23-B,21
1 F3-20 Page 7 Rev. 2 5.3 Determining Air Ejector Discharge Gas Activity The purpose of this procedure is to provide detailed instructions for determining the concentration of radioactive gas in the Air Ejector discharge. If 1-R-15 or 2-R-15 Air Ejector Monitor becomes sat-urated with high level gas, or becomes inoperable, the air ejector gas activity is determined by obtain-ing a dose rate indication on the air ejector dis-charge pipe on the outlet of the Air Ejector Monitor R-15. The source of radiation in the Turbine Building will be the direct radiation from equipment in the Aux Building and mainly from the top of the containments shining on the Turbine Building. Therefore, if you stay as close as possible to the wall between the Aux Building abd Turbine Building you will take advantage of the shielding provided by the wall and Aux Building roof. 5.3.1 Obtain the appropriate protective clothing and respiratory protection as defined by the REC. 5.3.2 Obta?n the appropriate dosimetry and verify that each individual will not exceed exposure limits of F3-12, " EMERGENCY EXPOSURE CONTROL". 5.3.3 Obtain the necessary survey meters: (a) RM-14 with pancake probe and (b) Telector or (c) Cutie Pie or (d) RO-2A or (e) PIC -6A Pigure 12 and observe the Air Ejector Discharge Survey Point of Figure 7. 5.3.4 Proceed to the Air Ejector DJscharge Monitor by go-ing down the stairway by the OSC and then to the affected units Air Ejector Monitot. 5.3.5 Determine and record the Air Ejector Discharge flow rate and the dose rate. 5.3.6 Report the sample time, flow rate, and dose rates to the REC at extension 333. The REC will give direc- ) tions for further sampling. 5.3.7 The REC will determine and record the following on Figure 1: EP-#23,B-22
.=. I j l F3-20 Page 8 Rev. 2 l l (a) Dose-count rate on survey point j (b) Gas Concentration in pCi/cc Xe-133 ) equivalent from Figures 13 and 14. t j 5.3.8 The release gas concentration and flow rate will be used to determine the offsite dose rates as i per F3-13, "OFFSITE DOSE CALCULATIONS". I j i ii ) 3 ) i 1 ) i t 1 i e i i I } i i l i i i i i EP-#23,B-23
l F3-20 Page 9 l Rev: 2 FIGURE 1 MJII'!ITY RELEASE RATES-CONCENTRATIONS m DATE TIME l l I. STEAM RELEASE HEADERS Loop 'A. CONCENTRATION (C) 1. Dose rate mm/hr 2. Dose rate conversion factor, IDE (Fig. 2,3,or 4) pC/cc mr/hr 3. Release concentration C = IDE X True dose rate { C= uC/cc B. FLOW RATE (R) 1. Steam dumps a 4000 cfm; PORV = 2500 cfm; Safeties = 5500 cfm 2. Flow rate (R) = Flow rate (cfm) X No. of vivs open X time vlvs open (min) 60 (cfm)X (#vivs)X (min) R = 60 cfm R = II. SHIELD BUILDING STACK A. GAS CONCENTRATION (C) 1. Dose-count rate: Unit 1 mr/hr-cpm Unit 2 mr/hr-cpm Concentration (Fig. 5,6, or 8) C = Unit 1 Unit 2 pC/cc l B. IODINE CONCENTRATION (C) 1. Sample times Unit 1 ON OFF Unit 2 ON OFF 2. AgZ Count-Dose Rate Unit 1 Unit 2 cpm-mr/hr 3. AgZ Activity (Fig. 9,10, or 11) Unit 1 Unit 2 pC 4. AgZ Total Flow (Flow rate X Time) Unit 1 Unit 2 cc's 5. Stack Concentration (Act. i Total Flow) Unit 1 Unit 2 pC/cc l 6. Total Iodine Released = Con. (Step 5) X Disc Flow (Step C) X 28320 X min. I-131 pCi = X X 28320 X = (Step 5)(Disc Step (min re-C) lease time) C. STACK FLOW RATE (R) 1. Stack Discharge Flow Rate: Unit 1 Unit 2 cfm l l 2. Aux Building Special 4400 cfm, SFP Special 5000 III. AIR F.IECTOR DISCHARGE A. GAS CONCENTRATION (C) f 1. Dose-Count Rate mr/hr-cpm l 2. Gas Concentration (Fig. 13 or 14) C = pC/cc B. FLOW RATE (R) l 1. Flow Rate cfm l ~,
1 l r.W.u Page 10 4 Rev: 2 a. _.1____ a{L__.._ _ _ _4 __ . _. _ _. _ _ _.. _ _ - - _. _. _ _ _ _...____..o________J i. e _._2._. _ ._______a ._..._, ~_ _._ _ i .__-4 u _.. ._}___.._.__..._.._._ t k __1_._ _. 6 t.. ._ a. i i
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I. F3-20 4 Page 15 Rev: 2 4 FIGURE 7 i SIIIELD BUILDING STACK MONITOR SAMPLE CHAMBER i MONITOR POINTS i j _. - ~ I T< ~ J . __ A. PIC-6A j D. RM-14/ 2" PANCAKE -- .y.,. 5
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d F3-20 i Page 20 Rev: 2 FIGURE 12 AIR EJECTOR DISCHARGE MONITORING POINTS <l i ) I~~I MONITORING POINT _.J. _ i i l l ~-- j i V_ R-15 I --.__.._..r 1 1 l l RM-14/2" PANCAKE PIC-6A Place open window of meter in Place probe in dircuc contact with discharge pipe. direct contact with the discharge pipe. 1 i fH t 1 0 2" PANCAKE PIC-6A or l [ f R0-2A t t i RM-14 I i IcC 'c,. 1 i i TELETECTOR CUTIE PIE Place open window on end Place open window of probe in direct contact directly on pipe. with pipe. CD I I CUTIE PIE TELETECTOR gg I \\ s h,-) _ _ T Z.; a ,L.__
F3-20 FIGURE 13 n" Page 21 e AIR EJECTOR GAS CONCEMATION VERSUS COUNT RATE Rev: 2 RM-14 WITH PASCM E PP.0BE e /in~je i
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