ML20076L590
| ML20076L590 | |
| Person / Time | |
|---|---|
| Site: | Indian Point  |
| Issue date: | 09/02/1983 |
| From: | Bayne J POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK |
| To: | Murley T NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I) |
| References | |
| IPN-83-74, NUDOCS 8309160121 | |
| Download: ML20076L590 (150) | |
Text
,.
123 Main Sintet M
Wbte Plains, New York 10601 e
914 681.6240
- > NewYorkPbwer l:=2"L.,2 tv Authority
--e-September 2, 1983 IPN-83-74 Dr. Thomas E. Murley Regional Administrator, Region 1 U. S. Nuclear Regulatory Commission 631 Park Avenue King of Prussia, PA 19406
Subject:
Indian Point 3 Nuclear Power Plant Docket No. 50-286 Indian Point Site Emergency Preparedness Exercise Scenario
Dear Dr. Murley:
The Authority provides herewith, the scenario for the Rockland County emergency preparedness exercise in which an accident is postulated at Indian Point Unit 3.
This postulated scenario was utilized for the August 24, 1983 Rockland County emergency exercise.
The New York State Radiological Emergency Preparedness Group has provided the exercise scenario to FEMA.
Should you or your staff have any questions regarding this matter, please contact Mr.
P.
Kokolakis of my staff.
Very truly yours, Dm
~'
P. Bayneke (J.
7xecutive Vice President Nuclear Generation cc:
Resident Inspector's Office Indian Point Unit 3 U.
S. Nuclear Regulatory Commission P. O.
Box 66 Buchanan, New York h
f D
ADOC OO 86 F
\\
SCENARIO FOR ROCKLAND COUNTY RADIOLOGICAL EMERGENCY DRILL AUGUST 24, 1983 I
Emergency Plan Exercise Scenario Overvies*
s 1600 Start of Exercise - Notification of Unusual Event 1800 Exercise Escalated to an Alert Emergency 2000 Exercise Escalated to a Site Area Emergency 2145 Exercise Escalated to a General Emergency 2209 Release to the environment begins 0100 Release to the environment secured 0140 Start of Recovery Phase 0230 Secured from Exercise The plant is at 100% reactor power with normal operating temperatures and pressures.
An RCS Leakage Surveillance was performed and an unidentified 2 gpm leak was indicated thus initiating a " Notification of an Unusual Event" emergency classification.
The leakage increases to 50 gpm which initiates an
'^'
Alert Emergency.
7 The rate of coolant leakage will rapidly increase to 100 gpm.
The shift supervisor will declare a " Site Area Emergency" due to the abnormality of the plant's condition.
The ECCS will be activated by a true safety injection signal because of an abrupt violation of RCS integrity in Looo #34 Hot Leg leading to a loss of coolant accident.
The ECCS will initially be successful but the plant will indicate that #32 Diesel Generator fails to start, #33 SI pump fails to start, both #31 and #32 Residual Heat Removal pumps fail to start, and some clad damage occurred.
Residual Heat Removal pumps #31 and
- 32 do, however, start when the operator manually starts the punps.
At this time a " General Emergency" will be declared due to the large radiation fields inside containment indicating clad damage with possible fuel damage.
Shortly following the LOCA, a containment pressure soike occurs lifting the containment purge exhaust valves off their seats (as indicated in the Control Room).
Also the R-27 monitor in the CCR will verify that a release is being made from the vapor containment building to the environment.
Since efforts tc remotely close these valves are futile, the release will continue until the purge exhaust valve located outside of containment can be manually closed.
I
i r
METEOROLOGICAL DATA
(
l WIND SPEED WIND DIRECTION STABILITY
[
TIME (M/S)
(DEGREES)
( piaMtiff.T.C ATE GO RY )
- i 1
1600 5.0 15 c
1615 5.5 20 c
1630 6.0 20 C
1645 6.0 20 c
1700 6.0 25 c
{
1715 6.0 30 C
4 1730 6.0 30 C
1745 6.0 30 C
1800 5.5 35 C
1815 5.5 40 C
j 1830 5.5 40 B
1845 5.5 40 B
1900 5.0 45 C
1915 5.0 45 B
(
1930 5.0 50 B
j 1945 5.0 50 c
l 2000 5.5 50 C
j 2015 5.0 50 C
2030 5.5 50 B
2045 5.0 50 B
2100 5.0 50 B
- O 2115 5.0 50 B
2130 5.5 55 B
2145 5.5 55 B
2200 5.5 55 B
2215 5.5 55 a
2230 5.5 55 B
2245 5.5 55 B
l 2300 5.5 55 B
2315 5.5 55 B
2330 8.0 135 B
i 2345 8.0 13.5 B
2400 8.0 135 B
0015 8.0 135 B
0030 8.0 135 B
l 0045 8.0 135 B
B 0100 12.0
',,13'S 0115 12.0 135 B
0130 12.0 135 B
i 0145 12.0 135 B
0200 12.0 135 B
1
!-;DO o
i
'""W
' =
7 e'
e-T e--we.w7iM-E. o ww:+
m,mp-pp,p-9g,,,,=,-.
_w,,,
,,7
~
PLANT STATUS LOG 03,3;gf334gg BOO Indian Point + 3 Tima:
T= 0 Trs.
PARAMETER' PARAMETER RCS Incore T/C Averace (OF) hh R-1 CCR (mR/hr) d RCS Incore T/C Highest (oF) h R-2 VC 80' (mR/hr) l,O RCS Avg. Teisp.
(oF) h R-4 Chrg. Pump (m.W )
d RCS Hot Leg Temp.
(o )
(Qb R-5 F.S.B.
(mR/hr) l h
p RCS Press (PSIG) NMM R-6 Sa=ple Rm (mR/hr) l J
SAT. Meter Margin (psi) > hh6 R-7 V.C. Seal Table (mR/hr) 10 GRdP in Service (O' 4) l R-8 Drum Sta.
(mR/hr) 10 Pressurirer Level (g)
R-10 Stm. Line Penet.(mR/hr) l j
Charging Flow (gpm) iM R-ll V.C. Part (CPM) l 0h(
S/G Levels '431(Wide Range) (%)
hd.
R-12 V.C. Gas (CPM)
M l
- 32(Wide Range) (%)
&0 a-13 vent vert (CPM)
LW 933(Wide Range) (%)
h[j R-14 Vent Gas (CPM) L l,k 034(Wide Range) (%)
fg h R-15 Air Ejector (CPM) hdA Aux. F.W. Flow (Total)
(GPM) h R-16 F.C. Water (CPM) I l[(
'S/G Press 931 (PSIC)
R-17a Comp. Cool (CPM) l l}dd
- 33 (PSIG) h)[
R-18 Liq. Waste (eff.) (CPM) l h(
Wh R-19 S/G B.D.
l V.C. Dew Point
(%)
R-23 F.C. Water (CPM)
F.C.U. Weir Level (in.)
hfammf,
R-25V.C.Hi-Range 1-E8(R/hr)l h
R-26 V.C. Hi-Range (R/hr) l O
VC Temp.
(oF) fl R-27 Vent Monitor (uCi/cc) h
_ khh l
(Ft.)
l hII R-27 Vent Flow Rate (CFM)
Recire. Su=p Level Elev.(Ft.)
b R-27VentDisch. Rate (uCi/M VC Hydrogen (Sa.ple Results (%)
f f
==
lh% {
R.W.S.T. Level (Pt. ) l he,f Vent Flow Rate (CFM) f Cond. Storage Tk. Level (Pt.)
M l
{
Spray Add. Tank
(%)
Wind Speed (m/sec) l[O Wind direction (degrees) l/[
Pasquill category l
C g
b E
M& koi A
fpv e 8 A gd _ ____
% 15 cechnwc & kBCL:
__1Dd 3
EP-Form #30d PART T - GENERAL INFORMATION 1
Wast.
Peekskill OhE. rM5Mn"6tf Rock.
Orance
)
- 1. (c) Notificction #
A Putnam NY State 1.
Message transmitted:
ove4 M S 'Do Con Ed Coast Guard o
T-M-93 /
-lhl6 noMet y
ANI NRC Con Rail / Metro North (7
Date Time (24 hr.. clock)
Rc/Dutv officer N).
Facility providing information:
s Indian Point No. 2 9.
He release is:
Q)
Indian Point No.3 A
continuing.
3.
Reported By:
B terminated.
Nee C
intermittent.
Title NOT applicable.
4.
This...
is an exercise 10.
Protective Actions:
B is NOT an exercise There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary.
h Unusual Event Protective Actions are under Alert consideration.
Site Area Emergency C
Recommended Protective Action ER A fr SHELTERING 1234 D
General Emergency 5 6 7 8 9 10 11 12 13 14 15 E
Transportation Incident 16 17 18 19 20 21 22 23 24 F
Other-25 26 27 28 29 30 31 32 33 34 35 36 37 33 39 40 41 42 g
This classification declared at:
43 44 45 46 Date T'M-N Time IMO ERpx for evacuAmTon 1 2 3 4 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24
?*~
3 3
3 38 9
0 4 4
4adeh ms'nB 43 44 45 46 h
(OW\\
g l0ChbAMkN -MOA&d 11.
Weather d_ k's M hr 4M oltd ShMou)v\\.
A Wind speed miles per hour er E.O meters per second.
Direction (from) 15 degrees.
B c
Sta n ty c1 ass a
As of 16 5 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> there has:
8.
(A-G/or stable, unstable, h
NOT been a release of neutral)
General Weather Condition radioactiv2.ty D
B been a release of radio-(if applicable) activity to the ATMOSPHERE gg been a release of radio-activity'to a BODY OF WATER been a GROUND SPILL release' of radioactivity q
v
,-ya
PLANT STATUS LOG 8-2k-33 bl6 Indian Point + 3 Data :
Tima :
T=- 15 mm.
PARAMETER PARAMETER i
i RCS Incore T/C Averace (OF) {%
R-1 CCR (mR/hr)
O,{
RCS Incore T/C Highest (OF) M$
R-2 VC 80' (mR/hr)
}Q RCS Avg. Tesp.
(OF) Qh R-4 Chrg. Pu:::p
(=R/hr)
Q RCS Hot Leg Temp.
(07)
{9h R-5 F.S.B.
(mR/hr)
Q (PSIG)' MM R-6 Sa=ple Pm (mR/hr) l IO RCS Press SAT. Meter Margin (psi)
)@@
R-7 V.C. Seal Table (mR/hr) fg
- RCP in Service (0-4) 4 R-8 Drum Sta.
(mR/hr) 2.0 Pressurizer Level
(%) '
qj R-10 Sts. Line Penet. (mR/hr) l C
Charging Flow (gpm) 49 R-ll V.C. Part (CPM) 90K S/G Levels '#31(Wide Range) (%)
hl R-12 V.C. Gas (CPM) 3l(
- 32(Wide Range) (%)
y(
R-13 Vent Part (CPM) l, $ K
- 33(Wide Range) (%)
l fal R-14 Vent Gas (CPM) [
g,T g
- 34 (Wide Range) (%) l fo {
R-15 Air Ejector (CPM) l 200 Aux. F.W. Flow (Total)
(GPM)
O R-le r.C. Water (Cm I IAk S/G Press #31 (PSIG) 7 A5 R-17a Cc=P. C = 1 (Cm I 400 V
- 32 (PSIG)
M$
R-17b Ccmp. Cool (CPM) l
$bO
- 33
'(PSIG)l "Q$
R-13 Liq. Waste (eff.) (C M l h
K (PSIG)l M$
R-19 S/G B.D.
(CPM) l fn N
- 34 V.C. Dew Point
(%)l f
R-23 F.C. Water (CPM) l S } }(
F.C.U. Weir Level (in.)l Q ( M R-25 V.C. Hi-Range 1-ES (R/hr) l C
(PSIG)l O. I 5 R-2s v.C. ai-Range (R/hr) I r,
VC Press (OF) I
@Z R-27 Vent Moniter (uci/ce) l VC Temp.
VC Su=p. Level Elev.
(Ft.)
)U R-27 Vent Flow Rate (CFM) l h5CCO Recire. Su=p Level Elev. (Ft.) I O
R-2 vent Disch. RateruC1 A I VCHydrogen(SampleResults(%)l l
R.W.S.T. Level (Ft.? l b.Q Vent Flew Rate (CFM) l h{g Cond. Storagg Tk. Level (Ft.) l 2%
l
'g) l 96 Wind Speed (m/sec) l66 Spray Add. Tank l
Wind direction (degrees) l 30 l
Pasquill category l C A
\\
5
wage o EP Farm o
~
PLANT STATUS LOG 9-2N-&3 Time : SM Indian Point + 3 0:ta :
gm T: 30m6 t
J PARAMETER PARAMETER (oF)l d[,
R-1 CCR (mR/hr) o.(
RCS Incore T/C Average
~
RC3 Incore T/C Highest (OF)
R-2 VC 80' (mR/hr)
). O RCS Avg. Temp.
(OF) 6h R-4 Chrg. Pump (mR/hr)
Q RCS Hot Leg Temp.
(0p) f$ (,
R-5 F.S.B.
(mR/hr) m
~
RCS Press (PSIG) 12."'j f R-6 Sample Rm (mR/hr)
(o
}
- RCP in Service (0-4)
L}.
R-8 Drum Sta.
(mR/hr) 3.4 Pressurirer Level
(%) "
Q(
R-10 Stm. Line Penet.(mR/hr)
Q Charging Flow (gpm)
N R-ll V.C. Part (CPM) 30 I
S/G Levels '#31(Wide Range) (%)
Gl.
R-12 V.C. Gas (CPM)
'b gg 432(Wide Range) (%)
Ql R-13 Vent Part.
(CPM) f,( g 433 (Wide Range) (%)
Gl R-14 Vent Gas (CPM) l.8 4
{.
- 34(Wide Range) (%)
hl R-15 Air Ejector -
(CPM) l 250 Aux. F.W. Flow (Total)
(CPM)
O R-16 F.C. Water (CPM) l f, 9 t( I
[
j S/G Press #31 (PSIG)
"/ 2.(
R-17a Comp. Cool (CPM) l Yoo f
432 (PSIG)
~~/'/,5 R-17b Ccmp. Cool (CPM) l
%O
- 33 (PSIG)
')"2,[
R-18 Liq. Waste (eff.) (CPM) l
(,
K
- 34 (PSIG)
'") 2A R-19 S/G B.D.
(CPM) l
(,
K V.C. Dew Point
(%)l h{
R-23 F.C. Water (CPM) l
'2 '7 g
F.C.U. Weir Level (in.)lpos R-25 V.C. Hi-Range 1-E8(R/hr)
O (PSIG)! O.IS R-26 V.C. Hi-Range (R/hr)
O
~~
(CF) l Q
R-27 Vent Monitor (uci/cc) l h=]
VC Su=p. Level Elev.
(Ft.)l T
R-27 Vent Flow Rate (CFM)
. b 6,Mn Recire. Su=p Level Elev. (Ft.)
O R-27 Vent Disch. Ratefuci/D l
VC Hydrogen (Sample Results(%)
R.W.S.T. Level (Ft.y I 36.3 Vent Flow Rate (CFM) l6foco Cond. Storage Tk. Level (Ft.)
Q3 l
Spray Add. Tank
(%)
9[
Wind Speed (m/sec) l
[.Q l
Wind direction (degrees) l dO l
Pasquill categer/
l (
b
EP-rorm 6305 PART I - GENERAL INFORMATION Wset.
Pcakskill R
a Notificction #
A p
,,1. (c)
~~~
1.
Message transmitted:
[ Con Ed Coast Guard
)
ANI NRC 3-M-G/
tW5 Con Rail / Metro North Date Time (24 hr. clock)
Rc/Dutv Officer Facility providing information:
E Indian Point No. 2 9.
The release is:
Indian Point No.3 A
continuing.
3.
Reported By:
terminated.
Name C
intermittent.
Me D
NOT applicable, 4.
This...
h is an exercise 10.
Protective Actions:
B is NOT an exercise There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary..
h Unusual Event Protective Actions are under consideration.
B Alert C
Recommended Protective Action Site Area Emergency RPA r SHELTERTNG 1 2 3 4 D
General Emergency 5 6 7 8 9 10 11 12 13 14 15 E
Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 0F Other 34 35 36 37 38 39 40 41 42 r^';
This classification declared at:
43 44 45 46 Date T-M -D Time
/bCE' ERPA for EVAcUAPTON 12 34 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 Condition:
25 26 27 28 29 30 31 32 33 h6 1CCd6L'Scg 34 35 36 37 38 39 40 41 42
\\ d s 9b \\ c. A N h $ ^h rk 4A 43 44 45 46 Q
11.
Weather A
Wind speed miles per hour o r (c. D meters per second.
B Direction (from) 20 degrees.
a y class C
8.
As of !
hours there has:
(A-G/or stable, unstable, NOT been a release of neutral)
A >
~
radioactivity D
General Weather Condition B
been a release of radio-(if applicable) activity to the ATMOSPHERE O t4R ASt been a release of radio-activity to a BODY OF WATER been a GROUND SPILL release of radioactivity 7
(a) 7
_w,,-
P290 +
g,,. y,,,,,
PLANT STATUS LOG 645' indian Point # 3
~
oat :9-2k.B Time :
O
- s-PARAMETER '
PARAMETER i
RCS Incore T/C Average (oF) 69h R-1 CCR (mR/hr) h.k RCS Incore T/C Highest (O )
%QQ R-2 VC 80' (mR/hk) l.O F
RCS Avg. Temp.
(OF) 3"hh R-4 Chrg. Pump (mR/hr)
Q RCS Hot Leg Temp.
(07) 69h R-5 F.S.B.
(mR/hr)
O X:S Press (PSIG)
MM R-6 Sample Rm (mR/hr) l.O SAT. Meter Margin (psi) 5400 R-7 v.C. Seal Tahle (mR/xr) 5.0
- RCP in Service (0-4)
Q R-8 Drum Sta.
(mR/hr) 2.O Pressurizer Level (4)
Q6 R-lO Stm. Line Penet.(mR/hr)
Q Charging Flow (gym) 6\\
R-ll V.C. Part (CPM)
%h S/G Levels '531(Wide Range) (%)
(aO.
R-12 v.C. a.s (C,M3 qg
- 32(Wide Range) (%)
(c{
R-13 Vent Part (CPM)
{,6K
- 33(Wide Range) (%)
MO R-14 Vant Gas (CPM)
},Q
- 34(Wide Range) (%)
6l R-15 Air Ejector (CPM) 2C)O Aux. F.W. Flow (Total)
(GPM)
R-16 F.C. Water (CPM) l.k N S/G Press 831 (PSIO) 7ed R-17a Comp. Cool (CPM)
QM
- 32 (PSIG)
W5 R-17h Co=9. Cool (CPMi sto
- 33 (PSIG) 7M3 R-18 Liq. Waste (eff.) (C M bk
~
- 34 (PSIG)
V5 R-19 S/G s.D.
(CPM) I 6K V.C. Dew Point (4)
Q R-23 F.C. Water (CPM) l h. %
F.C.U. Weir Level (in.)
R-25 V.C. Hi-Range 1-E8 (R/hr) I O
VC Press (PSIC) h,\\$
R-26 V.C. Hi-Range (R/hr)l O
(OF)
QN R-27 Vent Monitor (uci/ce)
/
VC Temp.
(Ft.)
'78 R-27 Vent Flow Rate (CFM) l d COO Recire. Sump Level Elev. (Ft.) l C
R-27 Vent Disch. Ratefuci M l
VC Hydrogen (Sample Results(%) l l
R.W.S.T. Level (Ft. ? l 3(n Q Vent Flow Rate (CFM) l 6900 Cond. Storage Tk. Level (Ft.)
M l
Spray Add. Tank
(%)
Wind Speed (m/sec) l h.O l
Wind direction (degrees) l 40 l
Pasquill category l {
O
+ - - -.. _ - - _.., - _ _
,n---,,,,,,,,,,-.,,--_,_,,-.v.--.
,,----,,,,_m-,--
,,,n_
=_ _
PCQ)
- y PLANT STATUS LOG Time : J709 Indian Point + 3
~
oate : 8 24 93
' T= 1 h(.
PARAMETER '
PARAMETER I
RCS Incore T/C Average (or)
$h R-1 CCR (mR/hr) h.(
RCS Incore T/C Highest (CN, M9 R-2 VC 80' (mR/hr)
\\.O (o )
g(p(p R-4 Chrg. Pump (mR/hr)
O RCS Avg. Tezip.
r RCS Hot Leg Temp.
(07)
[ h' R-5 F.S.B.
(mR/hr) 4 O
RCS Press (PSIG) aa35 P-s S = le R=
(=R/he ' l.0 SAT. Meter Margin (psi) 7/M R-7 V.C. Seal Table (mR/hr)
{Q
[
- RCP in Service (O' 4) 4 R-8 Drum Sta.
(mR/hr) 20 Pressurizer Level
(%)
40 R-10 Stm. Line Penet. (mR/hr) I Q
Charging Flow (gpm) 6"2-R-11 v.C. Part (CPM) 9/J $
S/G Levels '#31(Wide Range) (%)
R-12 V.C. Gas (CPM) f~l(
- 32(Wide Range) (%)
hO R-13 Vent Part (CPM)
/.[k
- 33(Wide Range) (%)
60 R-14 Vent Gas (CPM) 1.9 K
- 34(Wide Range) (%)
[r)O R-15 Rir r$ector (CPM) l aoo Aux. F.W. Flow (Total)
(GPM)
O R-le r.C. Water (CPM) 1.ct K
~
S/G Press #31 (PSIG) 730 R-17a Cc==. Cool (CPM)
I
- 33
'(PSIG) 7hh R-18 Liq. Waste (eff.) (CPM) l lA k
- 34 (PSIG) l 7 M R-19 S/G B.D.
(CPM) l hN V.C. Dew Point
(%)l
[gy3 R-23 F.C. Water (CPM)
),] (
l F.C.U. Weir Level (in.)l 7
R-25 V.C. Hi-Range 1-E8 (R/hr)
O 2
(PSIciI O./5 R-2s v.C. Hi-Range (Rfhr3 1 o l
~
VC Press A
VC Temp.
(OF) I h
R-27 Vent Monitor (uci/ce) l VC Sump. Level Elev.
(Ft.)
~J ( l R-27 Vent Flew Rate (CFM) ilo$000 Recire. Sump Level Elev. (Ft.)
{
O R-27 Vent Disch. Ratefuci M l
}
VC Hydrogen (Sample Results(%) l (Ft.) l 3[o. $
Vent Flow Rate (CFM) l M
k R.W.S.T. Level Cond. Storage "k. Level (Ft.) l QQ l
Spray Add. Tank
(%)
6 Wind Speed (m/sec) l [o.O Wind direction (degrees) dd l
l Pasquill categcry C
O, E. S a rW\\ kA b b E w
9 m
-m- - - - -
-,e-.-
_e,ec.,-y w
v
--seus
m
-m r
-y-r y
m
EP-Form 630s
- K99 I - GENERAL INFORMATION 1.(c) Notification #"
A 8
gg gg$. % pok
_Putnam
-_NY State o
Con Ed Coast Guard 1.
Message transmitted:
5-24-8 3 /
17/6
_NRC Con Rail / Metro North O
Date Time (24 hr. clock)
__RC/ Duty Officer
( 2' Facility providing information:
4 Indian Point No. 2 9.
The release is:
Indian Point No.3 A
continuing.
3.
Reported By:
B terminated.
Nee C
intermittent.
gg D
NOT applicable.
4, g 3,,,
A is an exercise 10.
Protective Actions:
B is NOT an exercise There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary.
(e Unusual Event Protective Actions are under Alert consideration.
C Site Area Emergency Recommended Protective Action ERPA for SHELTERING 1 2 3 4 D
General Emergency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 F
Other 34 35 36 37 38 39 40 41 42 This classification declared at:
43 44 45 46 Date 8-2M3 Time JW ER9A cor evAcuamTon 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 7.
Brief Event Description / Initiating Condition:
16 17 18 19 20 21 22 23 24 f
2 b
led% S 000
.acm, 3
3 36 3 94 4
4 43 44 45 46 mdskt go)Is conMnu'inj 11.
Weather Wind speed miles per hour or (o.O mete.rs per second.
Direction (f rom) Mhdegrees.
C Stability class C
8.
As of O!b hours there has:
(A-G/or stable., unstable, A
NOT been a release of neutral) radioactivity D
General Weather Condition B
been a release of radio-(if applicable) activity to the ATMOSPHERE gy been a release of radio-activity *to a BODY OF WATER been a GROUND SPILL release of radioactivity OG l0
~
PCQe 9 y
PLANT S-ATUS LOG (7/6-Indian Point + 3
~
8/2h8 Ne :
- m. :
O.
. r-S ws.-
\\
PARAMETER '
PARAMETER RCS Incore T/C Average (oF)'
@)
R-1 CCR (mR/hr)
O.t RCS Incore T/C Higheqt_ (oF) hh R-2 VC_80' (m3/hr) lQ RCS Avg. Tesp.
_to )
5'%
R-4 Chrv. P..eP (mR/hr)
C r
RCS Hot Leg Teinp.
(07)
[fk R-5 F.S.B.
(mR/hr)
R-6 Sample Rm (mR/hr) j,O SAT. Meter Margin (psi) 7%,
- R-7 V.C. Seal ysble (mR/hr)
[, Q
- Rd'P in Service (0-4) h_
R-d crum Sta.
(m*7.tr) 2.0 Pressurizer Level
(%)
Ql R-10 St:n. Line Penet. (mR/hr)
O Charging Flow (gpm)
M_
R-11 V.C. Part (CPM) 90K S/G Levels '#31(Wide Range) (%)
[h.
R-12 V.C. Gas (CPM) 7k R-13 Vent Part (CPM) l, Q t
- 32(Wide Range) (%)
bl m
433(Widc Range) (%)
[, (
P-14 Vent Gas
~
(CPM)
},% 6 5
i
- 34(Wide Range) (%)
fol R-15 Air Ejector (C?M) !200
\\
Aux. F.W. Flow (Total)
(CPM)
O_
y 16 F.C. Water (CPM)
}.9K R-17a Cc=P. C= 1 (CPM) t_@c S/G Press #31 (FSza)l 73 0_ _ _
- 32 (PSIG) hD _ '
,R-_17b Cc=a. Cool (CPM) l kCO j
~(PSIG) I 730 _
E-18 ;.14. Waste (aH.) (CPM) l M j
- 33-I
I 27 t.
l V.C. Dew Point
(%) i (o3 -.
lR-23 r.c. W,ter (cm) l 5-F.C.U. Weir Level' (in.)
1 R-25, */.C. Hi-l'.ange 1-ES (R/hr)
O (PSIG)!
O. / (
R-25 V.C. Hi-* Range _
(OF) d R-27 Vent Honitor (uci/cc) l
)
(Ft.) l h II R-27 Vent Flcw Rate (CFM) l ((@
Recire. Su:np Level Elev. (Ft.) l C
R-27 Vent Disch. Ratefuci/ D l
)
VC Hydrogen (Sample Results(%)
R.W.S.T. Level (Ft.)
M. Q Vent Flow Rate (CFM) l[CQQ Cond. Storage Tk. Level (Ft.)
Q{
l Spray Add. Tank
(%)
95 wina SPeee
(=/sec) I A. o Wind directicn (degrees) l D l
Pasquill category l C II 7
--7-y-r-
g T-o3 y,r w
,m~
+- -
\\
~PCg3 +
'~ ~
Gr* I~utIII 41
~
PLANT STATUS LOG
'l73 Indian Point + 3 cat. : g '24 83
- m. :
m
~
d 73 /b hcs PARAMETER '
PARAMETER RCS Incore T/C Average (cy)
R-1 CCR (mR/hr)
O. \\
(O )
SW R-2 vc 80' (mR/hr) 2.0 RCS Incore T/C Highest F
RCS Avg. Teitp.
(OF)
[fgh R-4 Chrg. Pump (mR/hr)
O RCS Hot Leg Temp.
(07)
$h R-5 F.S.3.
(mR/hr)
O i
M36 R-6 Sample Rm (mR/hr) j,O SAT. Meter Margin (psi) 2[d@
R-7 V.C. Seal Table (mR/hr)
[g, Q h
- RCP in Service (0-4)
L/
R-8 Drum Sta.
(mR/hr) 2.0 Pressurizer Level
(%)
Ql R-10 Stm. Line Penet.(mR/hr)
O Charging Flow (gpm)
((
R-ll V.C. Part (CPM) hM S/G Levels '931(Wide Range) (%)
[o f.
R-12 V.C. Gas (CPM)
Q(
~
- 32(Wide Range) (%)
[ol R-13 Vent Part (CPM) l,$ [(
- 33(Wide Range) (%)
[,/
R-14 Vent Gas (CPM) f,{
Y
- 34(Wide Range) (%)
[o/
R-15 Air Ejector (CPM) 200 Aux. F.W. Flow (Total)
(GPM)
R-16 F.C. Water (CPM) f.k[(
S/G Press #31 (PSIG) 730 R-17a Comp. Ccol (CPM) l L//)O
- 33
'(PSIG) 73Q R-18 Liq. Waste (eff.) (CPM)
[3 $
l
- 34 (PSIG)
M R-19 S/G 3.D.
(CPM)
[4 k
[ph R-23 F.C. Water (CPM) 2,7%
~
V.C. Dew Point
(%)
l l-F.C.U. Weir Level (in.)
3 R-25 V.C. Hi-Range 1-E8 (R/hr) h
)
VC Press (PSTc)
O. / $
R-26 V.C. Hi-Range (R/hr)
O (O )
h R-27 Vent Monitor (uci/cc)
F f
VC Temp.
(Ft.)
74 R-27 Vent Flow Rate (CFM)
[,[CCC Recire. Sump Level Elev. (Ft.)
l O
R-27 vent oisch. RatefuC1 4 l l
~
f
.VC Hydrogen (Sample Results(%)
M.Q Vent Flow Rate (CFM) lh@
l 5
R.W.S.T. Level (Ft.)
1 Cond. Storage Tk. Level (Ft.) I Q{
l Spray Add. Tank m
95 Wind Speed (m/sec) I r.o o
Wind direction (degrees) l bd l
Pasquill categcry l O Il
-.,m,--
,,,,,,,-n,
,,..,,e.---
~
P:ge +
EP Form a PLANT STATUS LOG l'N5 inaian Point + a oeie :8-i4-e Time :
I"-
N-V PARAMETER '
PARAMETER RCS Incore T/C Average (CF) g7h R-1 CCR (mR/hr)
O.l RCS Incore T/C Highest (OF) fg R-2 VC 80' (mR/hr) 3.o RCS Avg. Temp.
(OF) h(
R-4 Chrg. Pu=p (mR/hr)
O RCS Hot Leg Temp.
