L-93-057, Forwards Addl Info Re 931124 Application for Renewal of License SNM-33 on Environ Assessment,Including Explanation of Substantive Changes from Previous Renewal Submittals & Replacement Pages to Renewal Application
| ML20058N358 | |
| Person / Time | |
|---|---|
| Site: | 07000036 |
| Issue date: | 12/10/1993 |
| From: | Conant J ABB COMBUSTION ENGINEERING NUCLEAR FUEL (FORMERLY, ASEA BROWN BOVERI, INC. |
| To: | Tokar M NRC OFFICE OF NUCLEAR MATERIAL SAFETY & SAFEGUARDS (NMSS) |
| References | |
| ML-93-057, ML-93-57, NUDOCS 9312210343 | |
| Download: ML20058N358 (30) | |
Text
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ASEA BROWN BOVERI l
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.q December 10,1993 MIe93-057 l
Docket No. 70-36 i
License No. SNM-33 l
t j
Dr. Michael Tokar, Section T rader l
Licensing Section II, Licensing Branch l
Division of Fuel Cycle Safety and Safeguards i
Office of Nuclear Materials Safety and Safeguards U. S. Nuclear Regulatory Commission Attn: Document Control Desk Washington, D.C. 20555 t
l
Subject:
Hematite IJcense Renewal Update - Chapter 13, Environmental I
Information i
l l
l
References:
(A)
Letter, J. F. Conant (C-E), to M. Tokar (NRC), dated November 24, l
1993, ML-93-055
Dear Dr. Tokar:
I l
In the recent Hematite license renewal application update of Reference l(A), Chapter 13 '
i contains environmental monitoring data up to 1991. The NRC staff has informally' requested.
I more recent data in support of the environmental assessment.' Accordingly, this letter provides data through the third quarter of 1993.
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Enclosure I provides an explanation of substantive changes from the previous renewal.
i l
submittals. No listing of affected pages is deemed necessary, since this replaces the entire i
Chapter 13 of the renewal application. Enclosure II provides the replacement pages of the.
i renewal application. Six (6) copies of this document are provided for your use.
j i
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t 2000a8 ABB Combustion Engineering Nuclear Power I
Combustion Eng neenng. Inc.
1Duc Prospect Wh Road Telephone (203) 6881911 l J n
Post Offee Box SOO Fax (203) 285 9512 8
9312210343 931210 5
wnosor, connecteut o8095-o500 Teien 99297 COMBEN WSOR l
PDR ADOCK 07000036
?
C-PDR-
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4 Dr. Michael Tokar ML-93-057
)
December 10, 1993 Page 2 i
If there are any questions or comments concerning this matter, please do not hesitate to call i
me or Mr. Mark A. Michelsen of my staff at (203) 285-5261.
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Very truly yours,
' i i
COMBUSTION ENGINEERING, INC.
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j ohn F. Conant i
anager Nuclear Materials Licensing l
Enclosures:
As Stated cc:
G. France (NRC - Region III)
S. Soong (NRC)
E. Keegan i
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1 Enclosure I to ML-93457 4
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d COMBUSTION ENGINEERING, INC.
i HEMATITE NUCLEAR FUEL MANUFACTURING FACILITY LICENSE RENEWAL APPLICATION ENVIRONMENTAL INFORMATION UPDATE EXPLANATION OF CHANGES i
December 1993 r
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COMBUSTION ENGINEERING, INC.
HEMATITE NUCLEAR FUEL MANUFACTURING FACILIT(
j LICENSE RENEWAL APPLICATION ENVIRONMENTAL INFORMATION UPDATE 1
EXPL.ANATION OF CHANGES i
4 i
This submittalis part of an update to the Hematite Ucense Renewsl Application. This submittal consists of an update to Chapter 13 of the application, sdding to the update a
submittal of October 29,1993, and replacing the Chapter 13 submitted on November -
l 24,1993. The existing Ucense Renewal Application is comprised of the original application of 11/22/89, as modified by letters dated 6/17/91,10/11/91,12/16/91, i
10/2/92 and 11/4/92. The substantive changes to the existing Hematite Ucense Renewal Application which are submitted herein are discussed below.
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The enclosed Chapter 13 contains environmental monitoring data through the third l
quarter of 1993.
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Please note that Table 13-1 also contains a correction. The stack release data in i
Table 13-1 had previously been incorrectly reported for the month of October 1989 (was 47.1 microcuries); the correct value is 39.8 microcuries. The total annual release 1
for 1989 has also been corrected accordingly (from to 374.3 to 367.1 microcuries).
We would also like to take this opportunity to correct for the record a potential misunderstanding regarding the location of the nearest neighbor with respect to
]
prevailing wind direction. In our letter of December 16,1991 (J. F. Conant (C-E) letter i
to C. J. Haughney (NRC), ML-91-048, dated December 16,1991, " Response to Environmental Questions Regarding Materials Ucense No. SNM-33 Renewal Application"), the response to item No. 2 of the NRC request for additional information (Letter, G. H. Bidinger (NRC) to J. A. Rode (C-E), dated September 5,' 1991) gave an -
(
outdated location for the nearest neighbor and did not clearly define the prevailing wind direction. The nearest neighbor is located approximately 290 meters to the west-1 northwest of the plant site. The prevailing wind is taken from Table 1 of our December l
16,1991, letter; that table gives wind direction as "the direction from which the wind is blowing", as is the cornmon practice in the discipline of meteorology.
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Enclosure il to ML-93-057 COMBUSTION ENGINEERING,INC.
1 HEMATITE NUCLEAR FUEL MANUFACTURING FACILITY l
LICENSE RENEWAL APPLICATION AFFECTED PAGES 9
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r December 1993
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CHAPTER 13 ENVIRONMENTAL SAFETY - RADIOLOGICAL l
13.1 Airborne Releas11 During routine plant operations, gaseous effluents containing insoluble uranium radionuclides are the primary releases that could radiologically affect humans and the surrounding environment. Maximum individual dose commitments were calculated based on measured releases from all exhaust stacks. Dose commitments for 1987 and 1988 were:
LUNG DOSE (arem/yr) l North Onsite Monitoring Nearest low Population Zone Station (100 m)
Resident (800 m) 1987 9.5 0.10 1988 11.6 0.13 The critical organ for routine insoluble releases is the lung.
As shown above, the nearest low population zone resident received a maximum lung dose commitment of 0.13 mrem in 1988. This is less than 1% of the 40 CFR 90 limit' of 25 mrem / year.
