ML20069F082
| ML20069F082 | |
| Person / Time | |
|---|---|
| Site: | Cook  |
| Issue date: | 08/31/1982 |
| From: | Will Smith INDIANA MICHIGAN POWER CO. (FORMERLY INDIANA & MICHIG |
| To: | |
| Shared Package | |
| ML17319B529 | List: |
| References | |
| PROC-820831-01, NUDOCS 8209270463 | |
| Download: ML20069F082 (28) | |
Text
- . . . - . .. .-... - . - - . - - - - -. _ . ~ . .. . - . . - . . . . . . ..-..-~-.m.a-..- --
= Y 4
INDIANA ELECTRIC COMPANY
& MICHIGAN -
m DONALD C. COOK NUCLEAR PLANT PROCEDURE COVER SHEET l,
Procedure No. PMP 2080 EPP.006 l
Revision No. 3'
.. ~_. _ ..
TN INITIAL DOSE ASSESSMENTS (GASE0ljS) l SCOPE OF REVISION Revision 1: Complete revision to simplify dose calculation technique.
l Revision 2: Revised curves, corrected errors in procedures, and added Waste Gas Decay Release curve. Incorporated Temporary Changes 1 & 2.
Revision 3: Deleted 1200 meter site boundary dose calculation, I consider site boundary 610 meter for all calculations and added SR0 review of dose calculation.
_ b
~ ~ ~
SIGNA *IURES s 1
Rev.1 Rev.S ~~
ORIGINAL REV.2 PREPARED BY h,h g -
QUALITY ASSURANCE v /t O' 'M 'V INTERFACING DEPARTMENT /
HEAD CONCURRENCE L
/ N.A. /
(/ N.4. /@ M A<e v H
V __
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DEPARTMENT READ APPROVAL N.A. p, g , pp A/A S I MMITTEE h ;p-_ [.
-t- W/ ,(( g(M -
l' AP OVAL _
N gj MM7"7k 8'87-84, 3-31-81 (0-27 -9l h-- -
- DATE OF ISSUE .
--ana- n < m c,-_ u g g 8209270463 820910 -
l
~
PMP 2080 EPP.006 LIST OF EFFECTIVE PAGES Page Number Revision Number And Date Page 1 of 17 Revision 3, 08-27-82 Page 2 of 17 Revision 3, 08-27-82 Page 3 of 17 Revision 3, 08-27-82 Page 4 of 17 Revision 3, 08-27-82 Page 5 of 17 Revision 3, 08-27-82 Page 6 of 17 Revision 3, 08-27-82 Page 7 of 17 Revision 3, 08-27-82 Page 8 of 17 Revision 3, 08-27-82 Page 9 of 17 Revision 3, 08-27-82 Page 10 of 17 Revision 3, 08-27-82 Page 11 of 17 Revision 3, 08-27-82
']) Page 12 of 17 Revision 3, 08-27-82 Page 13 of 17 Revision 3, 08-27-82 Page 14 of 17 Revision 3, 08-27-82 Page 15 of 17 Revision 3, 08-27-82 Page 16 of 17 Revision 3, 08-27-82 Page 17 of 17 Revision 3, 08-27-82 V
Page 1 of 1 Rev. 3 en wy e#w , * ;. **w-e og P ; -* *-* swr *Wr**""***'+*y*"* * " " J'N *I
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. PHP 2080 EPP.006 4
i -m INDIANA & MICHIGAN ELECTRIC COMPANY
! 4. .) DONALD C. COOK NUCLEAR PLANT
, INITIAL DOSE ASSESSMENTS (GASEOUS) ,_
f
! 1.0 OBJECTIVES -.
] This procedure provides the Shift Supervisor /On-Site Emergency 2
Coordinator (SS/OSEC) with a method to initially assess potential i off-site dose effects of unplanned radioactive gaseous releases.
2.0 RESPONSIBILITIES _ ,
f- 2.1 Upon a projected or actual unplanned radioactive gaseous release, .
1 and prior to activation of the Technical Support Center, it is j the SS/OSEC's responsibility to make off-site dose projections, j The SS/0SEC shall also verify the projected values by organizing 3 a Radiation Monitoring Team and sending them to appropriate off- ~
site areas.
2.2 Technical Support Center (TSC) personnel shall assume the respon-sibilities of 2.1 upon TSC activatien.
1 This procedure is applicable prior to activation of the Technical Sup-port Center whenever there is a significant projected or unplanned release of gaseous radioactivity.
I 3.0 APPLICABILITY f
- This procedure is applicable prior to activation of the Technical Support Center whenever there is a significant projected or un-planned release of gaseous radioactivity.
s
. 4.0 INSTRUCTIONS ,
/
4.1 Obtain data necessary to make off-site dose projections. s 4.1.1 R-15, R-26, and/or R-33 radiation monitor readings.
4.1.1.1 If R-26 is off-scale high, obtain a radia-a tion reading at 6" from 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" from the GSLO or j SJAE exhaust line.
t 4.1.2 Appropriate vent flow rate (Unit Vent, GSLO, or SJAE).
, 4.1.3 Wind direction and velocity.