(0p)
,ff [,
R-5 F.S.B.
MT~
R-6 Sample Rm (mR/hr)
\\.O 5
SAT. Meter Margin (psi) 7(.00 R-7 V.C. Seal Table (mR/hr)
{o
- RCP in Service (0-4)
Y R-8 Drum Sta.
(mR/hr)
),o Pressurirer Level
(%)
L4 \\
R-10 Stm. Line Penet. (mR/hr) l O
Charging Flow (gpm)
(o O R-11 V.C. Part (CPM) l /2 0
(
IoO R-12 V.C. Gas (CPM) 3$
y S/G Levels #31(Wide Range) (%)
R-13 Vent Part (CPM)
/. [
(/
432(Wide Range).(%)
60
- 33(Wide Range) (%)
60 R-14 Vent Gab (CPM) l
/. 7 t/
- 34(Wide Range) (%)
(O R-15 Air Ejector (CPM) l MC R-16 F.C. Water (CPM) l l.7 d
Aux. F.W. Flow (Total)
(GPM) n v
S/G Press #31 (PSIG)
'730 R-17a Comp. Cool (CPM) l 4/co I
- 32 (PSIG)l
~7 30 R-17b Como. Cool (CPM) l 760 l
- 33 (PSIG)l
~73 C)
R-18 Liq. Waste (eff. ) (CPM) l (
'/l
~
- 34 (PSIG)
~73 0 R-19 S/G B.D.
(CPM) l Io Vl.
I 5
v.C. Cew Point
(%)l h[
R-23 F.C. Water (CPM) l 3 ~J
'/ l F.C.U. Weir Level (in.)l-3 R-25 v.C. Hi-Range 1-E8 (R/hr) l O
I-(PSIG)l C. l[
R-26 V.C. Hi-Range (R/hr)I O
(OF) l K
R-27 Vent Monitor (uci/cc)
IMCOO.
(Ft.)l
~~l "
R-27 Vent Flow Rate (CFM)
Recire. Su=p Level Elev. (Ft.) l O
R-27 vent oisch. Rate cucizee) l l
l VCHydrogen(SampleResults(%)l (Ft.y l M.3 Vent Flow Rate (CFM) l ((@
)
R.W.S.T. Level l
Cond. Storage Tk. Level (Ft.)
QT. "2,.,
l Spray Add. Tank
(%)
[
Wind Speed (m/sec) l
(,. O Wind direction (degrees) 30 l
Pasquill category l
(
l v 6
-.-wr-
-w
-m y
EP-Form #30a PART I - GENERAL INFORMATION R
W2st.
Peckskill 1.(c) Notificction #
A
- ck a
e
-Con Ed
-_NRC j
~
1.
Message transmitted:
Coast Guard
@-N -$3
/
l7h
_ANI
/
Date Time (24 hr. clock)
-Con Rail / Metro North i
_ RC/Dutv Officer V.#
Facility providing information:
Indian Point No. 2 9.
The release is:
(B Indian Point No.3 A
ontinuing.
3.
eported By:
terminated.
C intermittent.
h NOT applicable.
4.
This...
h is an exercise 10.
Protective Actions:
B is NOT an exercise There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary.
(,
Unusual Event B
Protective Actions are under B
Alert consideration.
C Site Area Emergency C
Recommended Protective Action ERPA for SHELTERING 1234 D
General Emergency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 21 22 23 24 F
Other-25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 This classification declared at:
43 44 45 46 Date @2 h b Time
/M ERPA for EVAcuATTON 1234 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24 84S \\eu_h te shp 5E ym 2;30 3233 25 26 27 28 31 3
10 O O in M A M od ccMinud.$,
43 44 45 46 w
11.
Weather
~
A Wind speed miles per hour or (o.O meters per second.
Direction (from) M degrees.
B a
class b
8.
As of f N hours there has:
(A-G/or stable, unstable, NOT been a release of neutral) radioactivity D
General Weather Condition B
been a release of radio-(if applicable) activity to the ATMOSPHERE gg C
been a release of radio-activity'to a BODY OF WATER been a GROUND SPILL release of radioactivity r
LJ I4
PLANT STATUS LOG
$dd Indian Point + 3 Jato :g) gg Tima :
ytida O
PARAMETER '
PARAMETER R-1 CCR (mR/hr) dl RCS Incore T/C Averaue (oF) 14 RCS Incore T/C Highest (oF)
Mk R-2 VC 80' (mR/hr)
[d RCS Avg. Temp.
(oF)
Q R-4 Chrg. Pump (mR/hr) d RCS Hot Leg Temp.
(o )
M b R-5 F.S.B.
(mR/hr) I h
R-6 Sample Rm (mR/hr)
[*h SAT. Meter Margin (psi) PLoo a-7 v.c. Seal Table
(=R/hr) 11 A
R-8 Drum Sta.
(mR/hr)
M
~
GRCP in Service (0-4) r-Pressurizer Level
(%)
hl R 10 Sts. Line Penet.(mR/hr) d Charging Flow (gpm) d R-ll V.C. Part (CPM) $d S/G Levels '431(Wide Range) (%)
hf.
R-12 V.C. Gas (CPM)
QQ (
- 32(Wide Range) (%)
hO R-13 Vent Part (CPM)
{h(
R-14 Vent Gas (CPM) l,f (
833(Wide Range) (%)
h
- 34(Wide Range) (%)
[h R-15 Air Eject ~-
(CPM) g I
)j (
Aux. F.W. Flow (Total)
(GPM) d R-16 F.C. Water (CPM) i S/G Press 031 (PSIG) 93b R-17a Comp. Cool (CPM) l hd 632 (PSIG)
Db R-17b Co=p. Cool (CPM) !h
- 33 (PSIG)
@h R-18 Liq. Waste (eff.) (CPM) fa [_
I
- 34 (PSIG) d R-19 S/G B.D.
(CPM) hlb V.C. Dew Point (4) l R-23 F.C. Water (CPM) l $$(
F.C.U. Weir Level (in.)
.l R-25 V.C. Hi-Range 1-EB (R/hr) l 8
R-26 V.C. Hi-Range (R/hr) 0 VC Press (PSIG)
VC Temp.
(OT) h R-27 Vent Monitor (uci/ce)
(Ft.)
- fIl R-27 Vent Flow Rate (CFM)
Mg Recire. Sump Level Elev. (Ft.) [
h R-27 Vent' Disch. RatefuCi/E
{
VC Hydrogen (Samole Results (%)
kk Vent Flow Rate (CFM) g R.W.S.T. Level (Ft.) 1
~'
Cond. Storage Tk. Level (Ft.)
M3 l
Spraf Add. Tank
(%)
M Wind Speed (m/sec) I 5. T Wind direction (degrees) lh[
Fasquill catego:'r lb O
ua es.me 6" O +s* te k b OL_dh %servw da h]
kgoynoqR4 b OM
__@hh 5D 7
IS
GENERAL INFORMATION EP-Form 630s PART I Umst.
Peckskill Rock.
Orange
- 1. (a) Notification #
A Putnam NY State s.
1.
Message transmitted:
Con Ed Coast Guard 8 93 /
18 15 ANI sac Con Rail / Metro North Date Time (24 hr. clock)
_ Pc/Dutv Officer Facility providing information:
i l
Indian Point No. 2 9.
The release is:
Indian Point No.3 ontinuing.
3.
Reported By:
B terminated.
Nme intermittent.
g N
app able.
4.
This...
( h is an exercise 10.
Protective Actions:
B is NOT an exercise There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary.
Unusual Event B
Protective Actions are under h
Alert consideration.
C Site Area Emergency C
Recommended Protective Actior.
RA f r SHELTERING 1 2 3 4 General Emergency 5 6 7 8 9 10 11 12 13 14 15 E
Transportation Incident 16 17 18 19 20 21 22 23 24 F
Other-25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42
^,
This classification declared at:
43 44 45 46
/
Date ?- M - b Time 19C0 rnpA cor tvAcuarron 1 2 34 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24 RCs tea %. (de w mccea. sci 2526272;2 31323; 0
3 3g,
4
- t. o SO corvi.
43 44 45 46 e
11.
Weather M
200 Ms.de%/ht.
A Wind speed miles per hour or 5.5 meters per second.
Direction (from) 3b degrees.
B c
St^ m "Y c1**$
E As of 1915 hours0.0222 days <br />0.532 hours <br />0.00317 weeks <br />7.286575e-4 months <br /> thcze has:
8.
(A-G/or stable, unstable, NOT been a release of neutral) radioactivity D
General Weather Condition B
been a release of radio-(if applicable) activity to the ATMOSPHERE gq been a release of radio-V activity'to a BODY OF WATER been a GROUND SPILL release of radioactivity k_
16
' y,p_porgg30c E.V.E R G E N C Y WoTIF1 CAT 10N FACT S HEt.T Hotifici ion" C
PART III - IP-3 PLANT PARAMETER DATA n.
Dc.e : '
,7 O
Twe :
IV MAJOR PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP RCS pressure
- 22M, (Circle those in use) pjf 19.
RCS temperature h4"
- 37. Containment Spray 20.
Reactor Shutdown (Y/N)
O VC Spray Pumps 21.
Natural / Forced circulation SC.Cd Recircu'.ation Mode
- 38. Containment Fan Cooler units -
22.
Pressurizer level g
Ql, @,
, @, 35 ll %
- 33 d%
23.
S/G 1evels
- 31 e
- 39. Auxiliary Feed Pumps - 31, 32, 33
- 32 (c0 %
- 34
'C R %
- 40. VC Phase A Isolation Complete 24.
Off-site /On-site power available:
YES/NO tJ
- 41. VC Phase B Isolation Complete f.$
f., 1c YES/NO 25.
Containment Pressure t
- 42. VC Ventilation Isolation Complete
- 26. Containment Temperature q 'e-YES/NO 27.
RCS Subcooled/ Saturated 6ebr O d
- 43. CR Ventilation Isolation Complete psig Subcooled 7IcOO YES/NO 28.
- 44. Emergency Diesel Generators 29.
RWST Level Ec.3 '
Check Status 31 32 33 30.
CST Level Load / Running Unloaded / Standby 1
1 1
Out of Service
'4SOFSAFETY h/h
~
INJECTION I
RADIOLOGICAL MONITORS (Circle modes in use)
Plant Vent:
31.
Passive In3ection - Accumulators
- 45. R-13 (particulate)
.I. "-,.', '
CPM 32.
High Head Injection
- 46. R-14 (gaseous)
I.%
CPM 33.
Low Head In].ection
- 47. R-27 (gaseous) NA, c rece uCi/cc v
/3 Area Monitors:
MODES OF RECIRCULATION fjfh P
4
- 48. R-2 Containment c.rJ mR/hr (circles modes in use)
- 49. R-7 Containment 11 mR/hr 34.
Low Head Recirculation - Recirc Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration) g ggfg 35.
High Head Recirculation -
- 51. Containment High Range Monitor
- Recire Pumps to S.I.
Pumps (R-25/R-26)
- RHR Pumps to S.I.
Pumps CA R/hr 36.
Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance:
- RHR Pumps
(-
Y
/
(7
P:g3 +
EP Form a PLANT STATUS LOG
/b6 Indian Point + 3 Date : 8-24-13
~
Time T= 2 /q ( 4 PARAMETER -
PARAMETER RCS Incore T/C Average (op)
Q{
R-1 CCR (mR/hr)
C.(
RCS Incore T/C Highest (OF)
.f77 R-2 VC 80' (mR/hr) 2 RCS Avg. Te:ip.
(OF)
{g R-4 Chrg. Pu=p (mR/hr)
C g
RCS Hot Leg Temp.
(Cp) f7h R-5 F.S.B.
) 2, %
R-6 Sample Rm (mR/hr) l }.O
]
SAT. Meter Margin (psi)
) 6 oc R-7 V.C. Seal Table (mR/hr) g3
- f
- RCP in Service (0-4)
Y R-8 Drum Sta.
(mR/hr) i O.2 l
Pressurizer Level
(%)
'f O R-10 Stm. Line Penet.(mR/hr)
Q l
scMo !
Charging Flow (gpm) 31 R-ll V.C. Part (CPM) e i
S/G Levels '#31(Wide Range) (%)
i h1 R-12 V.C. Gas (CPM)
~1,80 g
- 32(Wide Range) (%)
6O R-13 vent Part (cpm) 7, f g1
- 33(Wide Range) (%)
60 R-14 Vent Gas (CPM) 'l f,[
g;
- 34(Wide Range) (%)
6C R-15 Air Ejector (CPM) l'>00 Aux. F.W. Flow (Total)
(GPM)
O R-16 F.C. Water (CPM) l I9 S/G Press #31 (PSIG) 7h R-17a Comp. Cool (CPM) l YOO
- 32 (PSIG)l
~7N R-17b Ccmp. Cool (CPM) l N 433 (PSIG) l
'~/ h R-18 Liq. Waste (eff.) (CPM) l b
g (PSIG)I W O R-19 S/G 3.D.
(CPM) l fo W
- 34 V.C. Dew Point
(%)
]1 R-23 F.C. Water (CPM) l 28 g
F.C.L. Weir Level (in.)
{7 R-25 v.C. Hi-Range 1-E8 (R/hr)
O
~-
(PSIG)!
O. J f*
R-26 V.C. Hi-Range (R/hr)l O
(CF) l
$[o R-27 Vent Monitor (uCi/cc)l VC Sump. Level Elev.
(Ft.) l 7"
R-27 Vent Flow Rate (CFM) 1(o5cco Recire. Su=p Level Elev. (Ft.) l O
R-27 Vent Disch. Rate (uCi/ec) I VCHydrogen(Sa=pleResults(%)l l
R.W.S.T. Level (Ft.)l M.T Vent Flow Rate (CFM) l(o(OC O Cond. Storage Tk. Level (Ft.) l %,3 l
Spray Add. Tank
(%)
$[
Wind Speed (m/sec) i 5.5 Wind direction (degrees) lb I
l Pasquill category l b h NYC l
18
PLANT STATUS LOG I
" Tima : MO Indian Point + 3 Dataffpy gg l
3
'D$.
O PARAMETER '
PARAMETER R-1 CCR (mR/hr) kj RCS Incore T/C Average (oF)
RCS Incore T/C Highest (OF)
$9d R-2 VC 80' (mR/hr) ll RCS Avg. Tedrp.
(OF)
,hhb R-4 Chrg. Pump (mR/hr) 8
[hh R-5 F.S.B.
(mR/hr) 0 RCS Hot Leg Temp.
(07)
R-6 Sa=ple Rm (mR/hr) l,0 SAT. Meter Margin (psi) N OO R-7 V.C. Seal Table (mR/hr) lQ
- RCP in Service (0^ 4) h R-8 Drum Sta.
(mR/hr) k$
Pressurizer Level
(%)
h,l R-10 Sts. Line Penet.(mR/hr) d Charging Flow (gpm) lhl R-ll V.C. Part (CPM)
- hgenlp, S/G Levels '931(Wide Range) (%)
fd).
R-12 V.C. Gas (CPM) 2f0K
- 32(Wide Range) (%)
Dl R-13 Vent Part (CPM) lj(
- 33(Wide Range) (%)
[gh R-14 Vent Gas (CPM) lf(
- 34(Wide Range) (%)
bl R-15 Air Ejector (CPM) g Aux. F.W. Flow (Total)
(GPM) d R-16 F.C. Water (CPM) l[k S/G Press
- 33 (PSIG)
R-18 Liq. Waste (eff.) (CPM) l-k
- 34 (PSIG) 9, R-19 S/G B.D.
(CPM) fok V.C. Dew Point
(%)
9h R-23 F.C. Water (CPM) l 19 k I
F.C.U. Weir Level (in.)
jI R-25 V.C. Hi-Range 1-E8(R/hr) h VC Press (PSIG) bej$
R-26 V.C. Hi-Range (R/hr)l h
VC Temp.
(OF) b R-27 Vent Monitor (uCi/cc)
(Ft.)
$N R-27 Vent Flow Rate (CFM) dOh Recire. Sump Level Elev. (Ft.)
I d
g.27 Vent Disch. Rate (uCi M VC Hydrogen (Sacple Results(%) l l
lhg R.W.S.T. Level (Pt.) l kk Vent Flow Rate (CFM)
- ~
Cond. Storage Tk. Level (Pt.)
l,
Spray Add. Tank
(%)
M Wind Speed (m/sec) gf Wind direction (degrees) l Pasquill category l
n l
~. -
w PLANT STATUS LOG f346 Indian Point + 3 Date : g-29-$3 Time T= 2% os.
O PARAMETER' PARAMETER RCS Incore T/C Average (oF)
[7$
R-1 CCR (mR/hr)
OI RCS Incore T/C Highest (OF)
(#7 7 R-2 VC 80' (mR/hr)
( 4,,.
RCS Avg. Temp.
(CF) f(,3 R-4 Chrg. Pump (mR/hr) o RCS liot Leg Temp.
(o )
f73 R-s r.S.B.
(mRfhr) e F
~
"2.2 gf R-6 Sample Rm (mR/hr)
). O SAT. Meter Margin (psi) 7 (. C C R-7 V.C. Seal Table (mR/hr) g3 E
R-8 Drum Sta.
(mR/hr) 6., p f
- RCP in Service (0-4)
Pressurizer Level
(%)
h R-10 Stm. Line Penet. (mR/hr)
O l..
Charging Flow (gpm)
'(O (
R-ll V.C. Part (CPM) wk S/G Levels '#31(Wide Range) (%)
(o '2.
R-12 V.C. Gas (CPM) 78t3 Q
- 32(Wide Range) (%)
[gy 2 R-13 Vent Part (CPM)
/, [ g
?
- 33(Wide Range) (%)
[gp J,,,,
R-14 Vent Gas (CPM)
/, 7 y
- 34(Wide Range) (%)
hb R-15 Air Ejector (CPM) lM
~
Aux. F.W. Flow (Total)
(GPM)
O R-16 F.C. Water (CPM) l
[s f S/G Press #31 (PSIG)
-]h R-17a Comp. Cool (CPM) l 80 b'
432 (PSIG)
) TC R-17b Como. Cool (CPM) hod 3
433 (PSIG) 7%
R-18 Liq. Waste (eff.) (CPM) l
(
K (PSIG)l 7%
R-19 S/G B.D.
(CPM) l b
\\/
5
- 34 V.C. Dew Pcint
(%) l R-23 F.C. Water (CPM) l A e ~7 y
F.C.U. Weir Level (in.) l (9
R-25V.C.Hi-Range 1-E8(R/hr)l 0
(PSIG)!
O.14' R-26 V.C. Hi-Range (R/hr)l 0 VC Press VC Temp.
(OF) l h
R-27 Vent Menitor (uci/ce)l
=
(Ft. )
7 R-27 Vent Flow Rate (CFM)
Recire. Sump Level Elev. (Ft.) (
R-27 Vent Disch. RatefuCflec)
VCHydrogen(SamoleResults(%)l l
Vent Flow Rate (CFM) l f, f CO O R.W.S.T. Level (Ft.? l M *k,
Cond. Storage Tk. Level (Ft.) l N-[
l 3 pray Add. Tank (1)
$[
Wind Speed (m/sec) I
- 5. 5 Wind direction (degrees) l 40 Pasquill category l ]
TSD TA.A Pa 20
,e.
--y.
.-.w
,-,__._,3
EP-Form 630s PART I - GENERAL INFORMATION West.
Peekskill Rock.
Orange
- 1. (c) Notification #
A Putnam NY State a
1.
Message transmitted:
Con Ed Coast. Guard f
$* 2.k-O /
/gg ANI NRC Con Rail / Metro North Date Time (24 hr. clock) k/
_ RC/ Duty Officer 2.
Facility providing information:
Indian Point No. 2 9.
The release 2.s:
(B )
Indian Point No.3 A
continuing.
3.
Reported By:
terminated.
Name C
intermittent.
Title NOT applicable, 4.
This...
is an exercise 10.
Protective Actions:
B is NOT an exercise
.There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary.
nusual Went B
Protective Actions are under B
Alert consideration.
C Site Area Emergency C
Recommended Protective Action ERPA r SHELTERTNG 1 2 3 4 D
General Emergency 5 6 7 8 9 10 11 12 13 14 15 s
Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 F
Other 34 35 36 37 38 39 40 41 42
(]
This classification declared at:
43 44 45 46 V
Date P2.N-83 Time
) TOC ERPA for WACUATTON 1234 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 C.C O m u h CL co d ic h d 43 44 45 46 oid s6hn ct 2coAu. kike.
11.
Weather O
th oct.J d 900 Mde A
Wind soeed miles per hour besmw4Wdv% A hmd* lfo.h fdC, or,[ 6 _ meters per second.
I W N etN E. Mik Direction (from) 40 degrees.
St*m"Y cl^S*3 8.
As of 8 50' hours there has:
c (A-G/or stable, unstable, NOT been a release of neutral) radioactivity D
General Weather Condition l
been a release of radio-(if applicable) activity to the ATMOSPHERE g g*g been a release of radio-V activity'to a BODY OF WATER been a GROUND SPILL release of radioactivity O
Q,.)
2.l I
y-------
auxcin xug 2 mar.2.Ba, Notificatlo-C PART III - IP-3 PLANT PARAMETER DATA
+e Datc:,7 4 1 - C Time:_l?8l MAJOR PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP
) RCS pressure M N O',m (Circle those in use) b/A x___-
19.
RCS temperature
%'d c r_'.
~
fei
- 37. Containment spray 20.
Reactor Shutdown (Y/N) d VC Spray Pumps 21.
Natural / Forced circulation N U F.}
Recirculation Mode m
g /3, (3, (31, (33, 35 pontainment Ean Cooler units -
22.
Pressurizer level
- g. ejO 23.
S/G 1evels
- 31 (: I %
- 33 K%
- 39. Auxiliary Feed Pumps - 31, 32, 33
- 32 /: ( %
834 bl %
- 40. VC Phase A Isolation Complete 24.
Off-site /On-site power available:
YES/NO 4#5
- 41. VC Phase B Isolation Complete 25.
Containment Pressure O lb05lk gLe -
- 42. VC Ventilation Isolation Complete
- 26. Containment Temperature u E YES/NO 27.
RCS Subcooled/ Saturated '~ 1.w~4ak
- 43. CR Ventilation Isolation Complete psig Subcooled 7I:IM YES/NO 28.
- 44. Emergency Diesel Generators 29.
RWST Level 34.9' Check Status 31 32 33 30.
CST Level M.4 I Load / Running Unloaded / Standby
[
T Out of Service bd/k S OF SAFETY INJECTION RADIOLOGICAL MONITORS (Circle modes in use)
Plant Vent:
,31.
Passive Injection - Accumulators
- 45. R-13 (particulate) 2.#
X.
CPM 32.
High Head Injection
- 46. R-14 (gaseous)
I..E' 4 CPM 33.
Low Head Injection
- 47. R-27 (gaseous) @r,I.'.c - nM. uCi/cc hjl Area Monitors:
MODES OF RECIRCULATION l
- 48. R-2 Containment I^
mR/hr (circles modes in use)
- 49. R-7 Containment I.S mR/hr 34.
Low Head Recirculation - Recirc Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration) C mR/hr 35.
High Head Recirculation -
- 51. Containment High Range Monitor Recire Pumps to S.I.
Pumps (R-25/R-26)
- RHR Pumps to S.I.
Pumps O
R/hr 36.
Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance:
- RHR Pumps
,7
\\
/
22.
m
t'LAN1 5Iaiuc Luu unG : f/)O Indian Point + 3 Dzte : f g2
~t= 8x.
Q PARAMETER '
PARAMETER t
RCS Incore T/C Average (oF)
).
R-1 CCR (mR/hr) h
[h R-2 VC 80' (mR/hr) f$
RCS Incore T/C Highest (OF)
RCS Avg. Temp.
(oF) h R-4 Chrg. Pump (mR/hr) h RCS Hot Leg Temp.
(07)
Ml R-5 F.S.B.
(mR/hr) h RCS Press (PSIG) hh R-6 Sample Rm (mR/hr)
[, h SAT. Meter Margin (psi) )@
R-7 V.C. Seal Table (mR/hr) lj GRCP in Service (O' 4) h-R-8 Drum 6ta.
(mR/hr) hJ Pressurizer Level (t) 1,l R-10 Stm. Line Penet. (mR/hr)
O Charging Flow (gpm) b R-ll V.C. Part (CPM) bn. m S/G Levels '831(Wide Range) (g)
[g1 R-12 V.C. Gas (CPM) %K
- 32(Wide Range) (g) d R-13 Vent Part (CPM) 933(Wide Range) (t) h1 R-14 Vent Gas (CPM) lM 434(Wide Range) (%)
[d R-15 Air Ejector (CPM)
Aux. F.W. Flow (Total)
(GPM)
O R-16 F.C. Water (CPM)
" l)l(,
S/G Press #31 (PSIG) 9,h R-17a Comp. Cool (CPM) 2l00 O
- 32 (PSIG)
IIh R-17b Co=p. Cool (CPM) k[)d
(C m 6K.
(%)
F.C.U. Weir Level (in.)
lb R-25 V.C. Hi-Range 1-E8 (R/hr) h VC Press (PSIG) kj$
R-26 V.C. Hi-Range (R/hr)
O VC Temp.
(OF) h R-27 Vent Monitor (uCi/cc)
(Ft.)
9 R-27 Vent Flow Rate (CFM) l ddO Recire. Sump Level Elev. (Ft.)
b R-27 Vent Disch. RatetuCi/earInk l
VC Hydrogen (Samole Results(%)
=
vent rlow aate (CrM) I/Aooo R.W.S.T. Level (Pt.>
SloA Cond. Storage Tk. Level (Ft.)
h,1!
,]
[,D Spray Add. Tank
(%)
N Wind Speed (m/sec) l Wind direction (degrees) h7 Pasquill category lO
FLMIN 1 OIMIUO L. U U Timoil6d Indian Point
- 3 onto:fy/
=s w PARAMETER' PARAMETER O
RCS Incore T/C Average (OF) d R-1 CCR (mR/hr) kl R-2 VC 80' (mR/hr) lh RCS Incore T/C Highest (OF)
RCS Avg. Temp.
(OF) hhl R-4 Chrg. Pump (mR/hr) h RCS Hot Leg Temp.
(07)
,hd R-5 F.S.B.
(mR/hr) d RCS Press (PSIG) Nkk R-6 Sample Rm (mR/hr) f, d SAT. Meter Margin (psi) )
hh R-7 V.C. Seal Table (mR/hr)
(
b R-8 Drum Sta.
(mR/hr) b1
- RCP in Service (0-4)
Pressurizer Level
(%)
L R-10 Stm. Line Penet.(mR/hr) d Charging Flow (gpn.)
[h$
R-ll V.C. Part (CPM) lhqpr 6 S/G Levels '931(Wide Range) (%)
g'n f R-12 V.C. Gas (CPM)
%{
- 32(Wide Range) (%)
{
R-13 Vent Part (CPM) k 033(Wide Range) (%)
hl R-14 Vent Gas (CPM)
),k
- 34(Wide Range) (%)
hl R-15 Air Ejector (CPM)
M Aux. F.W. Flow (Total)
(GPM)
R-16 F.C. Water (CPM) l
/,b (
R-17a Como. Cool (CPM) l %0 S/G Press #31 (PSIG) klh l AD
- 33 (PSIG)
(lh R-18 Liq. Waste (eff.) (CPM) l d
- 34 (PSIG) lh R-19 S/G B.D.
(CPM) !
hk R-23 F.C. Water (CPM) h v.C. De'. Point
(%)
hh f)[p, F.C.U. Weir Level (in.)
lk R-25 V.C. Hi-Range 1-E8 (R/hr) h VC Press (PSIG) bel R-26 V.C. Hi-Range (R/hr) h VC Temp.
(OF) h R-27 Vent Monitor (uCi/cc)i i hh VC Sump. Level Elev.
(Ft.)
9I$
R-27 Vent Flow Rate (CFM)
Recire. Sump Level Elev. (Ft.)
h R-27VentDisch.RateluCildt.)l VC Hydrogen (Samole Results(%)
Vent Flow Rate (CFM) hg/)
R.W.S.T. Level (Pt.?
k, f Cond. Storsge Tk. Level (Ft.)
[
Spray Add. Tank
(%)
Wind Speed (m/sec) M Wind direction (degrees) lk[
Pasquill category l h P3 i
,a
~ ~ - - - - - - - -
~
+-,-----me
-,----.,a..-
-,,-----nn,---ee
,,,r,n
,,-,,,-ynn.,m--
--ww,,
,,m
,,m,m-w,,,---mm-rwv-,7-,
EP-Form li30s PART I - GENERAL INFORMATION West.
Peekskill 1.(c) Notification #
A
- ck
_ Ora 1.
Message transmitted:
Con Ed Coast Guard
$'h~0
/
fjf AN NRC Date Time (24 hr. clock)
-Con Rail / Metro North
_ RC/ Duty Officer Facility providing information:
A Indian Point No. 2 9.
e release is:
Q)
Indian Point No.3 A
continuing.
3.
Reported By:
B terminated.
Nue C
intermittent.
Title NOT applicable.
4.
This...
8 is an exercise 10.
Protective Actions:
h There is NO need for Protec-B is NOT an exercise tive Actions outside the site 5.
Emergency Classification boundary.
A nusual hent Protective Actions are under B
Alert consideration.
C Site Area Emergency C
Recommended Protective Action RPA for SHELTERING 1 2 3 4 General Emergency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 F
Other 34 25 36 37 38 39 40 41 42
(;
This classification declared at:
43 44 45 46 k./
Date 3-M-b Time 1800 rnPA for svAcuxmron 1 2 3 4 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24 2
C odd Oddn@ ok 200 M,b.)e 3
38 94 4
4 D.er b o r in oro. M M.
43 44 45 46 i
g 11.
Weather
-DhnoE M bf_hXOe.dbu*
A Wind speed miles per hour l
4e h T so b
- 62ctorys or E.0 meters per second.
B Direction (from) 45 degrees.
a class b
8.
As of hours there has:
(A-G/or stable, unstable, A
NOT been a release of neutral) radioactivity D
General Weather Condition been a release of radio-(if applicable) activity to the ATMOSPHERE g
g i
been a release of radio-activity'to a BODY OF W\\TER been a GROUND SPILL release of radioactivity l O G
L5 1
l
EP-Form 430c E^vrRGENCY NOTIFICATION FACT SHEET
~'
~
Notification #
C IP-3 PLANT PARAMETER DATn.
PART III Date:~, w '
y Time:
i I f.*___
R PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP
- 9 q M. G s
RCS pressure a-(Circle those in use)
[d,, f.h 19.
RCS temperature Eld N '
- 37. Containment Spray 20.
Reactor Shutdown (Y/N)
M VC Spray Pumps 21.