13.2 Liauid Releases Liquids containing trace quantities of uranium are discharged from the plant storm sewer and the sewage treatment plant. Average concentrations of the site dam overflow were less than 0.25% of 10 CFR 20 limits for 1987 and 1988.
Further diluted in Joachim Creek, these levels would result in an insignificant dose to an individual downstream of the plant.
License No. SNM-33 Revision 0 Date:
12/10/93 Docket No. 70-36 Page:
13-1
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13.3 Non-Radiolooical Releases The only release of non-radiological materials of environmental concern is hydrogen fluoride (HF), which is released as an offgas of the UF, to U0, 3
conversion process.
HF releases for 1987 were 18.1 x 10 pounds and for 1988 3
were 21.0 x 10 pounds.
These releases would indicate a ground level concentration of less than 5.2 3
3 pg/m at 100 rceters and less than 1.0 yg/m at the nearest low population zone residence. Damage to vegetation is unlikely at these concentrations.
13.4 Environmental Monitorino Summary Environmental monitoring for the 1982-1988 period is summarized in the tables on the following pages.
Table 13-1 Stack Monitoring - Radioactivity Table 13-2 Environmental Air Monitoring - Radioactivity Table 13-3 Site Dam Overflow Monitoring - Radioactivity Table 13-4 Joachim Creek Monitoring - Radioactivity, Upstream Table 13-5 Joachim Creek Monitoring - Radioactivity, Downstream Table 13-6 Quarterly Liquid Environmental Monitoring - Radioactivity Table 13-7 Retention Pond North Sample Well Nonitoring - Radioactivity Table 13-8 Retention Pond South-East Sample Well Monitoring - Radioactivity Table 13-9 Retention Pond South-West Sample Well Monitoring - Radioactivity Table 13-10 Site Water Supply Well Monitoring - Radioactivity Table 13-11 South Vault Sample Well Monitoring - Radioactivity Table 13-12 Burial Ground Well Monitoring - Radioactivity Table 13-13 Burial Ground Well Monitoring - Radioactivity Table 13-14 Sewage Outfall Monitoring - Radioactivity Table 13-15 Soil Monitoring - Radioactivity i
Table 13-16 Vegetation Monitoring - Radioactivity Table 13-17 Stack Monitoring - Fluoride Table 13-18 Site Dam Overflow Monitoring - Fluoride Table 13-19 Vegetation Monitoring - Fluoride License No. SNM-33 Revision 0 Date:
12/10/93 Docket No. 70-36 Page:
13-2
oC TA8tE 13-1 nnE$
STACK se0NITORING - RAD 10ACTivlTY"""
- r v.*
2 (MICROCURIES RELEASED)
.O 2
,o N
peouTM\\ YEAR 1985 1986 1987 1988 1989 1990 1991 1992 1993 o to i2 w3*b JAN 13.6 9.2 27.2 31.3 23.7 48.3 28.9 16.3 18.3 w
FEB 9.2 5.6 26.5 39.2 15.3 15.3 12.0 16.7 56.7.
t MAR 7.3 16.6 15.0 25.8 22.2 14.6 21.4 42.0 61.5 APR 8.6 19.0 20.7 35.2 23.9 12.0 22.4 28.6 11.1 MAT 8.2 6.9 16.8 42.1 40.8 18.0 19.4 23.3 34.4
~
JUN 12.7 8.8 20.8 28.5 17.5 18.9 13.8 15.1 22.3 JUL 5.9 10.4 15.9 30.8 16.3 20.0 19.8-19.7 73.4 E
' AUG 8.7 10.2 20.9 18.3 41.6 24.6 27.4 76.5 47.5
~
<N SEP 9.5 5.7 21.9 16.0 22.7 27.2 24.5 35.5 10.7 a
i O
OCT 12.3 33.9 46.3 16.5 47.1 29.8 27.4 25.3 Nov 9.3 15.2 30.7 38.5 40.9 20.2 16.0 10.7 j
DEC 21.6 17.3 14.5' 25.3 62.3 21.0 17.7 13.3 I
TOTALS _
126.9 158.8 277.2 347.5 367.1 288.3 250.5 323.0 335.9 i
SITE SOUNDARY CONCENTRAtl0N"'
TC on su value 0.4 0.5 0.8 1.1 1.1 0.9 0.8 1.0 1.0
$7 (10-" pCi/m)
Percent 0.010-0.012 0.021 0.026 0.028 0.022 0.019 0.024 0.025 4
+-**-a of MPC w ru oN w -.
'k (1) Determined by gross alphe counting efter ellowing at least 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> for decoy of redan doughters.
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(2) For locatice, see Figure 13-1.
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,___-._.-.m m
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.,..-,,.w y,,4,-.m_eu.y,,
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gg IMLL13-2 7e to g3 ENV!RONMENTAL AIR MONITORING - RADIDACTIVITY"""
a p,
(10"' MICROGRIES PER MILLILITER)
$m 0FFSITE EAST gZ MONTH \\ YEAR 1985 1986 1987 1988 1989 1990 1991 1992 1993 b
JAN 10 17 5
2 3
1 3
1 2
FEB 2
27 4
3 4
3 2
1 1
MAR 23 6
2 4
3 3
2 1
2 APR 10 11 4
3 3
2 2
1 1
MAY 25 7
4 3
2 2
2 1
2 JUN 13 6
2 3
2 4
2 3
1 JUL 14 9
4 5
2 3
2 2
3 AUG 6
9 5
3 5
5 10 1
1 SEP 7
6 3
4 3
3 1
1 3
DCT 10 2
5 2
2 2
2 3
Nov 8
3 4
3 1
3 1
2 DEC 15 4
3 5
2 6
1 3
AVERAGE m
(D CONC.
12 9
4 3
3 3
3 2
2 i'
s OFFSITE WEST MONTH \\ YEAR 1985 1986 1987 1988 1989 1990 1991 1992 1993 o
JAN 13 31 6
2 2
1 4
1 3
FEB 5
37 4
3 1
2 2
1 3
MAR 26 11 3
3 2
2 2
1 2
APR 5
13 3
5 3
2-1 2
2' MAY 21 10 5-3 3
1 1
2 1
JUN 6
18 2
3 3
4 2
3 1
JUL 5
26 2
7 1
3 2
2 3
AUG 31 28 3
12 2
2 11 3
2 mo SEP 20-
.17 2
5 2
1 2
1 2
te or DCT 9
4 4
3 1
2 2
1 Nov 11 4
4 2
1 1
2 1
DEC 49 5
4 3
2 4
1 2-ww AWuE N.-
CONC.