5 J
Page 1 of 17 -
i Rev. 3
.. - ..- ~.... -.,
g, .. w , . - ~ L .. - . . -- . r . : - g,
[
! ('T 4,. s l
- 4.1.4 Determine PASCALL Category as per the table below
l AT=(T@l80ft. - T@30ft.)*C PASCALL CATEGORY
, < .9 A l .9 to .8 B
! .8 to .7 C
! .7 to .2 D
, .2 to + .7 E
+.7 to +1.8 F
> +1.8 G i
4.2 If meteorological instrumentation is inoperable use Exhibit G to estimate wind speed and PASCALL Category. Obtain wind di-rection from the Visitors Center or State Police, j 4.3 Select appropriate graph (s) to use and fill in data blanks 4
4.3.1 R-26 On-Scale; Exhibit A 4.3.2 R-26 Off-Scale; Exhibit B 4.3.3 R-33 On-Scale; Exhibit 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
'.) NOTE: 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 from a steam generator tube rupture will be the sum of the doses calculated from R-15 and R-33.
I NOTE: The ability to predict dose rate in the event of a steam generator tube rupture is dependent upon the release be-ing via R-33 and R-15. If releases are being made via the safeties or steam generator PORV's because of the loss of condenser vacuum or equipment failure, there is no quick method to calculate dose rate. Dose rate should then be measured at the site boundary as soon as possible ay dispatching a monitoring team to monitor downwind at the site boundary.
1, 4.4 torpleta the appropriate graph (s) to estimate off-site dose rate as follows:
4.4.1 Draw a straight line connecting the data points on scales (1) and (2).
. 4.4.2 Draw a straight line connecting the intersection of scale (3), from step 4.4.1, with the data point on scale (4).
. 4.4.3 Connect the intersection of scale (5), from step 4.4.2, with the data point on scale (6).
4.4.4 Read the 610 meter site boundary dose rate from the intersection of scale (7), caused by Step 4.4.3.
Page 2 of 17 Rev. 3 i
,. .,.~e,-,,. . , , ,, _.- _. _ , . . ~ . . . . ~. m. g ; ,,_. 7_
p __ ___.
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1 PMP 2080 EPP.006 G NOTE: Although the site boundary is 1200 meters from the plant
'-i r for wind directions (from) 250' - 305*, for protective
, action recommendation purposes the site boundary is always
- considered to be 610 meters.
1 NOTE: The dose will occur where the wind is blowing toward. To j convert Wind Direction (fron.) to towards, Exhibit H of this procedure may be used.
i
- 4.5 Classify the condition as follows
a Site Boundary j Dose Rate Classification _ _ . _ _
[
k 2 mR/hr Alert
. 2 50 mR/hr Site Emergency
- 2 250 mR/hr General Emergency NOTE: For wind directions over (toward) the lake consider the site boun-dary dose rate to be the same as the 610 meter dose rate.
4.6 When the projected dose rate is 2 250 mR/hr, the SS should recom-
! mend to local authorities immediate sheltering within a 2 mile ra-diu: of the plant and for 5 miles downwind in the affected sector (s).
[3 For wind directions over the take, evacuation is appropriate.
. v
, 4.7 Return to PMP 2080 EPP.001 as applicable.
t J
./
Page 3 of 17 Rev. 3
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EXHIBIT A I .
R-26-ON SCALE . .
f i 610 METER WIND ASO M i DOSE RATE CATEGORY q COUNT RATE cpm Cl/SEC OUT VENT (RAD /HR)
- 10 0
UNIT VENT
"^ --g f --G
--F 8 0 cfm) 7-10 710 2N,t i'0 -
I T [ --10-8 --E
] ..
5 ~~0
--- 10 --80-8
.. .. !O ' --
^
[ ..
10-3 100 - -5 f
? --10* 80,000-- --
f :: 4 30-2 --10'* 70,000 . ~ 10 "'. l 5 .
! 3
--10 50,000--
A 3r f, '
- lO-s 40,000-- -g j _
g g . . gO-7 30,000-- --50 ;
j --
) -
- 10 ~'.
j
- -- 10'e .- --10 0 iO' - -
20,000 -
--A Wind From Wind Towards 610 M Dose Rate
($tte Boundary Dose Rate)
Date/ Time
@ @ -@ g g,
a H
) *4.4.1 Draw a straight line coitnecting the data points on scales C
(1) and (2).
- 4.4.2 Draw a straight line connecting the intersection of scale (3),
j from step 4.4.1, with the data point on scale (4).
1
- 4.4.3 Connect the intersection of scale (5), from step 4.4.2, with
'l the data point on scale (6). .
1 s
i
- 4.4.4 Read the 610 meter site boundary dose rate frem the intersection f of scale (7), caused by step 4.4.3.
4
}
2
- Corresponds with Procedure Instructions 5
Page 5 of 17 Rev. 3 Lm _ . _ . .
_z _.~__, m_ . ..
n
_...-.._.7_.7_=_---- ;~
, , - . 7. - . - - - - .
r.
- i O W, ~
i -
- .u !, ! i i i .
,i i , ,
i' i
i i R-26 -OFF SCALE!
i i i ! 1 -
PASQUILL 3
i !' =
CATEGORY i Cl/SEC ;
UNIT G 1 OUT R/hr @ 6. VENT '
UNIT FLOW l0M UNIT VENT VENT 610 METER WIND
-F j SAMPLE LINE DOSE RATE RATE SPEED 2
-.107 (RAD /HR) (CFM) (MPH)
J, 10 - -
__ 200,000 .. E
- . I 6 -
10s :-10
- D
.10' 5
{ l0
~ ~
-10 5 f~10 4
i00,000 - -
---5 -
-C 5 -
-10 3
- -10 2 _ _
l1 - - -
-10s _ _ _ _
.3
-10 2
.. -- 10
~
l}
~
1 7 10-' - -
g gol 50,000 - -
10 , --
g - -
o gg gj g>y _ _
.-10 _ -
y sg -
i
-B Si" mm
... - - - ~o
-i m
,:1 " o* T 7 10-2 2 -
-IO-i m
-l0 m,
- ja - 50
~ .m
. .._go-2 ._ _
g
- _ _ m L-) ~
I 0- 3 10' . ;-10-3
- -2 -
20,000-- 100 A 1
Wind From '0 ate @
/Ti@me -
ej t
Wind Towards (6:.0 M Dose Rates ite Boundary, DGse)
By i Reviewed ByjSR0
_ _ . . _ _ _ , _ . . _ . - ,_ . _ . .. _ - -. .m. _ - m- _m .m .-
q g -
EXHIBIT B .
