WESTERN PROCESSING
ALTERNATIVES ASSESSMENT STUDY
1983 DATA
ENVIRONMENTAL PROTECTIIN AGENCY
REGION 10
1200 SIXTH AVENUE
SEATTLE, WA 98101
APRIL 1984
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CONTENTS
Introduction v
1 Monitoring Well Construction and Sampling 1
Sampling 1
Monitoring Well Construction 10
Sampling Results 13
2 Surface Soil and Sediment Sampling 25
Sample Documentation 25
Surface Soil Sampling 25
Sediment Sampling 27
Sampling Results 27
Appendix A. Pumping Test Reports for Well Nos. 31
Through 4 4
Appendix B. Inorganic and Organic Analyses of Soil
Samples
TABLE
1 Detailed Geologic Logs of Monitoring Wells
Numbers 35 through 44 4-8
2. Water Level Data 9
3 Conductivity and pH Profiles for Wells
Numbers 35 through 44 24
4 Surface Soil Stations and Analysis 25
5 Sediment Stations and Analyses 29
FIGURES
1 Locations of Offsite Monitoring Wells at
Western Processing Site 2
2 Groundwater Monitoring Well Design Details 11
3 Sample Well Field Construction Detail 12
4-13 Well Numbers 35 through 44
Western Processing, Kent, Washington 14-23
26
14 Surface Soil Sampling Locations
15 Sediment Sampling Locations
Western Processing Site, Kent, Washington 2g
iii
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INTRODUCTION
This report presents the data generated during the Western
Processing Offsite Remedial Investigation. The major field
activities conducted during the Remedial Investigation in-
cluded monitoring well construction sampling and analysis to
evaluate the groundwater contaminant migration pathway;
sediment sampling and analysis to evaluate the surface water
runoff pathway; and surface soil sampling and analysis to
evaluate the airborne pathway.
Locations of the monitoring wells and surface soil samples
were restricted to areas with secured site access permis-
sions.
V
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MONITORING WELL CONSTRUCTION AND SAMPLING
Ten groundwater monitoring wells were constructed by Hokkaido
Drilling and Developing Corporation, of Graham, Washington,
under the field observation of CH2M HILL hydrogeologists. A
Koehring Speedstar cable-tool rig was used for all drilling.
The wells were constructed offsite at the locations shown in
Figure 1. Mobilization for the drilling began on August 24,
1983, and all wells were completed by September 23, 1983
(excluding development and pump installation). The time
schedule for the construction of the wells was as follows:
1983
Well No.* Mobilization Completion
35 August 17 August 20
36 August 22 August 23
37 August 24 August 25
38 August 26 August 29
39 August 30 September 1
40 September 1 September 2
41 September 6 September 8
42 September 12 September 14
43 September 14 September 16
44 September 22 September 23
*Note: Wells No. 1 through 34 were previously
installed on- and offsite by EPA.
All well construction and sampling activities were performed
using Level D protection and ambient air monitoring with an
HNU photoionizer.
SAMPLING
Two types of samples were collected during monitoring well
construction:
o Groundwater Samples for Field Analysis. Ground-
water samples were collected at 10-foot intervals
from water that was bailed from the well durina
drilling. The water was collected in glass iars
for pH and electrical conductivity screening, and
in 40-ml volatile organic analysis vials.
o Bore-Hole Samples for Chemical Analysis: Sub-
surface bore-hole son samples were collected at
10-foot intervals. -Two 8-ounce glass jars were
filled for each sampling depth. The samples were
tested for selected organic and inorganic
constituents. i<*m-<~
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A- i A » i C-i* _i_
* a, « *» ; i
.' > a .» j • ,
-N-
500
SCALE
S. 196TH
|: LEGEND:
|; A WELL INSTALLED BY E£E .
Q WELL INSTALLED BY CH2M HILL "
RGURE1
LOCATIONS OF OFFSITE
MONITORING WELLS
WESTERN PROCESSING SITE
KZNT, WASHINGTON
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All bore-hole samples were obtained with a 1-1/2-inch (I.D.)
split-spoon sampler. Samples were taken at 5-foot intervals
for the entire depth of each hole. The soil samples and the
drill cuttings'-bailed from the hole were inspected and logged
by the CH2M HILL hydrogeologist. The resulting detailed
geologic logs are provided in Table 1. Water level data for
the wells are presented in Table 2. Pumping tests were con-
ducted on all monitoring wells. Data from the pumping tests
is shown in Appendix A. Each split-spoon sample was cut in
half longitudinally with a stainless steel knife. A photo-
graph was taken of each sample with well number and sampling
depth information shown on a chalkboard next to the sample.
The split-spoon sampler and knife were decontaminated between
samplings. The decontamination procedure was as follows:
o Water rinse
o Soap wash (trisodium phosphate and detergent)
o Clean water rinse
o Methanol rinse
o Distilled water rinse
All sample containers were labeled soon after they were
filled with soil or water at the drilling site. This ini-
tial labeling showed the date, time-of sampling, sampler's
initials, and sample number. The sample number consisted of
four components to identify the project, sample type, sample
location, and depth. All samples collected at the drilling
site were also documented in the field notebook. The sam-
ples were then transported to a field facility for processing
and shipment. The samples were labeled and documented using
EPA contract laboratories' procedures and forms. Chain-of-
custody documentation was maintained throughout the sampling
program.
The OVA testing results of the groundwater samples were used
to select the soil samples that were sent to EPA contract
laboratories for organic and inorganic analysis. Generally,
five samples from each bore hole were selected for inorganic
analysis (i.e., for six "indicator" metals—chromium, nickel,
zinc, arsenic, cadmium, and lead); three samples were se-
lected for priority organic pollutants; and two samples were
selected for volatile organics. Typically, the three samples
for priority organic analysis were selected at or near the
maximum contaminant concentration as identified by field OVA
testing. The two samples for volatile organic analysis were
taken from above and below the priority organic samples
Approximately 30 soil samples were sent to the CH2M HILL
Soils Laboratory in Portland, Oregon, for determination of
permeability and grain-size distribution. These
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Table 1
DETAILED GEOLOGIC LOGS OF
MONITORING WELLS
NO. 35
DEPTH (FEET) FORMATION
0*2
2-8
a-40
40-42
42-65
65-72
72-78
78-92
92-112
112-125
125-126
126-140
140
SROWN CLAYEY TOPSOIU
BROWN SILTY SAND
GRAY SILTY SAND WITH SOME CLAY
GRAY SILTY CLAY WITH SOME SROWN MOTTLING
DARK GRAY FINE TO MEDIUM SAND WITH SILT AND SOME WOOD FRAGMENTS
AS ABOVE. WITH GENERALLY COARSER SAND
AS ABOVE. WITH SOME PEA GRAVEL AND MORE SILT
DARK GRAY SILTY SAND
GRAY SANDY SILT WITH SOME CLAY; LESS SAND WITH DEPTH
GRAY FINE TO MEDIUM SAND WITH SOME WHITE GRAINS AND SOME SILT
DARK GRAY CLAYEY SILT WITH SAND
DARK GRAY SANDY SILT WITH SOME THIN LAYERS OF SAND
BOTTOM OF HOLE
NO. 36
DEPTH (FEET) FORMATION
0-10
10-16
16-20
20-25
25-33
38-45