17 17 4
4 2
2 3
2 2
.e (1)
Determined by groes alphe counting af ter ellowing a 72 hour8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> period for decey of redan and thorium doughters.
(2)
For location, see Figure 13-1..
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nn pc m TAgtE 13-2 (continued) m ::s m
ENVIRONMENTAL AIR MONITORING - RADIDACTIVITY"""
2:
O 21
. O (10-" MICR00JRIES PER MILLILITER) uom f, j OFF51TE SOUTHEAST me MONTH \\ YEAR 1985 1986 1987 1988 1989 1990 1991 1992 1993 us tal 3
2 2
JAN 2
2 4
3 FEB s
2 4
1 5
mR 2
2 3
2 apa 2
8 3
1 my 2
1 2
2 aug
- x3g
.,ut 2
2 2
5 3
aug 2
3 2
2 0
3 SEP 2
2 2
3 o
3 2
1 OCT 1
2 1
may 6
5 2
DEC AVERAGE CONCENTRATION 2
3 2
mO y$
Not sampling yet
- m..m.
(1)
Determined by groes alpha cosmting af ter ottowing a 72 hour8.333333e-4 days <br />0.02 hours <br />1.190476e-4 weeks <br />2.7396e-5 months <br /> period for decay of redon and thorius deushters.
(2)
For location, see Figure 13-1.
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1
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73 TABLE 13 3 SITE DAM OVERFLOW MONITORIWG - RAD 10ACTIYifY"'
,o (PICOC1NtlES PER LITER) u?$
YEAR 1985 1986 19.9Z 199g 1202 1229 1991 129,2 M
MONTH M
ETA ALPMA ggig &Ql&
gg& AQM&
gQ& M gE6 M ET.A, egM&
ggla ALPMA gg6 M RIA M
A JAN 4
7 29 28 10 5
5 9
6 8
33 15 4
13 7
4 10 6
FEB 7
23 65 88 12 14 14 15 21 15 7
14 3
5 22 26 9
5 MAR 5
10 22 18 5
4 31 14 22 11 45 11 6
6 9
4 3
5 APR 4
47 22 16 13 11 115 14 35 21 12 to 8
6 7
5 12 11 MAY 23 21 37 40 1 72 108 34 28 27 16 10 12 13 9
13 6
17 20 JUN 7
16 83 52 122 81 42 24 9
8 44 11 25 8
to 8
JUL 29 32 115 160 18 38 94 55 24 31 21 12 55 18 50 19 11 11 h
AUG 29 28 40 166 36 20 134 53 75 93 53 51 40 16 32 8
11 12 SEP 15 to 80 163 69 46 132 31 35 41 25 15 28 11 42 23 23 34 o
OCT 81 28 8
7 285 150 65 33 24 19 37 19 56 15 228 39 Nov 37 33 to 12 153 48 59 32 27 27
- 19 12 25 to 74 66 DEC 6
5 IO
- 7 21 34 11 11 57 46 7
to 14 7
to 9
AVE.
21 22 37 64 73 44 60 31 33 29 23 16 25 11 43 18 12 12 CONC.
1 1
2 2
1 1
1 1
1 1
0 1
0 1
0 0
0 (1)
For location, see Figure 13 2.
w YN
- E s$
5 nn W tu 83 TABLE 13-4 g2 JOACMIN CREEK MONITORING - RAD 10ACTIYlTV"'
- o (PIC0 CURIES PER LITER) UPSTREAM y
oM e Z
$Y YEAR 1985 1966 129Z 1999 1999 1929 1221 M
M wW M
ALPHA
- JQA, ALPHA g[Q M gQ( M glM M lLS M j[M M lE4 M j[M M-M JAN
<1
<3
<1 4
<3 4
<4 3
<3 8
1 4
3 4
2 2
<3
<4 FFs
<1 22
<2 4
<5 4
<3 3
<2 3
<3 3
<2 2
<2 4
<2
<3 MAR
<3 3
<2 3
<4 2
<4 3
<2 3
<1 3
<2 2
3 3
<2 3
APR
<1 7
<2 4
<5 6
<3 4
<3 5
<4 2
<3 2
<3 4
<2 3
MAY
<1 3
<2 3
<4 4
<3 3
<2 5
5 4
4 4
<3
<2
<2 3
Jun
<4 5
<3 3
<4 4
<3 6
<4
<3
<1 4
<3 3
<2 3
<4 3
y JUL
<1 3
<2 2
<4 3
<2 5
<2 4
<2 3
<3 3
<2 3
<2 3
1 AUG
<1 3
<2 4
<3 4
<3 6
<4 9
<2 2
4 2
<1 3
<1 4
<1
<3
<3 3
<3 4
<3 5
<4 4
<2 3
<2 3
3 4
4 4
oa
.0cf
<2
<3
<4 6
<5 5
<4 6
<4 5
<1
<1
<2
<1
<3 4
o Nov
<1 2
<2 12
<4 4
<3 4
<4 4
2 2
<2 2
<2 3
<1 2
<5 9
<2 5
<3 5
<4
<3
<2 3
<2 3
<3 3
(1)
For location, see Figure 13-2.
oo to r
2.*
C.;s%
M s-*
5
5C nn m$
4 TABLE 13-5 r* "
m 2
JOACHIM CREEK eenNITORING - RADICACTIVITY"'
.o Z
,o (PICOWRIE3 PER LITER) DOWNSTREAM No en bk
- 0 YEAR 1985 1986 L9gZ 1988 1989 1990 1991 g
3 A
reg ALPNA MIA.
M MONTH ALPMA reg ALPMA BETA M
ggTA M RE( M gg3 M
lLTA M
gg3 w
T JAN
<2
<3
<1 3
<3 4
<4 2
<3 3
1 3
3 2
<2 3
<3 e4 FEB
<1 4
<2 4
<4 4
<4 4
<2 2
<3 3
<2 2
<2 2
<2 3
<3 3
<2 5
<4 4
<4 4
<2 4
1 2
<3
<1
<2 3
<2 3
APR
<0.8 3
<2 4
<5 3
<3 3
<3 5
<4 3
<3 2
<3 3
<2 3
MAY
<1 3
<2 3
<4 3
5 33
<4 5
<3
<3 3
3
<3
<2
<3 6
JUN
<4 9
<3
<3
<4 4
<3 3
<2 3
2 2
<3 3
<2 6
<4 2
m JUL
<1 3
<2 5
<4 4
<2 3
<3 3
3 3
<3 4
<2 8
<6 4
4 Auc
<1 4
<2 3
<3 5
5 3
<2 5
2 2
5 3
<1 4
3 5
{
<1
<3
<3 3
<3 4
<3 7
<4 5
3 4
<2 4
3 3
2 4
o OCT
<2 4
<3 4
<5 6
<4 5
<3 3
<1
<1
<2 7
<3.