1 4
f . . .
l R-26-OFF SCALE h_
'3 PASOUILL Cl/SEC CATEGORY UNIT --G
. R/hr (~0) 6" VENT IOM UNIT VENT VENT FLOW o) SAMPLE LINE
-- 07 610 METER DOSE RATE R^ WIND SPEED
--F
__lo2 (RAD_ /HR) (CFM)
I 200,000--
_ _"i --g
-lOs k lO' ~
--D E "
g 9
-_-10' fio s 5
g-lO flO 4 100,000- -
~
- :10o 3
--5 -
-C
,_ --l0 .. --
~~
_iO.
{
i
- 10-'
- 10, 90 M
_j
. l iO i
~
As . ..
viO-
- . O'8 g [
.. : 10g
.lo-8 __ _
[
- 50 o.
.: . lo-2
- 10 - - 10' . -
3 20,000-- T-100 --A
@ s @ @ @
Wind From wtnd Toma_ - ras Cate/Ti@me (6 0 M Dose Rate $ te Bouncary uussi By.
P
- 4.4.1 Drdw a straight line connecting the data points on scales
, (1) and (2).
h *4.4.2 Draw a straight line connecting the intersection of scale (3),
j from step 4.4.1, with the data point on scale (4).
1 I *4.4.3 Connect the intersection of scale (5), from step 4.4.2, with 3 the data point on scale (6).
jd
- 4.4.4 Read the 610 meter (site boundary) dose rate from the intersection
! of scale (7), caused by step 4.4.3.
- Corresponds with Procedure Instructions k
Page 7 of 17
, Rev. 3
' . ; . . , , .c,-
c -, . . _ , - - , - . . , . - , - - - - - - - - - -
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k
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()
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k)
-l ls.~ ) : ;
! i
, t i a lR33- ON SCALE
- ! l l t , : i i ^,
i i i !
i GSLO 610 METER DOSE RATE FLOW RATE WIND i CPM U
(RAD /HR) CFM hI'SEC SLO SPEED PASQUILL 6
--10 -1 10,000 MPH CATEGORY
.10 r lO-i -
l G
-2
-10 -
-F
__lo Z
o .
i 5 - - --10-3 - -
-._ lo _ . _ . E
-4
~. -
3 hlO
[ _;. g o-5 -
-1000 _
_o
! 4 :: - - --
t
-10 : .- 10-4 .
- :~. >-
.I
--10-8
--10-7
- :10-5 10 1
--C 3 - -
-10 8
- jj . .. _
10-6 .:
- -10 0 j! xo -9 -
10 - -
.1, .Ea. . .
_._lo-7
- _- n, ,
um 2 : f 10 o E5 y;, o
_lo
--B -
m 1
-o
-: 10-i ,
~ ~
j ,_,
-ig 8
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n
.j -- -
Q
-82
~ ~
q ' --10 _ .
4 10' -
9 8
-- ~
10
- 10 0 A
11
..j i
Wind From 610 M Dose Rate
@ @ Date/ Time
- .j , '4ind Towards (Site Boundary Dose Rate) By , , , _ , , _ _ _ _ _
, -~Revi ewed By SRO
EXHIBIT C ~
i.
R33-ON SCALE g
1 610 METER GSLO k CPM DOSE RATE FLOW RATE CFM wtND fs#Lo (RAD /HR)
, 7710s SPEED pAsquitt gio-a . :30-1 --10,000 MPH CATEGORY gI :: ..
_.l ,_G FiO-=
.- 10'* " --e s
j -
--lo -- O'3 -- ' -
- }
- _io s -Fiv*
~~
-E 3 --
4 --
-ilO -'
E/ . D ~#
-j] ..-10* : -10 .
- f. _
cf . -
10
~
--C t =ie- -
. ; go-9 N10 0 .
- -10 2 --10'7
- .;go*C ~~ "
- -g I
-- 10, .; 10'"
_-_- a g, - - 10 ' "
-il6'2 _~;
__30-9 ,,
i QWndFrom Nind Tot.ards 610 M Dose Rate Date/Titne
- - 10 T 10 0
--A
')
($lte Boundary Dese Rate) By
- 4.4.1 Draw a straight line connecting the data points on scales (1) and (2).
- 4.4.2 Draw a straight line connecting the intersection of scale (3),
from step 4.4.1, with the data point on scale (4).
- 4.4.3 Connect the intersection of scale (5), from step 4.4.2, with the data point on scale (6).
, . *4.4.4 Read the 610 meter (site boundary) dose rate from the intersection of scale (7), caused by step 4.4.3.
j
.]
- Corresponds with Procedure Instructions Page 9 of 17 Rev. 3
- - = - - - - - -
- . .m
- I' l <m .
{
gj U t_)
! i .
RI5-ON SCALE '
(FLOW RANGES BETWEEN ICFM-1,000 CFM) ,
[
d 610 METER Cl/SEC DOSE RATE FLOW RATE THRU STAE ID )
--lOs RELEASE RATE (RAD /HR) 710-2 (cfm) h PASQUILL WIND 1000 l CATEGORIES
- 10-2 l
..-10-3 -
--G
-4 -
-F Q 1; 3 3 --10-4 W
._ lo :-
6 10-5
--E q.