45-60
60-75
75-80
80-90
90-95
95-100
100
SAND AND GRAVEL FILL MATERIAL
GRAY-BROWN SILTY SAND WITH SOME GRAVEL
DARK SLUE FINE TO MEDIUM SAND WITH SOME SILT
GREEN-SLUE SILTY SANDY CLAY
AS ABOVE. WITH WOOD CHIPS AND THIN (1-2") PEATY LAYERS
SLACK FINE TO MEDIUM SAND WITH SOME RED GRAINS
AS ABOVE. BUT MORE FINE SAND AND SILT; SOME LAYERING OF COARSER
AND FINER SANDS
BLACK MEDIUM SAND WITH SOME RED GRAINS AND VERY FEW FINES
AS ABOVE. BUT SAND IS FINER WITH SOME SILT
SLACK FINE TO MEDIUM SAND WITH.SOME RED AND WHITE SAND GRAINS
AS ABOVE, WITH A TRACE OF SILT
SLACK FINE TO MEDIUM SAND WITH SOME RED AND WHITE GRAINS AND 1-2"
LAYERS OF CLAYEY SILT AND SAND
8OTTOM OF HOLE
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NO. 37
DEPTH (FEET) FORMATION
0-5
5-10
10-20
20-25
25-30
30-35
35-40
40-45
45-55
55-60
60-70
70-75
75-80
30-65
35-100
100
BROWN SANDY SILTY CLAY
BROWN SANDY CLAYEY SILT
BROWN SILTY SANDY CLAY WITH 1-r LAYERS OF PEAT/WOOD CHIPS: 12"
PEAT LAYER AT 16'
BLACK FINE TO MEDIUM SAND WITH SOME RED AND WHITE GRAINS
AS ABOVE. WITH A TRACE OF SILT
BROWN CLAYEY SILT WITH SOME SAND
BLACK FINE TO MEDIUM SAND WITH 1-2" LAYERS OF SANDY SILT
BLACK MEDIUM SAND WITH SOME RED AND WHITE GRAINS
AS ABOVE. WITH GENERALLY COARSER SAND: SOME GRAVEL AT 58'
AS ABOVE WITH SOME 1-2" LAYERS OF SILTY SAND
BLACK MEDIUM SAND WITH SOME RED AND WHITE GRAINS
AS ABOVE. BUT SAND IS FINER WITH A TRACE OF SILT
MEDIUM BLACK SAND
AS ABOVE. WITH 1-2" LAYERS OF SANDY SILT AND SOME PEAT/WOOD CHIPS
BLACK SILTY FINE SAND; SOME 1-2" LAYERS OF CLAYEY SILTY SAND FROM
90-95'
BOTTOM OF HOLE
NO. 38
DEPTH (FEET) FORMATION
0-5
5-20
20-25
25-30
30-40
40-45
45-55
55-60
60-70
70-75
"5-60
30-65
85-90
90-95
35-100
100-120
120
BROWN SILT. SAND. AND GRAVEL
BROWN SANDY SILT
AS ABOVE, WITH PEAT/WOOD CHIPS
GRAY SILTY FINE SAND WITH WOOD FIBERS
BLACK FINE TO MEDIUM SAND WITH SOME RED AND WHITE GRAINS
GRAY SANDY SILT WITH SOME PEAT
BLACK FINE TO MEDIUM SAND WITH SOME RED AND WHITE GRAINS FINER
SAND BELOW 50'
1-2" LAYERS OF CLAYEY SANDY SILT. SILTY SANDY CLAY AND BLACK SILTY
FINE SAND
BLACK FINE TO MEDIUM SAND WITH A TRACE OF SILT
AS ABOVE. WITH MORE SILT
AS ABOVE, BUT GRADING BACK AND FORTH TO SANDY SILT AND SILTY SAND
BLACK SILTY FINE SAND WITH 1-2" LAYERS OF SANDY CLAYEY SILT
BLACK SANDY SILT WITH PEAT. LAYERED WITH FINER/COARSER SAND
BLACK FINE TO MEDIUM SAND WITH SOME RED AND WHITE GRAINS. AND PEAT
BLACK CLAYEY SANDY SILT WITH THIN LAYERS OF PEAT/WOOD CHIPS
BLACK SILTY SANDY CLAY WITH 1-2" LAYERS OF PEAT; INCREASINGLY SANDIER
1 10
BOTTOM OF HOLE
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NO. 39
DEPTH (FEET) FORMATION
0-9
9-23
23-26
26-38
38-63
83-72
72-75
75-90
90-96
96
BROWN MEDIUM SAND WITH FEW FINES. BUT SILTIER WITH DEPTH
SLUE-GRAY MEDIUM SAND WITH 1- LAYERS OF GRAY SILT
AS ABOVE. WITH SOME LAYERS (6-12") OF GRAY SILT/CLAY WITH BROWN PEATY
MATERIAL
GRAY-GREEN SILT/CLAY WITH THIN LAYERS OF BROWN PEAT/WOOD CHIPS
AND SAND
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS AND MINOR
LAYERS OF GRAY SILT; TRACE OF PEA GRAVEL AT 52-53'
AS ABOVE. WITH SOME '.V LAYERS OF GRAY CLAY AND PIECES OF WOOD
GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS AND A TRACE OF
PEA GRAVEL; MORE PERMEABLE THAN THE REST OF THE FORMATION
GRAY RNE TO MEDIUM SAND WITH SOME RED AND WHITE GRAINS. AND
SOME SILT; ALSO SOME LAYERS OF GRAY SILTY CLAY
AS ABOVE. WITH LESS SILT AND LESS SILTY CLAY LAYERS
BOTTOM OF HOLE
NO. 40
DEPTH (FEET) FORMATION
0-1
1-6
6-13
13-20
20-25
25-32
32-45
45-90
90-100
100
FILL MATERIAL (SAND. GRAVEL. AND COBBLES)
GRAY SILTY CLAY WITH SOME BROWN MOTTLING
DARK GRAY MEDIUM SAND
AS ABOVE, WITH SILT AND WOOD FRAGMENTS. AND A TRACE OF GRAVEL
AS ABOVE. BUT NO WOOD FRAGMENTS
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS
GRAY SILTY CLAY WITH SOME WOOD FRAGMENTS; LAYER OF DARK GRAY
MEDIUM SAND AT 4V
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS. TRACE OF
COARSE SAND/PEA GRAVEL IN PLACES; ALSO MORE SILT AT SOME DEPTHS
BLACK RNE TO MEDIUM SAND WITH GRAY SILT; SOME LAYERS (UP TO 5"} OF
GRAY SILT
BOTTOM OF HOLE
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NO. 41
DEPTH (FEET) FORMATION
0-3
5-15
15-20
20-24
24-29
29-35
35-40
40-70
70-75
73-85
85-90
90-97
97-105
105-135
135
TOPSOIL—SHOWN SILTY SANO WITH SOME CLAY
TAN SILTY CLAY WITH ORANGE-SHOWN MOTTLING; SILT1EH WITH DEPTH
DARK GRAY SANO WITH LAYERS OF GRAY CLAYEY SILT
GRAY CLAYEY SILT WITH LAYERS OF SHOWN PEAT
DARK GRAY MEDIUM SANO WITH RED AND WHITE GRAINS
GRAY SILT AND FINE SAND WITH SOME CLAY
LAMINATED GRAY SILTY CLAY
DARK GRAY MEDIUM SANO WITH THIN LAYERS OF GRAY SILT; SILT LAYERS
ARi THICKER WITH DEPTH; TRACE OF GRAVEL AT 70'
GRAY SILT AND FINE SANO WITH SOME COARSER SANO. CLAY. AND PEAT
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS. AND WITH
THIN LAYERS OF GRAY SILT/CLAY: ALSO SOME PEAT
GRAY SILTY FINE SAND WITH SOME PEAT AND A LITTLE CLAY
DARK GRAY MEDIUM SANO WITH SOME RED AND WHITE GRAINS AND SOME
SILT
AS ABOVE. WITH SILTIER ZONES AND SOME WOOD FRAGMENTS
GRAY SILT AND FINE SANO WITH SOME CLAY AND COARSER SAND: LAYERED
WITH LIGHT GRAY CLAY/SILT STRATA
BOTTOM OF HOLE
NO. 42
DEPTH (FEET) FORMATION
0-2
2-20
20-45
45-70
70-75
75-85
35-100
100
FILL MATERIAL FOR ROAD
GRAY SANDY SILT/CLAY WITH SOME SHOWN MOTTLING
S1LTY MEDIUM SAND:
DARK GRAY MEDIUM SANO WITH SOME RED AND WHITE GRAINS AND A
TRACE OF COARSER SANO/PEA GRAVEL
CLAYEY Sll° MflOSTlLlYlRLsrY3"ANO ALTERNATING WITH ^EHS OF GRAY
flAVEL ATUa5'SANO: SAN° 'S COARSER WITH D6PTH- AN°
GRAY SILTY MEDIUM SANO WITH THIN ( 1") LAYERS OF GRAY SILTY CLAY
BOTTOM OF HOLE
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NO. 43
DEPTH (FEET) FORMATION
0-12
12-U
14-20
20-21
21-28
28-44
44-35
55-63
63-68
68-78
78-100
100
SHOWN SILT/CLAY WITH SAND AND GRAVEL PERHAPS SOME FILL MATERIAL
GRAY SILTY SAND AND GRAVEL
BROWN SANDY SILT WITH PEAT/WOOD FRAGMENTS
GRAY CLAYEY SILT/SAND
DARK GRAY SILTY FINE SAND WITH A LITTLE CLAY, LAYERED WITH LIGHTER
GRAY STRATA
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS AND A
TRACE OF SILT: SOME 2" LAYERS OF GRAY-BROWN CLAY/SILT: 10" LAYER OF
GRAY-BROWN SILTY CLAY AT 4V
AS ABOVE. BUT SAND IS MEDIUM TO COARSE
AS ABOVE. BUT SAND IS MEDIUM-GRAINED
DARK GRAY SILTY MEDIUM SAND
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS: LAYER OF
GRAY SILTY CLAY AT 7V
AS ABOVE. WITH MANY 2" STRATA OF LIGHT GRAY SILTY SAND; SOME
WOOD FRAGMENTS AT 98'
BOTTOM OF HOLE
NO. 44
DEPTH (FEET) FORMATION
0-4
4-10
10-25
25-30
30-38
38-45
45-61
61-79
79-90
90-100
100
BROWN SILTY SAND
SHOWN MEDIUM SAND
GRAY CLAYEY SILT WITH FINE SAND AND LAYERS OF GRAY SILTY FINE TO
MEDIUM SAND
GRAY SILTY FINE TO MEDIUM SAND
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS
GRAY SILT AND FINE TO MEDIUM SAND WITH SOME CLAY
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS AND A
TRACE OF COARSER SAND AND GRAVEL (UP TO 1")
AS ABOVE 3UT WITH MORE SILT: WITH SOME THIN LAYERS OF GRAY CLAYEY
SILT AND PEATY MATERIAL
DARK GRAY MEDIUM SAND WITH SOME RED AND WHITE GRAINS AND A
TRACE OF COARSER SAND/PEA GRAVEL, THIN LAYERS (LESS THAN 1") OF
GRAY CLAY/SILT AT 35'
GRAY CLAYEY SILT LAYERED WITH GRAY SILT/SAND
BOTTOM OF HOLE
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Table 2
WATER LEVEL DATA
Well No.