Natural / Forced circulation Fen m Recirculation Mode e
G81 Containment Fan Cooler units -
22.
Pressurizer level Y/O
" dl,82, g, Q4, 35 23.
S/G levels
- 31 6:2. %
- 33 b2. %
- 39. Auxiliary Feed Pumps - 31, 32, 33 4 32 [-2.
- 34 [2%
- 40. VC Phase A Isolation Complete 24.
Off-site /On-site power available:
YES/NO ygg
- 41. VC Phase B Isolation Complete 25.
Containment Pressure I> l$d5/G YES/NO 26.
Containment Temperature
$l cF
- 42. VC Ventilation Isolation Complete v
o YES/NO 27.
RCS Subcooled/ Saturated b M.re!rb f
- 43. CR Venti.lation Isolation Complete psig Subcooled
'7[rAn YES/NO 28.
- 44. Emergency Diesel Generators 29.
RWST Level 3c.3' Check Status 31 32 33 30.
CST Level MI. 9 l Load / Running Unloaded / Standby 1
]
]
7 e
j Out of Service fj h IS OF SAFETY INJECTION
~
RADIOLOGICAL MONITORS (Circle modes in use)
Plant Vent:
31.
Passive Injection - Accumulators N. CPM
- 45. R-13 (particulate) 32.
High Head Injection sCPM
- 46. R-14 (gaseous) 33.
Low Head Injection
- 47. R-27 (gaseous) "c, R
..e.
uCi/cc MODES OF RECIRCULATION
[d %
Area Monitors:
I
- 48. R-2 Containment R-mR/hr (circles modes in use)
- 49. R-7 Containment 6
mR/hr 34.
Low Head Recirculation - Recire Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration) r, mR/hr 35.
High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I.
Pumps (R-25/R-26)
- RHR Pumps to S.I.
Pumps O
R/hr 36.
Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance:
- RHR Pumps i
v 0
PLANT STATOSTOC
~
' Q[
Indian Point + 3 osta :
M Tima :
- =31 us.
O ennauerea -
eaa^uerea R-1 CCR (mR/hr) h,l RCS Incore T/C Averace (oF)
.hh R-2 VC 80' (mR/hr) lh RCS Incore T/C Highest (OF)
RCS Avg. Temp.
(OF) h[)
R-4 Chrg. Pu=p (mR/hr) h RCS Hot Leg Temp.
(07) M R-5 F.S.B.
(mR/hr) h RCS Press (PSIG) hh R-6 Sa=ple Rm (mR/hr) bh SAT. Meter Margin (psi) hh R-7 V.C. Seal Table (mR/hr) h SRCP in Service (O'4) b -
R-8 Drum Sta.
(mR/hr) h Pressurizer Level (t)
M R-10 Stm. Line Penet.(mR/hr) d Charging Flow (gpm) lh R-ll V.C. Part (CPM)
Qb R-12 V.C. Gas (CPM)
%(
S/G Levels '831(Wide Range) (g) h,.
832(Wide Rangs) (%)
Q R-13 Vent Part (CPM) hk
- 33(Wide Range) (4)
N, R-14 Vent Cas (CPM) d h 37, R-15 Air Ejector (CPM) 3[)6 834(Wide Range)(t) 1 Aux. F.W. Flow (Total)
(GPM) h R-16 F.C. Water (CPM) lhk S/G Press 831 (PSIG) 1h R-17a Comp. Cool (CPM) l #oO 832 (PSIG) f R-17b Corp. Cool (CPM) l hh 833 (PSIG) k2[
R-18 Liq. Waste (eff.) (CPM) l (kh R-19 5/G B.D.
R-23 F.C. Water (CPM) l[9 (
V.C. Dew Point (4) ohs (h g F.C.U. Weir Level (in.) Mbh R-25 V.C. Hi-Range 1-E8(R/hr) h g
.R-26 V.C. Hi-Range (R/hr) 0 VC Temp.
(OF)
If R-27 Vent Monitor (uCi/cc)
(Ft.)
9II R-27 Vent Flow Rate (CFM) IMo00 Recire. Sump Level Elev. (Ft.)
i h
R-27 Vent Disch. Rate fuC1/339 l VC Hydrogen (Samole Results(%)
R.W.S.T. Level (Pt.)
o,k Vent Flow Rate (CFM) l[
gg
(
Cond. Storage Tk. Level (Ft.)
k]
L Spray Add. Tank
(%)
hh Wind Speed (m/sec)
(()
Wind direction (decrees) l3C Pasquill category l8 4 0 Y TO?f1L l hO D
9,
--/ h W o1. M.n w & M hp
PLANT STATUS 10G
~
oztasphNhg Cd indian Point + 3 Tima :
y.
A t
O e^a^=eTea '
"^a^"5 Tea R-1 CCR (mR/hr) hl RCS Incore T/C Average (oF)
RCS Incore T/C Highest (OF)l R-2 VC 80' (mR/hr) j#[
RCS Avg. Tesp.
(OF)
R-4 Chrg. Pump (mR/hr) d RCS Hot Leg Temp.
(07) hh R-5 P.S.B.
(mR/hr) d RCS Press (PSIG) kb R-6 Sa: ale Rm (mR/hr) fM SAT. Meter Margin (psi) h [h R-7 V.C. Seal Table (mR/hr) fh b
R-8 Drum Sta.
(mR/hr)
M
- RCP in Service (O' 4)
R-10 St:n. Line Penet. (mR/hr) j Pressurizer Level
(%)
$10 Charging Flow (gpm) lhh R-ll V.C. Part (CPM)
%jg S/G Levels '#31(Wide Range) (%)
h.
R-12 V.C. Gas (CPM)
R-13 Vent Part (CPM)
(((
- 32(Wide Range) (%)
h 033(Wide Range) (%)
d R-14 Vent Gas (CPM) hf k
- 34(Wide Range) (%)
h R-15 Air Ejector (CPM)
QM Aux. F.W. Flow (Total)
(GPM) h R-16 F.C. Water (CPM) i.k hh R-17a Comp. Cool (CPM) lk.dO S/G Press 831 (PSIC)
L hh R-19 S/G B.D.
(CPM)
[ok
- 34 (PSIG)
V.C. Dew Point
(%)
h g
R-23 F.C. Water (CPM) lb[
F.C.U. Weir Level (in.) Mh g,
R-25 v.C. Hi-Range 1-E8 (R/hr) d VC Press (PSIG1 bal R-26 V.C. Hi-Range (R/hr) d VC Temp.
(OP) h R-27 Vent Mor.itor (uCi/cc)
(Ft.)
II' R-27 Vent Flow Rate (CFM) h@
Recirc. Su=p Level Elev. (Ft.) h h
R-27 Vent Disch. RatefuCiMac)I l
~
l VC Hydrogen (Sample Results(%)
R.W.S.T. Level (Pt.?
Q Vent Flow Rate (CFM) lM g Cond. Storage Tk. Level (Ft.) l h[
l Spray Add. Tank
(%)
N Wind Speed (m/sec)
M Wind direction (degrees) l f~d Pasquill category lC PJ l.A 0 uk c
EP-Form 630s PART I - GENERAL INFORMATION West.
Peekskill
- 1. (c) Notification #
N
- ut e
1.
Message transmitted:
Con Ed Coast Guard 8 8 3 /
IW9
-^"I
-NRC Con Rail / Metro North Date Time (24 hr. clock) v
_ Rc/Dutv Officer 2.
Facility providing information:
A Indian Point No. 2 9.
The release is:
)
Indian Point No.3 ntinuing.
3.
Reported By:
terminated.
e C
intermittent.
)
NOT applicable.
D 4.
This...
A is an exercise 10.
Protective Actions:
B is NOT an exercise There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification bcundary.
Unusual Event Protective Actions are under B
Alert consideration.
LC_l Site Area Emergency Recommended Protective Action ER A fr SHELTERING 1234 General Emergency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 F
Other-34 35 36 37 38 39 40 41 42 h
This classification declared at:
43 44 45 46 Date T-2N-$b Time 1800 rapi cor tvncuamron 1 2 34 i
7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 CDV\\hviufd covsktd\\ed DN 43 44 45 46
- Adduvs d'2m b M.
11.
Weather Wind s eed miles per hour MhdhaJ\\0b Mmink l641 or 8 meters per second.
F.
B Direction (from) h degrees.
TOkt $Q( b M E S C
Stability class 8
8.
As ot nours there has:
(A-G/or stable, unstable,
@A NOT been a release of neutral) radioactivity D
General Weather Condition B
been a release of radio-(if applicable) activity to the ATMOSPHERE g gg, I
been a release of radio-activity'to a BODY OF WATER
'been a GROUND SPILL release A
of radioactivity b
2R 1
EP-Form #30c EMERGENCY NOTIFICATICM FACT SHEET
~
Notification #
PART III - IP-3 PLANT PARAMETER DA.2a n
Date:_',,
Time:
N JOR PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP MM CSC RCS pressure (Circle those in use) h/M 19.
RCS temperature
.9;C OF
- 37. Containment Spray 20.
Reactor Shutdown (Y/N) d VC Spray Pumps f
Recirculation Mode 21.
Natural / Forced circulation!% U =r c 22.
Pressurizer level m
(38. Containment Fan Cooler units -
f31, (3 2, / 3 3, ' 34, 35
~
23.
S/G levels
- 31 l 7 %
- 33 [-2 %
- 39. Auxiliary Fe d Pumps - 31, 32, 33
- 32 (c 2 %
- 34 l 7, %
- 40. VC Phase A Isolation Complete 24.
Off-site /On-site power available:
YES/NO M'5
- 41. VC Phase B Isolation Complete YES/NO f,
25.
Containment Pressure c 6 J5'S
- 42. VC Ventilation Isolation Complete
- 26. Containment Temperature 9f4-YES/NO 27.
RCS Subcooled/ Saturated 6Chcel'/7
- 43. CR Ventilation Isolation Complete psig Subcooled N;7j YES/NO 28.
'7 4
- 44. Emergency Diesel Generators 29.
RWST Level
- 30. $' l Check Status 31 32 33 30.
CST Level 3'. 'l I Load / Running Unloaded / Standby N
s
.s Out of Service j
INJECTION /V h S OF SAFETY f
1 RADIOLOGICAL MONITORS (Circle modes in use)
Plant Vent:
31.
Passive Injection - Accumulators
- 45. R-13 (particulate)
CPM 32.
High Head Injection
- 46. R-14 (gaseous) 7 '$.
CPM 33.
Low Head Injection
- 47. R-27 (gaseous) S Sch rrl uCi/cc f
MODES OF RECIRCULATION b.
Arpa Monitors:
/
- 48. R-2 Containment mR/hr (circles modes in use)
- 49. R-7 Containment
!b mR/hr 34.
Low Head Recirculation - Recire Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration)/
mR/hr 35.
High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I.
Pumps (R-25/R-26)
- RHR Pumps to S.I.
Pumps R/hr 36.
Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance:
- RHR Pumps
\\.
3D
02tasppyffq
$0/)/)
Indian Point + 3 umD:
a< nTL PARAMETER' PARAMETER Q
R-1 CCR (mR/hr) h RCS Incore T/C Average (oF)
RCS Incore T/C Highest (oF) h R-2 VC 80' (mR/hr) l$
RCS Avg. Te:ip.
(OF)
R-4 Chrg. Pump (mR/hr) b RCS Hot Leg Temp.
(07) hb R-5 F.S.B.
(mR/hr)
O e
RCS Press (PSIG) $}b R-6 Sa=ple R:n (mR/hr) bd SAT. Meter Margin (psi) 7h@
R-7 V.C. Seal Table (mR/hr) lQ b '
R-8 Drum Sta.
(mR/hr) d
- RCP in Service (0-4)
Pressurizer Level (g)
M R-10 Sts. Line Penet.(mR/hr) l[
Charging Flow (gpm)
Mhb R-ll V.C. Part (CPM)
% k S/G Levels '#31(Wide Range) (%)
hi R-12 V.C. Gas (CPM) ' pQ
- 32(Wide Range) (4) fp/
R-13 Vent Part (CPM) 933(Wide Range) (%)
hl R-14 Vent Gas (CPM) jM
- 34(Wide Range) (4) hl R-15 Air Ejector (CPM) l$M Aux. F.W. Flow (Total)
(GPM) h R-16 F.C. Water (CPM) l lM fb R-17a Co=p. Cool (CPM) fMO S/G Press #31 (PSIG) hh R-17b Cc=p. Cool (CPM) l hh
- 32 (PSIG)
(b R-18 Liq. Waste (eff.) (CPM) l h[
- 33 (PSIG) 1
- 34 (PSIG) f R-19 S/G B.D.
(CPM) bk hgat R-23 F.C. Water (CPM) lMk V.C. Dew Point
(%)
y, F.C.U. Weir Level (in.) hQpg R-25V.C.Hi-Range 1-E8(R/hr)l
[
VC Press (PSIC) b.
L R-26 V.C. Hi-Range (R/hr) l O
VC Temp.
(OF) hfl R-27 Vent Monitor (uCi/cc) f VC Sump. Level Elev.
(Ft.)
h YI R-27 Vent Flow Rate (CFM) hgO Recire. Sump Level Elev. (Ft.)
h R-27 Vent Disch. Rate (uCifuQ !
l l VC Hydrogen (Sample Results(%)
R.W.S.T. Level (Pt.)
,k Vent Flow Rate (CFM) lh g Cond. S'crage Tk. Level (Ft.)
%[
l' Spray Add. Tank
(%)
Wind Speed (m/sec) l f f Wind direction (degrees) lM l
Pasquill category l[
b O O N t. ~ $ll/h ScJfe/UlSoK clee/A4e C St & Asien.fmene ence daem dooma swr esdhas wanaasui,m s/ ac e-hem
{acchfids. 30 Mihu2b &ak Ade sonvet//acdtf_/_yddnzkr /20 9pM.
3I
Roc an 1.(a) Notification #
A g
1.
Message transmitted:
[ Coned
[CoastGuard
-NRC
^"I
@ M-8 /
c1013 Con Rail / Metro North Date Time (24 hr. clock)
(4.
_nc/Dutv officer Facility providing information:
Indian Point No. 2 9.
The release is:
Indian Point No.3 A
continuing.
3.
Reported By:
- d*
Name intermittent.
Mh NOT applicable.
4.
This...
h is an exercise 10.
Protective Actions:
h.There is NO need for Protec-B is NOT an exercise tive Actions outside the site S.
Emergency Classification boundary.
Unusual Event B
Protective Actions are under Alert consideration.
h Site Area Emergency C
Recommended Protective Action ERpA for SHELTERING 1234 General Emergency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 0F Other 34 35 36 37 38 39 40 41 42
/*
This classification declared at:
43 44 45 46
\\
Date %-2M3 _
ERpA car Evacoxmron 1 2 3 4 Time acco 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24 A SNe M8L e.meMr.mc_jhes been 25 26 27 28 2 38 dedCLMh. At e.bGam<.9 duedo(.
43 44 45 46
.vi M.ouff AlnonMnl owe ma.h,,*ean 11.
Heather WannawT A mwar oa of w.
~v A
wind speed miles per hour
- fMC.iliT IES. Y Rd S [eARAar $S My or 6.6 metcrs per second.
Jha en m.
Direction (f rom)1 degrees.
C Sca n ty class C
8.
As of 06__nours there has:
(A-G/or stable, unstable, h
NOT been a release of neutral) radioactivity D
General Weather Condition been a release of radio-(if applicable) activity to the ATMOSPHERE gg C
been a release of radio-activity to a BODY OF WATER D
been a GROUND SPILL release' of radioactivity 32.
yy--,.-g e
a ya rg--=w e+-
's
=re e
e-as
-vwwe w-a n-ee
IP-1030/8 Notification 4 B
ERGENCY NOmCATION N SHEU 2P-Foimt30b Date : (h'4 ' ?.5 PART 11 RADIOLOGICAL ASSESSMENT DATA
)
Time: M ',1 i
~
12.
Prognosis for Worsening or Termination of the Emergency? b ' ' '"D 'n ' U O.y c h i h e % h.o d c -l del.,h j h.c.' h k,,. g Q i s.-
l d, i,.
.q r
t i,q W n Fn c N S W es.
13.
In Plant Emergency Response Actions Underway!
'TTv o\\nb r ~4th.p+
r
- c. \\ s e \\ ! al s '.v5 l~.. a c\\
r.
bbty Off-Site Emergency Response Action Underwayr 14
[_&Skp !) n.m, & nh e.
kr e,.x 'ca c \\0f% be'Iror ??. *f b.':,' 6 iNC h.m A av nmd a s e q.5 4-e l bo ned <. '
O.
Release'Information
' Actual Projected g,,
lAl ATMOSPHERIC RELEASE i
I' t
Date and Time Release S*.arted Duration of Release hrs hrs Noble Gas Release Rate j
Ci/sec Ci/sec Radiciodine Release, Rate Ci/sec Ci/sec Elevated or Ground Release Inplant Monitors l 8l WATERBORNE RELEASE i/
Date and Time Release Started f4 ks Duration of Release hrs hrs
/
Volume of Release gal gal Radioactivity Concentration (gross) uCi/mi uCi/mi Total Radioactivity Released Ci Ci Radionuclides in Reiease uCi/mi uCi/mi O
uCi/mi uCi/mi Basis for release data e.g. effluent monitors, grab sample, composite sample and sample location:
16.
Dose and Measurements and Projections Actual Projected a/
lAl SITE BOUNDARY fJl r$.
/
Whole Body Dose Rate mR/hr mR/hr Whole Body Commitment (for duration above)
Rem Thyroid Dose Commitment (1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> exposure) mrem mrem Thyroid Dose (total commitment)
Rem l8l PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles Whole Body Dose Flate (mR/hr)
Whole Body Dose (Rem)
Thyroid Dose Commitment (I hr exposure mrem)
Thyroid Dose (Total Commitment-Rem) -
17.
Protective Action Recommendations and the Basis for the Recommendations:
n
gp-Form 030c
,EMEPGENCY WOTIFIChTION FACT 9 net.T Notification #
C PART III - IP-3 PLANT PARAMETER DATA c.
~
Cato:O'M.'2 Time: V9 MAJOR PARAMETERS
- 3 STATUS OF ENGINEERED SAFEGUARDS EQUIP
) RCS pressure 2 2..D A Q' (Circle those in use) gj /[.
19.
RCS temperature
.C63CF
- 37. Containment Spray 20.
Reactor Shutdown (Y/N) k VC Spray Pumps 21.
Natural / Forced circulation Fcu aa Recirculation Mode t
38 22.
Pressurizer level 3O
- Containment Fan Cooler units -
(34), 35 23.
S/G levels
- 31 Id %
- 33 lol %
- 39. Auxiliary Fe Pumps - 31, 32, 33
- 32 Id %
- 34 /f
- 40. VC Phase A Isolation Complete 24.
Off-site /On-site power available:
YES/NO N
- 41. VC Phase B Isolation Complete 25.
Containment Pressure M
- 42. VC Ventilation Isolation Comple'te 26.
Containment Temperature 9
YES/NO 27.
RCS Subcooled/ Saturated 6 derm #d
- 43. CR Ventilation Isolation Complete psig Subcooled 7 (cCF.
YES/NO 28.
- 44. Emergency Diesel Generators 29.
RWST Level 3c.9 '
Check Status 31 32 33 30.
CST Level Z.7 8 Load / Running Unloaded / Standby x
v Out of Service
~
INJECTION,N/fA S OF SAFETY RADIOLOGICAL MONITORS (Circle modes in use)
Plant Vent:
31.
Passive In3ection - Accumulators
- 45. R-13 (particulare) x CPM
^
32.
High Head in].ection
- 46. R-14 (gaseous)
.5 CPM 33.
Low Head In].ection
- 47. R-27 (gaseous) hee,1,4 Put uCi/cc MODESOFRECIRCULATION,Q/M Area Monitors:
f
- 48. R-2 Containment
/7 mR/hr (circles modes in use)
- 49. R-7 Containment
!7 mR/hr 34.
Low Head Recirculation - Recirc Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration)'C mR/hr 35.
High Head Recirculation -
al. Containment Hign Range Monitor Recire Pumps to S.I.
Pumps (R-25/R-26)
- RHR Pumps to S.I.
Pumps Cfe R/hr 36.
Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance:
- RHR Pumps w
PLANT 6 i A I Ud LUti i
M indian Point + 3 osts:ght/ffs Tima :
'"Q PARAMETER '
PARAMETER Q
RCS Incore T/C Averace (oF)
[
R-1 CCR (mR/hr) k RCS Incore T/C Highest (OF) h R-2 VC 80' (mR/hr) l#[
RCS Avg. Terip.
(CF)
R-4 Chrg. Pu=p (mR/hr)
R-5 F.S.B.
(mR/hr) b RCS Hot Leg Temp.
(07) h1 RCS Press (PSIG) Nb R-6 Sa=ple Rm (mR/hr) fh SAT. Meter Margin (psi) Nhd R-7 v.C. Seal Table (mR/hr) l}
(O'4) h R-8 Drum Sta.
(mR/hr)
[,3
- RCP in Service Pressurirer Level
(%)
Mb R-10 Sts. Line Penet. (=R/hr) d Charging Flow (gpm)
$dd R-ll V.C. Part (CPM) kd S/G Levels '431(Wide Range) (%)
hl R-12 V.C. Gas (CPM) QQ
- 32(Wide Range) (%)
fnl R-13 Vent Part (CPM) /M 433(Wide Range) (%)
fol R-14 Vent Gas (CPM) j,( (
- 34(Wide Range) (%)
hl R-15 Air Ejector (CPM) g Aux. F.W. Flow (Total)
(GPM)
O R-16 F.C. Water (CPM) ! l,k S/G Press 831 (PSIG) h R-17a Comp. Cool (CPM) lh 832 (PSIG)
MO R-17h Ce=P. Cool (CPM) l4oD
- 33 (PSIG)
MO R-le tin. Waste terr.) (CPM) iR
- 34 (PSIG)
M0 R-19 S/G s.a.
(CPM) I lok R-23 F.C. Water (CPM) I ],k V.C. Dew Point
(%)
Sca)L F.C.U. Weir Level (in.)l h g]6 R-25 v.C. Hi-Range 1-E8 (R/hr)
[
(PSIc)l
.h R-26 V.C. Hi-Range (R/hr)
(OF)
N R-27 Vent Monitor (uci/ce)l VC Su=p. Level Elev.
(Ft.)
hII R-27 Vent Flow Rate (CFM) lM @
Recire. Sump Level Elev. (Ft.)
l d
g-27 Vent Disch. Patefucilge)!
l VC Hydrocen(Samole Results(%) l
~
Vent Flow Rate (CFM) kg R.W.S.T. Level (Ft.y k(
Cond. Storage Tk. Level (Ft.)
%y l
Spray Add. Tank
(%)
Wind Speed (m/sec) l[O Wind direction (degrees) lh rasquill category l[
C) hb V ~ fen K VATF : l00e,an g
w
- m. m 7,
-.9p--
y,,
97-.--,
-an.-y.
PEATT STATUS LOG no:h
" indian Point + 3 octa:ff//h
-. d us.
O O
eas^uerea -
e^a^meTea R-1 CCR (mR/hr) dl RCS Incore T/C Average (oF)
RCS Incore T/C Highest (OF) l R-2 VC 80' (mR/hr)
RCS Avg. Terip.
(OF) h R-4 Chrg. Pump (mR/hr) )
[
R-5 F.S.B.
(mR/hr) d
[h RCS Hot Leg Temp.
(Op)
RCS Press (PSIG) MM R-6 Sa=ple Rm
(::m/hr) f[
SAT. Meter Margin (psi) )
R-7 V.C. Seal Table (mR/hr)
Q k
R-8 Drum Sta.
(mR/hr) h
- RCP in Service (0-4)
Pressurizer Level
(%)
R-10 Sts. Line Penet.(=R/hr)
Charging Flow (gpm) h[)h R-ll V.C. Part (CPM) hg S/G Levels '431(Wide Range) (%)
R-12 V.C. Gas (CPM)
%{
R-13 Vent Part (CPM) l]{
432(Wide Range) (%)
[
lj (
433(Wide Range) (%)
[3f R-14 Vent Gas (CPM) l 434 (Wide Range) (%) l R-15 Air Ejector (CPM) g R-16 r.C. Weter (CPM) I l.9K Aux. F.W. Flev (Total)
(GPM)l
~
0 l hO S/G Press 831 (PSIG)
R-17a Cc=o. Cool (CPM) 632 (PSIG)
(
R-17b Cc=p. Cool (CPM) l (dh
[g(
- 34 (PSIG)
(
R-19 S/G B.D.
(CPM) l V.C. Dew Point
(%)
A cp r e, R-23 F.C. Water (CPM) !h R-25 V.C. Ri-Range 1-E8 (R/hr) l F.C.U. Weir Level (in.) h Qgg g I
O, f R-26 V.C. Hi-Range (R/hr) l d
l VC Temp.
(OF) lhh R-27 Vent Monitor (uCi/cc) l lhMd VC Su=p. Level Elev.
(Ft.)
kN R-27 Vent Flow Rate (CFM)
Recirc. Su=p Level Elev. (Ft.) !
h R-27 Vent Dis -h.
Rate (uCi /tc) f VC Hydrocen(Sample Results(%) f R.W.S.T. Level (Pt,y
](f Vent Flow Rate (CFM) lh g Cond. Storage Tk. Level (Ft.)
- )(
l Spray Add. Tank
(%)
M Wind Speed (m/sec) l[f Wind direction (degrees) l$
l Pasquill category l[
C)
N A0 VWs, 36
~
~ ~
PLANT STATUS LOG ma: Md indian Point + 3 osta:ffg/h 4kus.
~~=
PARAMETER' PARAMETER R-1 CCR (mR/hr) h RCS Incore T/C Average (oF) jsCS Incore T/C Highest (oF)
M' R-2 VC 80' (mR/hr) f RCS Avg. Terip.
(oF)
R-4 Chrg. Pump (mR/hr)
RCS Hot Leg Temp.
(o )
hh R-5 F.S.B.
(mR/hr) 0 p
i
[h R-6 Sample Rm (mR/hr) 0 RCS Press (PSIG)
SAT. Meter Margin (psi) Nhh R-7 V.C. Seal Table (mR/hr) l(
- RCP in Service (0-4) h R-8 Drum Sta.
(mR/hr)
M Pressurizer Level
(%)
M R-10 St:n. Line Penet. (mR/hr)
[
R-ll V.C. Part (CPM) [gp, Charging Flow (gpm)
$[h S/G Levels '431(Wide Range) (4) l N.
R-12 V.C. Gas (CPM)
%k
- 32(Wide Range) (%)
h R-13 Vent Part (CPM) lM 833(Wide Range) (%)
d R-14 Vent Gas (CPM) l,h 934(Wide Range) (%)
d R-15 Air E$ector (CPM) g Aux. F.W. Flow (Total)
(GPM) d R-16 F.C. Water (CPM) l,h b
S/G Press 831 (PSIG)
(hh R-17a Co=o. Cool (CPM) lM
- 34 (PSIG) h R-19 S/G B.D.
(CPM) k lilf(
V.C. Dew Point
(%) 6% h p, R-23 F.C. Water (CPM)
R-25V.C.Hi-Range 1-E8(R/hr)l
[
F.C.U. Weir Level (in.) hh g
VC Press (PSIG) h.h R-26 V.C. Hi-Range (R/hr)l d
(OF) fhh R-27 Vent Monitor (uC1/cc)
VC Temp.
(Ft.)
kII R-27 Vent Flow Rate (CFM) h/)
Recire. Su=p Level Elev. (Ft.) l b
R-27VentDirch. Rate (uCi)[gg)I l
VCHydrogen(SampleResults(%)l R.W.S.T. Level (Pt.y l kQ Vent Flow Pate (CFM) lh@
Cond. Storage Tk, ievel (Ft.)
l Spray Add. Tank
(%)
M Wind Speed (m/sec) l[d Wind direction (degrees) l[h l
Pasquill category l8 i
Pa 0/
w--
m
---s
,-,-ns-
,,-,--------------.--wy
-,yw-
wi-w.
,e c
1.(c) Notification #
A
-E ut S
1.
Mesecg2 trcnsmittod:
[ Con Ed
[Conet Gucrd
^"I
"*C
% - 2 4 - 8 ?_ / 2 0 @
Cen Rail 75etro North m'
Date Time (24 hr. clock)
__Pc/Dutv Officer Facility providing information:
Indian Point No. 2 (A) 9.
The release is:
B Indian Point No.3 ntinuing.
3.
eported By:
Name C
intermittent.
mh NOT applicable.
4.
This...
is an exercise 10.
Protective Actions:
h is NOT an exercise There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary.
Unusual Event B
Protective Actions are under B )
Alert consideration.
)
Site Area Emergency C
Recommended Protective Actier.
C 4
D General Emergency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 P
Other 34 35 36 37 38 39 40 41 42 This classification declared at:
43 44 45 46 Date g-24-f3 Time loco yyyy fm. tvaco m on 1 2 3 4 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24
%e. RC5 led (cdt 'iS lod onM 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 g
43 44 45 46
.w 11.
Weather
~~
A Wind sceed miles per hour or S*.I meters per second.
Direction (from) 60 degrees.
C Sea u ty class B
20d houks there has:
8.
As of (A-G/or stable, unstable, 0A NOT been a release of neutral) radioactivity General Weather Condition been a release of radio-(if applicable) activity to the ATMOSPHERE y,
been a release of radio-activity to a BODY OF WATER been a GROUND SPILL release' of radioactivity c
3F i
-r-gmsawwe marrwrawnqocacmnaanr mm%
Notification #
C IP-3 PLAN
- PARAMETER DATA PART III Date: C.M Time: ' ' ' -
- MAJOR PARAMETERS SJATUS_OF ENGZNEERED SAFEGUARDS EQUIP
.2 2 _% Q p w ;--
~
(
RCS pressure (Circlo tho.; e in'use) jQlp' 19.
RCS temperature WI. c F 97' Containmeht spray
~
d-20.
Reactor Shutdown (Y/N) _
VC SFay Pumps N
21.
Natural / Forced circulation b W}
ReciTCulation Mode 22.
Pressurizer level
^M c/n
( 81 Containme'nt ran Cooler units -
1, 2,
3',@4, 35 39.Auxilkar{yFeedPumps-31, 23.
S/G levels
- 31 [-2_4
- 33 Y2. %
32, 33
- 32 /- (%
- 34 bA9
- 40. VC Phase A Isolati9n Complete 24.
Off-site /On-site power available:
YES/NO d
~41. VC Phase B Isolation CompIete YES/NO 25.
Containment Pressurc
((. (.I
~
s 1
26.
Containment Temperature
/U'-
- 42. VC Ventilation IsolaEion Complete
~
YES/NO 27.