10-4 4 610-6 --10 0 --o 4
f,f -
-10 -8
--10 . ,lo-7 a j . [
~
-s 171 0 10
-C .
--lO -
. 20
-10 3 " (
l --
--10 r
-- 40 J d --10-7 ;
[10-1
~
-10 f
- 60 i xo - -
-B a
,l
-10 2
_. 0 10_i gg j c 'o ej "5 - - -
- -10-12 gg
~g i o
- 80 i
- --10_3 - .
o
- 1 ~
l
. j. G -
' 3 @ ;
__ go - -
o ;
_ g o-lo --I 10 0 -- A 8
~ 3 0-14
'l @ @ @ @ @ @ @ ;
.] Wind from 610 f4 Dose Rate Date/ Time ~
'i Wind Towards l(Site Boundarv Dose Rate) BY Reviewed By SR0 )
a : , i
I' .
EXHIBIT D l
t l
RIS-ON SCALE .
(FLOW RANGES BETWEEN ICFM-1,000 CFM), ,
(h.
610 METER FLOW RATE DOSE RATE '"
'l CI/SEC THRU STAE CPM
--lo s RELEASE ATE (RAD /HR) elO-2 (cfm) h PASOUILL WIND
--I --I CATEGORIES
- :10 2
.;io-3 2
a
--G j .. .
~~
--A ..y i 3
- 10'3 -
10'*
i -
-80 '
I : ~
-LIO-5
--E
. --10 0 D l 4 -- -8
-W T %
- , gO'#
t ._
l $10'8 __ 30 --C i
-:10's I
t
'~
3 .
20 ii --IO , rlO*' "
-- 40
{ .. -:10~7 -
-80
-L IO-'O
. ~ ' ~
3 .-
60 10 * '4
-10 8
-.-lO s g
-h lO*'* .
80
. .. -:10 ,,
, ., 3 ,
.. o
_ t o' '
. lo-io --I _ loo ..A l .
.' 3 0-84 f @ @ @ @ @
) wine From @610 M cose mate @ cate/ Time 63-wtad To ares (site soune.ry oos nat.) 87
,a) .
- 4.4.1 Draw a straight line connecting the data points on scales (1) and (2).
I l *4.4.2 Draw a straight line connecting the intersection of scale (3),
from step 4.4.1, with the data point on scale (4).
I *4.4.3 Connect the intersection of scale (5), from step 4.4.2, with the data point on scale (6).
]
] '
- 4.4.4 Read the e10 meter (site boundary) dose rate from the intersection of scale (7), caused by step 4.4.3.
- Corresponds with Procedure Instructions t
f Page 11 of 17 Rev. 3 k
p m.m. ..,, . -. - . .
_ . _ _ _ _ _ . _ . . _-- _ = - - _ = . -
- ! a o o .
J STEAM JET AIR EJECTOR i r
GLAND ' SEAL EXHAUST - OFF SCALE . !
GSLO or SJAE L '
EXHAUST PASOUILL 610 METER FLOW RATE CATEGORY i DOSE RATE WIND.
(R AD/HR ) (cfm) SPEED G l ,RSJAE 'Hr @ or 6.. GSE FROM Cl/SEC OUT #N
.go 3 2
SJAE/GS _ _ _
-F I
-IO 3 --
- . : ::10 :
- -10 2 --
-E
~
- ,io i
__io 2 i - -
--10' 4 -
-D
-:10 o t ::
4
- 10 . .
_ _ gogo __ l I
4 .:10-8 i 0 0 t
._ lo _
_10 ;;Io-2 --
1 _ _
-C
- j
~
. _ ..,go-3 -
- 10
.j _ ,
- _ g o-l :: --
.'. :: -;10-4 1
_ lo_i
~
- --:10-2 p, __ 10 0
~ ~
_;;o-5 1 :: -
-B m,
) @m $ o
- 10-6 f
54
..'i w ;; --10-2
-10
- 3 ~~
=~
.i o :: - -
, l o-7 - -
qg m o J % . . -
m
.] q - -
. 10~4 _ _-
0 8 ,
a, . .
o 1
__lo-3 -
- 10 10 0 --A =
i l
ind From 3
10 M Dose Rate
@ h .
h Date/ Time b i i Wind Towards (Site Boundary Dose Rate) By Reviewed By SR0 i i e i ;
i
EXHIBIT E
~
f .
?
GLAND SEAL EXHAUST -OFF SCALE
~
GSLO or SJAE EXHAUST PASOUILL FLOW RATE CATEGORY k0 ETEk pA (cfm)
WIND
--G R/Hr @ 6" FROM (RAD /HR) SPEED SJAE or GSE Cl/SEC OUT _-10,000 (ups) t 2 SJAE/GS --10 3 --
__g . _p
- 10 3 ~~
- -- 10 . gO 2 --
--E
-- 2 8 -
-.[0 ..l0
-10' 5 o .. --D
--10' --1000 --
- -- 10,, --
0 0 '
--10 -:-10
--10-8 --
l4 - -
--C
~~
3 LIO
- - 10 , ,
, ! Net --
- i= -
B E
--10-2
-10'3 - .
=
~: .
-;10-7 -
-- [
1 -
--10'4 - -
<; --lO.a *
- 8 0~ 3 .