SO fe«t
135 feet
101 feat
23 feet
33 feat
SO feet
37 fast
129 faet
65 feet
34 feet
35 feet
45 feet
30 faet
30 feet
35 feet
60 feet
25 feet
25 feet
1A
IB
2
3
4
S
6
7
8
9
10
11A
11B
12
13
14
15
16
17A
17B
13
19
20
21
22A
22B
23
24
2SA
25B
26
27
28
29
30
31S
31D
32A
32B
33S
33D
34S
34D
35
36
37
33
39
40
41
42
43
4.4
Reference
Elevation*
23.10
23.59
23.81
24.44
22.38
2S.13
24.44
24.63
24.04
21.43
22.67
24.33
24.72
Destroyed
17.81
23.05
Destroyed
Destroyed
24.06
23.37
22.47
17.27
24.12
25.14
Destroyed
Destroyed
23.53
26.41
22.53
22.57
Destroyed
22.71
20.09
13.13
23.82
25.62
22.62
21.32
23.95
25.73
22.38
22.35
25.36
24.33
23.76
23.16
24.97
24.94
24.48
22.24
23.51
25.55
Depth
Date to Static
Measured Hater
Elevation
of Static
Water
10/27
10/27
10/2.7
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/27
10/24
10/24
10/26
10/26
10/26
10/26
10/26
10/26
10/24
10/25
10/25
10/24
10/24
10/24
10/26
10/24
10/26
10.51
11.12
10.67
6.06
10.43
10.67
11.07
10.38
9.42
10.77
12.15
3.50
3.20
11.10
6.63
9.99
12.34
8.15
13.15
3.96
3.37
12.43
11.79
ff.47
10.02
10.24
9.95
9.49
11.59
11.26
9.31
10.37
11.34
11.55
11.08
8.97
10.15
10.35
12.59
12.47
13.14
13.38
11.95
14.46
13.37
13.75
13.25
14.06
12.57
14.55
15.86
12.77
15.84
14.13
12.30
15.38
13.26
13.57
13.70
11.39
13.83
14.15
13.93
15.54
12.43
13.36
13.77
13.12
13.95
12.29
13.63
13.39
13.40
13.27
13.36
15.20
•Reference elevations in feet above MSL taJcan at:
- Top of well casing for Wells 1A through 30,
313, 323, 33S, and 34S.
- Top of discharge pipe coupling for Wells 3ID,
32A, 330, 34D, and 35 through 44.
- Top of "staal surface" for Well 13.
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MONITORING WELL CONSTRUCTION
Monitoring well design details are shown in Figures 2 and 3.
Standard cable-tool drilling methods were used to drill the
bore holes. All water and drill cuttings were placed in 55-
gallon drums. The holes were temporarily cased during drill-
ing with 8-inch-diameter steel casing. The casing was
advanced during drilling so that little or no open hole ex-
tended below the casing, thus providing more representative
groundwater and soil samples. The completed depths of the
bore holes ranged from 96 to 140 feet. The bore holes were
drilled to penetrate the zone of groundwater contamination,
if present, based on the field OVA results. The field OVA
results were also used to determine the well screen place-
ment depth. The screens were placed opposite zones with the
highest OVA readings or near the bottom of the bore hole.
Most of the bore holes required some backfilling prior to
installing the well screen and casing. Backfill consists of
alternating layers of gravel (about 8 feet thick) and
bentonite (about 2 feet thick). The well screen and casing
are Schedule 40 4-inch PVC casing with flush threaded joints
(no glue was used for joining the PVC). The screens have
20 feet of 0.020-inch machine-cut slots. Centering guides
at the top and bottom of each screen ensure that the gravel
pack surrounds the entire slotted section evenly. The gravel
pack extends 4 to 5 feet above the top of each screen.
After the gravel pack was installed, the annular space be-
tween the PVC casing and the temporary steel'casing was
filled with a ceraent/bentonite mixture. The mixture was
pumped through a tremie pipe set at the top of the gravel
pack, forcing the grout from the bottom of the annular space
to the surface. The 8-inch steel casing, which had been
withdrawn to the top of the gravel pack prior to grouting,
was then entirely withdrawn. A 5-foot length of 6-inch steel
casing, installed at least 2-1/2 feet into the grout, pro-
tects the PVC well casing. A hinged, locking cap on the top
secures each well (see Figure 3). Well No. 42 was finished
at ground level, with the locking cap inside a concrete
traffic control box.
The wells were developed by blowing compressed air through
an air line that was lowered into the sump (tailpipe) below
the well screen. All development water was collected and
placed in 55-gallon drums. Two to five drums were filled at
each well. The drums containing the drill cuttings and de-
velopment water are currently being stored at Crosby and
Overton Inc., Kent, Washington. The water from the wells
cleared noticeably during development; however, it remained
slightly turbid throughout the procedure at most wells. It
is anticipated that the lower discharge rates of the 4-inch
dedicated,submersible sampling pumps will result in minimal
10
-------
4-INCJ-l f°VC
FIGURE 2
GROUND WATER
MONITORING WELL
WESTERN
KENT,
-------
HANDLE
HIN6
S//OW7V)
CEMENT GROUT/
BENTON/TE
WG.LL.
CAP (0"STEEL F*IF>E
WITH WELDED
&TEEL PLATE:')
WITH
PADLOCK.
HOLC5
IT
'/DM &JELE.L PIPE:
|
llL
FIGURE 3
SAMPLE WELL FIELD
CONSTRUCTION DETAIL
-------
turbidity during sampling. The pumps have now been
installed.
Figures 4 through 13 summarize the construction, geology,
and field OVA results for each of the ten groundwater moni-
toring wells.
SAMPLING RESULTS
Results of the inorganic and organic analyses of soil samples
taken during the monitoring well installation and groundwater
taken from the monitoring wells after installation are shown
in Tables B-l, B-2, B-3, and B-4 in Appendix B. Results of
field conductivity and pH are shown in Table 3.
13
-------
OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
Gf^O —
NO
NO
NO
HO ppb
TKACE
Tf^A,GE
12. —
2O —
3O —
5O —
70 —
10 -
IOO-
«zo-
NO 140
ND = NOT DETECTED
x
x
x
x
x
9 • CJ
a o
» o o
O o o O
O O'
0
°
GEOLOGY
&ROWN CLAY 4-
14
SAA/O
&
SIL.TY
-SILTY CLAY
4-2
GKAY MEOIUM SAA/C?
•72.
S/L.7"
112.
f=JNE-ME:O/UM
OfZ.AY SAA/OV S/L.T
FIGURE 4
WELL NO. 35
WESTERN PROCESSING
KENT, WASHINGTON
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• OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
GKD-
10
NO
2£>—
NO
NO
NO
NO
NO
NO
NO
ND = NOT DETECTED
+0-
70
74-
SO
70 -
GEOLOGY
FILL.
SlLTY SAA/C?
£>LUE
-MEO.
£>U\CK FINE -MEOIUM
WITH
OF
FIGURE 5
WELL NO. 36
WESTERN PROCESSING
KENT, WASHINGTON
15
-------
OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
GEOLOGY
50 —
GO
70-
75-
10 -
•/O
SILTY
WITH
•2.0
CLAYEY S/L.T
S>L.^\OK MEDIUM
£>L^\CK MEO.
OF
WITH
SILT
SILTY FINE
NO = NOT DETECTED
16
FIGURES
WELL NO. 37
WESTERN PROCESSING
KENT, WASHINGTON
-------
OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
GEOLOGY
GRD-
NO
HO
NO
NO
NO
10 —
20 —
40 —
50—
55—
a
o
0 e
0
i
10
so-
NO
NO
NO = NOT DETECTED
X
X
x
x
x
x
x
x
x
x
0
<=> o.o
9 a a O
**°a' *
&ROWN £>ILT,
&&OWN
SILT
f=/ME -
UV/T/V SILT/CU*.Y
17
FIGURE?
WELL NO. 38
WESTERN PROCESSING
KENT, WASHINGTON
-------
OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
GEOLOGY
HO
NO
NO
10
19
50
70 -
ao —
NO
NO
ND = NOT DETECTED
o
t
<9
c
O
O
9
O
<***
* J
°*°°
o • o
a .