RCS Subcooled/ Saturated $c M ied
- 43. CR Ventilation Isolatipn Complee psig Subcooled
'? hCD YES/NO s
28.
- 44. Emergency Diesel Generators 29.
RWST Level
' N. 9 8 Check Status 31 32 33 30.
CST Level Z 8. 7 I Load / Running
~
unloaded / Standby N
s Cut of Service S OF SAFETY INJECTION
[k
'N
~ ' " ' ~
RADIOLOGICAL MONITORS (Circle modes in use)
Plant Vent:-
31.
Passive In].ection - Accumulators
- 45. R-13 (particulate)'
IO ACPM 32.
High Head Injection 33.
Low Head Injection
'[' CPM
- 46. R-14 (gaseous)
'?
- 47. R-27 (gaseous ) Nse..,-. M._uci/cc r
MODES OF RECIRCULATION bi Q Area 2nhors.
s
- 48. R-2 Containment 1
mR/hr (circles modes in use;
- 49. R-7 Containment 4'
mR/hr 34.
Low Head Recirculation - Recirc Pumps
- 50. R-10 Accident Monitor s
- RHR Pumps (Steamline penetration) z..,
.,R/hr 35.
High Head Recirculation -
- 51. Containme.n High Range Monitor
- Recirc Pumps to S.I.
Pumps (R-25/R-26)
- RHR Pumps tc S.I.
Pumos n -
R/hr~
36.
Hot Leg Recirculation - Recirc Pumps AdditionalMCnit'orsofImporta)~ce:
- RHR Pumps
\\
t'LAN J 6 i A I UD Luu Timo : g dd Indiali Point + 3 osta :(j
.1 2f] pA
"^"^"5'5"'
"^"^"575" O
R-1 CCR (mR/hr) kf hff9 RCS Incore T/C Average (oF) h R-2 VC 80' (mR/hr) lQ RCS Incore T/C Highest (OF)
RCS Avg. Te:i:p.
(OF) hh R-4 Chrg. Pu=p (mR/hr)
[
RCS Hot Leg Temp.
(07)
[f R-5 F.S.B.
(=R/hr)
O RCS Press (PSIC) M R-6 Sa=ple Rm (mR/hr) f, h SAT. Meter Margin (psi) %g%
R-7 v.C. Seal Table (mR/hr) l
- RCP in Service (0-4) h R-8 Drum Sta.
(mRAu-)
kh R-10 Sts. Line Penet.(mR/hr)
'O gi Pressurizer Level
(%)
Charging Flow (gpm)
$dh R-ll V.C. Part (CPM) h 6
S/G Levels '#31(Wide Range) (%)
[of R-12 V.C. Gas (CPM)
%K
- 32(Wide Range) (%)
[nl R-13 Vent Part (CPM) y [
- 33(Wide Range) (%)
[g l R-14 Vent Gas (CPM) fj g
- 34(Wide Range) (%)
[f R-15 Air Ejector (CPM) g Aux. F.W. Flow (Total)
(GPM) h R-16 F.C. Water (CPM) {
f,N S/G Press 831 (PSIC) hh R-17a Cc=D. Cool (CPM) l AfdD
- 32 (PSIG) h$
R-17b Cc=p. Cool (CPM) i (Oh
034 (PSIG) h R-19 S/G B.D.
(CPM) l V.C. Dew Point
(%) l Akh e, R-23 F.C. Water (CPM) hk F.C.U. Weir Level (in.) [3dp,
R-25 V.C. Hi-Range 1-E8(R/hr) h VC Press (PSIG) 0, k R-26 V.C. Hi-Range (R/hr)
A VC Temp.
(OF) fh R-27 Vent Monitor (uCi/ce)
VC Su=p. Level Elev.
(Ft.)
fN R-27 Vent Flow Rate (CFM) lhd$
Recire. Su=p Level Elev. (Ft.) l h
R-27 Vent Msch. Rate (uci b l l
. VC Hydrocen(Sample Results (%)
R.W.S.T. Level (Ft. ? l,
Vent Flow Rate (CFM) lkg Cond. Storage Tk Level (Ft.)
[Q,Y l
Spray Add. Tank
(%)
k Wind Speed (m/sec) l [ /)
l Wind direction (decrees) !
Pasquill category lh o
400
- We.
v
~
hb
EMERGENCY NOTIFICATION FACT SHEET IP-1030/8 ER-Fcrm #303 PART I - GENERAL INFORMATION WeOt.
POokckill 1.(c) Notification #
A
- oc a
e Message transmitted:
-Con Ed
[ Coast Guard T-2,9 G
/
Rilq ANI NRC Con Rail / Metro North Date Time (24 hr. clock)
Rc/Dutv officer 2.
Facility providing information:
A Indian Point No. 2 9.
The release is:
Q,)
Indian Point No.3 A
continuing.
3.
Reported By:
B terminated.
Nm Title Q intermittent.
4.
This...
) NOT applicable.
( h is an exercise
- 10. p otective Actions:
is NOT an exercise
@j There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary.
nusual Event B
Protective Actions are under B
Alert consideration.
Site Area Emergency C
Recommended Protective Actions.
A TERING 1234 D
General Emergency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 F
Other i
77 34 35 36 37 38 39 40 41 42 l Q This classification declared at:
43 44 45 46 Date T M 9 Time 2CCI' l
ERpA for WAcuATmN 1234 l
7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 f
Condition:
16 17 18 19 20 21 22 23 24 Tv c '.. A e e-k e-% ~,1-a A W.
25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 Fwv.m ~v v f.\\ q< t h e c.h Q
%t 43 44 45 46 b'
11.
Weather F 3OM-A Wind speed miles per hour
'J or 5.r-meters per second.
B Direction (from) EC degrees.
a y class 5
8.
As of lib hours there has:
(A-G/or stable, unstable, 3
I NOT been a release of neutral) radioactivity D
General Weather Condition B
been a release of radio-(if applicable) activity to the ?.TMOSPHERE gg C
been a release of radio-activity to a BODY OF WATER
)
been a GROUND SPILL release K
of radioactivity s
A lll
. - _ _ =
IP-1030/8 Notification #
B EMERGENCY NOTIF1 CATION FACT SHEET r
Datoa7* h S'A EP-Fo'mi30b 2
PART 11 RADIOLOGICAL ASSESSMENT DATA s
Time:
7.l l i 12.
Prognosis for Worsening or Termination of the Emergency? Y'? N '" sb I' #
rr.3%in. @ -4
/'m NYq -
N St.M..N l { I o..dudelo en c
o i% 3 L..s. "
13.
In Plant Emergency Response Actions Underway-i Tne Nn A $$ ono M Oion Ca. M ^ 6 4sm V,o l M i d N fi0 6 e f r
'rm 4 h / tv-c r 14.
Utility Off Site Emergency Response Action Underway:
(' Y sb o. NM\\ s & 1E 4 S'tms nst M <kewv\\ \\,m n & ~Ynt.
5NO beM'&I -
15.
Release Informatiori Actual Proiected l
g A
ATMOSPHERIC RELEASE Date and Time Release Started 4
1 Duretion of Release hrs hrs Noble Gas Release Rate Ci/sec Ci/sec Radiciodine Release, Rate Ci/sec Ci/sec Elevated or Ground Release Inplant Monitors l 8l WATER 80RNE RELEASE Date and Time Release Started Durationof Release hrs hrs Volumeof Reisese gel gal Radioactivity Concentration (gross) uCi/mi uCi/ml Total Radioactivity Released Ci Cl Radionuclides in Release uCi/mi bCi/ml
, uCi/mi uCi/mi Basis for release data e.g. sffluent monitors, grab semple, mmoosite semple and semple location:
16.
Dose and Measurements and Projections Actual Projected
] SITE SOUNDARY M,sr' Whole Body Dose Rate mR/hr mR/hr l
Whole Body Commitment (for duration above)
Rom Thyroid Dose Commitment (1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> i
exposure) mrem mrem Thyroid Dose (total commitment)
Rom l8 PROJECTED OFFSITE 2 Miles 5 Mi! s 10 Miles Whole Body Dose Rate (mR/hr)
Whole Body Dose (Rem)
Thyroid Dose Commitment (I hr exposure mrem)
Thyroid Dose (Total Commitment Re.. ) -
N'lb 3
17.
Protective Action Recommendations and the Basis for tne Recommendations:
l
El-Form 630c EMEFGENCY NOTIFICATION FACT SHEET O
Cn on#
C PART III - IP-3 PLANT PARAMETER DATA Cato: 7' ' i " N Time: 21 N MAJOR PARAMETERS _
77, STATUS OF ENGINEERED SAFEGUARDS ECUIP S RCS pressure
-..%q Na (Circle those in use) M/f.
19.
RCS temperature 5 59 @
- 37. Containment Spray 20.
Reactor Shutdown (Y/N) d VC Spray Pumps 21.
Natural / Forced circulation b U M RecircuJ.ation Mode
- nyi Fan Cooler units -
22.
Pressurizer level W !,
i3L, Q2,nment, (3 3 ', ( 3 4, 35 23.
S/G levels
- 31 fc! %
- 33 l\\%
t
- 39. Auxiliary Feed Pumps - 31, 32, 33
- 32 bl %
'34 Ll %
- 40. VC Phase A Isolation Complete 24.
Off-site /On-site power available:
YES/NO N
- 41. VC Phase B Isolation Complete 25.
Containment Pressure O.N Of\\c S/NO 26.
Containment Temperature 107e~ '
- 42. VC Ventilation Isolation Complete H
YES/No 27.
RCS Subcooled/ Saturated 6dercSad
- 43. CR Ventilation Isolation Complete psig Subcooled MDn YES/NO 28.
- 44. Emergency Diesel Generators 29.
RWST Level 3 fs.6' Check Status 31 32 33 30.
CST Level 4 T.7 '
Load / Running Unloaded / Standby 2
]
]
Out of Service
'ASOFSAFETYINJECTION /V //
A OLOGICAL MONITORS (Circle modes in use)
Plant Vent:
31.
Passive Injection - Accumulators
- 45. R-13 (particulate) l.B
.(CPM 32.
High Head Injection
- 46. R-14 (gaseous)
', 7
's, CPM 33.
Low Head Injection
- 47. R-27 (gaseous) N -4 m-
' 'l uCi/cc 1
Area Monitors:
b.l h'
' MODES OF RECIRCULATION
/
/
- 48. R-2 Containment
- 3. 3 mR/hr (circles modes in use)
- 49. R-7 Containment
!?
mR/hr 34.
Low Head Recircalation - Recirc Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration) P mR/hr 35.
High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I.
Pumps (R-25/R-26)
- RHR Pumps to S.I.
Pumps C#'
R/hr 36.
Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance:
- RHR Pumps
,m xj
PLANTVlXI UWEOGl no: i $
indian P6 int # 3 onto:gh>/fg3 T= Pbs.
C PARAMETER '
PARAMETER R-1 CCR (mR/hr) kl RCS Incore T/C Average (OF)
RCS Incore T/C Highest (OF)
R-2 VC 80' (mR/hr)
M RCS Avg. Tesp.
(oF)
[h R-4 Chrg. Pump (mR/hr)
O RCS Hot Leg Temp.
(o )
,h h R-5 F.S.B.
(mR/hr) b r
N3h R-6 Sample Rm (mR/hr) l, O SAT. Meter Margin (psi) > 600 R-7 v.c Seel Table
(=R/ar)
M GRCP in Service (O' 4) 1, R-8 Drum Sta.
(mR/hr) kQ Pressurizer Level
(%)
Y),
R-10 Stm. Line Penet.(mR/hr) d Charging Flow (gpm)-
kbh R-ll V.C. Part (CPM)
Ngg g S/G Levels '431(Wide Range) (%)
R-12 V.C. Gas (CPM) [ QQf K
- 32(Wide Range) (%)
h, R-13 Vent Part (CPM)
{
833(Wide Range) (%)
hl R-14 Vant Gas (CPM) lJ(
- 34(Wide Range) (%)
N R-15 Air Ejector (CPM) 386 Aux. F.W. Flow (Tetal)
(GPM) h R-16 F.C. Water (CPM) lM S/G Press 831 (PSIG) hh R-17a Cc=o. Cool (CPM) l MO
- 33 (PSIG)
Dh R-18 Liq. Maste (eff.) (CPM) l
[gk b QO R-19 S/G B.D.
(CPM)
- 34 (PSIG)
V.C. Dew Point
(%)
M 9/1 g R-23 F.C. Water (CPM) 1N F.C.U. Weir Level (in.) db gh R-25 V.C. Hi-Range 1-E8 (R/hr) d VC Press (PSIG) h,h R-26 V.C. Hi-Range (R/hr)
O VC Temp.
(OF) lh R-27 Vent Monitor (uCi/cc)
(Ft.)
k II R-27 Vent Flow Rate (CFM)
Racirc. Sump Level Elev. (Ft.)
l h
R-27 Vent Disch. Ratefuci k l VC Hydrogen (Samole Results(%)
~~
R.W.S.T. Level
( Ft. ) !
h,k Vent Flow Rate (CFM) ldg Cond. Storage Tk. Level (Ft.)
QI Spray Add. Tank
(%)
hh Wind Speed (m/sec) j( Q Wind direction (degrees) ![d Pasquill category l8 w
i PLANT STATUS LOG Tim:'M90 Indian Point"+ 3 octo : g gg
~~ $ E7 Vs.
=
O PARAMETER '
PARAMETER R-1 CCR (mR/hr)
[,f RCS Incore T/C Average (oF)
RCS Incore T/C Highest (OF)
R-2 VC 80' (mR/hr) jQ
(([
R-4 Chrg. Pump (mR/hr)
O RCS Avg. Temp.
(OF)
[N R-5 F.S.B.
(mR/hr) l h
RCS Hot Leg Temp.
(07)
RCS Press (PSIG) 99k R-6 Sample Rza (mR/ar) f,d SAT. Meter Margin (psi) Ndh R-7 v.C. Seal Table (mR/hr) lq A<
R-8 orum Sta.
(ma/hr) bJ e s in Service (o 4)
Pressurizer Level
(%)
$l R-10 Stm. Line Penet. (mR/hr)
O Charging Flow (gpm)
)dd R-ll V.C. Part (CPM) 9t[g S/G Levels '931(Wide Range) (%)
b R-12 V.C. Gas (CPM)
Mk
- 32(Wide Range) (%)
d R-13 Vent Part (CPM) fj%
- 33(Wide Range) (%)
b, R-14 Vent Gas (CPM) l([
934(Wide Range) (%)
b[
R-15 Air Ejector (CPM)
Aux. F.W. Flow (Total)
(GPM) h R-16 F.C. Water (CPM) l,h k i
3h R-17a Comp. Cool (CPM)
Q S/G Press 031 (PSIG) i
- 32 (PSIG)
M R-17b Cc=p. Cool (CPM) l Od
(CPM) f V.C. Dew Point
(%) oh 9% A R-23 F.C. Water (CPM)
- ) #((
F.C.U. Weir Level (in.) M,qth e R-25 V.C. Hi-Range 1-E8 (R/hr) h I
(
R-26 V.C. Hi-Range (R/hr) d VC Temp.
(OF) lll R-27 Vent Monitor (uci/ce)
(Ft.)
kIO R-27 Vent Flow Rate (CFM) k,k fjg Recirc. Sump Level Elev. (Ft.)
h R-27 Vent Disch. Rate (uCi/tc) !
l VC Hydrogen (Sample Resule.s (%)
R.W.S.T. Level (Ft.?
hh,f Vent Flow Rate (CFM) lM g Cond. Storage Tk. Level (Ft.) l
%,7 l'
Spray Add. Tank
(%)
Q$
Wind Speed (m/sec) l 6,[
Wind direction (degrees)
((
Pasquill category lh O
Seo Wm
.,-r
--,.w=
w,
r r--m
--"-'----"--m--'--e
'y- - - - -e
'w*'r-'-w F-C w=*
W
v---
-'*"wT-'
EMERGENCY NOTIFICATION FACT SHEET IP-1030/8 E4'-Form 9 30a PART I - GENERAL INFORMATION Wast.
PCGkakill Rock
_ an
,.(a) Notification i
_A 1
S e
Message transmitted:
Con Ed Coast Guard Q19\\ 3.5 /
Slih ANI
_NRC Con Rail / Metro North Date Time (24 hr. clock) 2.
Facility providing information:
_RC/ Duty Officer l
Indian Point No. 2 9.
The release is:
(,a.,.)
Indian Point No.3 A
continuing.
3.
Reported By:
B terminated.
Nee C
intermittent.
Title
@ NOT applicable.
4.
This...
(h is an exercise 10.
Protective Actions:
h There is NO need for Protec-B is NOT an exercise tive Actions outside the site 5.
Emergency Classification boundary.
A Unusual Event B
Protective Actions are under B
Alert consideration.
( h Site Area Emergency C
Recommended Protective Actions.
ERPA for SMRT TERTNG 1234 D
General Emergency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 F
Other 34 35 36 37 38 39 40 41 42 O
This classification declared at:
43 44 45 46 O
Date 3 ' SN - 33 Time 2.D00 ERPA for EVACUATTON 1234 7.
Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24 yq L..., g tl.,.
25 26 27 28 29 30 31 32 33 j em.w a O m.
K,,,
w.
34 35 36 37 38 39 40 41 42 43 44 45 46 11.
Weather A
Wind speed miles per hour or 4 meters per second.
Direction (from) 4~.$ degrees.
a ty class 8
8.
As of M N hours there has:
(A-G/or stable, unstable, 1
NOT been a release of neutral) radioactivity D
General Weather Condition B
been a release of radio-(if applicable) activity to the ATMOSPHERE q o,f.g C
been a release of radio-activity to a BODY OF WATER
)
been a GROUND SPILL release of radioactivity
---7 w
9.--
e.
m mmmwnmacawwxr mmnw 3
Notification #
C PART III - IP-3 PLANT PARAMETER DATA Dato T *M V?<
Time:.WN 4
MAJOR PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP RCS pressure M
.,Nc
' (Circle those in use) ('
19.
RCS temperature 6h2."
- 37. Containment Spray 20.
Reactor Shutdown (Y/N)
Al VC Spray Iumps 21.
Natural / Forced circulation S LCI.I RecircuJ.ation Mode Q-Q1,(32, '33,[34, Containment Fan Cooler units -
22.
Pressurizer level 3[c/o 35 23.
S/G levels
- 31 bl
- 33/cl
- 39. Auxiliary Feed Pumps - 31, 32, 33
- 32 le 2. %
- 34 /d. %
- 40. VC Phase A Isolation Complete 24.
Off-site /On-site power available:
YES/NO 1
- 41. VC Phase B Isolation Complete t
YES/NO 25.
Containment Pressure r A CM c 26.
Containment Temperature li t c "-
- 42. VC Ventilation Isolation Complete w
YES/NO 27.
RCS Subcooled/ Saturated.<OC cekk
- 43. CR Ventilation Isolation Complete psig Subcooled 7IcCG YES/NO 28.
- 44. Emergency Diesel Generators 29.
RWST Level N. R I Check Status 31 32 33 30.
CST Level 8 T.7 '
Load / Running Unloaded / Standby 1
2
{
Out of Service RADIOLOGICAL MONITORS (circle modes in use)
Plant Vent:
,31.
Passive Injection - Accumulators
- 45. R-13 (particulate)
!.~2
'dCPM 32.
High Head Injection
- 46. R-14 (gaseous)
CPM 33.
Low Head Injection
- 47. R-27 (gaseous) hf 3.a te,.v\\ uCi/cc N* 'f ^
Area Monitors:
MODES OF RECIRCULATION H
- 48. R-2 Containment 1q mR/hr (circles modes in use)
- 49. R-7 Containment 1 4 mR/hr 34.
Low Head Recirculation - Recirc Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration) F mR/hr 35.
High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I.
pumps (R-25/R-26)
- RHR Pumps to S.I. Pumps R/hr 36.
Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance:
- RHR Pumps n
v I
47
F'LAN I 6 i A I UD LUta Timo:')M indian Point + 7 Data : f 24!p2 T="f3/ dos.
PARAMETER '
PARAMETER O
RCS Incore T/C Average (or) h R-1 CCR (mR/hr) kf RCS Incore T/C Highest (OF) h R-2 VC 80' (mR/hr) h hp, R-4 Chrg. Pump (mR/hr) d RCS Avg. Tesp.
(OF)
RCS Hot Leg Temp.
(07)!
y.hh R-5 F.S.B.
(mR/hr) d RCS Press (PSIG) hl R-6 Sa=ple Rm (mR/hr) l.0 SAT. Meter Margin (psi) 0 R-7 v.C. Seal Table
(=R/hr) gm t i (O'4) 0 R-8 oru= Sea.
(=R/hr)
A3
- RCP in Service Pressurizer Level (g) h R-10 Sts. Line Penet.(mR/hr)
(, f6 Charging Flow (gpm) h R-ll V.C. Part (CPM)
Qpg A S/G Levels '#31(Wide Range) (4)
Q R-12 V.C. Gas (CPM) [h g
- 32(Wide Range) (t) h{
R-13 Vent Part (CPM)
{k 033(Wide Range) (t) 47 R-14 Vent Gas (CPM) lJ[
- 34(Wide Range) (%)
h2, R-15 Air Ejector (CPM) gd Aux. F.W. Flow (Total)
(GPM) hkh R-16 F.C. Water (CPM) fl[k S/G Press
- 31 (PSIG) ld7f)
R-17a Como. Cool (CPM) l ljdd
)
- 34 (PSIG) fhkh R-19 S/G B.D.
(CPM) f
(( h6 R-23 F.C. Water (CPM) l #)[$
V.C. Dew Point (t) l g
R-25 V.C. Hi-Range 1-E8 (R/hr)
Mdd F.C.U. Weir Level (in.) hh VC Press (PSIG)
Nl R-26 V.C. Hi-Range (R/hr)
Md6 VC Temp.
(CF) [ g g,,
R-27 Vent Monitor (uCi/cc) l VC Su=p. Level Elev.
(Ft.)
(hi[
F-27 Vent Flow Rate (CFM) l h
R-27 Vent Disch. RatefuCIIst)f d
Recirc. Su=p Level Elev. (Ft.) l htL l
VC Hydrogen (Sa=cle Results(%)
R.W.S.T. Level (Ft.)
h, h Vent Plow Rate (CFM) lh g Cond. Storage Tk. Level (Ft.)
%,[
l' Spray Add. Tank
(%)
d Wind Speed (m/sec) l((
Wind direction Idegrees) 85 l
Pasquill category l g Q
Lou -34 Har lea - # 95 D. G.
bgnpoa Suom $d 1
E4/s -ro srwr - #31 +32 RHR ces ani.
A ovm -fn i i rs s-rnar.T3 MH.51.
j puny Vdiled To trar Ljy 1
~. - _.
---,-.,,_-n,
--,------,,y--
er
l E
i 1
TIME:
2149 Message #
RECES Communicator:
The plant has experienced a loss of coolant accident.
The site has escalated to a General Emergency classification.
There has not been a release of radioactivity to the atmosphere.
This message will be followed-up with the Notification Fact i
Sheets.
i l
l i
I I
9 I
1 l
t i
i i
I l
^
EMERGENCY NOTIFICATION PACT SHEET IP-1030/8 ER-Form #30n PART I - CENERAL INFORMATION Wast.
Ps@kskill Roc a
e
- 1. (a) Notification #
A e
O)
Message transmitted:
[ Con Ed
_ Coast Guard S-N-73 /
a157 ANI
_NRC Con Rail / Metro North Date Time (24 hr. clock)
_ RC/Dutv Officer 2.
Facility providing information:
Indian Point No. 2 9.
The release is:
Indian Point No.3 continuing.
3.
Reported By.
B terminated.
Name C
intermittent.
Title D
NOT applicable.
4.
This...
is an exercise 10.
Protective Actions:
is NOT an exercise A
There is NO need for Protec-tive Actions outside the site 5.
Emergency Classification boundary.
A Unusual Event B
Protective Actions are under B
Alert consideration.
Site Area Emergency Recommended Protective Actions.
^
TR#TNG 1234 General Emargency 5 6 7 8 9 10 11 12 13 14 15 Transportation Incident 16 17 18 19 20 23 24 25 26 27 28 29 32 33 F
Other 3
[F Si, 3*J 38 39 il 42 This classification declared at:
44 45 46 Date 3'M - D Time QF5
,,,, ye,,;.vicoxmros mi 2 3
7.
Brief Event Description / Initiating 5 6 @ 8 9 10 11 12 13 14 15 Condition:
16 17 18 19 20 21 22 23 24 4
4 4
4 4 \\Or A - #32 Desd(And-[mled 4
45 46 4e Nr.AN ~$3ld N b
h\\s:d 40 sto.G-- #33 Hs%h Red 11.
Weather
,1,3,[,,a m11,,p.,3co, Selek syssectinA como +L\\ed or 5'-
meters per second.
% $kk(-\\-f B
Direction (from)f5' degrees.
8.
As of SI67 hours there has:
Stability class b
(A-G/or stable, unstable, NOT been a release of neutral) radioactivity General Weather Condition B
been a release of radio-(if applicable) activity to the ATMOSPHERE g\\ggf C
been a release of radio-activity to a BODY OF WATER
)
been a GROUND SPILL release of radioactivity so
IP-1030/8 Notification #
B EMERGENCY NOTIFICATION FACT SHEET 2 pen 3A Date: T-2.9-73 PART l' RADIOLOGICAL ASSESSMENT D ATA
~
Time:
215 7 Prognosis for Worsening or Termination of the Emergency!
12.
run M
$t tehtah Nnbnts ktcan WO If he.\\ &r.M _.
AU {&dinfa itih4 h h hPfh COM b bfd inSI /
O(
I i
+
13.
In Flant Emergency ReJoo'nse Actions Underwa'rt* O N hM Efh etJC4.0dCd.
Tecums hu beauudis ochMiode 44. b\\eci Eccsego.pm 3.
\\1r.. Ndro m bolei di \\ beAkw she419.
14.
Utili Off Site E" Reednse Action Underway?
6k N (h4 bh $ b(Auf. M MDCWb do Mf k c. csm b3 an nh Aekec% o.Wr. -64c;a %.,
I 15.
Release infnrEtation Adel Proiected
{
R ATMOSPHERIC RELEASE Date and Time Release Started (q
l Duration of Release hrs hrs j
Noble Gas Release Rate Ci/sec Ci/sec Radiciodine Release, Rate Ci/sec Ci/sec j
Elevated or Ground Release Inplant Monitors l Bl WATERBORNE RELEASE Date and Time Release Started Duration of Release hrs hrs Volume of Release gal gal Radioactivity Concentration (gross) uCi/mi uCi/ml Total Radioactivity Released Ci Ci O
Radionuclides in Release uCi/mi uCi/ml uCi/mi uCi/mi Basis for release data e.g. effluent monitors, grab semple. composite sample and sample location:
16.
Dose and Measurements and Projections Actual Proiected l Al SITE BOUNDARY Whole Body Dose Rate mR/hr mR/hr Whola Body Commitment (for duration above)
Rem Thyroid Dose Commitment (1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br /> exposure) mrem mrem Thyroid Dose (total commitment)
Rem lBl PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles i
Whole Body Dose Rate (mR/hr)
Whole Body Dose (Rem)
Thyroid Dose Commitment (I hr exposure. mrem) l Thyroid Dose (Total Commitment Rem) -
l 17.
Protective Action Recommendations and the Basis for the Recommendations:
A M,\\e n&s eaaaaaa eml Edie sheMet down mM
.us bewe enm m es,dd.wh is <n min s u +n Ha. p la~+
l O chvhbs. R-af s teadina 45'co@kW is risinc l
4 J
b
Lz)f-)fotsuRTW5
/NM6NNR *NC""
C" 10U*
PART III - IP-3 PLANT PARAMETER DATA Dato: C' # ' C ~
Time: 2,; F 7 4
6 MAJOR PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP
,)' RCS pressure
&. \\
i (Circle those in use) 19.
RCS temperature Containmen* Sorav 20.
Reactor Shutdown (Y/N)
N hradump[
21.
Natural / Forced circulation Al/4 Recirculation Mode 22.
Pressurizer level I'
(38. Containment Fan
($1, Q2,[33, (3'4, pooler units -
~
3 35 23.
S/G 1evels
- 31 M %
- J3 @. %
~[39'. Auxiliary Feed Pumps -'
- 1., 32,('33
- 32 M%
- 34 9%
VC Phase, Isolation C lete 24.
Off-site /On-site power available:
YES/NO 9
d1l VC Phase A Isolation Complete
~
~
.i YES/NO 25.
Containment Pressure
~.
/O 26.
Containment Temperature r E 5eM e O. VC Ventilation Isolation Complete Qis/NO 27.
RCS Subcooled/ Saturated 5 4T'
.,CR Ventilation Isolation Complete psig Subcooled
@S/NO 28.
. Emergency Diesel Generators 29.
RWST Level
%.6 8 Check Status 31 32 33 30.
CST Level 2 5'. E '
W Load / Running X
X Unloaded / Standby SSOFSAFETYINJECTION
~
RADIOLOGICAL MONITORS (Circle modes in use)
Plant Vent:
31}
Passive Injection - Accumulators
- 45. R-13 (particulate) 1.E
'5. CPM 2)
High Head Injection
- 46. R-14 (gaseous)
\\T
% CPM 33.
Low Head Injection
- 47. R-27 (gaseous)
OT-7 uCi/cc l'/,//3, Area Monitors:
MODES OF RECIRCULATION
- 48. R-2 Containment m 5ud.v mR/hr (circles modes in use)
- 49. R-7 Containment O w.d,c mR/hr 34.
Low Head Recirculation - Recirc Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration)H e mR/hr 35.
High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I.
Pumps (R-25/R-26)
- RHR Pumps to 3.I.
Pumps M 5'T N I*
E/hr 36.
Hot Leg Recirculation - Recire Pumps Additional Monitors of Importance:
- RHR / umps
,~
i
L) 52
PLANFEFKI UWLUUF Nh
'j100 indian Point + 3 osts :
Tim 3 :
M.
PARAMETER' PARAMETER O
RCS Incore T/C Average (oF)
O R-1 CCR (mR/hr) d,l[
PCS Incore T/C Highest (oF)l R-2 VC 80' (mR/nr) [
6 nCS Avg. Tesp.
(oF)
R-4 Chrg. Pump (mR/hr)
/)
RCS Hot Leg Temp.
(o )
N h R-5 F.S.B.
(a_ R/hr)
O p
$3 R-6 Sa=ple Rm (mR/hr) f, h SAT. Meter Margin (psi)
O R-7 V.C. Seal Table (mR/hr) [g g (O'4) h R-8 Drum Sta.