- 10 0 --A gind From Q310 M Dose@ Rate Date/ Time e @ O I ' Wind towaras . ($1te Boundary Cose Kate) By t
t l *4.4.1 Draw a straight line connecting the data points on scales j (1) and (2).
e f *4.4.2 Draw a straight line connecting the intersection of scale (3),
, from step 4.4.1, with the data point on scale (4).
I
- 4.4.3 Connect the intersection of scale (5), from step 4.4.2, with
- the data point on scale (6). ,
l *4.4.4 Read the 610 meter (site boundary) dose rate from the intersection of scale (7), caused by step 4.4.3.
1
- Corresponds with Procedure Instructions
?. . -
Page 13 of 17 Rev. 3 I
p-,,~y,-,,-.- , , , , -
-,...- 7 e - - -, --
.------,---~7----
_ _ _ = _ _ . . . _ - _ - - - - - - _ - - -
4
' N
~
O U, i E_;
I i
}
],
R-26-WASTE .
GAS DECAY TANK RE. LEASE: i l . l I ;
PASQUILL '
Cl/SEC OUT '
WIND CATEGORY UNIT VENT UNIT VENT SPEED --G 610 METER COUNT FLOW RATE RATE - -
DOSE RATE (MPH) !
(cfm)
__10 - -
--10 r
1, . .
-E
^) =,go -s - -
\
- -g
-10 5 2
. .: ~ _ __ l d
_~ : : :10-2 100,000
.. - - --5
,9; - - - -
- - - _3 _ _
4 + 10
-10 j
- ': __ g o-l - -
-10
--C 3 , ,
- 10 - -
j _ ._
') --10 3 50,000- - - -
i
-2
- l O'S
- i _ _
10 : : __
~ . .
-B mm
[fy- -
$ -10 -6 ~ ' ' '
- g. g 2 5%
..vc : :10
-50
=
-m s
-7 - -
,?
--4 o -3 m
-10 --10 m
d;4% - _ _
?
1 t; . _
10 0 8 cn
. 10' ~~
-8 20,000--
--10 --A
@i @ 610QsseRate@ @ @
ij Wind from .
Date/ Tim @e ;
} Wind Towards (Site Boundary Dose Rate) By Reviewed By SR0
,j l: !
l l ! I
j EXHIBIT F , .
l l R-26-WASTE GAS DECAY TANK RELEASE' @ !
5 Cl/SEC OUT PASOUILL i
UNIT VENT WIND CATEGORY t COUNT 610 METER UNIT VENT SPEED ~
- RATE .-
DOSE RATE FLOW RATE (MPH)
CPM ge9m) __p (RAD /HR) . _g I' --lo s
-10 0 j
j :: --
--10 "
200,000 e g .. .-
ii -
-E
~~
l .. .. $- 10 --
--10 5 _ _; -
_o
,-; ..lo-2 --
.. : 100,000-- --
j l --lO 4
__ i o-' -
. ;10 -
M_
--C
_io
--40 5- .. -
Dup 00--
.-.go.s
.E --
10 2 _
I __
-8 m l 2
.-io-5 --
E a -- 10 .. --
-50 M
) " .. -.
m 3
- : -10'7 ..
-- ~~
-10 0
- - 10' --
. -Io e 20,000--
> --A
@ @ @a Wind From 610 se Rate @ Date/ Tim @e @ @
Wind Towards (Site Boundary Dose Rate) By h
i b
- 4.4.1 Draw a straight line connecting the data points on scales j,1 (1) and (2).
k y *4.4.2 Draw a straight line connecting the intersection of scale (3),
from step 4.4.1, with the data point on scale (4).
j *4.4.3 Connect the intersection of scale (5), from step 4.4.2, with the data point on scale (6).
- 4.4.4 Read the 610 meter (site boundary) dose rate from the intersection of scale (7), caused by step 4.4.3.
1 l
l
- Corresponds with Procedure Instructions f
Page 15 of 17 Rev. 3 Ip _
i s A*"* ",7-[*" "7'
- 7
" [ ***3.'" 7 V"" .I YTN* ' ' '
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i PMP 2080 EPP.006 EXHIBIT G (m "
- If the meteorological tower instrumentation is inoperable, atmospheric conditions may be estimated using the tables below
WIND SPEED MPH _
Wind Speed (mph) Observed Effects on Land 51 Calm, smoke .-ises vertically 1-3 Direction of wind shown by smoke drift 4-7 1 Wind felt on face, leaves rustle 8 - 12 Leaves and small twigs in constant motion 13 - 18 Raises dust, loose paper; small branches are moved 19 - 24 Small trees with leaves begin to sway 25 - 31 Large branches in motion m
(j 32 - 38 Whole trees in motion; inconvenience felt walking against wind 39 - 46 Breaks twigs off trees; generally impedes walking 47 - 54 Slight damage begins to occur ,
55 - 63 Trees uprcoted 2 64 Widespread damage PASCALL Category _, _
Sunny Cloudy Cloudy Clear Day Day Night Night Wind 5 10 mph B C E F Wind 2 10 mph C D D D
..u .)
Page 16 of 17 Rev. 3
~ ~
DIOL~~l' Cl_*iETE_EZ: OiE'G 7~ '~'"TTi .- TIl~ ~" ~I ~" T ~ T'~ ~ Z
WIND FROM/TO CONVERSION CHART PMP 2080 EPP.006 l .
EXHIBIT H w
Q*: tri o g
, % N - 0o e o R k Yo9 ,l '
go Noo <
. *or/ \' 1 ,-
,f .
- ~ ' o 290o -
1n
~
- l s
'\ .