9 «
o
O o a
5>LUS -
MSO/UM
StLT/Cl-AY
MEOIUM
18
FIGURES
WELL NO. 39
WESTERN PROCESSING
KENT, WASHINGTON
-------
OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
GEOLOGY
NO
TKA.CE
GRO-
10
IS-
2.0-
2>0 —
SO-
GO
70
30
A/£? IOO-
NO = NOT DETECTED
X
°o
a
p
O
*
O
° o
0 e O
0 »
0 <=>
0 O
*•
SANO
•3-2
BILTY
*-=<
SIL.TY
19
FIGURE 9
WELL NO. 40
WESTERN PROCESSING
KENT, WASHINGTON
-------
OVA RESULTS WELL (
(TOTAL ORGANICS)
0—
TfcAJZ£ 3-O
TFt^CS. SO —
A/£? &0
A/£? 70
^rm
sy
llpph SO —
T&AiCE 30 —
Ct f
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TF*A.C£ no —
l&ppb '2.0 —
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1 -^iSi
3C
X
X
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X
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X
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X
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X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
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^
o
a
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a
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9
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NO = NOT DETECTED
JCTION GEOLOGY
e/^OtVA/ SILTY SA>MC>
.- ffT
TA.N SILTY CLAY
GRAY 5AA/0 LAYER EJD
WITH Gf^AY CLAYEY 'SILT
GKAY SILTY CLAY
&AJZJ< Gf^AY MS&IUM SA.ND
WITH LAYERS OP GP-AY
GILT/CLAY AM& SILTY
FINS. S/\A/£?
7O5
GP+AY SILT AM& F/MS S*N&
FIGURE 10
WELL NO. 41
WESTERN PROCESSING
KENT, WASHINGTON
-------
OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
GKD—
GEOLOGY
NO
NO
NO
NO
NO
NO
NO
IO
2.O-
30—
45—
75-
30-
NO IOO-
NO = NOT DETECTED
x
x
x
X
* 0
' o
o
C7 o ,
.SILT/CLAY
SILTY CU*Y WITH
•2.0
•70
21
FIGURE11
WELL NO. 42
WESTERN PROCESSING
KENT, WASHINGTON
-------
OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
GEOLOGY
GKO-
10-
13-
2.0-
70 —
ao-
X
X
X
X
X
0
0
0 • » 0
o ' 0
« 0 ,*
* 0
» 0
»* 0O
O
0 o°°
-------
OVA RESULTS WELL CONSTRUCTION
(TOTAL ORGANICS)
GEOLOGY
NO
2.0
2>5
5O —
ND = NOT DETECTED
OZ~5
O "__ g(^_
Oa
o
0 o
££ag
•0 ° o
• o
•10
CLAYEY etL.T WITH
•25
SAA/C?
FIGURE 13
WELL NO. 44
WESTERN PROCESSING
KENT, WASHINGTON
J
23
-------
Table 3
CONDUCTIVITY AND pH PROFILES FOR WELLS 35 THROUGH 44
WESTERN PROCESSING, KENT, WASHINGTON
Monitoring Well Number
Depth
(feet)
10
20
30
40
50
60
70
80
90
100
110
120
130
140
Depth
(feet)
10
.20
30
40
50
60
70
80
90
100
110
120
130
140
35
^mm
—
6.40/—
6.61/110
6 . 71/~
6.66/255
7 . 18/~
7.03/—
7.30/~
7.42/—
7.57/—
7.32/1,600
7.72/1,500
7.24/2,000
40
•»«•
6.30/100
6.04/100
6.12/75
6.15/60
6.18/60
6.06/50
6.75/160
6.74/170
6.63/350
—
—
—
""*
[pH (units)
36
6.97/230
6.49/210
6.57/220
6.70/220
6.76/340
6.99/440
7.07/650
7.28/800
7.61/425
7.65/1,500
—
—
—
— ~
41
„
—
6.83/140
6.79/135
7.04/210
7.27/310
7.42/290
7.63/215
7.62/290
7.47/1,100
7.54/900
7.45/925
7.17/2,100
"™
/conductivity
37
«
~
6.77/225
7.01/320
6.88/300
7.14/375
6.93/310
7.33/500
7.62/1,100
7.32/1,650
—
—
—
—
42
^ ^
6.60/200
6.54/200
6.68/220
6.82/210
7.03/200
7.08/360
6.97/300
7.23/360
7.14/900
—
—
—
~—
(pmhos) ]
38*
«•
__
7.48/130
7.04/140
7.12/160
7.34/230
7.39/470
7.47/1,000
7.75/1,300
7.75/1,550
—
7.71/2,150
—
—
43
„
6.22/60
6.23/90
6.30/80
6.52/110
6.91/160
7.23/—
7.32/600
6.80/950
—
—
—
—
™"
39
7.15/230
6.68/235
6.87/285
6.72/300
6.83/340
7.02/470
7.48/800
7.64/900
7.73/1,450
7.62/2,500
—
—
—
— —
44
„
—
7.11/105
7.13/100
7.28/200
7.69/55
8.00/205
7.82/115
7.46/420
7.49/390
—
—
—
— —
*Taken 8-26-83 (not iced), analyzed 9-9-83.
Note: — = Sample not obtained at this depth or sample volume was not
sufficient for determining pH and/or conductivity.
24
-------
SURFACE SOIL AND SEDIMENT SAMPLING
Twelve surface soil and 30 sediment samples were taken dur-
ing the offsite investigation. Surface soil sampling was
concentrated along the jogging path and areas north (down-
wind) of the site. Sediment sampling was concentrated along
Mill Creek and drainage ditches to the east of the site.
SAMPLE DOCUMENTATION
All samples were labeled and documented using EPA contract
laboratories' procedures and forms. Chain-of-custody docu-
mentation was maintained throughout the sampling\program.
Photographs of the sample location and sampling were taken.
A field notebook was used to record site description,
weather, photo number, observations, and miscellaneous
information pertaining to the sampling program.
Samples were sometimes kept several days after collection at
the direction of the Sample Management Office of the EPA
contract laboratories. In these instances, samples were
kept on ice in sealed ice chests in a secure, locked area.
SURFACE SOIL SAMPLING
Surface soil samples were collected August 18 through
August 22, 1983. Level D protection was used during
sampling with continuous ambient air monitoring with an
HNU photoionizer. A total of 12 stations were sampled (see
Figure 14). All samples were analyzed for six "indicator"
metals (chromium, nickel, zinc, arsenic, cadmium, and lead).
Five of the 12 samples also were analyzed for base neutral
organics • (see Table 4). Sampling locations were marked by
Station
Table 4
SURFACE SOIL STATIONS AND ANALYSES
Analysis
SS-001
SS-002
SS-005
SS-006
SS-007
SS-008
SS-009
SS-010
SS-011
SS-012
SS-013
SS-014
Note: S3 =
B/N
Metals
Metals &
Metals &
Metals
Metals &
Metals &
Metals
Metals
Metals &
Metals
Metals
Metals
Surface soil
B/N Extrct.
B/N Extrct.
B/N Extrct.
B/N Extrct.
B/N Extrct.
sample .
= Base neutral extracts .
Comments
Collected 8-22-83
Collected 8-22-83
Collected 8-18-83
Collected 8-18-83
Collected 8-18-83
Collected 8-18-83
Collected 8-18-83
Collected 8-18-83
Collected 8-18-83
Collected 8-18-83
Collected 8-18-83
Collected 8-18-83
25
-------
<•«•»<»«* n x t : <*-.
LEGEND:
ORGANICS AND METALS
METALS ONLY
26
RGURE 14
SURFAC2 SOIL
SAMPLING LOCATIONS
WSSTEHN PROCSSSING SIT5
KENT WASHINGTON
-------
wood stakes and lath and documented in the field notebook.
The samples were obtained using a stainless steel or a
teflon-coated trowel to scrape oft the upper one inch of
soil. All sampling equipment was decontaminated between
each station using trisodium phosphate and water, followed
by a clean water rinse and a distilled water rinse. An
HNU photoionizer was used for screening samples for organic
contaminants.
SEDIMENT SAMPLING
Thirty sediment samples were collected August 22 through
August 25, 1983. Level D protection was used during sampling
with continuous ambient air monitoring with an HNU photo-
ionizer. Core samples were taken from Mill Creek, the
ditches east of the site (railroad and powerline), and the
ponding areas north and south of the site (see Figure 15) .
All 30 were analyzed for the six "indicator" metals, and 10
of the 30 samples were analyzed for the priority organic
pollutants (Table 5).
All samples were taken from the upper 6 inches of sediment
using a PVC hand corer or a KB corer with stainless steel
coring tube. The PVC corer proved to be the best way to
collect samples of wet sediments consisting of silt and fine
sand. Sediments in dry areas were collected with a stain-
less steel trowel, taking the upper 6 inches for each
sample.
Sediment sampling was concentrated along Mill Creek opposite
the Western Processing site. Noticeable drainage areas from
the site into the creek were also sampled. Stations 15, 23,
30, 11, 17, and 18 are such areas. Samples from the creek
were placed in a glass bowl and mixed using a stainless
steel spoon from which a sub-sample was taken.
All sampling equipment was decontaminated between each
sampling station, using the same procedure described above
but with an additional methanol rinse. The samples were
screened for organic contamination with an HNU photoionizer
during sampling. No unusually high readings (greater than
about 20 ppm) were detected.
SAMPLING RESULTS
Results of the inorganic and organic analyses of surface
soil and sediment samples are shown in Tables B-5, B-6, B-7,
and B-8 in the Appendix B.
