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{{#Wiki_filter:rnIAIJIA                     e mceAe DONALD C. COOK NUCLEAR PLANT
{{#Wiki_filter:rnIAIJIA e mceAe DONALD C. COOK NUCLEAR PLANT
~
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      /
instruction or Procedure Temporary Sheet This temporary sheet applies to /~~~~~
instruction or Procedure Temporary Sheet This temporary sheet applies to /~~~~~                                                                                                             EMPORARY Instruction or Procedure No.         ~P           ~~B'gp         ~~nod HEET NO.
Instruction or Procedure No. ~P
Revision No.     +
~~B'gp ~~nod Revision No. +
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USmg JAN       1   21983 This change should be made           a permanent revision to the instruction or Procedure:
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JAN 1 21983 This change should be made a permanent revision to the instruction or Procedure:
hYES ONO ONOT KNOWN,addittonal review required Expirati'on Date:
Originator.
Manag Scdf:
Senior Reactor Operata".
Senior Reactor Operata".
PNSRC                                               t -d Plant Manager Forgn, No. 4330                   REVIaED 7/Ia I
PNSRC Plant Manager t -d Standard Dist. List No.:
VIEIYE                    ORIGINAIa a
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PMP   2080 EPP.006
PMP 2080 EPP.006
                                                                ~
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Pg.2of   3 INDIANA & MICHIGAN EIZCTRIC CCM?ANY DCMID C. COOK NEXZAR PLANT INITIALDOSE     ASSESSMENTS   (GASKKJS) 1.0 OB319CTVGX This procedure provides the Shift Supervisor/On-Site Emergency Coordinator (SS/OSEC)   with a method to initially assess potential off-site           does   effects or unplanned radioactive gaseous releases.
~
2.0 RESPONSIBILITIES 2.1   Upon a projected or prior to activation of a~ the unplanned, Technical radioactive   gaseous release, Support Center,     it               and is the SS/OSEC's responsibility to     make off-site   does projections. The   SS/OSEC     shall also verify the projected values by organizing a Radiation Monitoring                 Team and sending them to appropriate off-site area.
Pg. 2of 3 INDIANA & MICHIGAN EIZCTRIC CCM?ANY DCMID C.
2.2 Technical Support Center       (TSC) personnel assum     the responsibilities of 2.1 upon TSC activation.
COOK NEXZAR PLANT INITIALDOSE ASSESSMENTS (GASKKJS) 1.0 OB319CTVGX This procedure provides the Shift Supervisor/On-Site Emergency Coordinator (SS/OSEC) with a method to initially assess potential off-site does effects or unplanned radioactive gaseous releases.
This procedure   is applicable prior to activation of the         Technical Support Center whenever there is a     significant projected or     unplanned release of gaseous radioactl.v3.ty e 3 0 APPLICAB3ZZTY This procedure   is applicable prior to activation af the Technical Support Center whenever there     is a significant projected or unplanned, release of gaseous zadl.oact3.v3.ty +
2.0 RESPONSIBILITIES 2.1 Upon a projected or a~ unplanned, radioactive gaseous
4.0 INSTRUCTIONS 4.1   Obtain data necessary to make     off-site dose projections.
: release, and prior to activation of the Technical Support Center, it is the SS/OSEC's responsibility to make off-site does projections.
4.1.1     R-15, R-26, and/or R-33     ~tion nanitor readings.
The SS/OSEC shall also verify the projected values by organizing a Radiation Monitoring Team and sending them to appropriate off-site area.
4.1.1.1     If R-26 is off-scale high, obtain a radiation reading at 6" fran the unit vent, sample line.
2.2 Technical Support Center (TSC) personnel assum the responsibilities of 2.1 upon TSC activation.
4.1.1.2     If R-15 or R-33 is off-scale high, obtain         a radiation reading at 6" fran the     GSLD or 83AE   exhaust     line.
This procedure is applicable prior to activation of the Technical Support Center whenever there is a significant projected or unplanned release of gaseous radioactl.v3.ty e 3 0 APPLICAB3ZZTY This procedure is applicable prior to activation af the Technical Support Center whenever there is a significant projected or unplanned, release of gaseous zadl.oact3.v3.ty
4.1.2      Appropriate vent flew rate (Unit Vent, GSID, or           S3AE) .
+
4.1.3      Wind velocity   and direction fzcm the     150 foot elevation.
4.0 INSTRUCTIONS 4.1 Obtain data necessary to make off-site dose projections.
                                                                    .Page 1   of   17 Rev. 3 TP 2
4.1.1 4.1.2 4.1.3 R-15, R-26, and/or R-33 ~tion nanitor readings.
4.1.1.1 If R-26 is off-scale high, obtain a radiation reading at 6" fran the unit vent, sample line.
4.1.1.2 If R-15 or R-33 is off-scale high, obtain a radiation reading at 6" fran the GSLD or 83AE exhaust line.
Appropriate vent flew rate (Unit Vent, GSID, or S3AE).
Wind velocity and direction fzcm the 150 foot elevation.
.Page 1 of 17 Rev.
3 TP 2