3 Nov
<1 2
8 18
<4 6
<3 5
<4 4
3 3
<2 5
<3 4
<1 2
<4 5
<4 4
<3 5
<4
<3
<2 3
<2 4
<3 4
(1)
For location, see Figure 13-2.
to r*
0s% -
oseW J
J 4
4
EC hS TABLE 13-6 m3 GUARTERLY LIQUID ENVIRONIENTAL MONITORING - RADIGACTIYlTY" e
2:
E (PIC0 CURIES PER LITER)
J $
JOACHIM CREEK / SITE CREEK CONFLUENCE M3*O YEAR E
1966 g
1988 L999 1999 1991 E
E w
O t,t ALPHA ggg ALPHA SETA &LP_Mg RT& &L !!&
E,TA ALEM6 ETA ALP!!&
IUA AL.MA KIA ALP!!&
ETA AL.!!&
RUA 1st
<2 6
<2 5
<2
<3
<2 11
<2 6
3 3
4 4
<3 4
<2 4
GTR 2ND
<4 9
<2 4
<2
<3
<2
<3
<2
<3 11 11 3
13 4,
6 01R 3Ro
<2
<3
<2
<3
<2
<3
<3 3
<4 3
3 6
<2 4
3 3
<3 4
GTR 4TM 2
5
<2 5
<2 8
<2
<3
<2
<3
<3 3
<2 5
2 4
GTR m$
E MEMTITE WELL o
3 YEAR 1985 1986 1987 1988 1999 1990 1991 1991 E
o-9.t,,,t gkP,,j!g gG& ALE!!g gGA &Lg!l&
3G& AL,P_!!g RIA 8L,P,ja RUA ALP.5&
RUa ALE!!&
EI.A AL.P!!&
3.UA ALPMA ggg 1st
<2
<3
<2 3
<2
<3
<2 14
<4 to 7
4
<3 4
<2 3
<6 6
eTR 2ND
<2 6
<2
<2
<2
<3
<2
<3
<4 9
2 2
<4 3
<5 15 2
5 GTR 3RD
<1
<3
<2
<3 5
<3
<3 to
<5 5
9 5
2 5
12 4
6
<6 eTR 00 8
7 5
4 3
3
<7 4
gg 4TH
<2 5
<2
<3
<2
<3 QTR
- m. t.;p
- Data not available for this period.
-wN e e-a (1)
For location, see Figure 13 2.
m
v-v-
-m
%m-~
e+
w mw<.
.m-ww w
e-
+-nv----
m-
-,rve
-am
-aa-
.w -
1-
__._.-a.__-a.._----,._-.a-
4 5
e o
-a QQ TABLE 13 7 m3"$
RETENTION POIS WELL MONITORING - RADIOACTIVITT'"
SAMPLE WELL NOR1M lat o
(PIC0 CURIES PER LITER) 9 w2 g
1985 1966 1987 199q 1969 1.992 1991 1292 1_90 U
MONTH ALPHA BETA ALPHA RglA, M tiLA, M 9118, M Eill ALPMA M A2!!&
Bill ALPHA M
&2MA,
- M JAN 4
137
<2 229 to 150 26 331
<2 321 4
336 4
3%
3 335
<2 321 FEB 4
157 4
207 61 246 10 22 4
368 5
212
<3 309
<4 346
<3 361 MAR 6
72 5
187 60 241 15 44 3
347
<2 315
<3 255
<4 239 3
4 APR 7
66
<2 178 40 243 12 393 18 250
<2 261
<2 424
<3 471 8
213 MAY 4
327 7
280
<2 329
<2 423 3
368 2
210 4
266
<3 465
<3 297 JUN 5
325
<2 277 76 370
<2 520
<2 363 5'
152
<4 297
<4 509
<4 269 m
JUL
<2 238 6
413 6
539
<2 547 3
354 4
2 73
<11 275
<6 391
<3 254 4
159 5
349 1
AUG 4
166 8
131 263 617
<4 238 4
342
<2 460 5
524 SEP 5
142 19 338
<2 642 to 190 5
456
<3 496 3
602 5
292
<3 313 i
OCT 3
127 5
85
<2 729 38 596 3
38
<2 382
<5 253'
<5 290 o
NOV 6
223 4
114 62 334
<2 248 3
226
<1 407 3
463
<T 361 DEC 3
173 12 290 55 376 4
266 3
227
<2 328
<3 482
<4 595 (1)
For Location, see Figure 13 2.
55
'2 5T e
m
,-re-e
=----,e s-+---+
v~v--
=
%n e-
'-*- e
,-r--=--
w e
m
9 SC RR i
to 3
- e TABLE 13-8 2Nh RETENTION POIS WLL MONITORING - RAD 10AcilVf fY" SAMPLE E LL 50UTMIAsi y
O in yj (PIC0 CURIES PER lifer)
- a YEAR 1985 1986 12gZ 1,995 M
1299 19,21 E
g j
MONTM ALPHA M M j[Ig M g[lg &QMg MI& M M gQgg g[1g ALPNA Q M g[lg g g
JAN
<2
<3 95 55 28 18
<2
<3
<2
<3
<3
<1 2
5
<2 6
FEB
<2 4
<20 4
19 17 8
25
<2 5
5 9
4 3
<2 3
4 8
<2
<3 4
5 7
5 11
<3 5
10
<2 5
3 2
<2 4
<1 4
APR
<2
<3 4
5
<2
<3
<2
<3
<2
<3 3
6
<3 3
<3 2
4 3
MAY
<2
<3
<2 4
<2
<3 252 132
<2 4
4 2
5 8
<2
< 1.
2 4
g JUN 3
<3 5
6 65 55 14 103
<2 3
<4 3
<2 5
<2 3
h JUL
<2
<3
<2 11 34 22 to 14
<11 162
<2 3
3 4
o AUG 4
6 4
4 14 21 12 12 4
6
<3 2
17 16 3
i SEP
<2
<3 7
8 5
to 18 24
<2 7
6 8
3 6
o 0CT
<2 7
45 17
<2 4
2 5
5 8
Nov 92 16 16 to 3
5 3
7
<4 8
DEC 33 to 10 7.