27
-------
LEGEND:
ORGANIC3 AND METALS
UETAL3 ONLY
36
RGURE15
SEDIMENT SAMPLING
LOCATIONS
WESTERN PROCESSING SITE
KENT, WASH.
-------
Table 5
SEDIMENT STATIONS AND ANALYSES
Stations
SD-001
SD-002
SD-003
SD-004
SD-005
SD-006
SD-007
SD-008
SD-009
SD-010
SD-011
SD-012
SD-013
SD-014
SD-015
SD-016
SD-017
SD-018
SD-019
SD-020
SD-021
SD-022
SD-023
SD-024
SD-025
SD-026
SD-027
SD-028
SD-029
SD-030
Analysis
Coiranents
Metals &
Metals &
Metals
Metals
Metals &
Metals
Metals
Metals &
Metals
Metals &
Metals
Metals
Metals
Metals
Metals &
Metals
Metals &
Metals
Metals
Metals
Metals &
Metals &
Metals
Metals
Metals
Metals
Metals
Metals &
Metals
Metals
POP
POP
POP
POP
POP
POP
POP
POP
POP
POP
Collected
Collected
Collected
Duplicate,
8-23
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Duplicate,
8-24
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Collected
Duplicate,
8-25
Collected
Collected
Collected
8-22
8-22
8-22
collected
8-23
8-23
8-22
8-22
8-22
8-23
8-23
8-23
8-23
8-24
8-24
8-24
collected
8-24
8-24
8-24
8-24
8-23
8-24
8-24
8-24
8-25
collected
8-25
8-25
8-24
Sample
Dry (pond)
Dry (ditch)
Dry (ditch)
Dry (pond)
Dry (ditch)
Dry (ditch)
Wet (ditch)
Dry (ditch)
Dry (pond)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Wet (creek)
Note: SD = Sediment sample.
POP = Priority organic pollutants.
29
-------
APPENDIX A
-------
Pumping Test Report
Project No.: fij-b <3 f i& -c. 2
Well No.
Date:
Page I of /
Time Since
Start of Tust
minutev
Water Level
Tape Readme
held
wet
Depth to
water (ft.)
own
(ft.)
ViTabfe -tprfi
Remarks
O
fr/ixr
O
/.9V
//.
/. 09
. 77
7,4
7
l 3
/?. 06
3 ,
f
.51
3.
n,
^._?/*
-------
Pumping Test Report
Project No..:
Well No.
Date: /s
Page / of /
Time Since
Stan of Test
minutev
Water Level
Tape Reading
held
wet
Depth to
water (ft.)
'
Drawdown
(ft.)
Remarks
o
/i
A ?/
2, 7
37
J?. 97
/,. 7
.?/
l.t?
3.30
2.77
/r
0.310
3,53
-------
Pumping Test Report
Project No.:
Well No.:
Page / of /
Time Since
Start of Test
£.' minute*. ^
O
Water Level
Taoe Readine
held
wet
Depth to
water (ft.)
Drawdown
(ft.)
arabfe
Remarks
30
a -
/I 31*
3/.D
32
. 9 /a
/?. /O
33%
9
37
/ti.97
1.73
3.31
A.h3
00
-------
//
. as
-2. £ 7
3.17
/3JV-
7.2.77
AZ./8
&.3S
4-.30
a.z/t
d./W
31. £>:? ^' /^
-------
Pumping Test Report
Project No.: }
-------
Pumping Test Report
Project No.:
Well No.
Date:
Page / of I
Time Since
Start of Test
. minute*.
0
Water Level
Taoe Readine
held
wet
Depth to
water (ft.)
//.3V-
rawdown
(ft.)
a
Remarks
. 02*
. 7
3?
//.*//
7.3
31
£,07
. 07
//
-------
Pumping Test Report
Project No.: A/<£<3
Well No
Date: t
Page r of
Time Since
Start of list
minutes.
Water Level
Taoe Readine
held
wet
Depth to
water (ft.)
Drawdown
(ft.)
VafiaWe^pM
Remarks
&
/*
/).
/•?
Sfi.D
/£>./£
PI
/£>,//
V
5.50
/a,/ 7
J.5O
-------
Pumping Test Report
Project No.:
Well No
Date:
Page / of /
Time Since
Start of Test
minute-.
Water Level
Taoe Readine
held
wet
Depth to
water (ft.)
i-zi.
Drawdown
(ft.)
Remarks
'
O
36
3)
77
3/4
A..
13.4.
3
33
33%
'/. V
&./?
//•a 9
/3
/I.
-------
Pumping Test Report
Project No.:^6<
Well No.
Date:
Page /of /
Time Since
Start of Test
minute:.
Water Level
Taoe Reading
held
wet
Depth to
water (ft.)
wdown
(ft.)
Remarks
* /
/P..C2
/$.'+
3?
3.10
. tl
7
/£.!£>
/O
t/.fl
/¥•
-------
Pumping Test Report
Project No.:
Well No.
Date: /
Page / of
Time Since
Suit of Test
minutev
Water Level
Taoe Readine
held
wet
Depth to
water (ft.)
awdown
(ft.)
Remarks
S&t
c. •
Vl* ~
0
//.
A. 33
=2
/J.tf
A .33.
4,3
"7.3
//?&
. /?
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?/
33.
//.7V
si.//
3.J.7
57
J.79
-------
Pumping Test Report
Project No.:
Well No
Date:
Page / of f
Time Since
Start of list
minutev
Water Level
Tape Readine
held
wet
Depth to
water (ft.)
rawdown
(ft.)
Remarks
0
JZ27 sot.
* 72>/°
/)
//.a
J
9.3
. £3
?. 7?
A2
17
-------
Pumping Test Report
Project No.: #J £
Well No
Date:
Page /of/
Time Since
Start of list
c,
minute^.
Water Level
Tape Reading
held
wet
Depth to
water (ft.)
.
rawdown
(ft.)
Remarks
1 f/
J 7
3
? f 7
3-
7
9 d
A
//
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.. '
-------
PROJECT NO
/
2,/£
//.3Z
0.93
£.7?
/&£* 4.4-7 &*Z?o
<$.<&&.
£.£03
0./30
O.X3 ^
<3./^P
0./O6
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J.7? 6
-------
SUBJECT_
*J/ 7 S/f >A LJ-£l-
— S*EET NQ OP_ _
._ PROJEC
-O.2S
V-.oo
A 3&
'.of
a.
0.31 O.
0.
a
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1.&33
-------
APPENDIX B
-------
E.-9-Mar-BA
WESTERN PROCESSING
OFF SITE RI
BOREHOLE
INORGflNlCS ONfiLYSIS
Table B-l
BORE HOLE INORGANICS ANALYSIS
ftLL RESULTS IN MQ/KG
SftMPLE NO.
CHROMIUM
NICKEL
2 INC
ARSENIC
CflDMIUM
LEftD
UPO-6C-035-050
WPO-BC-035-060
UPO-BC-035-070
wpQ-BC-035-oa0
wpo-Bc-035-120
FIELD BLONK
WPO-BC-036-030
WPO-BC-036-0A0
upo-BC-03&-0B0fl
WPQ-6C-036-eaOB
WPQ-BC-036-100
FIELD BLftNK
UPO-BC-037-0AO
WPO-BC-037-050
UPO-BC-037-060fl
WPO-BC-037-0&0B
UPO-BC-037-090
WPO-BC-037-100
upo-&c-03a-030
UPO-BC-03B-OAO
WPO-6C-03a-050fl
WPO-BC-038-050B
UPO-BC-03B-1 10
WPO-BC-038-120
UPO-BC-039-020P
WPO-6C-039-0£0B
WPO-BC-039-030
UPO-BC-039-0AO
WPO-BC-039-060
WPO-BC-039-090
wpo-BC-040-010
WPO-BC-0A0-020
UPD-BC-040-030
wpQ-BC-OAO-oAOfl
ypo-&c-0A0-oAOB
WPO-BC-040-0a0
FIELD BLftNK
WPO-6C-0A 1-030
UPO-BC-04 t-070
UPQ-BC-OAl-OBOfl
UPO-BC-0A1-OBOB
UPO-BC-04 1-090
UPO-BC-04 1-1 10
WPO-BC-04£~0£0
WPO-&C-04£~040
WPO-BC-042-Ofc0
WPO-BC-042-070
WPO~BC-042-090ft
UPO-BC-042-090B
UPO-BC-043-010
UPQ-BC-043-020
WPO-BC-043-0300
UPO-&C-043-030B
WPO-BC-04.S-050
UPO-&C-043-090
WPO-BC-044-010
UPO-BC~044-i?c:0
WPO-BC-044-030
UPO-BC-044-050
UPO-BC-044-070O
WPO-BC-044-070B
9.5
5.5
6.0
7.5
a. 5
0. 5 U
10.0
7.0
8.5
7.0
a. 0
0. 5 U
6.5
9.0
£.0
a. o
B.O
7.0
7.5
6.0
11.5
a. o
10. 0
7.0
4.5
A.O
a. 5
6.0
7.5
7.0
7.5
££.5
5.0
a.o
a. 5
7.5
0. 5 U
A. 5
7.0
6.5
9. 0
a.o
a.o
12.5
13.5
6.5
11.0
6.0
5.5
3.0
4.0
3. 0
3.0
5. 5
6.0
13.0
5.0
A.O
7.0
6.5
6.0
a.