- * ,./ '
,- __,soo
's s
- i 2800 ... __ ' . . _ -s,.
t
~~
W - 270 0 2 E - 900 i
.:. , .i -
s .~. ~
- \ ~ ~ '
j l , , . ' , .
' . , \ ..,,
~ . .
'~
1 -. , - '. . ~~. 1000 l
260*\ ..-
t
~,~~.,
. ~. ~
}; Om 90* * \ ,
110o
' 's, e I
I $ ,
200 Doo -
s
, s,
/ g
] h a Q k e S - 180 G
o s
3
\t INSTRUCTIONS
- 1. Obtain wind direction from Unit 1 Control Room Indicator (QR-24 or QR-25).
This is the direction the wind is blowing "FROM".
': '; 2. Find this direction on the chart above.
! J
) 3. From this point, foliow a straight line through the center of the circle to
, the opposite side. This is the direction the wind is blowing "T0" and the direction the plume will be over. ,
j Page 17 of 17
- Rev. 3 m..-._,,...,..__, , . . , _
I.. . .-
I
\
v ELECTRIC COMPANY DONALD C. COOK NUCLEAR PLANT
~
PROCEDURE COVER SHEET Procedure No.PMP 2080.EPP.008 Revision No. 2 TrrLE INITIATING MANNING OF EMERGENCY RESPONSE FACILITIES AND CALLING 0FF-DUTY PLANT PERSONNEL l
d i
i SCOPE OF REVISION 3
'l Revision 1 - Added Graphical Phone Tree. Clarified assembly and call in, activate call list on TSC manning not Nuclear Emergency Alarm.
i 1 Revision 2 - Changed procedure title, revised and updated procedure
.j body and Exhibit A. Incorporated Temporary Change Sheet j 1.
i j
- o
'j l
i j__. . _ .
L SIGNATURES b
Rev.I Rev.S
) ORIGINAL REV.2 f . - - -- _
" K ker
%{ { mN PREPARED BY e ~
$ QUALITY ASSURANCE ~
REVIEW J. Stietzel J. Stietzel INTERFACING DEPARTMENT V HEAD CONCURRENCE NA NA Md My ~~
DEPARTMENT HEAD U j
APPROVAL g g g ~
PLANT NUCLEAR ,
- SAFETY COMMITTEE R. Keith A. Blind ,
! PLANT MANAGER APPROVAL B. Svensson E. Townley bY/MbM
! ._. N DATE OF ISSUE 03-31-81 04-29-82 N 7' _
~
j Form No. PMI 2010-1. arv. 2 l
1 3
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LIST OF EFFECTIVE PAGES Page Number- Revision Number And Date l Page 1 of 2 Revision 2, 08-27-82 Page 2 of 2 Revision 2, 08-27-82 Page 1 of 5 EXHIBIT A Revision 2, 08-27-82 Page 2 of 5 EXHIBIT A Revision 2, 08-27-82
{
i Page 3 of 5 EXHIBIT A Revision 2, 08-27-82 Page 4 of 5 EXHIBIT A Revision 2,.08-27-82 Page 5 of 5 EXHIBIT A Revision 2, 08-27-82 Page 1 of 1 EXHIBIT B Revision 2, 08-27-82 Page 1 of 1 EXHIBIT C Revision 2, 08-27-82 1
] O i
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II
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l 1
4 i
l ii
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1 Page 1 of 1 Revision 2
'h a sme,.-x--- ,,- r----- - - --
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INDIANA & MICHIGAN ELECTRIC COMPANY DONALD C. COOK NUCLEAR PLANT INITIATING MANNING OF EMERGENCY RESPONSE FACILITIES AND CALLING OFF-DUTY PLANT PERSONNEL _ ((
t 1.0 OBJECTIVES The objective of this procedure is to provide the information that is necessary to sununon plant personnel during emergency conditions-to staff the Emergency Response Facilities.
2.0- RESPONSIBILITIES ,; _ _ _
2.1 The Shift Supervisor (SS)/On-Site Emergency Coordinator (OSEC) is responsible for initiating the actions required to staff the Emergency
- Response Facilities and to provide the required information to the parties called. Individual Department Heads are responsible for maintaining the call lists current.
I 2.2 Exhibit A* will be verified correct at least quarterly by the
! Operations Department. Where Exhibit A* requires initiation of G. Section or Departmental call lists the applicable Department (d Head is responsible for maintaining these lists. current.
NOTE: TO PROVIDE RAPID NOTIFICATION OF DEPARTMENTAL PERSONNEL, l DEPARTMENT SUPERVISORS MAY ESTABLISH DEPARTMENTAL CALL I TREES OR DELEGATE NOTIFICATION TO OTHER DEPARTMENTAL PERSONNEL.
3.0 APPLICABILITY-i
! 3.1 This procedure applies to any plant emergency event which requires
[ plant personnel notification for purposes of staffing Emergency Response Facilities.
- 3.2 The procedure may be implemented anytime the SS/0SEC determines f that it is necessary that on-site emergency personnel resources j be augmented by off-duty plant personnel.
1
[ 3.3 The TSC and OSA will be activiated for any. event classified as
? an alert or higher.
L I
- Exhibit A included in in-plant copies of procedures only .
Page 1 of 2 Revision 2
~
1
? --
f' f -
- , .-- _ _..- ,.-; 1.~..-- - . _ _ _.-. .
i l @'"
4.0 INSTRUCTIONS j 4.1 Normal Working Hours _ _
) 4.1.1 During normal working hours if the S.S./OSEC desires to activate the TSC and Operations Staging Area (OSA), a public address (P.A.)