19 19 15 12 5
5 2
5
<3 7
{
Welt dry et this time t
~o o
.E %
(1)
For tocation, see Figure 13-2.
- m. to..
1 i
- E s
to W
r i
i
-l.
m
_ _.. _...,, - ~. _ _,
_.-...-...,..r
<,4+4.
-. ~. ~, _
.,vr.--.4
....e
_,e
, ~ - - -.
-~.. - _... ~ _,.....
.---m.--.- m.mi..
--m-
-__.___--,rm__-__.-_____.._
s 5Y R2 my TABLE 13 9 y
e 2
RETEWil0N POID WELL MONITORING - RADf 04CTIVf fY"'
?h 5 AMPLE nELL SOUTHWEST om (PIC9 CURIES PER LITER) eE
- b YEAR 1985 jg6 1987 j38 M
g 1991 g
g w
MONTH
&Qgg BETA ALPHA g &QMg g &Qgg j[JA &QHg j[ Jig M M &QMg
((TA (Qgg g[TA gQgg g.
T JAN 4
4 19 21 27 31
<2
<3
<2
<3 3
4
<3 3
2 6
<1
-4 FEB 4
4 5
<3 16 24 27 423
<2
<3
<2 3
<3 2
5 6
2 7.
<2 3
10 13 17 21
<2
<3 5
5
<2 2
3 4
<1 4
4 9
APR
<2 5
5 10
<2
<3
<2 29 5
<3
<2 1
<3 6
4 7
4 5
MAY 5
8 to 10 17 20
<2
<3
<2 5
1 2
11 20 2
3
<2 4
JUN 12 28 to 15 49 62 89 55
<2 3
10 20 13 19 6
5-JUL 10 6
11 14 12 8
11 20 3
5 7
15
<2 5
3 5
[
AUG 13 15 12 11
<2
<3 9
13
-6 11
<2
<3 14 18 3
7 5
6 SEP 11 8
<2 7
13 21 30 17
'3 6
3 4
<2 3
2 7
<2 5
O OCT 4
5
<2
<3
<2 14 20 97
<2 293
<2 1
2
'4 4
4 Nov
<2 4
<2 4
32 23
<2 5
4 8
<2 4
4 7
3 3
DEC 6
7 11 13
.3 5
8 9
3 7
<2 3
45 9
3
'3
{.
Welt dry at this time 1
yc (1)
For location, see Figure 13-2.
1 e r+
=s s
, +.. -_ _ _ - ~
cst-SN TABLE 13-10 7e to
- 5 SITE WATER SUPPLY WELL MONITORING - RADIDACTIVITY"'
r.
@z (PicooJRIES PER LITER)
~?z ILA.g 1985 1966 1967 1996 1202 1229 1221 L92Z g
w "
my MONTH ALPHA BETA ALPHA gm ALPMA
- gEA, ALPMA g g
- IQA, M
g[,T.%
M gQ( &Q]!&
gEA ALPMA g
w1 JAN
<2
<3 2.7 3
<2
<3
<4
<2
<3 7
4 2
4 5
<2 3
<2 2
<2 5
<2 3
<4
<2
<4
<2
<2
<2
<3 2
3 3
<2 2
<2
<3 MAR
<3
<2
<2 2
<4
<2
<4 4
<2
<2
<1
<2
<2 2
<2 3
7 2
APR
<2 3
<2 2
<4
<3
<3 3
<3 3
<4
<2
<3 1
<3 2
<4
<1 MAY 1.2 2
<2 2
<4
<2
<2 2
<2 3
12 2
2 2
<2 1
<3 1
JUN
<4 11
<2
<2
<3 3
<2 3
<3
<2 1
2
<3 2
<2 2
<1
<1 JUL
<1
<2
<2
<2
<4 2
<2
<2
<2
<3 14 14
<3 3
2
<2 3
2 E
AUG 5.3
<2
<2 2
<3
<2
<3
<3 2
<2 2
2 3
3
<1 2
4 4
7 SEP
<2 5
<3 2
<3 4
<3
<2
<3
<2
<2 3
<2 4
4 2
<2 3
o oCT
<2
<3
<3 3
<4 3
<3
<3
<3
<2 2
6
<2 2
<3 3
s o
Nov
<1
<1
<2
<3
<3
<2
<3
<2
<3
<2
<2 1
<2 2
<3 4
<1
<1
<2
<3
<2 3
<3 4
<3
<3 2
<1
<2 3
<3 4
i (1)
For location, see Figure 13-2.
u C1
- ' E -
x to M
ammBe nn TABLE 13-11 m$
co sa SOUTM VAULT SAMPLE WELL MONITORING - RADIOACTIVITY"'
8 g
O2 (PICDQJRIES PER LITER)
O o en Oy YEAR 19918 g
E M
g g
On aW MONT4 ALPHA ELTA ALg!!&
ET& ALP!!&
Kla &Lg!!g gI& ALPM EIA gLg!!g HI&
w JAN 5
15
<6 17
<3 735 FEB 4
15
<3 17 5
32 MAR
<3 3
4 19 4
27 APR 3
631 3
18 5
28 MAY
<3 731
<4 27
<5 29 JUN
<3 21 5
30
<5 29 JUL 4
20
<5 51 7
45 E
AUG
<3 92 6
39 6
87 SEP 4
39 4
52 3
63
.o 3
oci 6
14
<4 69 NOV
<3 31
<4 100 DEC 20 17
<4 49 New sampling site (1)
For location, see Figure 13 2.