6.
6.
8.
6.
2.
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6.
6.
6.
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6.
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6.
6.
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7.
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LEGEND
PflGE i OF 1
-------
29-KH-B4
Table B-2
BORE HOLE ORGANICS ANALYSIS
UESTERN PROCESSING
OFF SITE HI
BOREHOLE
OROW1CS ANALYSIS
ALL RESULTS IN U6/KB IPPSI ON A DRY IEI6HT BASIS
TRAFFIC CARBON 1,8-DI- 1,1,1-TRl- 1,1-01- 1,1,2-TRI- I,I,Z,Z-TETM-
SANPLE NO. REPORT NO. ACWLEIN ACRYUMITRIU BENZENE TTIRADUMIDE Dt.OROBEN7.ENE OiOHOETHftNE OUftDETHAME MIWETHANE CHLOROETHANE OiDftDETHANE OiORQETHAME
UPO-BC-635-454
UKHC-835-678
UPO-BC -435-124
FIELD GLOW
WPO-BC-436-634
UPO-BC-«3£-B48
PPO-BC-436-68M
UPO-BC-436-164
FiaD BLOW
tiW-BC-837-444
gPO-K-*37-e6M
WPO-8C-637-6E4B
UPO-BC-437-894
UPO-BC-43B-858A
MPQ-BC-fl3S-$58B
UPO-BC-43B-II8
UPG~8C~435~^2flft
UPO-BC-839-B28B
UPO-BC-4J9-434
UPO-BC-839-868
HPO-BC-W4-4IM
UPO~BC~0i0~010B
WPO-BC-448-624
U?0-BC-e48-B34
UPO-BC-448-446
UPO-BC-848-4B4
FiaDBLfWt
UPO-6C-«41-«3»
HPO-BC-641-474
liPO-EC-84!-()iW
UPQ~BC~441~d6AB
UPO-BC-0U-99d
UM-BC-WMII
UPO-BC -6 42-029
UPO-flC~W2~44 A
UPO-BC-842-868
UPO-BC-442-474
FiaD BLANK
UHBC-442-494A
UPO-BC-«42-69«B
UPO-BC-443-416
UPO-BC-*43-«24
WPO-6C-*43-««
UPO-BC-443-638e
UPO-BC-e43-454
ljPO-6C-«43-«94
FIELD BUM
UPO-BC-844-619
WPO-BC-644-424
HPQ~fiC~W4~63*3
MPO-BC-844-454
MPO-6C-644-476B
S242I
52422
52423
52424
52425
52427
£2428
52429
52434
S243I
52432
S2433
52434
S2435
52436
52437
52438
S243S
52444
S244I
S2442
52443
S2444
52445
52446
52447
S2448
52449
52454
52451
S24S2
52453
52454
S2455
52456
S2457
52456
52459
52464
52461
S2462
52463
52464
S2465
52466
52467
52468
S2469
52474
S247I
52472
S2473
52474
S2475
52476
S2477
66 U
56U
54 U
5411
54 U
45 U
64 U
54 U
54 U
52 U
54 U
45 U
54 U
59 U
54 U
54 U
540
54 U
54 U
59 U
54 U
54 U
63 U
54 U
54 U
4SU
59 U
57 U
56 U
54 U
451)
54 U
45 U
45 U
45 U
45 U
45 U
45 U
45 U
45 U
45 U
45 U
61 U
66 U
53 U
76 U
56 U
55 U
56 U
61 U
45 U
58 U
57 U
57 U
57 U
55 U
57 U
66 U
58 U
54 U
54U
54 U
45 U
66U
541)
54 U
sau
54 U
45 U
54 U
59 U
54 U
54 U
54 U
54 U
54 U
59 U
54U
54U
63U
54 U
54 U
45 U
59 U
57 U
sau
541)
45 U
54 U
45 U
45 U
45 U
45 U
45 U
45 U
45 U
45 U
45 U
45 U
61 U
64 U
53 U
71 U
56 U
55U
560
61 U
451)
560
57 U
571)
57 U
55 U
57 U
6.6 U
5.8 U
5.4 U
5.4 U
5.4 U
4.5 U
6.6 U
5.4 U
5.4 U
5.2 U
5.4 U
4.5 U
5.4 U
5.9 U
5.4 U
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.411
4.5 U
5.9 U
5.71)
5.6 U
5.4 U
4.5 U
5.4 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
6.1 U
6.6 U
5.3 U
7.6 U
5.6 U
5.5 U
5.6 U
6.1 U
4.5 U
5.8 U
5.7 U
5.7 U
5.7 U
5.5 U
5.71)
6.6 U
5.6 U
5.41)
5.40
5.4 U
4.51)
6.6 U
5.4 U
5.41)
5.21)
5.4 U
4.5 U
5.4 U
5.91)
5.4 U
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.31)
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.6 U
5.41)
4.5 U
5.4 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.51)
4.5 U
4.51)
4.5 U
4.50
6.11)
6.8 U
5.3 U
7.61)
5.6 U
5.5 II
5.6 U
6.1 1)
4.5 U
5.6 U
5.7 U
5.7 U
5.7 U
5.5 U
5.7 U
6.6 U
5. fill
5.4 U
5.41)
5.4 U
4.51)
6.6 U
5.4 U
5.4 U
5.2 U
5.4 U
4.51)
5.4 U
5.91)
5.41)
5.41)
5.4 U
5.4 U
5.41)
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.41)
4.51)
5.9 U
5.7 U
5.61)
5.4 U
4.511
5.4 U
4.51)
4.51)
4.5 U
4.51)
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.51)
6.1 U
6.11)
5.3 U
7.6 U
5.6 U
5.5 U
5.6 U
6.1 U
4.51)
5.6 U
5.7 U
5.7 U
5.7 U
5.5 U
5.7 U
6.6 U
HI
5.41)
5.4 U
4.5 U
6.6 U
5.4 U
5.4 U
5.2 U
5.41)
4.5 U
5.41)
5.91)
5.4 U
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.6 U
5.4 U
4.5 U
5.4 U
4.5 U
4.5 U
4.5 U
4.51)
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.51)
6.1 U
6.6 U
5.3 U
7.8 U
5.6 U
5.5 U
5.6 U
6.1 U
4.5 U
5.61)
5.7 U
5.7 U
5.7 U
5.5 U
5.7 U
6.6 U
5.6 U
5.4 U
5.4 U
5.4 U
4.5 U
6.61)
5.4 U
5.4 U
5.21)
5.4 U
4.5 U
5.4 U
5.9 U
5.4 U
5.41)
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.6 U
5.4 U
4.5 U
5.41)
.511
.511
.51)
.51)
.511
.511
.5 U
4.5 U
4.5 U
4.5 U
6.1 U
6.61)
5.31)
7.6 U
5.6 U
5.5 U
5.6 U
6.1 U
4.5 U
5.611
5.7 U
5.7 U
5.7 U
5.51)
5.7 U
6.611
5.61)
5.4 U
5.41)
5.4 U
4.5 U
6.6 U
5.4 U
5.4 U
5.2 U
5.4 U
4.5 U
5.4 U
5.91)
5.41)
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.8 U
5.41)
4.5 U
5.4 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 II
4.5 U
4.5(1
4.5 U
VSU
4.5 U
6.1 U
6.6 U
5.3 U
7.6 U
5.6 U
5.5 U
5.60
6.1 0
4.50
5.8 U
5.70
5.70
5.70
5.50
5.70
6.6 U
5.6 U
5.4 0
5.4 U
5.40
4.50
6.60
5.4 U
5.40
5.2 U
5.40
4.50
5.4 U
5.90
5.4 U
5.4 U
5.4 0
5.4 U
5.4 0
5.9 U
5.4 U
5.4 0
6.30
5.4 0
5.4 0
4.5 U
5.9 0
5.70
5.6 0
5.40
4.5 0
5.40
.50
.50
.5 0
.50
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.50
.5 0
.5U
.5 0
4.50
6.1 0
6.60
5.30
7.80
5.60
5.50
5.6 U
6.1 0
4.50
5.80
5.70
5.70
5.7 0
5.50
5.7 U
6.60
ill
5.4 0
5.40
4.5 U
6.6 U
5.4 0
5.4 U
5.20
5.40
4.50
5.40
5.90
5.4 0
5.40
5.4 0
5.4 U
5.40
5.90
5.4 0
5.4 0
6.3 0
5.4 11
5.4 0
4.5 0
5.9 0
5.7 0
5.8 U
5.4 0
4.5 0
5.4 0
4.50
4.5 0
4.5 0
4.5 0
4.5 0
4.5 0
4.5 0
450
4.5 0
4.5 0
6.1 0
6.60
5.30
7.4 0
5.60
5.5 0
5.6 U
6.1 0
4.5 0
5.60
5.70
5.7 0
5.70
5.5 0
5.7 U
6.60
ill
5.4 U
5.4 0
4.50
6.60
5.40
5.40
5.20
5.40
4.50
5.40
5.9 U
5.4 0
5.40
5.4 U
5.4 0
5.40
5.90
5.4 0
5.4 0
6.30
5.4 0
5.4 0
- 4.5 0
5.9 0
5.7 0
5.6 0
5.4 0
4.5 0
5,4 0
4.5 0
4.5 0
4.5 0