- announcement will be made stating " Activate the TSC". Any special 3 reporting routes will be identified in conjunction with the P.A.
y announcement. Assigned personnel will report to the TSC and OSA upon hearing the P.A. announcement. If sufficient personnel do
. not report directly to the TSC or OSA, they will be contacted f via telephone by personnel in the TSC and OSA.
L 4.1.2 For site or general emergencies, personnel are to report E
directly to their assigned Emergency Plan duties upon hearing the Nuclear Emergency Alarm (NEA) unless the P.A. announcement following the NEA restricts their route to their assigned
! station. Then they should report to the OSA and request guidance as to a safe route.
4.2 Off-Duty Hours
'l j 4.2.1 During off-duty hours, the S.S./OSEC will initiate calling of
! off-duty plant personnel to staff the Emergency Response i Facilities by activating the Emergency Call I.ist (Exhibit A*)
a and provide any specific reporting restrictions by completing
' r] the Off-Duty Notification Information Sheet (Exhibit B).
4.2.2 When notified, others will accomplish their assigned portion of Exhibit C. Personnel contacted should report directly to i their assigned locations unless directed otherwise.
4.2.3 Security should set up for immediate processing of arriving -
off-duty personnel and establish an Assembly Area for reporting at the I-94 Guard House, if directed.
4.2.4 If additional staffing is required they will be contacted by j phone by the responsible department.
l j
s t
- Exhibit A included in in plant copies of procedures only.
i j i})
Page 2 of 2 1 Revision 2 i
4 -
i l
4 m -,n.-. = 7 _ _
, EXHIBIT A-
@r SHIFT SUPERVISOR CALL-OUT LIST . -.
Perform the following:
- 1. Contact the Security Shift Supervisor on ext. or via the page.
State - We have initiated the Emergency Plan, please initiate the appropriate Emergency Plan Call-Out List (Exhibit A Page 2 of 5).
- 2. Contact the NRC via the NRC Red Phone. (Continuous contact will be required.) Provide Information on Exhibit B.
- 3. Contact the Operations Superintendent . . . . K., R. Baker - !
I or f Assistant Operations Superintendent . . H. M. Chadwell -
or
((} Production Supervisor Unit 1. . . . . D. R'. Campbell -
or Production Supervisor Unit 2 . . . . . C. E. Murphy -
~
State - We have initiated the Emergency Plan, please initiate the Operations Department Call-Out List. Provide information on Exhibit B. '
- 4. Contact the Plant Manager . . . . . . . . W. G. Smith, Jr. - !,
l or /
I Assistant Plant Manager Operations . . . B. A. Svensson -
f I
or Assistant Plant Manager Maintenance . . . E. L. Townley - ,,,_____J State - We have initiated the Emergency Plan, please initiate the Managers Call List and report to the TSC. Provide information on Exhibit B.
R Page 1 of 5 Revision 2
. . , . ~ . . . - . . . , _ . - ...,..~-y-.S,.q.n.e.. .-. -. ~- * -~ ~
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EXHIBIT A fj ) SECURITY SHIFT SUPERVISOR CALL LIST ,_ ,
l A. Contact the Central Alarm Station (CAS), Second Ala'rm Station (SAS), and I Guard Island and instruct them to initiate the appropriate Emergency Plan Drill Call List (Exhibit A, page 3, 4, and 5 respectively).
B. Contact the following in the order listed:
- 1. Maintenance Superintendent - R. L. Dudding . . . . . . . .
1 i
or Maintenance Production Supervisor - F. W. Wenman . . . . .
or Maintenance QCIC - D. G. Wizner . . . . . . . . . . . . . -
State - We have initiated the Emergency Plan, please initiate the Maintenance Department Call-Out for staffing the OSA and report to the OSA.
t
- 2. Technical Superintendent - E. A. Smarrella l . . . . . . .
or
({} Performance Engineer - A. A. Blind . . . . . . . . . . .
\
or Performance Engineer - R. L. Simms . . . . . . . . . . . .
State - We have initiated the Emergency Plan, please report to the TSC.
s
- 3. Training Supervisor - D. D. Nelson . . . . .. .. . . .
I or Training Instructor - J. D. Dickson . . . . . . . . .
or Training Instructor - W. A. Nichols . . . . .. . . .
k L___
State - We have initiated the Emergency Plan, please initiate the Training Department Call-Out List.
/
- 4. Assistant Plant Manager Oper. - B. A. Svensson . . . . . .
. or
/
I Assistant Plant Manager Maint. - E. L. Townley . . . . .
eu, State - We have initiated the Emergency Plan, please notify the other Assistant Plant Manager and report to the Plant.
Page 2 of 5 _
Revision 2 m - ,,. n - n ..... ~ 3- - - . . .
___ _.-_7__-__________ ____ _ ~___ ~p - -- -
s PMP 2080.EPP.008 CENTRAL ALARM STATION CALL-0UT LIST Call the following in the order listed:
- 1. R. L. Simms . . . . . . . . . . . . . . . . .
or R. Hennen . . . . . . . . . . . . . . . . . . i or 3, A. Verteramo . . . . . . . . . . . . . . . i or j T. Anderson . . . . . . . . . . . . . . . . '
State - We have initiated the Emergency Plan, please repo_rt to the TSC.
- 2. C&I Supervisor - D. Duncan . . . . . . . . . ,
or ,
C&I Foreman - C. Miles . . . . . . . . . . 4 :
or j C&I Foreman - D. Sammons . . . . . . .'. . i f
State - We have initiated the Emergency Plan, please contact two C&I Technicians to report to the Plant and report to the TSC.