S5
..o,+
t;M
'b
- R8
TABLE 13-i2 we
- 3 BURI AL GROUSE WELL MONITORING - RAD 10AcTty!TY"'
m 2
(PICDCURIES PER LITER)
- h g,n BURIAL GROUND WELL #1 YEAR 1990 1991 E
M 1994 g
b k.
m A
31TJ ALPHA RHA ALPHA REA M
W MONTH A,,,gMA, g&TA, ALPMA g &QH&
gE&
JAN
<2 2
<3 3
1 3
5 14 FEB 4
12
<3 3
2 5
<2 6
MAR 2
5
<3 2
<1 3
<1 6
APR
<2 2
<3 5
2 3
2 6
MAY 3
4 10 14
<2 3
<2 to JUN 4
11
<2
<1 2
5
<2 6
JUL 3
4 20 29
<2 8
2 5
AUG 2
3 30 46 2
5 2
5 SEP 5
9 5
9
<2 13 2
5 E
OCT 3
6 5
to 2
11 NOV
<2 6
2 6
66 13 eny DEC 2
5 24
.10 3
7
1991 E
E 1994 g
A MONTH ALPHA gg,TA &QMA gE& &LP,j!&
ggJT,& ggj!&
JQ& ALPHA ggs ALPHA g
JAN
<3 73
'3 19 7
17
<4 9
FEB
<3 72 8
18
~5 13 5
16 MAR
<1 3 74
<3 11
<4
.9 9
APR 5
34 9
14
<2 10 26 3
JS MAY 5
17
<3 15
<4 7
<4 7
JUN
' <2 12 5
12
<4 9
<3 to JUL
<3 15 21 30
<3 11
<4 6
AUG 5
12 5
20
<4 9
13 6
-N SEP
<3 17 12 27 55 11 5
12 OCT
<2 15
_7 14 3
5 W
<3
<1
<1 21
<5 10 i
w DEC 5
18 4
13
<4 11 t
New segling site l
(1) for location, see Figure 13-2.
1
EC 7AaLE 13-13 nnE$
sunt AL GROUND WLL MONI10 RING - RADt0 ACTIVITY'"
2 (PIC00LNtIES PER LITER)
?E yw BURIAL GROUND W LL #3 0s Ig_Ag 1990 1991 E
E 1994 1995 A
- h MONTH ALPHA BETA ALPMA BETA ALPHA gE& MPjjg gGg ALPMA ggJTA gP!!g gQA,A JAN 4
20
<3 5
2 5
8 15 FEs
<3 5
<3 7
2 6
2 5
MAR 2
5
<3 5
<1 5
<1 4
APR
<2 5
<2 8
<2 5
3 6
MAY 2
73 5
15
<1 5
<2 5
JL4 2
8 6
<1 4
14
<1 9
JUL
<3 8
33 50
<5 15
<1 6
AUG 1
7 22 41 5
33 2
2 SEP 3
9 9
20 7
4 4
7 f
OCT
<2 6
1 6
2 9
1 Nov
<3 6
7
~18
<13 28 DEC 2
6 7
8
<2 7
i O
CURI AL GR(MN) WLL #4 ILAR M
1991 M
L99 1994 1995 MONTH SP! A_
gQ( ALPMA gEA SP!!&
BE6 g2!!&
RgJA ALPMA gQ( gPj!&
gQ&
M JAN
<3 519 5
1705 6
843 FEB
<3 681 1
2033 7
1023 MAR
<3 695
<2 1811 6
1084' APR 2
1102
<2 -
2173
<2
- 571 k
MY 3
1180 9
1369
<2 492 2E-JUN
<3 1817 2
1871
<2 658 l
' $ $~
JUL
<11 1650
<2 1749
<2 346 AUa
<3 iS5i 4
su 5
w-SEP
<2 733 44 2068-7 735 w to
- g OCT
<2 805 6
1229 05 0 WOV 9
1123 5
2054 to 1093 DEC
<2 1427 4
1714
<2 2360 New sempting site (1)
For location, see Figure 13-2.
i
A EC R-2 fe =s TA8LE 13-14 2
SEWGE OUTFALL MONITORING - RAD 104CTiYtTY'"
o2 i
- o (PIC0 CURIES PER LITER) om a3 ILA3 1985 1986 1987 I?gg 1989 j929 1?91 J292 E
2 A
MONTH M
- ggTA, M
gil( M giTA g g((( M
((I& M
((TA M ggTA M
ELTA M g]&
TA JAN 244 148 155 183 24 21 133 94 84 40 216 85 73 48 66 30 22 SS FE8 39 84 134 131 127 163 69 118 133 100 111 86 192 81 54 35 19 28 MAR 54 143 32 28 207 80 43 35 68 67 49 22 156 39 58 41 10 45.
APR 82 80 129 59 28 39 91 95 110 69 24 30 63 22 76 18 42 MAY 77 67 135 168 43 56 39 47 61 37 47 44 82 40 34 4
to 39 JUN 213 266 79 75 61 30 24 52 56 121 131 42 38 17 39 JUL 97 103 17 36 17 75 55 40 13 30 52 32 76 24 106 32 17 44 AUG 97 112 M
182 109 93 33 31 6
18 53 4
141 52 96 41 19 2B SEF 189 90 50 401 43 36 71 25 29 41 105 43 40 30 55 39 83 51 g
OCT 219 16 117 87 62 171 106 23 29 31 28 49 14 25 42 1
Nov 174 184 19 52 36 27 26 70 21 28 200 77 39 37 57 63 DEC 405 177 4
42 76 150 31 87 281 209 38 35 54 33 32 56 o"
I o
These sa gtes lost in shipping I
I (1)
For location, see Figure 13 2.
J t.. s.r bh.
1 W
i
. m...
1 EC
% ?o taste 13 15
- 3 r+ m a
SOIL MONITORING - RADIDACTIVITY"'
2?h (PIC00AIES PER GRAM)
N??
r w2 YEAR 1985 1986 1987 1983 1989 J220 1991 3
g 4
m4 W
ALPHA gM M g[T& &Q!!&
ETA &Lj!&
g[lg &g!!&
g@ Ag!!&
ETA &Q!!&
g[Ta M g[TA M g
T Station 12 1st etr 8.6 27
<5 17 11 40 12 28 8.3 35 14 33 13 36 17 32 11 32 2nd otr 9.7 25
<T 28 19 29 12 36 11 36 11 M
13 35 7.3 32 14 38 3rd etr
<4 21 14 38 11 28 6.7 17 10 25 16 38 28 68 14 38 12 36 1
4th etr
<6 29 18 34 25 51 16 41 9.8 36 11 38 8.4 42 13 40 l
Station 13 l
1st etr 5.6 55
<5 30 5
36 18 36 11 37 7.9 32 13 24 25 38 6.8 35
- x3 2nd etr 8.1 22 to 27 25 32 6.6 33 6.4 35 11 34 16 38 7.8 27 11 37 en<
3rd otr
<4 33
<7 31 15 30 7.4 19 7
23 13 5.7 12 93 8.8 42 15 35 m
4th etr
<6 32 13 35 12 30 8.2 39 14 40 48 4
14 40 to 40 o
m Station 14 o
Ist etr 15 35 11 27 16 20 16 40 15 4
14 43 15 40 15 36 14 41 2nd etr 62 47 20 53 20 30
'17 43 19 48 10 43 18 91 14 40 to 41' 3rd etr 13 31 8.2 35 12 43 8.2 25 6
27 19 46 7.7 47 18 45 13 39 4th etr
<6 30 19 48 22 44 16 44 15 45 8.4 5
21 47 14 46 Station 15 1st etr 9.2 38 9.4 35 17 38 4
50 12 52 13 33 13 37 16 4 36 gK 2nd otr 19 35 14 31 15 41 11 40 16 18 47 14 39 8.9 45 12 48 mm 3rd etr 7.6 31 19 33 12 43 24.4
' 34 11 29 34 150 8.4 48 13 41 1 15 45 4th etr 11 36 33 55 18 44 m
47 19 45 13 6
13 49 17 43 UU i
g (1)
For tocation, see Figure 13-3.