4.5 0
4.5 0
4.5 0
450
4.5 0
4.5 0
4.5 0
6.1 0
6.60
5.30
7.60
5.60
5.5 0
5.60
6.1 0
4.50
5.60
5.7 U
5.7 U
5.70
5.5 U
5.70
LEGEW
U = UNDETECTED AT THE LISTED DETECTION L1NII
K - DETECIET "
J » ESTlHflTL- .._
MA = UOt WWLYIED
-------
29-tUr-«4
Table B-2 (Cont'd)
WESTERN PROCESSING
OFF SITE RI
BOREHOLE
DRGANICS ANflLYSIS
DLL RESULTS IN IE/KB IPPBI ON A DRV HEIGHT
BASIS
TRAFFIC 2-OLDRQETHYL- 1,1-DI- TRAHS-1,2 Dl- U2-OI- TRANS-1,3- CIS-I.3-DI- METHADC
SAMPLE NO. (SPOUT NO. VINYL ETHER CHLDflOFORH QLOROETieE CRQROETHENE OLOROPROPANE D1CHOSOPROPENE DtDRQPflOPENE ETHVLBEN7BE CHOSICE OURONETHM 8RMICTHANE
MPO-BC-«35-«58
UPO-BC -835-069
IIPO-BC-835-878
wpo-BC-e35-B68
UPD-BC-835-128
FiaD BLANK
UPO-BC-836-*»
yPO-BC-«36-«48
UPO-tt-43£-8a&fl
upo-BC-836-«8BB
WPO-tt-e36-l88
FiaD BLANK
WPO-BC-837-WI
UPO-K-W-BtBA
MPO-BC-837-«8B
NPO-EC-437-0U
UPO-BC-438-848
UPO-BC-4JB-95BA
upo-BC-83B-85eB
wpo-Bc-838-118
WPO-BC-W9-828A
«PO-BC-»39-ea»B
MPO-BC-<39-e38
WPO-ffi-839-eM
WPO-BC-848-8UA
upo-Bc-«4B-ei8B
UPO-BC-W8-*28
\im-K-m-m
wpo-BC-«48-eK-e*4-87M
gpo-&c-e44-«78B
S242I
52423
B2423
S2424
S2425
S2426
S2427
S2421
S2429
S2438
S243I
S2432
S2433
B2434
S2435
S2436
S2437
S2438
52*39
S244B
S244I
S2442
S2U3
824(4
S244S
S244&
S2U7
S'M&
S2449
S24»
S24S1
S24S2
S2453
S24S4
S24S5
S2456
S2457
S24»
S24S9
S2460
S2461
S24C2
S24£3
S24M
S246S
S24B6
S2467
S24Cfi
S2469
S2470
S247I
S2472
52473
S2474
S347S
S2476
S2477
6.6 U
5.8 U
5.4 U
5.4 U
5.4 U
4.5 U
6.1 U
5.4 U
5.4 U
5.2 U
5:5«
5.4 U
5.9 U
5.411
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.6 U
5.4 U
4.5 U
5.4 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
6.1 U
6.1 U
5.3 U
7.«U
5.6 U
5.5 U
5.6 U
6.1 U
4.5 U
5.BU
5.7 U
5.7 U
5.7 U
5.5 U
5.7 11
6.6 U
5.1 U
5.4 U
5.4 U
5.4 U
4.5 U
6.1 U
5.4 U
5.4 U
5.2 U
U 1
5.4 U
5.9 U
5.4 U
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.1 U
5.4 U
4.5 U
5.4 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
6.1 U
6.1 U
5.3 U
7.1 U
5.6 U
5.5 U
5.6 U
6.1 U
4.5 U
5.1 U
5.7 U
S.7U
5.7 U
5.5 U
5.7 U
6.6 U
5.81)
5.4 U
5.4 U
5.4 U
4.5 U
6.1 U
5.4 U
5.4 U
5.2 U
m
5.4 U
5.9 U
5.4 U
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.8 U
5.4 U
4.5 U
5.4 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
6.1 U
s.au
5.3 U
7.»U
5.6 U
5.5 U
5.6 U
6.1 U
4.5 U
5.BU
5.7 U
5.7 U
5.7 U
5.5 U
5.7 U
29.9 M
411
18.1 H
7.7 H
5.4 U
4.5 U
6.1 U
5.4 U
5.41)
5.2 U
5.4 U
4.5 U
5.4 U
5.9 U
5.4 U
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.1 U
5.4 U
4.5 U
5.4 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
6.1 U
6.«U
5.311
7.1 U
5.6 U
iJii
6.1 U
4.5 U
5.6 U
5.7 U
5.7 U
5.7 U
5.51)
5.7 U
6.61)
5.8 U
5.4 U
5.4 U
5.41)
4.5 U
6.1 U
5.4 U
5.4 U
5.2 U
5:5 ii
5.4 U
5.9 U
5.4 U
5.4 U
5.4 U
5.41)
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.1 U
5.4 U
4.5 U
5.4 U
4.5 U
4.5 U
4.511
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.51)
4.5 U
6.1 U
6.1 U
5.3 U
7.1 U
5.6 U
5.5 U
5.611
6.1 U
4.5 U
5.6 U
5.7 U
5.711
5.7 U
5.5 U
5.7U
6.6 U
5.8 U
5.4 U
5.41)
5.4 U
4.5 U
6.81)
5.4 U
5.41)
5.211
5.4 U
4.5 U
5.4 U
5.9 U
5.4 U
5.41)
5.411
5.41)
5.4 U
5.911
5.4 U
5.41)
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.8 U
5.4 U
4.5 U
5.41)
4.5 U
4.5 U
4.5 U
.511
.51)
.511
.511
.511
.51)
4.511
6.1 U
6.tl)
5.3 U
7.tli
5.6 U
5.511
5.611
6.1 I)
4.5 U
5.1 U
5.711
5.711
5.71)
5.5 U
5.7 U
6.6 U
5.8 U
5.4 U
5.4 U
5.4 II
4.5 U
6.8 U
5.4 U
5.411
5.2 U
5.4 U
4.5 U
5.4 U
5.9 U
5.4 U
5.4 U
5.4 U
5.411
5.4 U
5.9 U
5.411
5.41)
6.311
5.41)
5.4 U
4.511
5.91)
5.711
5.1 U
5.4 U
4.511
5.4 U
4.51)
4.5 U
4.511
4.51)
4.51)
4.51)
4.5 U
4.511
4.511
4.511
6.1 U
6.BU
5.31)
7.81)
5.61)
5.5 U
5.61)
6.1 1)
4.511
5.81)
5.71)
5.71)
5.7 U
5.51)
5.71)
6.61)
5.8 U
5.4 U
5.41)
5.4 U
4.5 U
6.1 U
5.4 U
5.4 U
5.2 U
5.4 U
4.511
5.4 U
5.911
5.4 11
5.4 U
5.4 U
5.4 U
5.4 U
5.91)
5.41)
5.4 U
6.31)
5.4 U
5.4 U
4.51)
5.9 U
5.7 U
5.811
5.4 U
4.511
5.411
4.511
4.51)
4.5 U
4.5 U
4.511
4.51)
4.511
4.51)
4.51)
4.5 U
6.1 U
6.8 U
5.3 U
7.11)
5.611
5.511
5.6 U
6.1 U
4.5 U
5.8 U
5.71)
5.7 U
5.7 U
5.5 U
5.7 U
14.9 H
13.9 H
11.4 M
17.3 M
5.4 U
4.5 U
28.5 H
9.2 M
14.4 N
18.9 M
13.8 H
8.3 M
47.5
48.5
38.8
305
256.8
238.4
32.5
41.7
42.4
78.2
189
35.7
35.9
44.1
43.2
£7.3 M
411
7.6 M
26.1
59.8
8t.S J
35.5 J
27.6 1
27.8 J
21.1 J
53.4 J
53.3 J
41.1 J
33.1 J
115 J
8.7 M
6.8 U
16 N
58.3
5.6 U
17.4 H
19.2 M
23.5 H
16.4 N
39.1
21.6 M
17.8 M
5.71)
£I.3H
9.7 M
6.6 U
5.8 U
5.4 U
5.4 U
5.41)
4.5 U
£.811
5.4 U
5.4 U
5.21)
5.4 U
4.51)
5.4 U
5.91)
5.4 U
5.41)
5.4 U
5.411
5.41)
5.91)
5.411
5.411
6.3 U
5.4 U
5.4 11
4.51)
5.911
5.711
5.811
5.411
4.5 U
5.4 U
4.511
4.511
4.5 U
4.5 U
4.51)
4.5 U
4.5 U
4.51)
4.5 U
4.511
6.1 II
6.6 U
5.3 U
7.tl)
5.611
5.51)
5.6 U
6.1 11
4.5 U
5.1 U
5.71)
5.7 U
5.7 U
5.51)
5.7 U
£.611
5.8 U
5.4 U
5.4 U
5.411
4.5 U
6.8 U
5.4 U
5.4 U
5.211
5.4 II
4.5 U
5.4 U
5.9 U
5.411
5.4 U
5.4 U
5.41)
5.4 U
5.911
5.411
5.4 I)
6.311
5.4 1)
5.41)
4.5(1
5.911
5.7 U
5.81)
5.4 1)
4.5 U
5.41)
4.511
4.5 U
4.5 U
4.5 U
4.511
4.51)
4.5 U
4.51)
4.5 U
4.5 U
£.1 U
6.8 U
5.3 U
7.8 U
5.6 U
5.5 U
5.6 U
6.1 U
4.5 U
5.11)
5.711
5.7 U
5.7 1)
5.5 U
5.71)
LEGEND
U <= UNDETECTED AT THE LISTED DETECTION LIMIT
H ; DETECTED BUT NOT QUANTIFIABLE
J * ESTIMATED VALUE (TENTATIVELY IDENTIFIED COHPOUNDS)
KA - MT flWILYZED
PAGE 2 OF 10
-------
£9-H9i-B4
Table B-2 (Cont'd)
WESTERN PROCESS IN6
OFF SITE RI
BOREHOLE
OffiftNICS WWLYS1S
TRAFFIC
SAHPLE NO. REPORT NO.