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t       PMP Pg. 3 2080 EPP.006 of 3 4.1.4     Determine PASCALL Category as per the table below:
t PMP 2080 EPP.006 Pg.
                  'DT=(T9180ft.T930Ft      ) oC  PASCALL CATEGORY
3 of 3 4.1.4 Determine PASCALL Category as per the table below:
                                    .9                    A
'DT=(T9180ft.
                          -.9 to .8                      B
-.9 to
                          -'.8 to ~
-'.8 to
7                  C
-.7 to
                          -.7 to     ~ 2                  D
.2to
                          .2 to  + .7                     E
+.7 to T930Ft
                          +.7 to  +1.8                     F
) oC
                                  +1.8
.9
      'f G
.8
4.2       meteorological instrumentation is inoperable use Exhibit G to estimate wind speed and PASTEL Category. Obtain wind direction frcm the Visitors Center or State Police.
~
4.3   Select appropriate graph(s) to use and         fillin data blanks.
7
4.3.1     R-26 On-Scale; Exhibit A 4.3.2      R-26 Off-Scale; Exhibit B
~ 2
    ,  4.3.3      R-33 On-Scale; Ehchibit C 4.3.4      R-15 On-Scale; Exhibit D 4.3.5      R-15, R-33 Off-Scale; Exhibit E 4.3.6      Waste Gas Decay Tank Release; Exhibit F KlZE       R-15 On-Scale will always result. in less than 1 mR/hr off-site.
+.7
With steam generator tube ruptures, readings would be expected also on R-33. The dose associated with the release fran a steam generator tube rupture will be the sum of +~ doses calculated fmxn R-15 and R-33.
+1.8
NOZE:     The ability to predict dose rate in the event of a steam generatar tube rupture is dependent upon the release being via R-33 and R-15. If relearns are being made via the safeties ar steam generator PR3V's because of the loss of condenser vacuum ar equipment failure, there is not quick method to calculate dose rate.'ose rate should then be neasured at the site boundary as soon as possible by dispatching a aanitoring team to monitor downwind at the site boundary.
+1.8 PASCALL CATEGORY A
P 4.4    Complete the appropriate graph(s)       to estimate off-site   dose rate as follows:
B C
4.4.1     Draw a straight line connecting       the data points on scales (1) and (2).
D E
4.4.2    Draw a straight.,line connecting       the intersection of scale (3),
F G
faun step 4.4.1, with the data point an scale (4) .
4.2 'f meteorological instrumentation is inoperable use Exhibit G to estimate wind speed and PASTEL Category.
4.4.3    Connect the intersection of scale (5), frcm step 4.4.2, with the data point on scale (6).
Obtain wind direction frcm the Visitors Center or State Police.
4 4 '    Read the 610 aeter site boundary dose rate fnxn the intersection of scale (7), caused by Step 4.4.3.
4.3 Select appropriate graph(s) to use and fillin data blanks.
I Page 2   of 17 Rev. 3 T,P-2 ~
4.3.1 4.3.2
, 4.3.3 4.3.4 4.3.5 4.3.6 R-26 On-Scale; Exhibit A R-26 Off-Scale; Exhibit B R-33 On-Scale; Ehchibit C R-15 On-Scale; Exhibit D R-15, R-33 Off-Scale; Exhibit E Waste Gas Decay Tank Release; Exhibit F KlZE R-15 On-Scale will always result. in less than 1 mR/hr off-site.
With steam generator tube ruptures, readings would be expected also on R-33.
The dose associated with the release fran a steam generator tube rupture willbe the sum of +~ doses calculated fmxn R-15 and R-33.
NOZE:
4.4 Complete follows:
The ability to predict dose rate in the event of a steam generatar tube rupture is dependent upon the release being via R-33 and R-15. If relearns are being made via the safeties ar steam generator PR3V's because of the loss of condenser vacuum ar equipment failure, there is not quick method to calculate dose rate.'ose rate should then be neasured at the site boundary as soon as possible by dispatching a aanitoring team to monitor downwind at the site boundary.
P the appropriate graph(s) to estimate off-site dose rate as 4.4.1 4.4.2 4.4.3 4 4' Draw a straight line connecting the data points on scales (1) and (2).
Draw a straight.,line connecting the intersection of scale (3),
faun step 4.4.1, with the data point an scale (4).
Connect the intersection of scale (5), frcm step 4.4.2, with the data point on scale (6).
Read the 610 aeter site boundary dose rate fnxn the intersection of scale (7), caused by Step 4.4.3.
I Page 2 of 17 Rev.
3 T,P-2
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PMP EPP  INDEX
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INDIANA 5 MICHIGAN     POWER COMPANY DONALD C. COOK NUCLEAR PLANT P ANT MANAGE Index Identi fi cati on                 Title              Revision    iNo.
PMP EPP INDEX INDIANA 5 MICHIGAN POWER COMPANY DONALD C.
Comments Number                                             And Date PMP   2080 EPP.001 Emergency Plan Activation           Revision    3 and Condition Classification         10-12;..82 EPP.002 Unusual Event                       CANCELLED 10-29-81 EPP.OO  Alert                              CANCELLED 10-29-81 EPP.OO  Site  Emergency                    CANCELLED 10-29-81 N
COOK NUCLEAR PLANT P
EPP;00  General  Emergency                CANCELLED 10-29-81 EPP.OO Initial   Dose Assessment           Revilion   3   TP-1, 1-4-83 EXP   NA (Gaseous)                          8-27-82          TP-2,1-.10-83 Exp   NA EPP.007 Initial   Release Assessments       Revision   0   TP-1,2-23-82 Exp     NA (Liquid)                            4-1-81 EPP.008 Initiating   Manning of Emer-     Revision    3 gency   Response   Facilities       10-12-82 8 Calling Off-Duty Personnel EPP.009 Fire Emergency Guidelines           Revision 1.
ANT MANAGE Index Identificati on Number PMP 2080 EPP.001 Title Emergency Plan Activation and Condition Classification Revision iNo.
6-15-82 EPP.010 Toxic Gas Release     Guidelines   Revision.l
And Date Revision 3
                                                            .6-'2-82 EPP.011 Natural Emergency Guidelines        Revisioil   1 11-15-82 t
10-12;..82 Comments EPP.002 Unusual Event EPP.OO Alert EPP.OO Site Emergency N
EPP.012 Initial Off-Site Notificatio        Revision     2
EPP;00 General Emergency CANCELLED 10-29-81 CANCELLED 10-29-81 CANCELLED 10-29-81 CANCELLED 10-29-81 EPP.OO Initial Dose Assessment (Gaseous)
                                      '\                    10-19-82 Page   ~
Revilion 3 8-27-82 TP-1, 1-4-83 EXP NA TP-2,1-.10-83 Exp NA EPP.007 Initial Release Assessments (Liquid)
Rev. Data     l i2   i'}}
Revision 0
4-1-81 TP-1,2-23-82 Exp NA EPP.008 EPP.009 Initiating Manning of Emer-gency Response Facilities 8 Calling Off-Duty Personnel Fire Emergency Guidelines Revision 3
10-12-82 Revision 1.
6-15-82 EPP.010 Toxic Gas Release Guidelines EPP.011 Natural Emergency Guidelines t
EPP.012 Initial Off-Site Notificatio
'\\
Revision.l
.6-'2-82 Revisioil 1
11-15-82 Revision 2
10-19-82 Page~
Rev.
Data l i2 i'}}