4 4
m m
m m
.______.______.__i__=-r,.
m
. m.
m.
_T_ASLE 13-16 pt~ m 84 3 YEGETATION MONITORlWG - RADIDACTIVITY "
m Z
(PIC00VRIES PER GRAM)
Oo YEAR 1985 1984 1987 123!
1989 1222 1221 1222 1221 y
ALPHA gQ{ ALPHA gila gjPM4 ggd M RE& egjMa 31TA 82H8 1E4 ALPHA REA Aju_M3 gf1A ALPHA B
P
$Y Statim 12 w
1st otr 0.4 17 1
18 1.1 16 0.8 13
<0.2 4
1.2 13 0.3 13 0.3 8
0.3 0.3 2nd otr
<0.2 3
<0.6 16
<0.2 11
<0.3 13
<0.2 12 1.1 15 0.4 9
<0.3 19 0.3 13 3rd et-0.6 7
0.5 11
<0.2 6
1 13 0.5 30 0.9 to to 98 0.4 8
0.2 11 4th etr 1.6 2
0.6 8
<0.6 17 0.8 12 0.2 16
<4 19 3.9 128 0.2 8
Station 13 1st otr 0.5 17
<0.2 12 1.1 14 2.4 13 0.4 16 1.2 13 0.4 11 0.5 8
1.7 1
2nd otr
<0.2 17 0.4 13
<0.4 12
<0.2 12 0.5 15 0.5 18 0.2 to 0.2 17
<0.01 to 3rd otr 0.4 5
<0.6 14
<0.4 17
<0.4 15 1.4 35 0.4 11 21 390 0.2 9
0.2 15
- o 4th otr 0.7 12 0.4 7
<0.5 10 0.4 9
0.4 11 7.3 16 3.3 99 0.3 12 m
Station 14 c) 1st otr 0.4 12 0.4 13 0.9 11 6.7 22 0.6 11 1.3 10
<0.03 14 0.4 7
0.3 0.3 3
2rd otr 0.8 to 1.5 55
<0.3 11
<0.1 12
<0.2 13 0.4 15 0.6 25
<0.1 13
<0.01 12 a
3rd otr 0.9 16 0.5 10
<0.2 11
<0.3 to 0.3 31 0.2 77 14 170 0.9 15 0.6 12 4th otr 11 18 0.8 12
<0.6 18 0.6 13
<0.4 14
<4 13 18.3 118 0.4 11 Stetten 15 1st otr 0.2 11
<0.2 9
- 0. 4 14 9
23
<0.2 16 2.7 15 0.9 15 0.6 12 0.5 0.4 2rd otr 0.4 to
<0.4 24
<0.2 11
<0.2 12
<0.2 14 0.8 15 1.1 33
<0.2 18 0.2 12 3rd otr 0.5 9
0.8 13 0.7 13 0.6 11 1.6 31 0.3 15 14 130 0.2 10
<0.1 to EE 4th Qtr 3.1 13 2
16 0.5 11 0.3 14 0.7 0.4 5.2 15 9.8 245 0.5 12
'a. GT l
M (1)
For location, see Figure 13-3.
55seW i
1
~
4 e
ec On W tD TABLE 13-17 g.
STACK MONITORING - FLUORIDE
- OXtDE PLANT DRY SCRUB 8ERS
.o 2 o
w (TMOUSAuD PouMDS RELEASED) om e x
- O YEAR 1962 1963 1964 1965 1966 1987 1968 1969 1990 1991 1992 1993 M2 44 MONTN JAN 1.9 1.3 0.9 0.5 1.0 0.1 2.6 2.6 1.6 0.4 2.5 2.0 FEB 2.1 1.2 0.4 0.7 1.8 0.6 1.4 1.4
.8 1.2 1.0 4.2 MAR 1.6 0.7 0.1 1.0 1.4 1.4 2.1 2.1 6.4 0.0 3.2 2.9 APR 1.1 0.7 0.5 1.6 2.6 2.1 2.1 2.1 2.8 0.0 2.1 2.8 MAY 1.2 0.5 0.6 1.1 1.3 1.2 2.7 2.7 4.3 0.3 2.4 5.4 1.8 3.0 3.0 0.3 1.0 1.4 5.1 JUN 0.7 0.8 1.1 1.5 JUL 1.2 0.1 0.1 0.1 1.5 2.4 2.4 0.8 0.6 4.4 0.3 4.9 4.9 1.8 1.0 5.2 6.6 AUG 1.4 0.7 0.8 1.8 1.1 30 SEP 0.8 1.0 0.2 1.0 1.8 1.2 3.4 3.4 0.3 3.6 3.0 3.7 OCT 1.4 1.0 1.5 1.2 1.3 3.3 3.2 3.2 2.0 2.8 7.6 m
-NOV 1.0 1.0 1.9 0.9 0.3 2.5 2.5 2.5 0.4 1.6 3.7 O
__DEC 1.3 0.8 0.4 0.0 0.5 4.6 0.7 0./
0.5 1.7 4.8 15.7 9.8 8.5 11.4 14.6 10.0 31.0 22.0 31.0 14.2 41.3 33.0 TOTAL 4
o Not in use this month (1)
For location, see Figure 13-3.
I U C3 mm 10 M G. S.
MN (M N 8 N ro w OONw td t
i 1
m
,.._m..._m__.m__.~_____mm-.___._..m._.m..