(mR/hr)
[],3 GRCP in Service Pressurizer Level
(%)
d R-10 Stm. Line Penet.(mR/hr) I 600 Charging Flow (gpm)
'h R-ll V.C. Part (CPM) tjhf918 S/G Levels '831(Wide Range) (%)
hh.
'R-12 V.C. Gas (CPM) phgj6 032(Wide Range) (%)
40 R-13 Vent Part (CPM)
(([
933(Wide Range) (%) b R-14 Vent Gas (CPM) l,( f( 934(Wide Range) (%) }} O R-15 Air Ejector (CPM) 200 Aux. F.W. Flow (Total) (GPM) Sto R-1s r.C. Water (CPM) 19K S/G Press #31 (PSIC) b R-17a Cc=p. Cool (CPM) l khh
- 32 (PSIG) h R-17b Comp. Cool (CPM) l khh
- 33 (PSIG)
$h R-18 Liq. Waste (eff.) (CPM) I b[h 834 (PSIG) h R-19 S/G B.D. (CPM) V.C. Dew Point (4) lghg g R-23 F.C. Water (CPM) )[fk F.C.U. Weir Level (in.) kg R-25 V.C. Hi-Range 1-E8 (R/hr) M MO VC Press (PSIG) h3 R-26 V.C. Hi-Range (R/hr) e 000 VC Temp. (OF) hgfd R-27 Vent Monitor (uCi/cc) VC Sump. Level Elev. (Ft.) hd R-27 Vent Flow Rate (CFM) [ Recirc. Sump Level Elev. (Ft.) l hjb R-27 Vent Disch. RatefuciAsM ! b l VC Hydrocen(Sample Results(%) ! R.W.S.T. Level (Ft.) }d Vent Flow Rate (CFM) lh[dQ Cond. Storage Tk. Level (Ft.) Md l Spray Add. Tank (%) O Wind Speed (m/sec) l [f'~ Wind direction (degrees) l(( l Pasquill category lh O M Ih m b P< m m uve, a m mona! f 3ASc
O TIME: 2209 EOF Message # The plant has experienced a pressure spike in containment. Both purge exhaust valves are open. Plant Radiation Monitor R-27 indicates that the plant is releasing radioactivity to the atmosphere via the plant vent. O O sy ~ . ~.
_..___.__._-~___--_m-_- 1 i TIME: 2212 Message # 1 I l RECES Coraunicator: t i The plant has experienced a pressure spike inside . containment at 2209. This has caused the two purge exhaust valves to open, thus releasing radioactivity to the en"ironment through the plant vent. This message will be followed up with the Fact Notification sheets. i i l l l t l i i l l i ? i 1 h e { l i J I f .~., ~+ ___ wwm eewa-w-wwaee-w m w-o wawww1m'em eeweeh r -n emew F Tm**N'F'+9-=-W-*W-T==mtWwPwkT-N*'"B"W=sM"E m .F-P9'9W W PW,
PLANT STATUS LOG $[ Indian Point
- 3
~ pl[h3 ozta : Tirno : / l-._ 4 1TS. O ennauerea - enaamersa RCS Incore T/C Average (oF) nh R-1 CCR (mR/hr) h RCS Incore T/C Highest (D ) R-2 VC 80' (mR/hr) [hp, F R-4 Chrg. Pump (mR/hr) O RCS Avg. Ted:p. (OF) RCS Hot Leg Temp. (07) hkh R-5 F.S.B. (mR/hr) O RCS Press (PSIG) $h R-6 Sa=ple Rm (mR/hr) j,7 SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) [g M
- RCP in Service (0-4) h R-8 Drum Sta.
(mR/hr) d,h Pressuriser Level (4) h R-lO Stm. Line Penet.(mR/hr) /MO R-ll V.C. Part (CPM) hh Charging Flow (gpm) 'h S/G Levels '#31(Wide Range) (%) hh. R-12 V.C. Gas (CPM) [Mp R-13 Vent Part (CPM) hg g
- 32(Wide Range) (4) hh 833(Wide Range) (%)
Q( R-14 Vent Gas (CPM's [ gjp,
- 34(Wide Range) (4) '
b R-15 Air Ejector (CPM) Aux. F.W. Flow (Total) (GPM) hh R-16 F.C. Water (CPM) f,k b R-17a Co=p. Cool (CPM) Mh S/G Press #31 (PSIC)
- 32 (PSIG) bkb R-Q Comp. Cool (CPM) 100 Ob R-18 Liq. Waste (eff.) (CPM) l
- 33 (PSIG)
R-19 S/G B.D. (CPM)
- 34 (PSIG) l V.C. Dew Point
(%)l[) g R-23 F.C. Water (CPM) F.C.U. Weir Level (in.) h h R-25 V.C. Hi-Range 1-E8 (R/hr) @,/jdO . AMO__ [ VC Press (PSIC) 30 R-26 V.C. Hi-Range (R/hr) VC Temp. (OF) h yftp, R-27 Vent Monitor (uCi/ce)i h@ htL R-27 Vent Flow Rate (CFM) hg VC Sump. Level Elev. (Ft.) I g.27VentDisch. Rate (uciIge.) l khh Recire. Sump Level Elev. (Ft.) hggw l VC Hydrocen(Samole Results(%) Vent Flow Rate (CFM) l MO R.W.S.T. Level (Pt. ) l fh Cond. Storage Tk. Level (Pt.) %,) Spray Add. Tank (%) O Wind Speed (m/sec) '(( Wind direction (degrees) ,([ Pasquill category l8 llf 12 0 9 k, plan rJ xpeidence $ C2 DAes.rt/ife-Efik'e s n r o sr h i d w J c l w4rel, 4xceA Aot4 ounoe exlau1+ vaLt/es h Ah obc theik seats 14as i v hYd 0$[ed* b l /? /d A / g.g-r.-- --w- -,-we.,--em--w -m-- .--.m, -me-- w
EMERGENCY NOTIFICATION FACT SHEET IP-1030/8 E4)-Form #30a PART I - GENERAL INFORMATION West. Peekskill oc a e
- 1. (c) Notification #
A [,) Message transmitted: Con Ed Coast Guard U g-29 Q f 2"2."2 L ANI NRC Date Time (24 hr. clock) -Con Rail / Metro North _ Rc/Dutv Officer 2. Facility providing information: Indian Point No. 2 h ) Indian Point No.3 9. e release is: A)cntinuing. 3. Reported By: Name LBj terminated. intermittent. Title D NOT applicable. 4. This... as .I ) is an exercise 10. Protective Actions: i is NOT an exercise There is NO need for Protec-tive Actions outside the site 5. Emergency Classification boundary. A Unusual Event Protective Actions are under B Alert consideration. Site Area Emergency Recommended Protective Actions. PA for SHELTERING 1234 General Emergency 10 11 12 13 14 5 Transportation Incident 19 20 21 22 23 27 29 30 31 32 3 38137 40 Q 42 N. This classification declared at: 43 ta Date 3 -2.N-83 Time 21'4 5 cm,x,,, sy,cy,,,oy ggg 7. Brief Event Description / Initiating 56@8 9 10 11 12 13 14 15 4y 2O Mf0 @XDeh 6 W fi 10tesud SDike in Conk.mw.nd hG4546 3 3-4 dd b ko(Cd Nob OOMP.,f)ds d ' 11 Weather OQ.kuf,5ko li k o b M N S E M OS Wind or 5-Feed miles per hour Monsth M\\0ch$t'OM4o Ap meters per second. ohes Odtf.,. Direction (from)Hdegrees. 8. As of 220thours there has: Gfo ta un table, NOT been a releas.e of neutral) radioactivity General Weather Condition h been a release of radio-(if applicable) activity to the ATMOSPHERE ({gg C been a release of radio-activity to a BODY OF WATER been a GROUND SPILL release I / of radioactivity 57
IP-1030/8 Notification # B EMERGENW NOMICATION FAC SHEET 2P-Fo' ts # 3,0b Dates C -N N r PART 11 RADIOLOGICAL ASSESSMENT D ATA 77 j Time: i 12. Prognosis for Worsening or Termination of the Emergency: 7h# O " 0-3 N , e,\\e A H.v 4-e !r e ro meM,. %c. e,L c 4 r.k ~ n 1..,,qcd M O N h P J,lo.w d M re v.i ri lI.i 13. In Plant Emergency Response Actions Underwayr #'M#A W'M T61' M M %Qrkj $'n P.t 'rd. s ekP, NW Ned lpm e r r' fra &, -',I f ):(or Rx N, h e ocAt ~<,e N 14 Utility Off Site Emergency' Response Action Underway? ()FT& Mchh :{n T ams hcu e \\ve., ched, ked. r?eneA v.e %w he, a Hb,e eesmmevvVd. 15. Rela sse Information Actual Projected h) ATMOSPHERIC RELEASE Date and Time Release Started Wh ~ Duration of Release l hrs m1io H hrs Noble Gas Release Rate DOO Ci/sec "'W Ci/sec 1 Radiciodine Release, Rate
- W Ci/sec W Ci/sec l
Elevated or Ground Release '~- W d'i d ' ' '"I Inplant Monitors 'S-M 8 2 % #!f.L R-14 e h.r.lc l Bl WATERBORNE RELEASE Date and Time Release Started Duration of Release hrs hrs Volume of Release gal gal Radioactivity Concentration (gross) uCi/mi uCi/mi Total Radioactivity Reisesed Ci Cl Radionuclides in Release uCi/mi uCi/mi uCi/mi uCi/ml Basis for release data e.g. effluent monitors, grab semple, remposite semple and sample location: ' 3. Dose and Measurements and Proiections Actual Projected lAl SITE BOUNDARY Whole Body Ocse Rate .YfI mR/hr 7 mR/hr Whole Body Commitment (for g duration above) /-,pI o Rem Thyroid Dose Commitment (1 hour j.g jg exposure) mrem mrem .s Thyroid Ocse (total commitment) % Rem k PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles Whole Body Dose Rate (mR/hr) bZ Ib b Whole Body Dose (Rem) H.8 .79 I9 Thyroid Dose Commitment (I hr exposure - mrem) I% 2.9 AT Thyroid Dose (Total Commitmer't Rem) -. 0 7 7_ 01 17. Protective Action Recommendations and the Basis for the Recommendations: 1_..~ r io. L 't I m ( #0k&. bo. & $n W w.v,w;)<. - h &d.o r5r ch c 't r_..h - A a n cav v.m..xc,,9a'<e.. n.e, c. /v iic , we a,,vt a no \\+cc. A. /N^/ l 4l3 M9(' O k 04 @ ; k' M 2'
- e, ) / 2d ; ? $
<*a" r'. k 4 6M,i /
- e. N t-Y v < ha.!' M
,; e,.n -*e-- -, ene .----,,,m-,- -c, ,--.e.-m .---.,,.,,,n. .-_--,.r-y.-,-,e.- -.e.v, e.---,--,-.-._..e,---,vgs,w-w.m- =----.s- .--mw--p pv
- v. v y
=v ,w--, r w-,- is
EP-Worm 030s
- r. M r..
- N C Y NOT. fila.10N rnL. n.. L t.JJ O
cation # C PART III - IP-3 PLANT PARAMETER DATA e Dato:o../' ' Time: T.7 MAJOR PARAMETERS STATUS OF ENGINESRED SAFEGUARDS EQUIP RCS pressure 20 < circ 1e t303, in use) 19. RCS temperature M'. Containmen1 Spray 20. Reactor Shutdown (Y/N) N diC_ Spray E M ) ~ 21. Natural / Forced circulation M/A Recirculation Mode 08 e nt 'nment Fan coler units - 22. Pressurizer level , @ @, 3 3 23. S/G levels
- 31 4 6 %
- 33 4 6 %
Amiliary Feed Pups - h 32 h 39 832 45%
- 34 4 6 %
@ VC Phas Isolation Complete 24. Off-site /On-site power available: /NO 3 VC Phase B Isolation Complete 25. Containment Pressure 20 h /NO 26. Containment Temperature Alf-VC Ventilation Isolation Complete 4 iE /NO 27. RCS Subcooled/ Saturated 6/FT" CR Venti
- ion Isolation Complete psig Subcooled N/A YEC NO 28.
VC Sump Level kgN Emergency Diesel Generators 29. RWST Level !M Check Status 31 32 33 30. CST Level .28.2. Load / Running Unloaded / Standby 3 Out of Service [ ~ !SSOFSAFETYINJECTION y RADIOLOGICAL MONITORS (Circle modes in use) ant Vent: 31. Passive Injection - Accumulators (particulate) $9 Ake CPM
- 45. R-13 32.
High Head Injection
- 46. R-14 (gaseous) h v.M6 CPM h
Low Head Injection
- 47. R-27 (gaseous)
MN uCi/cc Area Monhors: MODES OF RECIRCULATION
- 48. R-2 Containment
$(Mf mR/hr (circles modes in use) Containment N Sc k mR/hr
- 49. R-7 34.
Low Head Recirculation - Recirc Pumps
- 50. R-10 Accident Monitor
- RHR Pumps (Steamline penetration) 9 0 mR/hr 35. High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I. Pumps (R-25/R-26) - RHR Pumps to S.I. Pumps 69 OnniM.000 R/hr I 36. Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance: - RHR Pumps p) i )
PLANT STATUS LOG onto:f //f@ N9h Indian Point
- 3 Timo :
Ob4 lIS. PARAMETER' PARAMETER RCS Incore T/C Average (oF) O R-1 CCR (mR/hr) dh RCS Incore T/C Highest (O ) h R-2 VC 130' (mR/hr) ' [ % fg F R-4 Chrg. Pump (mR/hr) d RCS Avg. Teri:p. (OF) ldh R-5 P.S.B. (mR/hr) h RCS Hot Leg Temp. (0p) RCS Press (PSIC) 9 R-6 Sa=ple Rm (mR/hr) f,[ SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) [k g,
- RCP in Service (O* 4) 0-R-s cru= Sta.
(mRear) o2 Pressurizer Level (g) h R-lO Sts. Line Penet.(mR/hr) qlA Charging Flow (gpm) [ R-ll V.C. Part (CPM) h 8 R-12 v.C. cas (C,M) gog S/G Levels '831(Wide Range) (%) So.
- 32(Wide Range) (%)
50 R-13 v at vart (CPM) && 833(Wide Range) (%) ,h R-14 Vent GaJ (CPM) [gg 034(Wide Range) (%) bh R-15 Air Ejector (CPM) ph[] Aux. F.W. Flow (Total) (GPM) 990 R-16 r.C. Water (CPM) l JMK S/G Press 831 (PSIG) hh R-17a Comp. Cool (CPM) MO 432 (PSIG) C'OD R-17b Co=p. Cool (CPM) [)h R
- 33 (PSIG) 4b0 R-la tiq. Waste (erl.) (CPM)
M 934 (PSIG) 00 R-19 S/G s.o. (CPM) V.C. Dew Point (%) h @g 6 R-23 F.C. Water (CPM) hk F.C.U. Weir Level (in.) h $p4 6 R-25 V.C. Hi-Range 1-Es (R/hr) '7[) OOO VC Press fPSIG) R-26 V.C. Hi-Range (R/hr) 7dOOO VC Temp. (OT) [d)hg R-27 Vent Monitor (uCi/ce)l pljQ VC Sump. Level Elev. (Ft.) htL _ R-27 Vent Flow Rate (CFM) h/)g Reef.rc. Sump Level Elev. (Ft.) l [Q g-27VentDisch. Rate (uCi[gc)l#/,,( 9 w l VCHydrogen(SampleResults(%)! R.W.S.T. Level (Ft.yl lO Vent Flow Rate (CFM) lh g6 Cond. Storage Tk. Level (Ft.) Spray Add. Tank (%) d Wind Speed (m/sec) ldf (degrees) l [ ( l Wind direction l Pasquill category l f"] j
~~~J ~ PLANT STATUS LOG jpl[ Indicn Peint + 3 onto:g M gg Time : [ nt PARAMETER ' PARAMETER RCS Incore T/C Average (oF) hh R-1 CCR (mR/hr) R-2 VC 80' (mR/hr) hy4 4 RCS Incore T/C Highest (oF) R-4 Chrg. Pump (mR/hr) O RCS Avg. Temp. (oF) RCS Hot Leg Temp. (c ) db R-5 F.S.B. (mR/hr) h y RCS Press (PSIG) h R-6 Sample Rm (mR/hr) . l, $ SAT. Meter Margin (psi) O R-7 v.C. Seal Table (mR/hr) #ag, (O'4) O R-s crum Sta. (mR/hr) A2
- Rd*P in Service Pressurizer Level
(%) h R-lO Stm. Line Penet.(mR/hr) Charging Flow (gpm)
- h R-ll V.C. Part (CPM) hh }p, f
R-12 V.C. Gas (CPM) flhygjg [ S/G Levels '#31(Wide Range) (%) hh. R-13 Vent Part (CPM) [b i 932(Wide Range) (%) hh go g 833(Wide Range) (%) M R-14 Vent Gas (CPM) [ h g h
- 34(Wide Range) (%)
,h R-15 Air Ejector (CPM) Aux. F.W. Flow (Total) (GPM) $b R-16 F.C. Water (CPM) f,kk S/G Press #31 (PSIG) 0 R-12a Co=P. Coot (CPM) 14 0 o f. I-)
- 32 (PSIG) hh R-17b Comp. Cool (CPM) h 033 (PSIG) 0 R-la tie. Waste (err.) (CPM) lok 970 R-19 S/G S.o.
(CPM) g
- 34 (PSIG)
- hhp, R-23 F.C. Water (CPM) kN V.C. Dev Point
(%) f* F.C.U. Weir Level (in.) h@/)k R-25 V.C. Hi-Range 1-E8 (R/hr) Nh VC Press (PSIG) R-26 V.C. Hi-Range (R/hr) dh f VC Temp. (oF) h0/A 6 R-27 Vent Monitor (uci/cc) h).jj[ VC Sump. Level Elev. (Ft.) k R-27 Vent Flow Rate (CFM) h /)OO ,. s Recire. Sump Level Elev. (Ft.) ( R-27 Vent Disch. RatefuCi b bi, k i v VC Hydrogen (Sample Results(%) R.W.S.T. Level (Ft.) Vent Plow Rate (CFM) lh g ^ Cond. Storage Tk. Level (Ft.) $f Spray Add. Tank (%) d Wind Speed (m/sec) ( gf Wind direction (decrees) ,(* Pasquill category 8 OL) Did <.nv4 Qtu >P t'IQODA1rm W, WJ 1P L ownA Col
EMERGENCY NOTIFICATION FACT SHEET IP-1030/8 ER-Form #30s PART I - GENERAL INFORMATION West. Peekskill (a e .(a) Notification i A Message transmitted: Con Ed Coast Guard R-a483 / 3M ANI NRC Con Rail 75Ietro North Date Time (24 hr. clock) _ Rc/Dutv Officer 2. Facility providing information: Indian Point No. 2 9. The release is: h Indian Point No.3 continuing. 3. Reported By: I B terminated. Name C intermittent. Title D NOT applicable. 4. This... ) is an exercise 10. Protective Actions: A B ! is NOT an exercise There is NO need for Protec-tive Actions outside the site 5. Emergency Classification boundary. A Unusual Event Protective Actions are under Alert consideration. Site Area Emergency Recommended Protective Actions. A r T RING 1 2 3 4 h General Emergency 8 10 11 12 13 14 15 Tranaportation Incident gjp 19 20 21 22 23 3 Other 40 42 (. This classification declared at: 43 46 3lEN\\1 Time 2MS zm ye, zy,ct,m,3 g Date 7. Brief Event Description / Initiating 5 6 7 8 9 10 11 12 13 14 15 Condition: 16 17 18 19 ' 21 23 24 MO s'6 i(\\ et bt'OM bMGtM.] f 3 3 4 4 C s dit_AYia'D Tk ron4.vwe$4o 45 46 (derma N\\0 cokubMocch Of-- 11. Weather DoCoo eJdtv M m h @ M d o M d M, A Wind miles per hour h N lli N Ne.h h edid umb or 6. peed meters per second. M5 bepm MAMd Direction (from) 6[ degrees. ~ 8. As of 32 N hours there has: G t un table, NOT been a release of neutral) radioactivity General Weather Condition been a release of radio-(if applicable) activity to the ATMOSPHERE gg C been a release of radio-activity to a BODY OF WATER been a GROUND SPILL release ) of radioactivity a , -_ y. 7 - -. g y
IP-1030/8 Notification # B EMERGENCY NOTIFICATION FACT SHEET ^' EP-Form #30b PART ll RADIOLOGICAL ASSESSMENT.D ATA ~ Tim ' 7. Y', 'E ' M,e: Prognosis for Worsening or Termination of the Emergency b 'N i 12.
- V-p
+ s a e,. e n '.\\-h V, h.' GTC42.~.h J.=, e 8 :r Y:d.Gy, y.U's.- c-f.. '.. \\$ tdd\\4,c-tr.l-S,-\\ m re, W,w,3 " n c h Mt., ^ % 1. 'c a 'er rr rl/ gris. 1? v-13. In Plant Emergency Response Ai:tions Underway I bd c. Ocp,V lo,,e rip. Om p,,N, N ( 4hf W. { 4 r /y,,re. ',,sb. Y U nV & thskm.<r'noYir lt*kk r.~re_'rpuy lt*Nc'l t rih. 14. Utility 0,ff. Site Emergency Response Action Underway: f 5 $ k* td.r..v N (,;,- %, m <, hn.Cbes.1('b5frkhed. 15. Release Information Actual Projected /. ATMOSPHERIC RELEASE Date and T.ime Release Started
- 9. s h'f(
Mr9 l ^. ~ ~ ' ' ' Duration of Release N%h -bre-7 N hrs Noble Gas Release Rate '7F^' Ci/sec 7 i^ Ci/sec Radiciodine Release, Rate ' 0 7 Ci/sec NF Ci/sec Elevated or Ground Release G' f ^ 0 6'I C N G inplant Monitors M "? * ?.W C'!' ' ~ WATERBORNE RELEASE Date and Time Release Started Duration of Release hrs hrs Volume of Release gal gal Radioactivity Concentration (gross) uCi/mi uCi/ml Total Radioactivity Released Ci Ci /9 Radionuclides in Release uCi/ml uCi/ml (,,,) uCi/mi uCi/ml Basis for release data e.g. effluent monitors, grab semple. com:msite sample and sample location: 16. Dose and Measurements and Projections Actual Projected lAl SITE BOUNDARY w : r ' ' mR/hr Whole Body Dose Rate 300O mafn, Wholc Body Commitment (for .eq duration acove) Rem Thyroid Dose Commitment (1 hour 'b.iM mrem exposure) I b,. mrem Thyroid Dose (total commitment) " ~' M Rem l8l PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles Whole Body Dose Rate (mR/hr) l ?.* O ! *. C Whole Body Dose (Rem) 4L ' - r IW Thyroid Dose Commitment (I hr exposure - m Aem) IE 2.9 0.7 Thyroid Dose (Total Commitment Rem) - A.Ob 3 n.Ot 17. Protective Action Recommendations and the Basis for the Recommendations: D f. k e, '.. k r ~h, l, a, . a .,h ; e / c '.._ n,: <. y ~c m m., y l e, Q. m., ' e ..J f,.u r.~i s e,,-,j., % w.s/ : xc.., e.. w s n, u.p,- e= y, \\.,., =~ E. CC ' <. &c
- m,,'. c. d,
- c. n.,1 -. ^.) -.:~., r' m., s r)....!...; }
c. M on 's. ~ r, .._----,----.---,-2
EP-Form #30c EMERGENCY NOTIFICAT 1N TACT SHEET N tificationi C PART III - IP-3 PLANT ARAMETER DATA Date: 8/N83 Time: 2297_ R PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIF 1 RCS pressure (Circle those in use) l 19. RCS temperature
- Containment Soray 20.
Reactor Shutdown (Y/N) i G C_lSorav Pump _s) s 21. Natural / Forced circulation M/A Recirculation Mode cont 'nment Fa oler units - @, 32 @ @n 22. Pressurizer level -~ 33 23. S/G levels
- 31 60 %
- 33 50 %
Auxiliary Feed Pumps - h 32, 9
- 32 Sc>-%
- 34. 5 0 %
a yc p3cse 1,01ceton comp 1eee 24. Off-site /On-site power available: IES 'NO M h VC Phase A Isolation Complete O ES NO 25. Containment Pressure ier i VC Ventilation Isolation Complete 26. Containment Temperature 6W5c,Alf.
- Es 40 27.
RCS Subcooled/ Saturated S AT' @ CR Vent';E /NO + ion Isolation Complete psig Subcooled M/A 1 28. VC Sump Level ku Emergency Diesel Generators 29. RWST Level 10 Check Status 31 32 33 30. CST Level 28.1 Load / Running ~' Unloaded / Standby i [ 2 9ES OF SAFETY Out of Service y INJECTION M RADIOLOGICAL MONITORS (Circle modes in use) Plant Vent: ,31. Passive In3ection - Accumulators g_
- 45. R-13 (particulate) bi,Sc,AE CPM 32.
High Head In3ection M CPM gaseous) O3. Low Head Injection
- 47. R-27 (gaseous) 2M uCi/cc Area Monitors:
MODES OF RECIRCULATION j\\ '/
- 48. R-2 Containment MSC,AkE.
mR/hr (circles modes in use)
- 49. R-7 Containment c)N4LA(mR/hr 34.
Low Head Recirculation - Recirc Pumps
- 50. R-10 Accident Monitor l
- RHR Pumps (Steamline penetration)7(0 mR/hr 35. High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I. Pumps (R-25/R-26) - RHR Pumps to S.I. Pumps 'To coo 70.000 R/hr 36. Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance: RHR Pumps g N / y ...--~ - --- - - --
PLANT STATUS LOG pg/)O indian Point + 3 0:ts: 11/ g3 ~ Time : .~. r1 ')TS. 1 l PARAMETER' PARAMETER RCS Incore T/C Average (oF) Qdd R-1 CCR (mR/hr) hf RCS Incore T/C Highest (OF) R-2 VC 80' (mR/hr) [Qpt 6_ R-4 Chrg. Pump (mR/hr) O RCS Avg. Tesp. (OF) RCS Hot Leg Temp. (Or) 400 R-5 r.S.a. (mR/hr) o RCS Press (PSIG), h R-6 Sample Rm (mR/hr) l, k SAT. Meter Margin (psi) h R-7 V.C. Sea.1 Table (mR/hr) [ggp GRCP in Service (0-4) 0-R-8 orum Sta. (mR/hr) M Pressurizer I.evel (%) [ R-lO Stm. Line Penet. (mR/hr),@ Charging Flow (gpm) 'h R-ll V.C. Part (CPM) [ h6 R-12 V.C. Gas (CPM) [hg S/G Levels '831(Wide Range) (%) ' bh. R-13 Vent Part (CPM) hg g
- 32(Wide Range) (%)
hh t: 833(Wide Range) (%) hh R-14 Vent Gas (CPM) MSM 6 }
- 34(Wide Range) (%)
hh R-15 Air Ejector (CPM) $O0 Aux. F.W. Flow (Total) (GPM) 0 R-16 r C. Water (CPM) is E S/G Press #31 (PSIG) 000 R-17a Comp. Cool (CPM) n
- 32 (PSIG) 400 R-lvd Comp. Coot (CPM)
Qoo 933 '(PSIG) fhh R-18 Liq. Waste (eff.) (CPM) [n( 434 (PSIG) khh R-19 S/G 3.D. (CPM) hk R-23 F.C. Water (CPM) M( V.C. Dew Point (%) dh Q4 g, f* F.C.U. Weir Level (in.) hh 6 R-25 V.C. Hi-Range 1-E8(R/hr) k[jOD ' VC Press (PSIG) b R-26 V.C. Hi-Range (R/hr) N[)@ .) f.. VC Temp. (OF) h g p, R-27 Vent Monitor (uCi/cc) h VC Sump. Level Elev. (Ft.) hd R-27 Vent Flow Rate (CFM) MM0 Recire. Sump Level ~ Elev. (Ft.) hk R-27 Vent Disch. Rate (ucide) FEN [$ 1 } VC Hydrogen (Sample Results(%) R.W.S.T. Level (Ft.y h Vent Flow Rate (CFM) h@O l ~ Cond. Storage Tk. Level (Ft.) %k Spray Add. Tank (4) [) Wind Speed (m/sec) l [ f Wind direction (degrees) 87 l Pasquill category 8 0
- 21 DissGLAenpunut has
\\ her v w pr. i i e-w i ) --,,p -.-w-.n-,-,., m-g_--, --g,-y.. -r-s.-.,
PLANT STATUS LOG Tim $3h indian Point
- 3 onto : 9 2
"= %. PARAMETER ' PARAMETER hhh R-1 CCR (mR/hr) kl RCS Incore T/C Average (OF) RCS Incore T/C Highest (O ) $95 R-2 VC 80' (mR/hr) hkg ' F 4 RCS Avg. Tesp. (OF) R-4 Chrg. Pump (mR/hr) d RCS Hot Leg Temp. (o ) M$ R-5 F.S.B. (mR/hr) d y RCS Press (PSIG) b R-6 Sample Rm (mR/hr) SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) [hg.
- RCP in Service (0 -4) 0-R-s orum Sea.
(mR/hr) o,2 [ Pressurizer Level (4) 0 R-lo St=. Line Penet. (mRear) ME f Charging Flow (gpa) 'h R-ll V.C. Part (CPM) [ 4ea; p R-12 V.C. Gas (CPM) [h p3 l [ S/G Levels #31(Wide Range) (%) R-13 Vent Part (CPM) [ g,
- 32(Wide Range) (4) f/}h
, h
- 33(Wide Range) (%)
hh R-14 Vent Gas (CPM) [g6
- 34(Wide Range) (4) fah R-15 Air Ejector (CPM) hhO f,
R-16 r.C. Water (CPM) 1,9X Aux. F.W. Flow (Total) (GPM) 30 S/G Press #31 (PSIG) 9h R-17a Comp. Cool (CPM) M
- 32 (PSIG) h R-17b Comp. Cool (CPM) kbh j
- 33
'(PSIG) b R-18 Liq. Waste (eff.) (CPM) bk l f E
- 34 (PSIG) kk R-19 S/G B.D.