Latest revision as of 16:25, 7 January 2025

Public Version of Procedure Temporary Sheet 2 to Rev 3 to Emergency Plan Implementing Procedure PMP 2080 EPP.006, Initial Dose Assessments (Gaseous). Revised Index Encl
ML17320A344
Person / Time
Site: Cook  American Electric Power icon.png
Issue date: 01/12/1983
From: Murphy C, Townley E
INDIANA MICHIGAN POWER CO. (FORMERLY INDIANA & MICHIG
To:
Shared Package
ML17320A343 List:
References
PMP-2080-EPP., PMP-2080-EPP.00, NUDOCS 8302080042
Download: ML17320A344 (7)


Text

rnIAIJIA e mceAe DONALD C. COOK NUCLEAR PLANT

~ /

instruction or Procedure Temporary Sheet This temporary sheet applies to /~~~~~

Instruction or Procedure No. ~P

~~B'gp ~~nod Revision No. +

The fallowing change

( Q naw requlmment

(

)

shall ha Instituted effective (Date)

EMPORARY HEET NO.

~~kCPCP P<~

a

+a J 7 ~+ /~+a= ~ 0

/>>

P O~

ar 7

~j~

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ChCF 4~ s Q~i Q /. g

~c ow mc.~vw~cg4 Wl~a~o~

(~~ c ~.

/rar s WaSQ C T USmg C.~ 6g=

Z-u> Q a ~ S ~P r~c o ZZ'K'.7-TY+~

JAN 1 21983 This change should be made a permanent revision to the instruction or Procedure:

hYES ONO ONOT KNOWN,addittonal review required Expirati'on Date:

Originator.

Manag Scdf:

Senior Reactor Operata".

PNSRC Plant Manager t -d Standard Dist. List No.:

Distribution:

Forgn, No. 4330 I

REVIaED 7/Ia a

TAggM Mgh. W/2 %sg g I4b.

ga gage

'8302080042 830i27 (PDR ADOCK 050003i5

.'";;j'. p;.F -,,

PDR VIEIYE ORIGINAIa CANARY ORIGINATOR COPY PINK vroRKDIGCOPY I

-r gal '

Is.s rgs',".,~,'~grr r;chn )a '

'a'.y', n.'.;res 'r;:g. ','..asr"gsr'rr...,,',r ~wc< i>> -rr.serfs tm

0 S

PMP 2080 EPP.006

~

~

Pg. 2of 3 INDIANA & MICHIGAN EIZCTRIC CCM?ANY DCMID C.

COOK NEXZAR PLANT INITIALDOSE ASSESSMENTS (GASKKJS) 1.0 OB319CTVGX This procedure provides the Shift Supervisor/On-Site Emergency Coordinator (SS/OSEC) with a method to initially assess potential off-site does effects or unplanned radioactive gaseous releases.

2.0 RESPONSIBILITIES 2.1 Upon a projected or a~ unplanned, radioactive gaseous

release, and prior to activation of the Technical Support Center, it is the SS/OSEC's responsibility to make off-site does projections.

The SS/OSEC shall also verify the projected values by organizing a Radiation Monitoring Team and sending them to appropriate off-site area.

2.2 Technical Support Center (TSC) personnel assum the responsibilities of 2.1 upon TSC activation.

This procedure is applicable prior to activation of the Technical Support Center whenever there is a significant projected or unplanned release of gaseous radioactl.v3.ty e 3 0 APPLICAB3ZZTY This procedure is applicable prior to activation af the Technical Support Center whenever there is a significant projected or unplanned, release of gaseous zadl.oact3.v3.ty

+

4.0 INSTRUCTIONS 4.1 Obtain data necessary to make off-site dose projections.

4.1.1 4.1.2 4.1.3 R-15, R-26, and/or R-33 ~tion nanitor readings.