G 3. V. D. Vanderburg . . . . . . . . . . . . . . .-
(Contact one of the others below if V. Vanderburg contac;ed under Item 1).
or E. A. Abshagen . . . . . . . . . . . . . . .
or 's T. A. Kriesel . . . . . . . . . . . . . . . . }3 _ _,
State - We have initiated the Emergency Plan, please report to the TSC.
- 4. PET (Electrical) l A. Blind . . . . . . . . . . . . . . . . . .
I or ',
W. Pauls . . . . . . . . . . . . . . . . .
}
or l D. Sudkamp . . . . . . . . . . . . . . . .
l or R. Hannigan . . . . . . . . . . . . . . .
State - We have initiated the Emergency Plan, please report to the TSC.
l
\
l (O) vs
( Page 3 of 5 Revision 2 l
o.s:- ~ ~ m -.z.. y -- - ; r - . - ,-
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9 .
PMP 2080 EPP.008 EXHIBIT A SECONDARY ALAEM STATION CALL-OUT LIST Call the following in the order listed:
- 1. Duty Maintenance Foreman - Obtain name and number from Maintenance Depts.
Weekly Callout list.
or Maintenance Production Supervisor - F. Wenman . . . . . ... ,,
State - We have initiated the Emergency Plan, please contact 2 electricians and 1 mechanic to report to the Plant.
- 2. A. Tetzlaf . . . . . . . . . . . . . . . . . .
.,. . . . . .\
or i W. Stoner . . . . . . . . . . . . . . . . . . . . . . . ..
or ;
A. Might . . . . . . . . . . . . . . . . . . . . . . . . . i or !
J..Piotrowski . . . . . . . . . . . . . . . . . . . . . . I or i C. Wilson . . . . . . . . . . . . . . . . . . . . . . . .
I State - We have initiated the Emergency Plan, please report to the TSC.
- 3. Chemical Superintendent - J. Wojcik . . . . . . . . . . .
i or ;
Chemical Foreman - R. Looker . . . . . . . . . . . . . . ' -
or Chemical Foreman - W. Lentz . . . . . . . . . . . . ...
or Chemical Foreman - J. Ersland . . . . . . . . . . .. . .
I'.-
State - We have initiated the Emergency Plan, please initiate the Chemical Section Call-Out and report to the TSC.
- 4. Contact 2 of the following:
3 R. Krieger . . . . . . . . . . . . . . . . . . . . . . . .,' i or i R. Hennen . . . . . . . . . . . . . . . . . . . . . . . .l or -'
W. cillette . . . . . . . . . . . . . . . . . . . . .. .
, or G. Haganiers . . . . . . . . . . . . . . . . . . . . . . .
}{ -
{* State - We have initiated the Emergency Plan, please report to the TSC.
Page 4 of 5 _
Revision 2 w3-,v 7- ,.,,y.
- 3 ~_;;- -
- ~ - _ _.
- ~ - ~ ~ ~ ~ - - - - - -
P .
. ~
s .
. EXHIBIT A b
- GUARD ISLAND EMERGENCY PLAN DRILL CALL-OUT LIST .
Call the following in the order listed:
- 1. R. P. Foreman:
J. Hoss . . . . . . . . . . . . . . . . . . . . . . ,
or i D. Schroeder . . . . . . . . . . . . . . . . . . . .
or J. Fryer . . . . . . . . . . . . . . . . . . . . ..
State - We have initiated the Emergency P'.an, please initiate the R.P.
Emergency Plan Call-Out List.
- 2. Dose Assessment:
D. Palmer . . . . . . . . . . . . . . . . . . . . .. \
g or W. Ketchum . ... . . . . . . . . . . . . . . . . .
or M. Glissman . . . . . . . . . . . . . . . . . . . .
\
State - We have initiated the Emergency Plan, please report for dose assessment duties.
- 3. J. Fryer . . . . . . . . . . . . . . . . . . . . . . '
or ,
D. Schroeder . . . . . . . . . . . . . . . . . . . . \
-e State - We have initiated tne Emergency Plan, please report.to the Plant.
- 4. PET (Mech.)
M. Lester . . . . . .'. . . . . . . . . . . . . . ..
or W. Golden . . . .. . . . . . . . . . . . . . . . .
or '
C. Flis . . . . . . . . . . . . . . . . . . . . . .
or K. Chapman . . . . . . . . . .. . . . . . . . . . 2 l
. or C. Wilson . . . . . . . . . . . . . . . . . . . . . I or I
- T J. Piotrowski . . . . . . . . . . . . . . . . . . . ;J._
State - We have initiated the Emergency Plan, please report to the TSC.
Page 5 of 5 Revision 2
%__.__.,..-,.. . _ . . . . . . . . . . . . . .. _ ._ . . . . . . , . . - - ~ ~ - - - - - . ..
_ _ . . ,.~ -
_ = - _ _ _ _ - . _ _ _ . . - .
s i -
EXHIBIT B l
3 j b>
t.
0FF-DUTY NOTIFICATION INFORMATION SHEET _ . . -
i Plant Manager or Operations Superintendent notified of the following information:
1 l Information given to responding personnel:
'~
~~
- 1. Emergency was declared at .
(Classification) (Time) l l '
- 2. ' _
(Nature of incident and status of plant) i I . _
i j 3. A release to the environment has not occurred ; has occurred ; is occurring ; may occur .
- 4. Projected Dose Rates at or near the site boundary are 1
- 5. Report to: Security Control Center ; I-94 Guard House ;
Stevensville Substation ; Operations Stiging Area ; Technical Support Center ; via .
l (Route) i l
l i
i f
(:'}.
Y Page 1 of 1 Revision 2
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