(CPM) R-23 F.C. Water (CPM) ),7( V.C. Dew Point (%) h b6 f' F.C.U. Weir Level (in.) [ hg R-25 V.C. Hi-Range 1-ES(R/hr) ', BOO j VC Press (PSIG) b R-26 V.C. Hi-Range (R/hr) MM h VC Temp. (OF) [ yr) p, R-27 Vent Monitor (uCi/cc) hjjlj VC Sump. Level Elev. (Ft.) hjb R-27 Vent Flow Rate (CFM) hMO, Recire. Sump Level Elev.(Ft.) hj[, R-27 Vent Disch. Ratefuci/ec) h, b 2 } VC Hydrogen (Sample Results(%) b Vent Flow Rate (C.FM), hMO R.W.S.T. Level (Ft.y Cond. Storage Tk. Level (Ft.) 94.5 ^ Spray Add. Tank (%) O Wind Speed (m/sec) [g Wind direction (degrees) (( Pascuill category 8 If meg- -e- --a
,---rm-----wvm
-w.,m-,--wa----rw-- ---r------wwTwp-p--'m TWw---'-----v+-w m'-y'w w
EMERGENCY NOT1FICATION FACT SHEET IP-1030/8 EP-Form 6300 PART I - GENERAL INFORMATION West. Peekskill 8
- 1. (a) Notification i A
l Message transmitted: _ Con Ed _ Coast Guard 83% 83 / eMl1 ANI HRC UU 0 Date Time (24 hr. clock) _ RC/ Duty Officer 2. Facility providing information: Q ) Indian Point No. 2 he release is: Indian Point No.3 3. Reported Bye continuing. terminated. Nm intermittent. Title D NOT applicable. 4. This... ) is an exercise 10. Protective Actions: is NOT an exercise There is NO need for Protec-tive Actions outside the site 5. Emergency Classification boundary. Unusual Event Protective Actions are under B Alert consideration. ( {D ) General Emergency Site Area Emergency C Recommended Protective Actions. MPA f r SMPT.TERING 1234 10 11 12 13 14 15 Transportation Incident 19 20 21 22 23 @ 29 30 31 2 33 p F Other 38 34 40 4 42 \\ This classification declared at: T3 Date 3 AQ Time aNS za,x ye, myxcm.,,o 1 g 7. Brief Event Description / Initiating 5 6 7 8 9 10 11 12 1 14 15 Condition: 16 17 18 19 2 21 22 23 24 'h\\f. O M 9MXMtPwe OcA curj 25 32 3 4 4 k (eMM 6p (CMEttchei 4-6 45 46 Me aAmoefde..+ereigswatt 11, FrM m0Lont'd h edetirem ho Wind s ed miles per hour l NOW WNd\\ AddbeM dWl or 6 meters per second. hm.) Direction (from) d degrees. b 8. As of M M hours there has: a y ass (A-G/or stable, unstable, l NOT been a release of neutral) radioactivity General Weather Condition l been a release of radio-(if applicable) activity to the ATMOSPHERE {gg. C been a release of radio-activity to a BODY OF WATER been a GROUND SPILL release ( of radioactivity N l
IP-1030/8 Notification i B EMERGENCY NOTIFICATION FACT SHEET l..s ' " i s. EP-Formt30b I PART li RADIOLOGICAL ASSESSMENT DATA .I, -Y, ' ' i ' ! '., 4. Time : 'V !1 12. Prognosis for Worsening or Termination of the Emergency? r r t r s f.. - e. p. ..w ha.c.,I.,._ 3,..
- e..y c c.,,,. tvj J:,.,, f V r.. e
,e l,s i g".- Y s_. &p \\ r.. '. c uru e k yr i 4m,4 km,,>(k k ri t L -i I,,< 13. In Plant Emergency Response Actions Underway: 1 %,c cr ~ v s.',c...se..?.e.). -d ka f..tNo.r[ e.b,% G4,N ,g,u s,,. ~ n % c rna % 4 h 4.1 he k W ~ 14 Utility Off Site Emergency Response Action Unde,wayr d <de M.m.m. he,.J hec., c \\ m v.kr IM. r 15. Release Information Actual Projected (3 ATMOSPHERIC RELEASE Date and Time Release Started ~ 2 2 S '~ Duretion of Release I hrt
- N hrs Noble Gas Release Rate 7F" f'>
Ci/sec ~ ' ~ ^ ^ Ci/sec Radiciodine Release. Rate
- 7<
C1/sec 'O/* Ci/sec Elevated or Ground Reisese 6"#A N '*" ' m Inplant Monitors Y-N
- MW ! ' f e e, l Bl WATERBORNE RELEASE Date and Time Release Started Durationof Release Volume of Reisese
_ hrs hrs gal gal Radioactivity Concentration (gross) uCl/mi uCi/mi Total Radioactivity Released Ci Cl Radionuclides in Release uCi/mi uCi/mi uCi/mi uCi/mi Basis for release data e.g. effluent monitors, grab semple, composite semple and sample location: 16. Dose and Measurements and Projections Actual Proiected ] SITE BOUND ARY Whole Body Dose Rate 7C M m R/hr mR/hr Whole Body Commitment (for duration above) Rem Thyroid Dose Commitment (1 hour mrem exposure) mrem Thyroid Dose (total commitment) Rem lB PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles Whole Body Dose Rate (mR/hr) 17.CO !9' O Whole Body Dose (Rem) MA f *W F
- iei
~ Thyroid Dose Commitment (I hr exposure. mrem) 2k 07 Thyroid Dose (Total Commitment Rem) - 0C O.01 17. Protective Action Recommendations and the Basis for the Recommendations: f V ' J w l. . '.- M l (o,[ k.-$. / - c..!r r,g g..-o 4 a- ~...y oA.,m,jwA ..,..,Q y y,y. .- c,... '* i.5 & \\ p g'\\ r - r, b; *. /s. _, . -~ 7.p'. ' Q.? C,e ) j e*,.?'t,'c '. ~, ' W.-.~- ] l
- i.-
\\ .-r a. n. 3 n'. M ) s' _ l~- lr & lC A',., ej,e.'av\\.* J u.,.s. N f a +- y--- e y-- 3-- y g .7 ge m----,-------..m,, -r--e-- .--.--.-----y-m-- ---w.
. _ _., _ _ _.. ~. -. _. EP-Form 430c EMERGENCY No?IFICATIOr FACT S H E E.T Notification # C PART III - IP-3 PLANT PI_ ViETER DATA Dato:0!N *'A Time: U !$ R PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP 1 RCS pressure (Circle those in use) 19. RCS temperature Containment Spray 20. Reactor Shutdown (Y/N) M V ASprav Pn = 21. Natural / Forced circulation (RecirAulatio'n Mod _e) nt m oler units - 22. Pressurizer level D 23. S/G levels
- 31 led %
- 33_ D %
- 32 6 N %
- 34 M %
AuxiliaryFeedPumps-h,32, J l VC Phase Isolation Complete 24. Off-site /On-site power available: Ec/NO Q h.VCPha Isolation Complete L NO 25. Containment Pressure V 26. Containment Temperature Q A\\E h VC Venti l' tion Isolation Complete l /NO 27. RCS Subcooled/ Saturated 6AT. CR Venti tion Isolation Complete psig Subcooled Id[A NO 28. VC Sump Level Fott h Emergency Diesel cenerators 29. RWST Level Q Check Status 31 32 33 30. CST Level M.T Load / Running Unloaded-/ Standby y g 9ES OF SAFETY INJECTION Out of Service M ~ (Circle modes in use) RADIOLOGICAL MONITORS Plant Vent: 31. Passive Injection - Accumulators
- 45. R-13 (particulate)
RME CPM 32. High Head Injection
- 46. R-14 (gaseous) h4M6_ CPM 33.
Low Head Injection
- 47. R-27 (gaseous)
OM uCi/cc '40 DES OF RECIRCULATION ea on h s: y
- 48. R-2 Containment o iT5cu,if mR/hr (circles modes in use)
- 49. R-7 Containment hh4LM(mR/hr b.
Low Head Recirculation [eiirc Pumps]50. R-10 Accident Monitor - RHR Pumps (Steamline penetration)b2 6 mR/hr 35. High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I. Pumps (R-25/R-26) - RHR Pumps to S.I. Pumps M,1 N, R/hr l 36. Hot Leg Recirculation - Recirc Pumps Additional '4cnitors of Importance : - RHR Pumps I / N)h l
~ ~~~~
- _~
t M3b inclian Point + 3 onto:k)J[3' Time : Ys k y9,
- o PARAMETER PARAMETER '
RCS Incore T/C Average (oF) ] R-1 CCR (mR/hr) k R-2 VC 80' (mR/hr) Mhd RCS Incore T/C Highest (OF) R-4 Chrg. Pump (mR/hr) O RCS Avg. Temp. (oF) [h R-5 F.S.B. (mR/hr) O RCS Hot Leg Temp. (Oy) RCS Press (PSIG) h R-6 Sample Rm (mR/hr) ][ SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) [g p, (O;-4) b-R-8 Drum Sta. (mR/hr) k$ 'l GRd'P in Service Pressurizer Level (%) d R-10 Stm. Line Penet.(mR/hr) [M R-ll V.C. Part (CPM) h 6 Charging Flow (gpm) 'h R-12 V.C. Gas (CPM) [M S/G Levels '#31(wide Range) (%) . hEb. R-13 Vent Part (CPM) [g
- 32(wide Range) (4) h e
033(wide Range) (%) [ok R-14 Vent-Gas (CPM) [ pj} p, !l
- 34(wide Range) (4) hh R-15 Air Ejector (CPM)
Q ((k Aux. F.W. Flow (Total) (GPM) Mh R-16 F.C. Water (CPM) S/G Press 431 (PSIG) h R-17a Comp. Cool (CPM) D 932 (PSIG) 160 R-17h Comp. Coot (CrM) sm
- 32
'(PSIG) 0 R-18 tig. Waste (err.) (CPM) M 834 (PSIG) h R-19 S/G B.D. (CPM) bh f V.C. Dew Point (%) h Cf,a g, R-23 F.C. Water (CPM) ik f '- F.C.U. Weir Level (in.) h kp, R-25 V.C. Hi-Range 1-E8(R/hr) (()OO (PSIG) R-26 V.C. Hi-Rangs (R/hr) N 00[) VC Press R-27 Vent Monitor (uCi/cc) h$ (OF) fh 9/10 p, 5 VC Temp. VC Sump. Level Elev. (Ft.) 0,[ R-27 Vent Flow Rate (CFM) h ddd 0 Recirc. Sump Level Elev. (Ft.) ( R-27 Vent Disch. Rate (uciMtc) l e bb3 tL I VC Hydrogen (Sample Results(%) ).l
- 5 R.W.S.T. Level (Ft.y 9
Vent Flow Rate (CFM) h@ Cond. Storage Tk. Level (Ft.) %[ Spray Add. Tank (%) h Wind Speed (m/sec) (, O Wind direction (degrees) l Y.4LL kmin y 70
- .=======-
=== = --.- - -.
i 't 1 1 .t l ? TIME: 2333 Message # 4 RECES Communicator: i t l There has been a change in the meteorological data. j The new data is as follows: Wind speed: 8 m/s 0 Wind direction: 135 (from) i Stability: B This will be followed-up with the Fact Sheet Notification 3 Form. e i t 4 d I e t i I.I I .. /'.t i ) i i l I I i s a T .l -e-e--- t
EMERGENCY NOTIFICATTON FACT SHEET IP-1030/8 ER-Form #30c PART I - GENERAL INFORMATION West. Peekskill c a e _l. (a) Notification # _A ) Message transmitted: Con Ed ~_NRC ~ ~ Coast Guard NM D / 23'-16 ANI Con Rail / Metro North Date Time (24 hr. clock) _Rc/ Duty Officer 2. Facility providing inforr.ation: 4 Indian Point No. 2 9. e release is: (h Indian Point No.3 3. Reported By: continuing. B terminated. Nue C intermittent. Title D NOT applicable. 4. This... A is an exercise 10. Protective Actions: B is NOT an exercise A There is NO need for Protec-tive Actions outside the site 5. Emergency Classification boundary. A. nusual hent B Protective Actions are under B Alert consideration. C Site Area Emergency Recommended Protective Actions. h General Emergency for S L R G l23 g Transportation Incident 19 20 21 22 23 2+ F Other 35 36 37 38 39 40 41 42 This classification declared at: 43 44 45 46 Date E N T3 Time S\\is zm,x ye, y,cux,,oy g g 7. Brief Event Description / Initiating 5 6 Q) 8 9 10 11 12 13 14 15 Condition: Q1 18 19 20 2 22 23 h@M 34 3 4 42 rw hedCM bdOGOMS. 43 4 @ 46 11. Weather h A Wind SUO/o #n \\}.C.. AIMQS0heet or8.beed miles per hour meters per second. Direction (from) l36 degrees. C Sea m uy class B 8. As of h09 hours there has: (A-G/or stable, unstable, NOT been a release of neutral) radioactivity D General Weather Condition been a release of radio-(if applicable) activity to the ATMOSPHERE g C been a release of radio-activity to a EODY OF WATER h@ been a GROUND SPILL release ) of radioactivity 72-
- =- _ --
1P-1030/8 Notification # B EMERGENCY NOTIFICATION FACT SHEET qyI,z EP-Formi30b ^ PART 11. RADIOLOGICAL ASSESSMENT DATA Time: 2'I'M. +' ' C ' ' '~~ ~' ' '^ ' gb 12. Prognosis for Worsomng or i ermination of the Emergency: l , e. b.D r e.,., % e it.~ rel b~ 1 a l' w,- (/ / 2.r! h,c.<, el. '.!. ify r(ve, e r, 9 lp Ct. M.. M c I rk 5 / W c S k r 'r.le.C 13. In Plant Emergency Response Actions Underway? K# C If 'r In 'M PO " ') . &. w \\ % s 4 rm M r.., o u, I.la C\\nso b f.s't.[ :~ e 14. Utility Off Site Emergency Respcnse Action Underway? MO N" M M i b'"/ d A W e, u y, h...n U c.. i rl0,n l<s. r* k. 15. Reicase Information Actual Proiected Q) ATMOSPHERIC RELEASE Date and Time Release Started - ~l Duration of Release I< hrs hrs ' Noble Gas Release Rate "" Ci/sec 7M Ci/sec Radiciodine Release, Rate ' 75.Ci/sec. 4 Ci/sec Elevated or Ground Release '"'W '""J Inolent Monitors M7
- M ' R A l Bl WATER 80RNE RELEASE Date and Time Release Started Duration of Release hrs hrs Volume of Release gal gal Radioactivity Concentration (gross) uCi/mi uCi/ml Total Radioactivity Releeted Ci Ci Radionuclides in Release uCi/mi uCi/mi uCi/mi uCi/mi Basis for release data e.g. effluent monitors, grab semple, composite semple and sample n
location: 16. Oose and Measurements and Projections Actual Proiected lAl SITE 80UNDARY Whole Body Dose Rate . m. c..mR/hr -::o ' gR/hr r Whole Body Commitment (for ,,. ~ duration above) 3 ~' Rem Thyroid Dose Commitment (1 hour q ; j. - q p* exposure) mrem mrem Thyroid Dose (total commitment) M.P /i Rem lBl PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles Whole Body Dose Rate (mR/hr) 9 V-1R 37 Whole Body Dose (Rem) ?.A "' t e i' '.1JC Thyroid Dose Commitment (I hr exposure - mrem) 0 2. O. b Thyroid Dose (Total Commitment Rem) - 0. 05 & C.OrY7 17. Protective Action Recommendations and the Basis for the Recommendations: A',1 M D:- .w,,,,., 3.5 r, _ Q d 1;,.ee. 1 g c., w l 2,-. p i ! ,(,. . 4,.s ) ,v. 4. h s',~p.:. m.m + c a n + +,,c n.2.? %,,y J F,:.: m jis m,.w m 2 .=
- i 5'i)C Y \\ hi S.s
<:~~ l r m 1.'-; 5# l,,,,.. ?rl .4,* 6. : <. 7) mw-e,.+ --ad-'-*-
PD-Form 430c EMERGENCY NOTIFICATION F~IT SHEi.T ~* iotification# C PART III - IP-3 PLANT PARA 'TER DATA Dato: E/2/f83 Time: 23h5 MAJOR PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP 9 RCS pressure (Circle those in use) 19. RCS temperature . Containment Spray 20. Reactor Shutdown (Y/N) V .pr.a d umps ecirculation Mode) 21. Natural / Forced circulation h.ContainmentFanbcolerunits 22. Pressurizer level O 0, O, O, e, 23. S/G levels
- 31[oy %
- 33 g %
Auxiliary Feed Pumps - @, 32, @ 9
- 32 M %
- 34 N %
40 VC Phase Isolation Complete 24. Off-site /On-site power available: YE /NO N h.VCPhaseT Isolation Complete No 25. Containment Pressure ~ 26. Containment Temperature M & #IE tion Isolation Complete yg 27. RCS Subcooled/ Saturated $ 47~ CR Ventilation Isolation Complete psig Subcooled @/NO 28. VC Sump Level dull h Emergency Diesel Generators 29. RWST Level 9 Check Status 31 32 33 30. CST Level d'l. 6 Load / Running Unloaded / Standby 1 g g ~ Out of Service 6SOFSAFETYINJECTION ~ RADIOLOGICAL MONITORS (Circle modes in use) Plant Vent: 31. Passive Injection - Accumulators
- 45. R-13 (particulate >on5c;1 f CPn 32.
High Head Injection
- 46. P-14 (gaseous) h r g).l 8 C P M 33.
Low Head Injection
- 47. R-27 (gaseous)
~2-N uCi/cc MODES OF RECIRCULATION Area Mon h s: ,r
- 48. R-2 Containment (T T M1 [ mR/hr (circles modes in use)
- 49. R-7 Containment dhcMf(8 mR/hr h
Low Head Recirculation - Recire Pumps
- 50. R-10 Accident Monitor
- RHR Punps (Steamline penetration)fi3_f mR/hr 35. High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps te S.I. Pumps (R-25/R-26) - RHR Pumps to S.I. Pumps IC @;DM R/hr f 36. Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance: - RHR Pumps J 7f
~ PLANT STATUS LOG i . bh indien Point + 3 02ta :f N g Tima : T:%ns. ~ PARAMETER' PARAMETER RCS Incore T/C Average (OF) ] R-1 CCR (mR/hr) h,l RCS Incore T/C Highest (OF) R-2 VC 80' (mR/hr) hof[g R-4 Chrg. Pump (mR/hr) O RCS Avg. Temp. (OF) RCS Hot Leg Temp. (07) M0 R-s r.S a. (mR/hr) 0 RCs Press (PSIG) R-6 Sample Rm (mR/hr) j,1 l i SAT. Meter Margin (psi) O R-7 V.C. Seal Table (mR/hr) Mggl
- DCP in Service (0-4) h R-8 Drum Sta.
(mR/hr) h1 f Pressurizer Level (%) h R-10 Stm. Line Penet.(mR/hr) g Charging Flow (gym) h R-ll V.C. Part (CPM) ksp [ S/G Levels 431(Wide Range) (%) hh R-12 V.C. Gas (CPM) [ gig lp_
- 32(Wide Range) (4) fo h R-13 Vent Part (CPM) [go.
k 033(Wide Range) (%) k[p R-14 Vent-Gas (CPM) Nhg b. ob R-15 Air Ejector (CPM) I 934(Wide Range) (%) j R-16 F.C. Water (CPM) f,h k Aux. F.W. Flow (Total) (GPM) bd S/G Press #31 (PSIG) 930 R-17a Co=p. Cool (CPM) 1460 932 (PSIG) @h R-17b Comp. Cool (CPM) Ob
- 33 (PSIG) h R-18 Liq. Waste (eff.) (CPM) b(
~ E
- 34 (PSIG) 9M R-19 S/G B.D.
(CPM) f V.C. Dew Point (%) RNL 6 R-23 F.C. Water (CPM) 19[ f'- - J F.C.U. Weir Level (in.) MQpk R-25 V.C. Hi-Range 1-E8(R/hr) M 000 VC Press (PSIG) R-26 V.C. Hi-Range (R/hr) MooO S VC Temp. (OF) h ggg g R-27 Vent Monitor (uJi/cc) hh VC Sump. Levei Elev. (Ft.) hd, R-27 Vent Flow Rate (CFM) k@ Recirc. Sump Level Elev. (Ft.) (kb R-27VentDisch. Rate (uCiIrr) 't6ES. h VC Hydrogen (Sample Results(%) ),l R.W.S.T. Level (Ft.y h Vent Flow Rate (CFM) Mg Cond. Storage Tk. Level (Pt.) [ () Spray Add. Tank (%) [) viind Speed (m/sec) (, O Wind direction (degrees),f3b Pasquill category 3 O 7T -emg--e-*y a T-- 9-y-gwgpm---w-fr%-'TN-T v 9P-M---M M v MNt rNT9W--e-T1'-P*9-W-MT*-W9 ww--MvMm"--=Pr=vP-WT*-WNe--F W--79'm-t-w--'vv'M'
PLANT STATUS LOG Timo : Indien Point + 3 ~ 02ta :f 2 j.- T=%. O PARAMETER PARAMETER ' RCS Incore T/C Average (OF) d R-1 CCR (mR/hr) df RCS Incore T/C Highest (OF) R-2 VC 80' (mR/hr) gg, R-4 Chrg. Pump (mR/hr) _d RCS Avg. Te$p. (OF) (Oy) Q36 R-5 F.S.B. (mR/hr) h RCS Hot Leg Temp. RCS Press (PSIG) O R-6 Sample Rm (mR/hr) f,k SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) [hp,
- PCP in Service (0-4) h R-8 Drum Sta.
(mR/hr) k #), Pressurizer Level (%) O R-10 Stm. Line Penet. (mR/hr) hO Charging Flow (gpm) h R-ll V.C. Part (CPM) Off p_ S/G Levels *031(Wide Range) (%) fofo. R-12 V.C. Gas (CPM) ' hg{
- 32(Wide Range) (%)
fofo R-13 Vent Part (CPM) g(hg g-
- 33(Wide Range) (%)
fd R-14 Vent Gas (CPM) h0/d)F
- 34(Wide Range) (%)
fg R-15 Air Ejector (CPM) $dn i T hux. F.W. Flow (Total) (GPM) Nh R-16 F.C. Water (CPM) f,k p S/G Press #31 (PSIG) dlO R-17a Comp. Cool (CPM) 432 (PSIG) 9lh 'R-17b Comp. Cool (CPM) hO h
- 33
'(PSIG) 9fh R-18 Liq. Waste (eff.) (CPM) [gk 934 (PSIG) Nlb R-19 S/G E.D. (CPM) bk f V.C. Dew Point (%) hqg g R-23 F.C. Water (CPM) $N F.C.U.' Weir Level (in.) g grojg R-25 V.C. Hi-Range 1-E8(R/hr) M& VC Press (PSIG) k-R-26 V.C. Hi-Ranga (R/hr) N@ E f VC Temp. (OF) hg 6 R-27 Vent Monitor (uCi/cc) [h VC Sump. Level Elev. (Ft.)' Od R-27 Vent Flow Rate (CFM) hddd Recire. Sump Level Elev. (Ft.) i hk R-27 Vent Disch. Rate f uci/ec) b VC Hydrogen (Sample Results(%) 1l g MMO 5 R.W.S.T. Level (Pt.) h Vent Flow Rate (CFM) ~ Cond. Storage Tk. Level (Ft.) h, Spray Add. Tank (%) h Wind Speed (m/sec) (,[ e Wind direction (degrees) Nb Pasquill category O Th .,.,,,.-m-
EMERGENCY NOTIFICATION PACT SHEET IP-1030/8 ER-Form #30a PART I - GENERAL INFORMATION West. Peekskill c _ a e 1.(a) Notification # A e Message transmitted: [ Coast Guard _ Con Ed bI Date Time (24 hr. clock) Rail /5 o North 2. Facility providing information: 5 Indian Point No. 2 9. The release J.s : Indian Point No.3 continuing. 3. Reported By: LB l terminated. Name C intermittent. Title D NOT applicable, 4. This... is an exercise 10. Protective Actions: B is NOT an exercise There is NO need for Protec-tive Actions outside the site 5. Emergency Classification boundary. A nusual Event B Protective Actions are under B Alert consideration. Site Area Emergency Recommended Protective Actions. E e M TFRTNG 123 General Emergency 10 11 12 13 14 Transportation Incident 19 20 21 22 Q2 24 Q 29 30 31 32 M F Other 35 37 38 39 40 41 42 This classification declared at: 43 44 45 46 v. Date R M }@h Time $l6 pypg fgr py3cg377gy 7. Brief Event Description / Initiating @ 8 9 10 11 12 13 I4 15 Condition: 17 18 19 2 21 22 23 Nb@M d ocA d M 5ha @2728 H42 9 9, M )~)_OQ k(Xe.46.cothe, a We \\l.C.. 46 bLd4kPQ.10 MN ub 7 11. Weather @hina Ce cokdM 46bdA mo$- k A Wind speed miles per hour Oherd b e W W I_gner.w ht or S.O meters per second. k ma(1 boled M O\\30Db. Direction (from) /M degrees. b a y ass 8. As of 2. D hours there has: (A-G/or stable, unstable, A NOT been a release of neutral) radioactivity General Weather Condition ) been a release of radio-(if applicable) activity to the ATMOSPHERE dg C been a release of radio-activity to a BODY OF WATER ~ ' been a GROUND SPILL release b) of radioactivity \\_./ 77 "--y-p + ...----e. .. =..,
IP-1030/8 Notification # B EP-Fo'm#30b EMERGENW NOMCATION FAG SHEET r Data
- M#I##
PART il-RADIOLOGICAL ASSESSMENT DATA t ? i. Time: T^' 12. Prognosis for Worsening or Termination of the Emergency: i' M h " 5 ' " ', m ' '*-
- b. eb r o, < e -c\\ % Yt.:4 Pke S. b,. (..c p,,
,f,1,,, _ l b.; c r.,, e (D^r V. t'l l 3rb hib 13. In Plant Emergency Response Actions Underway { vcP Co h nt d 'T~t~r.-\\c cu e. N $.nrI J 14. Utility Off Site Emergency Response Action Underway? r$N0 m .\\,hr.r,,p A% 13 hcri 'efm](lo.Q Orhnl h.W h,'.~ C
- 4. L,,+ he <. o beiM o,nimy/~/.
15. Release !nformation Actual Projected [% ATMOSPHERIC RELEASE Date and Time Release Started d~7" ~~ Ouration of Release 7 hrs 3 hrs Noble Gas Release Rate 7 Ci/sec 7#^ Ci/sec Radiciodine Release, Rata 76 Ci/sec Gib Ci/sec Elevated or Ground Release 'i " M f ' - I) d inplant Monitors A-C: M ?'*1 @ WATERBORNE RELEASE Date and Time Ref sase Started Duration of Releam hrs hrs Volumeof Release gal gal Radioactivity Concentration (gross) uCi/mi uCi/mi Total Radioactivity Released Ci Ci Radionuclides in Release uCi/mi uCi/mi v uCi/mi uCi/mi Basis for release data e.g. effluent monitors, grab sample, composite sample and sample location: 16. Oose and Measurements and Projections Actual Proiected lAl SITE BOUNDARY Whole Body Dose Rate . M. 5 ,,3 fh, 9 ,;Rfn, R Whole Body Commitment (for duration above) Rem Thyroid Dose Commitment (1 hour p~ r exposure) s mrem mrem + Thyroid Dose (total commitment) "/1 Rem l8l PROJECTED OFFSITE / 2 Miles 5 Miles 10 Miles Whole Body Dose Rate (mR/hr) I'O OC I7 Whole Body Dose (Rem) 3O CaS< r. de Thyroid Dose Commitment (I hr exposure - mrem) I '$ A (), la Thyroid Dose (Total Commitment-Rem) 0 O'4(a 0.007 17. Protective Action Recommendations and the Basis for the Recommendations: b m' o, k n J 4, N s.r %,,,__,c '.:. c.,. m -Mf M, t (.. H 3. A.* - *.. - [, 4-G. ) M n.c e ~c. 5- - w L, m e, w +. 4 m- %..... m. u :.w ;- e. - & OC_ l.. W h! S yJps1("W s.g.$1f{ L y
x EP-Form #30c EMERGENCY NOTIFICATION FAC-
- r..
N tification# C PART III - IP-3 PLANT PARAMETE DATA Cate: 8/2dff3_ Time: 00)5 y' OR PARAMETERS y STATUS OF ENGINEERED SAFEGUARDS EQUIP 1 RCS pressure i (Circle those in use) 19. RCS temperature 9 ~ (37 Containment Spray VuC 4 IaLPumps 20. Reactor Shutdown (Y/N) (ReCircul.atiori~Q 21. Natural / Forced circulation t m oler units - 22. Pressurizer level O 23. 5/G levels
- 31 bb %
- 33 (ofo %
. Aun. liary Feed Pumps - 32,
- 32 % %
834 lo(o % VC Phase A Isolation Complete 24. Off-si e/On-site power available: @ NO 1 VC Phase A Isolation Complete d E /NO 25. Containment Pressurc 1 26. Containment Temperature M M lf VC Venti Isolation Complete 27. RCS Subcooled/ Saturated 6 4"T' @ CR Ventil tion Isolation Complete psig Subcooled JE NO 28. VC Sump Level full
- 44. Emergency Diesel Generators 29.
RWST Level k Check Status 31 32 33 30. CST Level 3 b,7 Load / Running ~ Unloaded / Standby g"- _g { 7% l l Out of Service i US OF SAFETY INJECTION RADIOLOGICAL MONITORS (Circle modes in use) Plant Vent: 31. Passive Injection - Accumulators
- 45. R-13 (particulate)
ShFCPM 32. High Head Injection
- 46. R-14 (gaseous) h4df CPM 33.
Low Head Injection
- 47. R-27 (gaseous) kk uCi/cc MODES OF RECIRCULATION Area Mon h s:
, (, ,j
- 48. R-2 Containment (TTS/'frif mR/hr (circles modes in use) j h
Low Head Recirculation -(Recirc PumpsD 50. R-10 Accident Monitor - RHR Pumps (Steamline penetration) @ mR/hr 35. High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I. Pumps (R-25/R-26) - RHR Pumps to S.I. Pumps .ooo 3%ooo R/hr 36. Hot Leg Recirculation - Recirc Pumps Additicnal Monitors of Importance: - RHR Pumps / k) 7i
PLANT STATUS LOG Time : Indian Point + 3 osta :p 25'[#g T='4 A s. b PARAMETER ' PARAMETER RCS Incore T/C Average (OF) O R-1 CCR (mR/hr) d, / RCS Incore T/C Highest (OF) , hh R-2 VC 80' (mR/hr) Ncpg]p i R-4 Chrg. Pump (mR/hr) O RCS Avg. Temp. (OF) RCS Hot Leg Temp. (07) Mh R-5 F.S.B. (mR/hr) O RCS Press (PSIG) h R-6 Sample Rm (mR/hr) h2 SAT. Meter Margin (psi) O R-7 V.C. Seal Table (mR/hr) ggggjg (0:-4) R-8 Drum Sta. (mR/hr) Od f 4RCP in Ser*7 ice Pressurizer Level (%) O R-lo St=. Line Penet.<mR/hr) mg ()kEp3 Charging Flow (gpm) b R-ll V.C. Part (CPM) R-12 V.C. Gas (CPM) '[,h g S/G Levels '931(Wide Range) (4) hh. R-13 Vent Part (CPM) h0pg.