4.1.1.1 If R-26 is off-scale high, obtain a radiation reading at 6" fran the unit vent, sample line.

4.1.1.2 If R-15 or R-33 is off-scale high, obtain a radiation reading at 6" fran the GSLD or 83AE exhaust line.

Appropriate vent flew rate (Unit Vent, GSID, or S3AE).

Wind velocity and direction fzcm the 150 foot elevation.

.Page 1 of 17 Rev.

3 TP 2

V

~

~v

t PMP 2080 EPP.006 Pg.

3 of 3 4.1.4 Determine PASCALL Category as per the table below:

'DT=(T9180ft.

-.9 to

-'.8 to

-.7 to

.2to

+.7 to T930Ft

) oC

.9

.8

~

7

~ 2

+.7

+1.8

+1.8 PASCALL CATEGORY A

B C

D E

F G

4.2 'f meteorological instrumentation is inoperable use Exhibit G to estimate wind speed and PASTEL Category.

Obtain wind direction frcm the Visitors Center or State Police.

4.3 Select appropriate graph(s) to use and fillin data blanks.

4.3.1 4.3.2

, 4.3.3 4.3.4 4.3.5 4.3.6 R-26 On-Scale; Exhibit A R-26 Off-Scale; Exhibit B R-33 On-Scale; Ehchibit C R-15 On-Scale; Exhibit D R-15, R-33 Off-Scale; Exhibit E Waste Gas Decay Tank Release; Exhibit F KlZE R-15 On-Scale will always result. in less than 1 mR/hr off-site.

With steam generator tube ruptures, readings would be expected also on R-33.

The dose associated with the release fran a steam generator tube rupture willbe the sum of +~ doses calculated fmxn R-15 and R-33.

NOZE:

4.4 Complete follows:

The ability to predict dose rate in the event of a steam generatar tube rupture is dependent upon the release being via R-33 and R-15. If relearns are being made via the safeties ar steam generator PR3V's because of the loss of condenser vacuum ar equipment failure, there is not quick method to calculate dose rate.'ose rate should then be neasured at the site boundary as soon as possible by dispatching a aanitoring team to monitor downwind at the site boundary.

P the appropriate graph(s) to estimate off-site dose rate as 4.4.1 4.4.2 4.4.3 4 4' Draw a straight line connecting the data points on scales (1) and (2).

Draw a straight.,line connecting the intersection of scale (3),

faun step 4.4.1, with the data point an scale (4).

Connect the intersection of scale (5), frcm step 4.4.2, with the data point on scale (6).

Read the 610 aeter site boundary dose rate fnxn the intersection of scale (7), caused by Step 4.4.3.

I Page 2 of 17 Rev.

3 T,P-2

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PMP EPP INDEX INDIANA 5 MICHIGAN POWER COMPANY DONALD C.

COOK NUCLEAR PLANT P

ANT MANAGE Index Identificati on Number PMP 2080 EPP.001 Title Emergency Plan Activation and Condition Classification Revision iNo.

And Date Revision 3

10-12;..82 Comments EPP.002 Unusual Event EPP.OO Alert EPP.OO Site Emergency N

EPP;00 General Emergency CANCELLED 10-29-81 CANCELLED 10-29-81 CANCELLED 10-29-81 CANCELLED 10-29-81 EPP.OO Initial Dose Assessment (Gaseous)

Revilion 3 8-27-82 TP-1, 1-4-83 EXP NA TP-2,1-.10-83 Exp NA EPP.007 Initial Release Assessments (Liquid)

Revision 0

4-1-81 TP-1,2-23-82 Exp NA EPP.008 EPP.009 Initiating Manning of Emer-gency Response Facilities 8 Calling Off-Duty Personnel Fire Emergency Guidelines Revision 3

10-12-82 Revision 1.

6-15-82 EPP.010 Toxic Gas Release Guidelines EPP.011 Natural Emergency Guidelines t

EPP.012 Initial Off-Site Notificatio

'\\

Revision.l

.6-'2-82 Revisioil 1

11-15-82 Revision 2

10-19-82 Page~

Rev.

Data l i2 i'