O r-
{
onnh$
TABLE 13 18 e en 5tTE DAM OVERFLOW MONITORING - FLUORIDE'"
- z:
O 2" (MILLirJtAM PER LITER)
N o tn bk YEAR 1985 1986 1987 1968 1989 1990 1901 1992 1993 mg nostTH W
i JAN
<1
<1 0.1
<1
<1
<1
<1 2.5 2.0 s
FEB
<1
<1 0.6
<1
<1
<1
<1 1.0 4.2 MAR
<1-
<1 1.4
<1
<1
<1
<1 3.2 2.9 APR
<1
<1 2.1
<1
<1
<1
<1 2.1 2.8 MAy
<1
<1 1.2
<1
<1
<1
<1 2.4 5.4 JUN
<1
<1 1.8
<1
<1
<1 1.4 5.1 JUL
<1
<1 1.2
<1
<1
<1 4.4 0.3
- n m
AUG
<1 1.0
<1
<1 1
5.2 6.6 SEP
<1 1.2 -
<1
<1
<1 3.6 3.0 3.7 7
ocT 1.9
<1 3.3
<1
<1
<1 2.8-T.6 o
mov
<1
<1 2.5
<1
<1
<1 1.6 3.7 DEC
<1
<1 4.6
<1
<1~
<1 1.7.
4.8 Results lost (1)
For location, see Figure 13-3.
oo ww tQ M S...m.
WM' WN e N-Nw woNeW
...-.-.-.a
-te-w..
...wm--manzs_-__m..,+-._______.h.
-.ammu m.
-a --
wm e=e m--A-L-
.. u.
m.
u..
u a..
m FC FS TABLE 13 19 "5
(D YEGETAT101t MONITORING - FLUORIDE'"
- h (PARTS PER MILLION)
YE Itas 12nz ital m
lini m
m line m
im 1991 im is
$Y 1st eue_rjer U
-station 12 12 14 35 16 6
14 12
<10
<10 23 10 48 station 13 11 9
-23 51 46 55 9.2 11 22 52
<10 28 station 14
<10 12 67 19 41 20 18
<10
.16 21
<10 24 Stetton 15 25 16 47
<10 14 51 33
<10 24 25
<10 21 2nd euerter station 12 13 8
<10
<10 4
<10
<10
<10
<10 8
<10 24 station 13 11 29
<10 to 21
<10
<10 24
<10.
17 13.6 31 station 14 18 15
<10 10 30 31 10
<10
<10 23 12 66 stati m 14 n-tt
-19
<10.
24 38 '
11 23
- 10 23 46 44 m
2 3rd Quarter o
station 12 14 15 10
<10 48
<10
<10
<10
<10 10 6.2 11' station 13
<10 70 16 32 20
<10
<10
<10
<10 21 22 13 '
l Station 14
<10 29 6-29
'16
<10
<10
<10
<10 25 14 16 l
station 15 12.
31 7
<10 23
<10 12-11 12 20
.14 17 4th euerter stetten 12 14 54 13 22 5
<10 2.4 22 10 15 8.4 station 13 14 39 43 11 17 14 4.6 14 96 37 17 Station 14 12 480=
'74 22 7
<10 3
16
<10 32 9.6 2E stetten 15 5
72 50 50 -
33
<10 3.4 20
. <10 28 37
\\
e r+
I
--M (1)
For location, see Figure 13-3.
$5 M
s$
N Plant Site
=
Boundary 30
\\
SO[
.\\
\\
c.P Small Creek
[' O Fenced
- 20._m' m
Area 1
\\
+g','
f' Union Pacific Railroad i
4,-
(
o C
Hematite Plant Site 7mmaz;rz:dfwe p?5fE~N
/q Joachim Creek 1b0 200 300 Hematite N
Meters i
N Sample Table
$/
No.
No.
Description w ff
\\g/
1 13-1 Stack Monitor
- er 2
13-2 Environmental-Offsite Southeasi 3
13-2 Environmental-Offsite East O
4 13-2 Environmental-Offsite West Location of Monitoring Sites Figure 13-1 Locations of Air Monitoring Sites License No. SNM-33 Revision 0 Date: 12/10/93 Docket 70-36 Page: 13-23
Plant Site Boundary N
10, 1
C o
. 14 Small Creek e
L*e"a'*" w
.61;'*4 C - -
15 g,.
Union Pa' 'fic Railroad 11 O
8 6 l/lt 7
'C OS.5 Hematite Plant Site
,,,-4, m m 6 ]@ A '
3 e
Joachim Creek Hematite b
ibo 200 300 Meters 1 g Location of Monitoring Sites Sample Table Sample Table No.
No.
Description No.
No.
Description 1
13-6 Hematite Well 9
13-7 Retention Pond Well-North 2
13-4 Joachim Creek - Upstream 10 13-11 South Vault Well 3
13-6 Joachim Creek-Confluence 11 13-13 Burial Ground Well #4 4
13-5 Joachim Creek - Downstream 12 13-12 Burial Ground Well #1 5
13-14 Sewage Outfall 13 13-13 Burial Ground Well #3 6
13-3 Site Dam Overflow 14 13-12 Burial Ground Well #2 7
13-9 Retention Pond Well-Southwest 15 13-10 Site Well 8
13-8 Retention Pond Well-Southeast Figure 13-2 Locations of Water Monitoring Sites License No. SNM-33 Revision 0 Date: 12/10/93 Docket 70-36 Page: 13-24
~
Plant Site Boundary y
5 0
- 8 Small Creek Fenced g 4,,
6 Area e'.
~_
Union Pd 'fic Railroad O
2 3
1 3._
i Hematite Plant Site 3
A Joachim Creek Hematite d
1b0 200 300 Meters O
l Location of Monitoring Sites 1
Sample Table Sample Table No.
No.
Description No.
No.
Description 1
13-15 Soil Station #14 4
13-15 Soil Station #15 13-16 Vegetation Station #14 13-16 Vegetation Station #15 13-19 Fluoride Station #14 13-19 Fluoride Station #15 2
13-18 Site Dam Overflow - Flouride 5
13-15 Soil Station # 13 3
13-15 Soil Station #12 13-16 Vegetation Station #13 13-16 Vegetation Station #12 13-19 Fluoride Station #13 I
13-19 Fluoride Station #12 6
13-17 Fluoride - Stack Figure 13-3 Locations of SoilNegetation/ Fluoride Monitoring Sites License No. STIM-33 nevision 0 Date: 12/10/93
)
Docket 70-36 Page: 13-25
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