- 32(Wide Range) (%)
[oh R-14 Vent' Gas (CPM) kgh i: 833(Wide Range) (%) b ?,
- 34(Wide Range) (%)
bh R-15 Air Ejector (CPM) M R-16 F.C. Water (CPM) dk Aux. F.W. Flow (Total) (GPM) hfah S/G Press
- 31 (PSIG)
[O R-17a Comp. Cool (CPM) 4/)O fbh
- 32 (PSIG) h R-17b Comp. Cool (CPM) fr 33
'(PSIG) YM R-18 Liq. Waste (eff.) (CPM) h h loE 934 (PSIG) 00 R-19 S/G s.D. (CPM) f V.C. Dew Point (%) /) g( 6 R-23 F.C. Water (CPM) ik f' F.C.U. Weir Level (in.) /)h R-25 V.C. Hi-Range 1-E8(R/hr) h,h VC Press (PSIG) .h R-26 V.C. Hi-Range (R/hr) N MO h Ej VC Temp. (OF) h ,Q/tg g R-27 Vent Monitor (uCi/cc) f% VC Sump. Level Elev. (Ft.) hj ], R-27 Vent Flow Rate (CFM) hg Recire. Sump Level Elev. (Ft.) l OM R-27 Vent Disch. Rate fuciM) 3 ? VC Hydrogen (Sample Results(%) l ),l R.W.S.T. Level (Pt.) h Vent Flow Rate (CFM) hg Cond. Storage Tk. Level (Ft.) kh Spray Add. Tank (%) h Wind Speed (m/sec) I h, d (degrees)l/M Wind direction ~,, Pasquill category l$ 60 g-e.,,---------y. - -. --3 a.---- y--w-- eri--,e
.gy-.w,-p--,
mw--, -p., gy.---m y-- - -,--P-yg e,w9 q-r-up -w
.-g---yg---,*y-
v - PLANT STATUS LOG 9h Indian Point + 3 02ta:hhg Time - %2km. O PARAMETER ' PARAMETER RCS Incore T/C Average (OF) jdC R-1 CCR (mR/hr) df ECS Incore T/C Highest (OF) R-2 VC 80' (mR/hr) 8he R-4 Chrg. Pulp (mR/hr) RCS Avg. Tesip. (OF) RCS Hot Leg Temp. (07) Q R-5 F.S.B. (mR/hr) O RCS Press (PSIG) 3 R-6 Sample Rm (mR/hr) l,1 SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) [gg
- hCP in Service (0-4) h-R-8 Drum Sta.
(mR/hr) 0, Pressurizer Level (%) h R-lO Sta. Line Penet.(mR/hr) %Q Charging Flow (gpa)
- h R-ll V.C. Part (CPM)
QMb a-12 v.C. Gas (C,,3 g yo L S/G Levels '431(Wide Range) (%) 65 R-13 Vent Part (CPM) $ @g g 932(Wide Range) (%) 433(Wide Range) (%) /n( R-14 Vent-Gas (CPM) @ ggae
- 34(Wide Range) (4) h R-15 Air Ejector (CPM)
MO I Aux. F.W. Flow (Total) (GPM) hh R-16 F.C. Water (CPM) lekk t, S/G Press #31 (PSIG) 100 R-17. Co=p. Cool (CPM) Lie b
- 32 (PSIG) hhh R-17b Comp. Cool (CPM) kh E
- 33
'(PSIG) hhh R-18 Liq. Waste (eff.) (CPM) h
- 34 (PSIG)
R-19 S/G B.D. (CPM) bk V.C. Dew Point (%) gpd R-23 F.C. Water (CPM) kk k'- F.C.U. Weir Level (in.) h spgje R-25 V.C. Ri-Range 1-ES(R/hr) ' 9) @ h VC Press (PSIG) 9 R-26 V.C. Hi-Range (R/hr) khd E VC Temp. (OF) hb R-27 Vent Monitor (uCi/ce) hb p, a (Ft.) hd R-27 Vent Flow Rate (CFM) h@ VC Sump. Level Elev. U Recirc. Sump Level Elev. (Ft.) hd R-27VentDisch. Rate (uci/re) e VC Hydrogen (Sample Results(%) $f b Vent Flow Rate (CFM) h R.W.S.T. Level (Pt.) } Cond. Storage Tk. Level (Ft.)' kY Spray Add. Tank (%) O Wind Speed (m/sec) Ihh = /h Wind direction (degrees) .j. Pasquill category j ~ 9/
EMERGENCY NOTIFICATION FACT SFEET IP-1030/8 ER-Form #30a PART I - GENERAL INFORMATION West. Peekskill oc 1.(a) Notification i A -p _ a e e Message transmitted: _ Con Ed [ Coast Guard ~ o Rail 7II o North s t Date Time (24 hr. clock) __Rc/ Duty Officer 2. Facility providing information: C a) Indian Point No. 4 2 9. The release is: zaaiea eoint "o 3 gA centindng. 3. Reported By: B terminated. Nm C intermittent. Title D NOT applicable. 4. This... ) is an exercise 10. Protective Actions: B is NOT an exercise There is NO need for Protec-tive Actions outside the site 5. Emergency Classification boundary. A nusual Went B Protective Actions are under B Alert consideration. C Site Area Emergency h Recommended Protective Actions. RA f r SMET.T RTNG 1234 h General Emergency 10 11 12 1 4 GJ Transportation Incident i 19 20 21 22 4 26l 29 30 31 .53 9.Thisclassificationdeclaredat: 35 37 38 39 40 41 42 43 44 45 46 Date $((M Time 2INb pgpg pg, gggg,,,7g 7. Brief Event Description / Initiating 56@8 9 10 11 12 Condition: @ 17 18 19 20 'l 22 23 A locA follou;fd6, G.DT$50ff 25 27 28 32 4 Anthe_ t'nke.O.(. Yks lecM Yo CL Q 46 hst ob 0 d *0' 40 OE 11. Weather M mf% % fe. Y C.OI M [n A S A Wind speed miles per hour to e nedo t rh -N 0erca_ eve or E.O meters per second. WikueA Ah0Vld bECl0hM hv O//O Direction (f rom) l35 degrees. B 8. As of 2209 hours there has: t uns able, NOT been a release of neutral) radioacrivity D General Weather Condition been a release of radio-(if applicable) activity to the ATMOSPHERE gg, C been a release of radio-activity to a BODY OF WATER been a GROUND SPILL release of radioactivity 92-
IP-1030/8 Notification # B EMERGENCY NOTIFICATION FACT SHEET 2P-Form # 30b ' c. !, g ; p PART 11 - RADIOLOGICAL ASSESSMENT D ATA '~ ~ Q ?. Time: 12. Prognosis for Worsening or Termination of the Emergercy:E# A b - A n E^ ^ s r rd &. n. 'T & rac .<o. M..],.- \\. a re,,,, L.~ c \\, r - ~ '. b, m e (Ct w. t"_h l J N.Ws. m 13. In Pla'nt Emergency Re'sponse Actions Underwayr K a c,- M u - e h '.. J. PAf e\\ r ('<. r k ce( 1-1/#, A,c, e> s.p.,d, i[. l, e i r v 14. Utility Off Site Emergency Response Action Underway? N s't h m e.qdtresA. 1,*m4,q, c e n k 'n. s. ! n,n - n,'l-c -M e, \\ r t 1.a s o O.O vvs9 ,Vrewor.T,# 6'TM Q: ho._J_ be N 04e w 1e.v/e?d. 15. Release Information Actual Proiected h'i ATMOSPHERIC RELEASE Date and Time Release Started &2M ~ Ouration of Release 'S hrs M hrs Noble Gas Release Rate V^^ Ci/sec 7#~' Ci/sec Radiciodine Release. Rate '7" Ci/sec 07C Ci/sec Elevated or Ground Release W an't ' m 'I inplant Monitors h--l'1 ! 2%4'G !' '- l Bl WATERBORNE RELEASE Date and Time Release Started Duration of Release hrs hrs Volume of Release gal gal Radioactivity Concentration (gross) uCi/ml uCi/mi j^1 Total Radioactivity Released Ci Ci i Radionuclides in Reiease uCi/mi uCi/ml uCi/mi uCi/mi Basis for release data e.g. effluent monitors, grab sample, composite sample and sample location: 16-Dose and Meassrements and Projections Actual Projected Q SITE BOUNDARY c thR/hr " rdR/hr Whole Booy Dose Rate Whole Body Commitment (for duration above) 'C Rem Thyroid Dose Commitment (1 hour q,) z h, yg exposure) mrem mrem o - -- Thyroid Dose (total commitment) " Rem lBl PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles bO I3C 37 Whole Body Dose Rate (mR/hr) Whole Body Dose (Rem) 4,W I!! Thyroid Dose Commitment (I hr exposure - mrem) _0 2.O O.b Thyroid Dose (Total Commitment-Rem) - 6. 0$4 0.0G40 17. Protective Action Recommendations and the Basis for the Recommendations: $P. t k'b Y r.M -. { C
- W in ' a'..w.v\\ . 1emd.ps. ic
\\ e :* e. ~vt. % t" n oi.' = O) ,.t u.,,..,.,ni c. 2.. d A L g p : p c l,w,./r c., ! ;e,,,, 7,,, c c Q Je s.:,. n g,, s, ~..- u,. m s m. # ... ~ - <ce %:s. ---i.e w w --w ---wgwi ,---ww--y&-g-w-r-+-'r--g-w, ,,-e-e e w-v--w-w-
EP-Form 430c EMEFGENcy NOTIFICATION FACT SHEET N tification# C PART III - IP-3 PLANT PARAMETER DAT. Date : ?l25l%3 Time: ? OR PARAMETERS STATUS OF ENGINEERED SAFEGUARDS EQUIP RCS pressure D' (Circle those in use) ~ 19. RCS temperature Containment Spray 20. Reactor Shutdown (Y/N) N X Soray Pumos C Recirculation Mode 5 21. Natural / Forced circulation -s 22. Pressurizer level g h ontainment F n coler units - 33 23. S/G levels
- 31 b 6 %
- 33 (o R %
AuxiliaryFeedPumps-h,32h 39
- 32 bh %
- 34 b6 %
40 VC Phase a Isolation Complete 24. Off-site /On-site power available: h/NO y h VC Phas solation Complete 25. Containment Pressure 3 VC Vent
- ion Isolation Complete 26.
Containment Temperature M \\e Jr /NO 27. RCS Subcooled/ Saturated 6AT h CR Ventil' tion Isolation Complete psig Subcooled O/A zE /NO 28. VC Sump Level 40d Emergency Diesel Generators 29. RWST Level Q Check Status 31 32 33 30. CST Level M.7 Load / Running Unloaded / Standby _g-g 2 [g Out of Service h !S OF SAFETY INJECTION PADIOLOGICAL MONITORS (Circle modes in use) Plant Vent: 31. Passive Inj.ection - Accumulators g i
- 45. R-13 (particulate) d\\TS(.Alf CPM 32.
High Head Injection
- 46. R-14 (gaseous) b CA h CPM 33.
Low Head Inj.ection
- 47. R-27 (gaseous) 2Q L,t uCi/cc Area Monhs :
MODES OF RECIRCULATION gg,
- 48. R-2 Containment tf,t"S(.A f mR/hr (circles modes in use)
- 49. R-7 Containment
&N mR/hr Low Head Recirculation -Giecire PumoD 50. R-10 Accident Monitor - RHR Pumps (Steamline penetration)360 mR/hr 35. digh Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I. Pumps (R-25/R-26) t - RHR Pumps tc S.I. Pumps 3l,800 3l,0C0 R/hr 36. Hot Leg Recirculation - Recirc Pumps add.4 iona3 Monitors of Importance: - RHR Pumps ,m \\J
PLANT STATUS LOG Indicn Point + 3 ~ 7h!g3 0:ta : J .~% O PARAMETER ' PARAMETER RCS Incore T/C Average (OF) R-1 CCR (mR/hr) h, RCS Incore T/C Highest (OF)' h R-2 VC 80' (mR/hr) dgg R-4 Chrg. Pump (mR/hr) h .RCS Avg. Temp. (OF) RCS Hot Leg Temp. (a ) 300 R-s r.S 8. (mR/hr) O r RCS Press (PSIG) h R-6 Sample Rm (mR/hr) ,b SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) hggh GRCP in Service (0-4) d K-8 Drum Sta. (mR/hr) d,1 Pressurizer Level (%) h R-lO Sta. Line Penet.(mR/hr) M Charging Flow (gpe) 'h R-ll V.C. Part (CPM) R-12 V.C. Gas (CPM) huh [ S/G Levels '#31(Wide Range) (%) bh.
- 32(Wide Range) (%)
hh R-13 Vent Part (CPM) dh p b_
- 33(Wide Range) (%)
fgh R-14 Vent Gas (CPM) Mg 8 k
- 34(Wide Range) (%)
[ R-15 Air Ejector (CPM) M Aux. F.W. Flow (Total) (GPM) 240 R-16 r.C. Water (CPM) l/ K S/G Press #31 (PSIG) 9M R-17a Comp. Cool (CPM) h ~h 432 (PSIG) 100 R-17d Co=P. Cool (CPM) 00
- 33
'(PSIG) 100 R-18 Liq. Waste (err.) (CPM) lok ( 5
- 34 (PSIG) 9[)O R-19 S/G B.D.
(CPM) A ,Oh @n (; R-23 F.C. Water (CPM) Mk V.C. Dew Point (%) F.C.U. Weir Level (in.) hh 6 R-25 V.C. Hi-Range 1-ES(R/hr) M ooO VC Press (PSIG) R-26 V.C. Hi-Range (R/hr) #)/f, @ f S VC Temp. (OF) [ epm R-27 Vent Monitor (uCi/c:) VC Sump. Level Elev. (Ft.) N [}.; R-27 Vent Flow Rate (CFM) hM y Recire. Sump Level Elev. (Ft.) Ob R-27 Vent Disch. Rate (uC b ) 7, b VC Hydrogen (Sample Results(%) 1l R.W.S.T. Level (Ft.) h Vent Flow Rate (CFM) d ~ Cond. Storage Tk. Level (Ft.) h,y Spray Add. Tank (%) h Wind Speed (m/ cec) ' f, h e Wind direction (degrees)./b asquill category Q o hPA@P. 4YdO431 E l l# m
- ais' h
W'7 JMani l@ c Y
~ PL NT ST TUS LOG ~ ~~~ ~ otta : Q3 Time : b lndlEn Point + 3 ~ q99 PARAMETER' PARAMETER RCS Incore T/C Average (OF) O R-1 CCR (mR/hr) h,f RCS Incore T/C Highest (oF) R-2 VC 80' (mR/hr) hg g R-4 Chrg. Pump (mR/hr) O .RCS Avg. Temp. (oF) RCS Hot Leg Temp. (Oy) 360 R-5 F.S.B. (mR/hr) h RCS Press (PSIG) 1 R-6 Sample Rm (mR/hr) j, b SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) ggg
- DCP in Service (O' 4) 0-R s Drum St.
(mR/hr) o,1 Pressurizer Level (%) [) R-lO Stm. Line Penet.(mR/hr) Q Charging Flow (gpa) 'h R-ll V.C. Part (CPM) h% R-12 V.C. Gas (CPM) [ h jp, f S/G Levels '931(Wide Range) (%) 032(Wide Range) (%) h R-13 Vent Part (CPM) g g f 933(Wide Range) (%) b R-14 Vent Gas (CPM) Mg p_ 034(Wide Range) (%) h R-15 Air Ejector (CPM) ! = Aux. F.W. Flow (Total) (GPM) h R-16 F.C. Water (CPM) ( f l S/G Press 431 (PSIG) 900 R-17a Co=P. Cool (CPM) 440 h 632 (PSIG) Yhh R-17b Comp. Cool (CPM) fhh 933 '(PSIG) 1 00 R-la tin. Wast. (ere.) (CPM) &K $34 (PSIG) R-19 S/G B.D. (CPM) hk f V.C. Dew Point (%) gh g g, R-23 F.C. Water (CPM) k#f( 5 '- F.C.U. Weir Level (in.) Mh 6 R-25 V.C. Hi-Range 1-E8(R/hr) M//)O VC Press (PSIG) R-26 V.C. Hi-Range (R/hr) NM R-27 Vent Monitor (uci/cc) jy[] hQQ E VC Temp. (OF) VC Sump. Level Elev. (Ft.) flL , L R-27 Vent Flow Rate (CFM) ((MO Ma R-27 Vent. Disch. Rate (uCiIge) !75E3 Recirc. Sump Level Elev. (Ft.) l I VC Hydrogen (Sample Results(%) kl 6 Vent Flow Rate (CFM) k[g k R.W.S.T. Level (Pt.y Cond. Storage Tk. Level (Pt.) hh 4 Spray Add. ' lank (%) h Wind Speed (m/sec){ /2 Wind direction (degrees) / j. Pasquill category Q h
TIME: 0108 Message # RECES Communicator: The purge exhaust valve outside containment has been closed as of 8883 hrs. The release to the atmosphere has been terminated. The plant will remain at the General Emergency classification until it is determined that the valve will remain closed. The message will be followed-up with the Notification Fact Sheets. O O el
PLANT STATUS LOG ~ Ol$ indian Point + 3 ~ otte :[/N Tima : T=c u. O PARAMETER ' PARAMETER RCS Incore T/C Average (or) ,$hQ R-1 CCR (mR/hr) kf RCS Incore T/C Highest (DF) h R-2 VC 80' (mR/hr) A%g/A g R-4 Chrg. Pump (mR/hr) 8 RCS Avg. Temp. (OF) RCS Hot Leg Temp. (o ) 3dd R-5 F.S.B. (mR/hr) O y RCS Press (PSIG) l R-6 Sample Rm (mR/hr) l,1 SAT. Meter Margin (psi) O a-7 v.c seal Table (=R/hr) #ws GRCP in Service (O' 4) h R-8 Drum Sta. (mR/hr) d,k Pressurizer Level (t) h R-lO Sta. Line Penet.(mR/hr) %[ Charging Flow (gpe) h R-ll V.C. Part (CPM) Nd os R-12 V.C. Gas (CPM) [Qg ( S/G Levels '431(Wide Range) (%) R-13 Vent Part (CPM) [gg' 032(Wide Range) (%) f 633(Wide Range) (%) (( R-14 Vent Gas (CPM) ged 634(Wide Range) (%) h R-15 Air Ejector (CPM) R-16 F.C. Water (CPM) l[k 5 Aux. F.W. Flow (Total) (GPM) hhb S/G Press #31 (PSIG) h R-17a Comp. Cool (CPM) M i 632 (PSIG) T'[b R-l'7b Comp. Cool (CPM) OO 933 '(PSIG) h R-18 Liq. Waste (eff.) (CPM) k 934 (PSIG) R-19 S/G B.D. (CPM) [f)k f I, V.C. Dew Point (%) [@A 'p, R-23 F.C. Water (CPM) h( F.C.U. Weir Level (in.) h(y1 6 R-25 V.C. Hi-Range 1-E8(R/hr) %@ VC Press (PSIG) R-26 V.C. Hi-Range (R/hr) QL[$ S VC Temp. (OF) [gg R-27 Vent Monitor (uCi/ce) VC Sump. Level Elev. (Ft.) (.h. R-27 Vent Flow Rate (CFM) h Recire. Sump Level Elev. (Ft.) (L R-27 Vent Disch. Rate (uCiMac.) [ w { VC Hydrogen (Sample Results(%) k.l k R.W.S.T. Level (Ft.) Vent Flow Rate (CFM) [% Cond. Storage Tk. Level (Ft.) %,h s Spray Add. Tank (%) D Wind Speed (m/sec) l[ [ Wind direction (degrees) fkh Pasquill category ] o O rend Mvh1P VAA/A4 WPIA OMI @* Ol 0 3 '1TS. avv
EMERGENCY NOTIFICATION FACT SHEET IP-10 3'.' / 8 EP-Form #30a PART I - GENERAL INFORMATION West. Peekskill C 1.(a) Notification # A N Re ~4 (d Message transmitted: Con Ed Coast Guard S asl%3 / o\\ \\(o ^"I ""C Date Time (24 hr. clock) Con Rail / Metro North Rc/ Duty Officer 2. Facility providing information: M Indian Point No. 2 4 9. The release is: Q) Indian Point No.3 A I continuing. 3. Reported By: B) terminated. Nee C intermittent. Title D NOT applicable. 4. This... is an exercise 10. Protective Actions: B is NOT an exercise A There is NO need for Protec-tive Actions outside the site 5. Emergency Classification boundary. Unusual Event B Protective Actions are under Alert consideration. C Site Area Emergency Recommended Protective Actions. /hm General Eme.rgency r TERING 1 2 34 10 11 12 13 14 $ 1 Transportation Incident 20 21 22 2 24 26 8 29 30 31 32 33 F Other hsU.) J4 35 37 38 39 40 41 42 This classification declared at: 43 44 45 46 Date n 83 Time a\\%5 y, zyxcm.,,1cygg 22,3 @ C) 8 9 10 7. Brief Event Description / Initiating 56 11 12 13 14 15 Condition: 18 19 1 22 23 k OoGULC.X b I ve.aOYS 4' Mf\\kUn(wduM.bC.\\ owl ok 0103 gG h 46 35 3 4 42 his. OdsnalNOAh0( k-l'l iOdacM 11. Weather M N IM ^ A Wind eed miles per hour \\i)e_ uish MMS O D u.)tO 4ti'.,\\C or 12, meters per second. (PrNwakfom%e_chkStfC 4 %vvi5. Direction (from))35 degrees. 8. As of
- 1 k hours there has:
Go ta un table, [A] NOT been a release of neutral) radioactivity D General Weather Condition B been a release of radio-(if applicable) activity to the ATMOSPHERE g\\ggf C been a release of radio-activity to a BODY OF WATER been a GROUND SPILL release of radioactivity H w ,,,-,,,,,n
..= IP-1030/8 Notification # B EMERGENCY NOTIFICATION FACT SHEET EP-Form #3,0b q i w r,,, PART ll. RADIOLOGICAL ASSESSMENT DATA Time: Prognosis for Worsoning or Termination of the Emergercy 7bf &" b.$ ^ 12. hoo,t 10 .m n.E,el Th i.+ 'r q <. i , cf, Eirl,,' k 4$ ;'.,.. r.4,,, (en k w. 13. In Plant Emergency Response Actions Underwayr' tPht 5<. & m-se h n _ 'er. w k < eSiv mdrcvJ.,n4n 4,z.m],4, i 14. Utility Off-Site Emergency Response Action Underwayr Nive /*t.*4, 4 -$v M O ydmw,kh.0 $1k#.N,! #956 g, 15. Reitese information Actual Projected ([J ATMOSPHERIC RELEASE Date and Time Release Started M' IN Duration of Release 3 hrs 3 hrs Noble Gas Release Rate - C Ci/sec Ci/sec Radiciodine Release, Rate Ci/sec Ci/sec Elevated or Ground Re!ssse "" ' I C ' ' ~~ ! Inplant Monitors ~ l Bl WATERBORNE RELEASE Date and Time Release Started Durationof Reiesse hrs hrs Volume of Release gal gal Radioactivity Concentration (gross) uCi/mi uCi/mi Total Radioactivity Released Ci CI Radionuclides in Release uCi/mi uCi/mi uCi/mi uCi/ml Basis for release data e.g. eff fuent monitors, grab sample, composite sample and sample location: 16. Dose and Measurements and Projections Actual Projected lAl SITE BOUNDARY Whole Body Dose Rate mR/hr 5 mR/hr Whole Body Commitment (for ~ duration above) Rem Thyroid Dose Commitment (1 hour /n exposure) mrem mrem Thyroid Dose (total commitment) Rem l hl l PROJECTED OFFSITE 2 Miles 5 Miles 10 Miles Whole Body Dose Rate (mR/hr) O O D Whole Body Dose (Rem) O o Thyroid Dose Commitment (I hr exposure mrem) O o Thyroid Dose (Total Commitment-Rem) - M o 17. Protective Action Recommendations and tne Basis for the Recommendations: m i - i a ) N,% ~< \\ h_b M N O bi f ((" N
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1C" U PART III - IP-3 PLANT PARAMETER DATA Dato : $I2Si R3 Time: Ollb M OR PARAMETERS 7 STATUS OF ENGINEERED SAFEGUARDS EQUIP RCS pressure (Circle those in use) 19. RCS temperature . Containment Spray 20. Reactor Shutdown (Y/N) M VC Spray Pumps (Rec.ircuration3o__de) 21. Natural / Forced circulation hgn glerunits-nr 22. Pressurizer level O 23. S/G Ic.vels
- 31 b6 %
- 33[ 6 %
h.AuxiliaryFeedPumps-32,
- 32 [o5 s
- 34 6.6 s g VC Phase Isolation Complete 24.
Off-site /On-site power available: YE /NO M h VC Phase Isolation Complete /NO 25. Containment Pressure 7 26. Containment Temperature gA(t. h VC Ventilation Isolation Complete NO 27. RCS Subcooled/ Saturated 5/41 @ Ca ventilation Isolation Complete psig Subcooled h NO ~ l 28. VC Sump Level fol\\ h Emergency Diesel Generators 29. RWST Level 9 Check Status 31 32 33 30. CST Level 2(o, I Load / Running l Unloaded / Standby [v } j ( ) Out of Service L iS OF SAFETY INJECTION A A M TORS (Circle modes in use) Plant Vent: 31. Passive Injection - Accumulators
- 45. R-13 (particulate)
ME CPM 32. High Head Injection
- 46. R-14 (gaseous)
MSc A\\E CPM 33. Low Head Injection
- 47. R-27 (gaseous) h h ( W M uCi/cr V
MODES OF RECIRCULATION Area Monitors: bA\\f. mR/hr
- 48. R-2 Containment (circles modes in use)
- 49. R-7 Containment k k mR/hr h
Low Head Recirculation -(Recirc Pumo')50. s R-10 Accident Monitor - RHR Pumps (Steamline penetration)**no mR/hr 35. High Head Recirculation -
- 51. Containment High Range Monitor
- Recirc Pumps to S.I. Pumps (R-25/R-26) - RHR Pumps to S.I. Pumps enDoof 24 Ocd R/hr 36. Hot Leg Recirculation - Recirc Pumps Additional Monitors of Importance: - RHR Pumps (3 i x_s
PLANT STATUS LOG
- h/3h indian Point
- 3 02to:[$hj
~ Tim \\ T=%us. b PARAMETER' PARAMETER RCS Incore T/C Average (oF) [h R-1 CCR (mR/hr) hl RCS Incore T/C Highest (OF) h R-2 VC 80' (mR/hr) hk R-4 Chrg. Pump (mR/hr) d RCS Avg. Te$p. (OF)
==-. RCS Hot Leg Temp. (0p) 360 n-5 F.S.B. (mR/hr) d RCS Press (PSIG) l R-6 Sample Rm (mR/hr) f,1 SAT. Meter Margin (psi) h R-7 V.C. Seal Table (mR/hr) ghg
- RCP in Servics (0-4) h*
R-8 Drum Sta. (mR/hr) Pressurizer Level (g) h R-10 Stm. Line Penet.(mR/hr) j Charging Flow (gpm) 'h R-ll V.C. Part (CPM) hd 6 R-12 V.C. Gas (CPM) kp) S/G Levels '431(Wide Range) (%) h' 032(Wide Range) (%) R-13 Vent Part (CPM) [hg R-14 Vent Gas (CPM) jh h i: 833(Wide Range) (%) [M
- 34(Wide Ra.nge) (%)
R-15 Air Ejector (CPM) j Aux. F.W. Flow (Total) (GPM) h R-16 F.C. Water (CPM) bN I S/G Press #31 (PSIG) 9hh R-17a Comp. Cool (CPM) @d
- 32 (PSIG)
/00 R-17d Comp. Cool (CPM) $00 l }
- 33
'(PSIG) hh R-18 Liq. Waste (eff.) (CPM) 934 (PSIG) 00 R-19 S/G S.D. (CPM) K V.C. Dew Point (%) b cpd_ R-23 F.C. Water (CPM) $h f'- F.C.U. Weir Level (in.) kQQ R-25 V.C. Hi-Range 1-E8 (R/hr) %M VC Press (PSTG) R-26 V.C. Hi-Range (R/hr) N@ f VC Temp. (OF) hhf)g R-27 Vent Monitor (uCi/cc) VC Sump. Level Elev. (Ft.) hj l, R-27 Vent Flow Rate (CFM) h Recire. Sump Level Elev. (Ft.) ( R-27 Vent Disch. Rate (uci/t.c) 0 q VC Hydrogen (Sample Results(%) 9, R.W.S.T. Level (Ft.? h. Vent Flow Rate (CFM) h% 4 l-Cond. Storage Tx. Leve1 (re.) %. 5 Spray Add. Tank (%) b Wind Speed (m/sec) (( Wind direction (degrees) $5 (:, l Pasquill category O o m -,w -m <,k m n v vavss um el-wr ona. J J N -_,---9 -,_e-..--
-.~. TIME: 0131 Message # RECES Communicator: The purge valves have beent closed as of 010 3. The Emergency Director has downgraded the emergency classification to a Site Area Emergency. The Utilities' Offsite Radiological Monitoring Teams have reported background readings at center line (7 miles). This message will be followed up by the Notification Fact Sheets. O O W
i i 1 4 I TIME: 0135 Message # RECES Communicator: The Plant has secured from the drill. i All players can take a five (5) minute break and Re-Entry and Recovery actions can now briefly be discussed. There will not be any follow-up messages. 4 s 1 4 l t 1 4 Y i, 4 1 i s ( 4 .i i J 1 1 1 4 l 4. ~ _. _ _
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(l - ?Q.; j ] NOBLE GAS DOSE RATES IN MR/HR v: 1. v ( 3 p.q;W.N 6 M.t.....y TIME: 2220 ., f CLOCKWISE ANGLE FROM PLANT IN DEGREES i 215 220 225 2 3 0 ', 235 240 245 250 255 .Q{ .. Wi Q l g;grfa 1 0.50 MI 9.3E+2 3.7E+3 (7. 4 E+ 3 1.6E+4 1.9E+4 1.6E44 9.4E+3 0.7Et3 9.3E+2 O.75 N1 3.7E+2 1.6E+3 4.6E43 0.3E&3 1.1E+4 8.3E+3 4.6E+3 1.6E+3 3.7E+2 's4%d i 1.00 MI 1.7Ei2 8.4E+2 2.4E&3 4.6E+3 5.6E+3 4.6E+3 2.4E+3 8.4E+2 1.7E+2 ?N i j 1.25 NI 9.4Ei-1 4.9E+2 1.SE+3 2.9E+3 3.6E+3 2.9E+3 1.SE+3 4.9E+2 9.4E+1
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el 1.2E+2 8.9E&1 3.6E&1 7.5EtO 7.5E-1 _im. i;I t;. 9 E - 1 6.2E+0 3.1E+1
- 7. 6E.41 1.1E+2 7.6E+1
.i. 1 E + 1 6.2E+0 5.9E-1 I [h,&,-/;Wi?id M III IWGHND UIGhMD Di'GRND FWGf :ND DKGRND DKGRND DKGRND DI::GRND DMCRND V - e.i > lli DI.GHND DI.GRND bfLRND D1URND DKGRND DKGRND DKGRND DKGRND DKGRND ItI B.ERND 10GRND D1GRND DLGRND DKGRND DNGRND DKGHND DKGRND DI:.GRND
- 11 rl G'lND bl:GhND DiCRND Ll GRt1D BKGRND BF: GRND DV.GRND DKGRND UKGRND iii D111:N D lil El:ND Di' LMD L!W ND DI.GRND DKGRND UKGRND DI(GRND Bl GRND
- I ul.tJd h i td ENilb SLGnND b!GRND DI:GRND DKGRND DKGRND DKGRND DKGRND i
w. ,,.+. m 3 N; . g g..g.gg,.g.g.g. .gg s, ,,..... g < gy.,g..g y,m. gg.w a ::M<r.&. r ' up l '. :. W. M .m k .a u g ~,c..$c,,;:e%q::d. *+.? f'. .~ g.. b@:.,m-y/a: 'W G-. M v.D.y c ;.,..., e.....y , Qg$iq 9 t : rq%.vf. R., .,.s w.a. 3.,v..:.. v. _ K (,p..*, 1; ( _3 - s,,,,.. r c.., u. 9,y, ~ s f -_ d. ~ s q OFEN LJINDOW DOSE RATES IN MR/NR f.' TIME: 2245 i, , '.c(. i. ELOCifN1GE ANGLE FROM PLANT IN DEGREES 215 22o 225 23, 235 240 245 250 255 t. .C., h' ' 6T'.
- [
- s M]
[.IK&7
- 4. 2F F' 1.1E+4
- 1. '3E e4 2.1E+4 1.GE&4 1.1E+4 4.2E+3 1.1E+3
2 I ' L NI
- 4..:E 4 2 1.UE+3 5.2Ei"
!. 3.E F 3 1.1E+4 9.3E+3 5.2E+3 1.GE+3 4.2E+' s h, g '"]. - 1.N NI 1.9E+2 9.5E+2 2.SE*3
- 6. 2E F3 6.4E+3 5.2E+3 2.OE+3 9.SE+2 1.9E+2
- .y s, tH
.ILi2 S.6E+2
- 1. 7E F 3
^.2E+3 4.1E+3 3.3E+3 1.7E+3 5.6E+2 1.1E+2 L '. 4. . 10 4 I I n 4Ee2 _.OEi2 1.LE+5 2.2Et3 2.OE+3 2.2E+3 1.1Ei3 3.6E+2 6.4E&1 ) c NI 4.1Ei1 2.4E+2 8.2E+2 1.6E+3 2.1E+3 1.6E+3* 8.2E+2 2.4E+2 4.1E+1 M..g h' : W k; S N,';/ 'D 00 MT 2.3E+1 1.7E*2 6.1 E12
- 1..!E F3 1.5E+3 1.2E+3 6.1E+2 1.7E+2 2.8E+1 M3;9;t
, il1 2.IE+1 1 'i.E + 2 4.7E42 9.OE&2 1.2E+3 9.OE+2 4.7E+2 1.3E+2 2.IE+1 NI
- 1. ';E r l 1.1E F2 3.7E+2 7.9E+2 1.1E+3 7.9E+2 3./E+2 1.1E+2 1.5E+1
$, @,j $.4 't-i;I . ; Iri 1 8.1E+1 1E+2 6.SE+2 8.3E+2 6.5E+2 3.1E+2 8.1E+1 1.1E+1 fM.0%, P. 4 si .ao NI Y. IEiti 6.SE+1 2.bE42 b.4E&O 7.1d+2 5.4E+2 2.SE+2 6.SE+1 9.1E+0 M.. :He.. s. l ..,MI /.1E60 5.3E&1 2.IEt2 4.cE+2 5.9E+2 4.6E+2 2.1E+2 5.3E+1 7.1E+0 iyM. -j-Q3 I .b0 N1 5.7EtO 4.4EF1 1.7Ei2 3.9E-42 5.1E+2 3.9E+2 1.7E&2 4. 4 E i-1 5.7E+0 (' . 'O N I 4.7EFO ~. '7 E 4 1 1.5E&2 3.4E+2 4.4E+2 3.4E+2 1.5E+2 3.7E+1 4.7E+0 ... < > tli ".9Eto 3.1Ei1 1.3E&2 2.9Ei-2 3.9EF2 2.9E+2 1.3Et2 3.1E+1 3.9E+0 t.,' g . a N1 '. 2E H i 2.7E+1 1.1E+2 2.6E+2 3.4E+2 2.6Et2 1.1Et2 2.7Ei1 3.2EFO g.. ' '~ . O 1!i 2 /E FO 2.2Ei1 1.1E62 2.3E+2 3.1E+2 2e3E+2 1.1E+2 2.3E+1 2.7E+0 L 11I
- 2. 3E i t >
z.1E+1 8.9Et1 2.1E+2 2.7Et2 2.1E+2 8.9E+1 2.1E+1 2.3E40 l', ..N[ 2.1Eto 1.7E+1 7.9Et1
- 1. UE i-2 2.4E+2 1.UEo2 7.9E+1 1.7E+1 2.1E+0 I '
- e. 5 L
I bii N1 1.UE*O 1.1E o 1 6.3E+1 1.5E+2 2.1E+2 1.5E+2 6.3E+1 1.4E+1 1.5E+0 J f . a !11 . IE Fu
- 1. IE el 5.2E&1 1.2E+2j 1.7E+2 1.2E&2 5.2Ei1 1.1E+1 1.1Ei0
{ .',o N1 9.1E-1 9.JE+0
- 4. lE e l 1.1E+2l 1.4E+2 1.1E+2 4.3E+1 9.1E+0 9.1E-1 i,
7.00 NT 7.IE-t 7.5E FC
- 3. 6E F1
- 9. IE el
- 1. 2E i.2 9.1E+1 3.6E&1 7.5E+0 7.IE-1 4
',o N1 E4bhMD UKGEND DI.GRND UKGRND DNGRND BKGRND DKGRND DKGRND DKGRND Mi.'@.h.y J.00 NI Dl!Gi f lD UKGRND
- 14. GRNO Dl:GRND DKGRND DKGRND UKGRND DKGRND Bl<GRND W'W/ "
. ba flI 1,1GRND BlGRND OKGRND Dl.GRND UKGRND UKGRND BKGRND DKGRND DKGRND ,..M MI b:sLRilD DifGRND DKGRND D;c GRND UKGRND DKGRND DI:.GRND DI:GRND EKGRl!D I 9 MI f0 GRND UKGRND bi-GHND DiGRND DKGRND UKGRND DKGRND DKGRND BMGRND i s t 111 uGHND UFGRND DI:UhND UKGRND DKGRND UKGRND UKGRND DKGRND DKGND s L \\, U
n ,.o r ,,sa.- ...w. g_ ) .p,W 4,., 5.;i.we - y 'v.... e 1, n., c. - n.: ,. <, 4... : '%,; g, 'ly a *t. s,g%'f,}+
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- 1:.
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- qlr
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- o
.j, ; ;;j , a.4,.:.;.l c. .'.a,.. .,,s.; ;.,. .s .y.:7 p4;. c.c . m.. t .y- .g . or, ,t '..;,.. o 3 p; ., 's n. f' ,L ,,Q -f '.. / -. ).. e. . c.g" .. '. y - Y HP-210/RN--14 NET CPM FOR 10 CU FT EAMPLE '.'y.%,
- a. ;.c.y,.
.J TIME: 2245 g1 ,o F p h.d,l$N ShI CLOCt.!J1SE ANGLE FROM PLANT IN DEGREES 215 '20 22S 2".O 235 240 245 250 255 ti: L. u ti. 0 1 2.f.E+2 S.GE+2 1.1Lt3 1.2E+3 1.1Ei3 5.OE42
- 2. 3E F2 5.OE+1
.'7: "a 11' . :.E 1 1.1EF2 2.GE12 5.LEt2 6.2E+2 5.1E+2 2.OE+2 1.1Et2 2.7 Eel I Mf.? '. 3 ! $iP N1 1.1Ei1 L.2E11 1.SE+2 2.GE+2 3.SE+2 2.DE+2 1.5E+2 5.2E+1 1.1E+1 er ..';.j,.. i-. 'd..,... v.. IIi t.OEiU .1Ei1 9.4E&1
- 1. nE t '
2.2E+2 1.BE42 9.4E&1 3.1E+1 5.OE&O
- e. u4O...:.n r11
~. td. i O 1.9E+1 6.3E4 1 1.1E4 2 1.5E+2 1.2E+2
- 6. '3 E + 1 1.9E+1 3.UE+0 9
.. y fi J f.;
- 11
.L i n 1.OEi1 4.LE+1 9.IEt1 1.1E+2 9.1El 1 4.SE+1 1.3E+1 2.3E+0 hgj
- 1; I.oEiu
- 9. DE10 7.3E+1 c.SE+1 8.7E+1 6.9E&1 3.3E*1 9.OE+0 1.5E+0 degM@.3ii
-_ 11 1. 11: 40 7.3E40 .'. 6E 01
- 5. 4 Li t t 6.9E+1
- 5. 4E F1 2.6 Eel 7.3EiO 1.1E+O E US ~'
'i I.i [>RND 5.l.E t(> '.'. 1 E + 1
- 4. 'E + 1 5.SE&1 4.3E+1 2.1E+1 5.6E4O BKGRND 1 5.. I &
I til blUhMD l.4E10 1.6 Eel
- 3. 5E e l 4.6EF1
'3.5E+1 1.6E+1 4.4E+0 UKGRND 1
- i I.I..G R N D 3.6Ei0
- 1. 3E - 1 2.9E+1 3.BE+1 2.9E+1 1.3E+1 3.6E+0 BKGRND
% N M. 9 .ciMi OIGEND 2.9Elu 1.1Ett
- 2. 5E t 1 3.2E+1 2.5E+1 1.1E+1 2.9E+0 BMGRND f.
l O til EUGRND 2.4EFO 9.7E+0 2.1E&1 2.8E+1 2.1E+1 9.7E+0 2.4E+0 DKGRND f.i b.il UI.U!d;D 2.1EiO O.3E&O
- 1. OE el 2.4E+1 1.BE41 8.3E+0 2.1 E i-O DKGRND j.$
- .i fu W ND 1.7E+0
'7.2E+0 1.6Ei1 2.1 E i-1 1.6E+1 7.2Et0 1.7E+0 BKGRND Q( c:K Gh, !D 1.4EiO 6.3Et0 1.4Et1 1.8E+1
- 1. 4 E & 1, 6.3Et0 1.4E+0 DKGRND k
.il 'nGhND 1. E4 i > G.SE+0 1.2E+1 1.6E&1 1.2E+1 5.SEeO 1.2E+0 DKGRND 'li UIGhWD 1.1ti t o 4.GE*O l.1E 01 1.5EF1 1.1E41 4.OE40 1.1E+0 DKGRND 9 4*
- 1 D! Ghr1D br GhND 1.2E4U
- 1. I L: + 1 1.3E+1 1.1Ei1 4.3EiO DKGRND DKGRND i : i:
b; U%D DIGNND ".SEiO O.qE+0 1.1Et1
- 8. 4 E10 3.5C&O DKGRND DKGRND
} ii H L !+ N D Di.URND 2.GE+0 L."EiO 9.3E+0 6.9E+0 2.DE+0 DKGRND BMGRNC
- II LtGEND Dl,GRIID 2.J.Eto o. 'r E i t >
7.9E+0 5.9EiO 2.3Eto DKGRND Di'.GRND ,[.-,' 3
- l' bl:.GRND DKGRIID 2.1EiO U.IEiO
- 6. OE 00 5.1E40 2.1E+0 BKGRND DKGRND
,?jd i El G;'.i!D Dl GRND Ll 'GNi j D DIMRND DKGRND DKGRND DKGRND UKGRND BKGRND 'i! M GRND Bl.CHND f d 'GRND D!..G R N D DKGRND DKGRND DKGRND DKGRND DKGRND { i.. ~ ! !. '.JI GRI :U UiCl?NU DI.GRND UIuRND DKGRND DMGRND BKGRND DKGRND DKGRND { MJGidlD DI.GfND DiGRND DlGGND DKGRND BKGRND DKGRND DKGRND DKGRND I
- i' H LRND LOuhND DI G;;ND E!- UNND bi
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I 4 + .p g-a g e. .s6 g. m y
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- y 4
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- 9., n
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- g
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- t..
NOBLE GAS DOSE RATES IN MR/HR ltle :. d'.da j i' g @*, :
Title:
2300 \\:.k s.. s..: -..s..s ' ;.i,W{ g CLOCliWISE ANGLE FROM PLANT IN DEGREES 215 220 225 230 235 240 245 250 255 o f"y.;,.,. 7N O.50 til 8.5EF2 3.3E+3 8.6Et3 1.4E44 1.7E+4 1.4E*4 8.6E+3 3.3E+3 8.5E+2
- b. N Id
-\\ o. 7 *.; M 1 3.3Er2 1.5E+3 4.2E*3 7.5E+3 9.1E+3 7.5E+3 4.2E+3 1.5E+3 3.3E+2 ,h 1.00 M1 1.5Ei2 7.7E*2
- 2. 2E F3 4.2E+3 5.1 E i-3 4.2E+3 2.2E+3 7.7E+2 1.5E+2 W..Ws.?
. ' S fil O.5E41 4.5E4 2 1.3E*3 2.6E+3 3.3E+3 2.6E+3 1.3E+3 4.5E+2 8.5E+1 .n W. i N. <'f'.v i^ .O ( t I 5.1Ee1 2.9E+2 9.7E+2
- 1. GE F3 2.2E+3 1.OE+3 9.3E+2 2.9E+2 5.1E+1 dh
'S til 3.3C+1 2.1E+2 6.6Ei2 1.3Ei3 1.6E+3 1.3E+3 6.6E+2 2.1E+2 3.3E+1 m@t&r..e N D 111 2.3E+1 1.qEt2 4.9Et2 1.1E+3 1.2E+3 1.1E+3 4.9E+2 1.4E+2 2.3E+1 . c5 til 1.6Ei1 1.1E+2 3.GE+2
- 7. "E e2 1.1E+3 7.9E+2 3.GE+2 1.1E+2 1.6E+1 S.$
'. S E> M1 1.2Et1 U.3E+1 3.1E+2 6.4E+2 8.1E+2, 6.4E42 3.1E+2 8.3E+1
- 1. 2E i-1
?.k; l,., 2.75 M1 9.lE+0 6.5E+1 2.4E+2 5.2E+2 6.7E+2 5.2E+2 2.4E+2 6.5E+1 9.3E+0
- 3. 0 > (11 7.3EiG 5.3E+1 2.1E+2 4.3E&2 5.6E+2 4.3E42 2.1E&2 5.3E+1 7.3E+0
- 7.':W h.
'. :'S t:I 5.7Et0
- 4. 3E41 1.6E+2 3.7E*-2 4.8E+2 3.7E+2 1.6E+2 4.3E+1 5.7E+0 V.f - '
. ' 'i. i. ' 7.50 t1I 4.6E+0 3.6E&1 1.4E&2 3.1E+2 4.1E+2 3.1E+2 1.4E+2 3.6E+1 4.6E+0 " I . L'5 til 3.OEt0 3.IE&1 1.2E42 2.7E+2 3.6E+2 2.7E+2 1.2E+2 3.1E+1 3.OE+0 t' !..O M1
- 3. I E t.>
2.SE+1 1.1E+2 2,4Ei2 3.1E+2 2.4E/2 1.1E+2 2.SE+1 3.1E+0 T .*Pi .25 hI 2.LE+0 2.2E&1 9.2E+1 2.1E+2 2.7E+2 2.1E+2 9.2E+1 2.2E+1 2.6E+O hh' 6 l M1 J.;Eio I.4Eei G. I E +- 1 1.GE+2 2.4E+2 1.BE+2 B.1E+1 1.9E+1 2.2E+0 [ Q., ~c./ tr' t !!! 1.UEto 1.6E+1 7.IEF1 1.6E+2 2.2E+2 1.6E+2 7.1E+1 1.6E+1 1.BE+0 t'. t.. nI L.6EFO 1.4Et1 6.4EF1 1.5E+2 2.1E+2 1.5E+2 6.4E+1 1.4E+1 1.6E+0 I. ~ n, . % MI 1.2EiO 1.1E t 1 5.1E F1
- 1. 2E4 2 1.6E+2 1.2E+2 5.1E+1 1.1E+1 1.2E+0 s
5o3 M1 9. 1.E - 1 9.1E4 0 4.2E&1 1.1Et2 1.3E+2 1.1E+2 4.2E+1 9.1E+0 9.3E-1 F., i g,g,ifyg: s. t.u tti 7.2E-1 7.3E+0 3.5E+1 6.6E+1 1.1E+2
- 8. 6E &1 3.5E+1 7.3E+0 7.2E-1 yrmNT.A
. K til
- 5. EE - 1 6.th+0 2.9E+1 7. 4 E s-1 1.1E+2 7.4E+1 2.9E+1 6.1E+0 5.8E-1
'.'.9 til 4.6E-1 5.IE+O 2.SEi1 6.3E&1 8.6E+1
- 6. 3E &1 2.SE+1 5.1E+0 4.6E-1 ri Ill 3.eE-J 4.2E40 2.1E+1 5.5E+1 7.5E+1 5.5E+1 2.1E+1 4.2E+0 3.GE-1
!? J. N
- i. > ' til 1.
1E-1 3.6C+0
- 1. UE41 4.OE+1 6.6E+1 4.GE+1 1.8E+1 3.6E+0 3.1E-1 fe, l
> 111 2.6E-1 1. 1EIO I.6Le! 4.3E+1 6.1 E +- 1 4.3E+1 1.6 Eel 3.1E+0 2.6E-1 f ? . a ttI Z -1 2.OE*O 1.' t.E+ 1 4.1C t 1 5.7E+1 4.1E &1
- 1. 5E41 2.OE+O 2.CE-1 l
1 L.. ttt 2.1i' 1 2.5!250 1.1Ei1
- 3. 3E F1 5.4E+1 3.9E+1 1.4E+1 2.5E*O 2.1 E-- I e
I man... I
>, %.:;y ~ **%* ,.j,,.,,. ,e, l; {.g re : e.4 ) .f.'. Y .s
- ,1. -
). .l* %f :=. :-l.l** ; l 3,qg*g.7 9.g;, yp.gy.4),, 3.=. y.y#..et ~# .r.,. t .9,. r %, .g.. .. t,g g;.,c.. a. f 9.,.,,. g, , 7 g 3.,,j p,,v v g < m
- y..,..,
+ .. J 2 s, .'-y.g e ' c. ~ n - c:- 4.., j -M. t j ~ %..J. >sN..'.,Q.*@Z .pn l t. OPEN WINDOW DOSE RA~TES IN MR/HR
- b.. . ' " M,8 d'
MMI.i 7 4 4,Mji l TIME: 2300 i. ' :c 4.,e*%d i CLOCfHISE ANGLE FROM PLANT IN DEGREES ' ?. "..N 4.v,3 5 i 215 220 225 230 235 240 245 250 255 wa. m . % t11 1.1E&3 4.1E+3 1.1E+4 1.7E+4 2.1E+4 1.7E+4 1.1E+4 4.1E+3 1.1E+3 pYtig/VP 1 I 3h 0., ' 5 M 1 4.1E+2 1.UE43 5.1E43
- 9. IE F3 1.1E+4 9.1E+3 5.1E+3 1.BE+3 4.1E+2
.! d.?P 3 f. .c.r 4.. 3. u.
- 1. N t11 1.BE+2 9.2E+2 2.7E+3 5.1E+3 6.2E+3 5.1E+3 2.7E+3 9.2E+2 1.BE+2
.5,%. n.4? J. D8 MY
- 1. 2 5 111 1.1EF2 5.4E&2 1.6C+3 3.2EF3 3.9E+3 3.2E+3 1.6E+3 5.4E+2 1.1E+2
[$Y4$.%T l 1.50 t!I 6.;Ei1 3.5E+2 1.1E+3 2.2Ei3 2.7Et3 2.2E+3 1.1E+3 3.5E+2 6.2E+1 " 4 .. g.. 0.,, .. i 'S M I 4.IL+1 2.4E42 8.1 E4 2 1.6C+3 2.1E+3 1.6E+3 8.1E+2 2.4E+2 4.1E+1 C z C
- Qg%
e ti1 2.:'Ee1 1.7EF2 5.9E&2 1.2E+3 1.SE+3 1.2E+3 5.9E+2 1.7E+2 2.7E+1 g' :;y,%g ../5 til J.iE+1
- 1. 2E4 2 4.6E+2 9.SE+2 1.2E+3 9.5E+2 4.6E+2 1.2E+2 2.1E&1 4
DUM&gy i j ~.30 .!I 1.4E41 1.1E+2 3.6E+2 7.7Ee2 9.BE+2 7.7E+2 3.6E+2 1.1E+2 1.4E+1 L l .. m 1.1
- 1. L L F 1
/.9E+1 2.9E+2
- c. 3E+2 8.1E+2 6.3E+2 2.9E+2 7.9E+1 1.1E+1 YF <
j .00 t1I 8.7E+0 6.4.E+1 2.4E+2 5.2E+2
- 4. 7 E+ 'l 5.2E+2 2.4E+2 6.3E+1 8.7E+0 hI
' DU.,. ^. W'Ii.,%gf, g ._5 N1 6.9E+u 5.2E+1 2.1E+2 4.4E+2 5.7E+2 4.4E+2 2.1E+2 5.2E+1 6.9E+0 p.7t 50 til 5.6E+0 4.JE+1 1.7E+2 3.BE+2 4.9E+2 3.OE+2 1.7E+2 4.3E+1 5.6E+0 4... ' Y>. ' %g . 5 ;U 4.5Et0 3.6E+1 1.4E+2
- 3. 3E e2 4.3E+2
- 3. 3E t-2 1.4E+2 3.6Et1 4.5E+O g-r?b. 3 :/.'.
- 4.,0 t1I 3.7E+0 3.1E &1 1.2E+2
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- d. 00 ItI
- 2. ;'E - 1 2.4EFO 1.2E&1 3.2E+1 4.4E+1 3.2E+1 1.2E+1 2.4E+0 2.2E-1 6.50 !!I
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- 7. S n tl1 1.3E-1 1.LE+0 9.1EiO
- 2. 4 E+ 1 -
3.3E+1 2.4E+1 9.1E+O 1.6E+0 1.3E-1 10.0 M1 1.1 E-J 1.SE+0 8.SE+0 2.3Et1 3.1E+1 2.3E+1 8.5E+0 1.5E+O 1.1E-1 T t I
S g i i J i n I i t h OPEt1 WINDON DOSE RATES IN MR/HR T 1 t1E: 0030 CLOCl31ISE ANGLE FROM PLANT IN DEGREES 295 300 305 310 '315 320 325 330 335 i .50 ftI 5.BE*2 2.3Ei3 5.9Ei3 1.1Cs4 1.2E+4 1.1E+4 5.9E+3 2.3E+3 5.8E+2 ~.>. 7 5 M I 2.3Ei2
- 1. IE F3 2.GEi3
- 3. IC F3 6.2E+3 5.1E+3
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'. 23 MI S.82+1 3.1E+2 9.SE+2 1.OE+3 2.2E+3 1.BE+3 9.5E+2 3.1E&2 5.DE+1 i 1.50 MI 3.5E+1 2.1E42 6.4E42 1.2EF3 1.5E+3 1.2E+3 6.4E+2 2.1E+2 3.5E+1 . 7:! fli 2 3E t1 1.3Et2
- 4. 5E e2 9.2EF2 1.1E+3 9.2E+2 4.5E+2 1.3E+2 2.3E+1
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- 2. 25 t1[
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- 2. 4 E l-2 1.9E+2 8.4E+1 2.1E+1 2.6E+0 t
. 00 MI 2.1EiO 1.7E+1 7.3E+1 1.6E+2 2.1E+2 1.6E+2 7.3E41 1.7E+1 2.1E+0 i 'i. 25 til 1.GEIO 1.5Et1 6.4E+1 1.4E+2 1.9E42 1.4Et2 6.4E+1 1.5E+1 1.8E+0
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, i i 't.75 MI 1.3E+0 1.1E+1 4.9E41 1.1E F2 1.5E&2 1.1F+2 4.9E+1 1.1E+1 1.3E+0 .. (n it! 1.1E+0 1.1E+1 4.4E+1 1.1E+2 1.3E+2 1.1E+2 4.4E+1 1.1E+1 1.1E+0 s .50 til H.4E-1 7.0EFO 3.5E+1 8.5E+1 1.1E+2 8.5E+1 3.5E+1 7.8E+0 0.4E-1 j ,. ":1 t1I 6.lE-1 6.3Et0 2.9E+1 7.1E+1 9.5E+1 7.1E+1 2.9E+1 6.3E+0 6.4E-1 j s HI 5.IC-1 5.1E60 2.4E+1 6.1E F1 0.1E+1 6.1E+1 2.4E+1 5.1E+0 5.1E-1 .O t!I
- 4. I E-1
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- 1. 7E * !
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- 7. W HL 2.2E-1 2.5Er0 1.3E+1 3.4E+1 4.6Ei1 3.4E+1 1.3E+1 2.5E+0 2.2E-1 I
O MI 1.EE-1 2.1E+0 1.1Ei1 3.1E+1 4.2E+1 3.1E+1 1.1E+1 2.1 E10 1.OE-1 1 1 5 til 1.SE 1 1.9E+0 1.1E+1
- 2. 9E t:1 4.1E41 2.9E+1 1.1E+1 1.9E+0 1.5E-1 j
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( V 1 4 NP-210/RM-11 NET CPM,FOR 10 CU FT SAMPLE 4 TIME-0030 i C j 4 CLOCKNIGE ANGLE FROM PLANT IN DEGREES 295 300 305 310 315 320. 325 330 335 q n.60 MI 3.2Ei1 1.2E02 3.2Ei2
- 5. 5E *-2 616E+2 5.5E+2 3.2E+2 1.2E+2 3.2E+1 C.75 N1 1.2E+1 5.7E+1
- 1. 5E4 2 2.BE+2 3.4E+2 2.BE+2 1.SE+2 5.7E+1 1.2E+1 I
. 00 t1I 5.9EiO 2.9EF1 8.SE+1
- 1. 5E *2 l'9E+2 1.5E+2 G.5E+1 2.9E+1 5.9EeO i
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'5 til 1.2E+O 7.5E+0 2.5E+1 S.1E+1 6.3E+1 5.1E+1 2.5E+1 7.5E+0 1.2E+0 j l .' - 'O MI BkGRND U.4E40 1.SE+1 3.GE+1 4.GE+1 3.SE+1 1.SE+1 5.4E+0 DKGRND i l l . 25 111 DKGRND 4.1E+0 1.4E41 3.1E+1 3.DE+1 3.1E+1 ,1.4E+1 4.1E+O BKGRND i j z.30 III LtLRND 3.1E to 1.1E+1 2.SE+1 3.1E+1 2.4E+1 1.IE+1 3.1E+0 DKGRND 2.'5 NI Di:GRND 2.4E+0 9.3E+v
- 1. 9E-t 1 2.5E+1 1.9E+1 9.3E40 2.4E+0 BKGRND
'.00 ill DKURND 2.1E FO 7.6E+0 1.6Ee1 2.1E F1 1.6E+1 7.6E+0 2.1Eto BKGRND .25 NI Di GRND 1.LE+-O 6.4E40 1.4E+1 1.BE+1 1.4E+1 6.4E+0 1.6E+O BKGRND .50 MI Uf:GRND 1.3EtO b.4Ei0 1.2Eoi
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% ill M:URND LS.GRND
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t t i [ i f f 4 ~ -.
N-t i f ] N e. } 4 1 l NOBLE GAS DOSE RATES IN MR/HR i \\ l 'T IllE: 0045 i i CLOCMtJISE At1GLE FROM PLAtlT IN DEGREES 6 295 300 305 310 315 320 325 330 335 I.
- g. Mi i1I 4.7Eo2 1.8E+3 4.7E+3 0.1E+3 9.7E+3 B.1E*3 4.7E+3 1.8E*3 4.7E+2
} O./5 MI 1.GE*2 8.4E+2 2.3E+3 4.1E+3 5.1E+3 4.1E+3 2.3E+3 8.4E+2 1.OE+2
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i 1.'5 MI 1.BE+1 1.1EF2 3.7E&2 7.4E+2 9.3E+2 7.4E+2 3.7Et2 1.1E+2 1.BE+1 1 1.60 MI 1.2E+1 8.1E+1 2.7E+2 5.6E42 7.1E+2 5.6E+2 2.7E+2 8.1E+1 1.2E+1 l 2.25 MI 9.2E+0 6.1E+1 2.1E F2 4.4EF2 5.6E+2 4.4E+2 2.1E+2 6.1E+1 9.2E+0 j .:.50 MI 6.BEtO 4.6Et1 1.6E+2 3.5E+2
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2.7S MI
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. =. _ .~.. -. . ~ - -. .= q-j, -- \\. 4 t l OPEN WINDOW DOSEjRATES IN MR/HR TIME: 0045 CLOCKWISE ANULE FROM PLANT IN DEGREES J 295 300 305 310 315 320 325 330 335 .>. 50 til 5.6E&2 2.2E&5 5.7E43
- 9. GE F3 1.1E&4 9.OE+3 5.7E+3 2.2E+3 5.6E+2 4
O.75 MI 2.2Ei2 1.1E+3 2.7E+3 5.1Er3 6.1E+3 5.1E+3 2.7E+3 1.1E+3 2.2E+2
- . O MI 1.1E+2 5.1E+2 1.SE+3
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- 9. 8E+ 0 1.7E+O 1.3E-1 4
1 i i e i s i e
[%)' h O); Q O ~. 4 IIP-210/Rt1-14 NET CPM FOR 10 CU FT sat 1PLE T It1E: 0045 k CLOCKWISE ANGLE FROM PLANT IN DEGREES 29U 300 305 310 315 320 325 330 335 a v.50 tti 3.1E+1 1.2E+2 3.1E+2 5.4E+2 6.4E+2 5.4E+2 3.1E+2 1.2E+2 3.1E+1 v.73 MI 1.2Et1 5.5E+1
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