WPO-tt-435-458
UPO-BC-435-471
UPO-BC-435-I2I
FiaO BLANK
UPO-BC-436-*J8
UPO-tt-436-448
MPQ~EC ~d3£ -fcfidB
UPO-6C-436-I84
FiaD BLANK
WXHC-437-444
WPO-6C-437-464fl
UPO-BC-437-468B
UPO-6C-837-«94
UPO-BC-43B-44I
yPO-BC-438-454B
WPO-BC-438-II4
UPO-BC-»39-42»A
WPO-BC-«9-«34
UPO-6C-439-B64
UPO~GC~04d~fl I QB
UPO-BC-444-424
UPQ-BC -44 8-434
UPO-BC -441-444
UPQ-BC-444-4fl4
FIELD BLANK
UPO-BC -441-434
UPO-BC-44I-474
UPO-BC-441-4flftfl
UPO-BC-44I-488B
UPO-BC -44 1-494
UPO-BC-44I-III
UPO-BC-442-444
WPO-BC-442-174
nan BLANK
UPO-BC-442-*S4A
UPO-BC-WS-098B
UPfl-BC-443-414
UPO-&C-443-824
MPO-BC-443-434fl
UPO-BC-443-454
lJPQ~ EC -043 ~0 W
FIELD BLflMK
UPO~GC~044~019
UPO-BC-444-428
UW-BC -444-838
HPO-BC-444-*58
U^O'BC ~044 -878A
UW-BC -444-4718
£2421
S2422
S2423
S2424
S242S
S2426
S2427
S242A
S2429
S2434
S2431
S2432
S2433
S2434
S2435
S2436
S2437
52438
52439
S2444
S2441
52442
52443
52444
52445
52446
52447
52448
S2449
S2454
52451
52452
S2453
52454
52455
52456
52457
52458
52459
52464
52461
52462
52463
52464
52465
52466
52467
52468
52469
52474
52471
S2472
52473
52474
52475
S2476
52477
ALL RESULTS IN U6/K6 IPPBI ON A DRY HEIGHT BASIS
BRONDDI- FLUOROTRI- DKROOODIFLUORO- OLORODIBROKO- TETRft-
BRMFDRN OUROCTHNe DtOROHtTHANE NETHANE NETHAHE OiMEDeE TOLUENE TRIOtORGETHENE VINYL OtORIDE ACETONE 2-flOTANONE
6.6 U
5.8 U
5.4 U
5.4 U
5.4 U
4.5 U
6.4 U
5.4 U
5.4 U
5.2 U
5.4 U
4.5 U
5.4 U
5.9 U
5.4 U
5.4 U
5.4 U
5.4 U
5.4 U
5.9 U
5.4 U
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
5.71)
5.1 U
5.4 U
4.5 U
5.41)
4.5 U
4.5 U
4.5 U
4.5 U
4.5 U
4.51)
4.5 U
4.5 U
4.50
4.51)
6.1 U
6.41)
5.3 U
7.4 U
5.6 U
5.5 U
5.6 U
6.1 U
4.5 U
5.1 U
5.7 U
5.7 U
5.7 U
5.5 U
5.7 U
6.6 U
110
5.4 U
5.4 U
5.4 U
4.5 U
6.1 U
5.4 U
5.4 U
5.21)
5.41)
4.5 U
5.4 U
5.9 U
5.41)
5.4 II
5.4 I)
5.4 II
5.4 U
5.9 U
5.40
5.4 U
6.3 U
5.4 U
5.4 U
4.5 U
5.9 U
170
5.1 U
5.4 U
4.5 U
5.4 U
4.511
4.5 U
4.5 U
4.511
4.50
4.S U
4.50
4.50
4.5 U
4.5 U
6. ID
6.111
5.3 U
7.11)
5.6 U
5.5 U
5.60
6.1 0
4.50
5.10
5.7 U
5.70
5.70
5.5 0
5.70
6.6 U
5.1 U
5.4 U
5.4 U
5.40
4.50
6.10
5.4 U
5.40
5.2 U
5.4 U
4.5 U
5.4 U
5.9 U
5.4 U
5.40
5.4 U
5.4 I)
5.4 U
5.90
5.4 U
5.4 U
£.311
5.4 U
5.4 U
4.5 U
5.9 U
5.7 U
5.10
5.40
4.50
5.4 0
4.5 U
4.5 U
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
£.1 0
6.10
5.30
7.10
5.60
5.50
5.6 U
£.1 0
4.50
5.10
5.70
5.70
5.70
5.50
5.70
6.6 U
5.1 U
5.40
5.4 U
5.4 U
4.5 U
6.40
5.4 U
5.40
5.20
5.40
4.50
5.40
5.9 U
S.40
5.40
5.40
S.40
5.4 U
5.9 U
5.4 U
5.4 U
6.30
5.4 U
5.4 U
4.SO
5.90
S.70
5.10
5.40
4.50
5.40
4.5 U
4.5 U
4.50
4.50
4.50
4.511
4.50
4.5 U
4.SO
4.50
6.10
6.10
5.30
7.41)
5.60
5.5 U
5.60
6.10
4.50
5.1 U
5.70
5.70
5.7 0
5.50
5.70
6.60
5.10
5.40
5.40
5.40
4.50
6.40
5.40
5.40
5.2 U
5.40
4.50
5.4 U
5.9 U
5.4 U
5.40
5.4 0
5.40
5.40
5.90
5.40
5.40
£.30
5.4 0
5.4 0
4.50
5.90
5.70
5.1 U
5.4 0
4.5 U
5.4 U
4.50
4.50
4.50
4.50
4.5 U
4.50
4.50
4.50
4.50
4.50
6.1 U
6.1 U
5.30
7.10
5.60
5.5 U
5.60
6.1 U
4.50
5.1 U
5.7 0
5.7 0
5.7 0
5.50
5.7 U
6.60
5.10
5.4 U
5.40
5.40
4.5 U
£.10
5.4 U
5.40
5.20
5.40
4.50
5.4 U
5.90
5.4 0
5.40
5.4 U
5.40
5.4 U
5.90
5.40
5.40
£.30
5.4 U
5.40
4.50
5.90
5.7 U
5.10
5.4 U
4.50
5.4 U
.50
.50
.50
.50
.50
.50
.50
4.50
4.50
4.50
£.1 0
£.10
5.30
7.4 U
5.6 U
5.50
5.6 U
6.1 0
4.50
5.8 U
5.70
5.7 0
5.70
5.50
5.70
£.£0
5.80
5.40
5.4 U
5.40
4.50
23.4 H
5.40
5.40
5.20
5.40
4.50
5.40
5.9 U
5.40
5.40
5.40
5.40
5.4 0
5.90
5.4 U
5.40
£.30
5.4 0
5.4 U
4.50
S.90
5.70
6.2 H
5.4 0
4.50
5.4 U
5.7 J
4.50
4.50
4.50
4.50
141 J
5.4 J
4.50
4.50
4.5 0
£.1 0
£.40
5.30
7.4 0
5.60
5.50
5.60
6.1 0
4.50
5.8 U
5.70
5.70
15.4 N
5.50
5.70
6.60
5.80
5.40
5.4 0
5.40
4.50
6.10
5.4 0
5.40
5.20
5.40
4.50
5.4 0
5.90
5.4 0
5.40
5.40
5.40
5.4 0
5.90
5.40
5.4 0
6.3 U
5.4 0
5.4 0
4.5 0
5.90
5.70
5.1 0
5.4 0
4.5 0
5.4 0
4.50
4.5 0
4.5 0
4.5 0
4.SO
4.50
4.50
4.50
4.50
4.5 0
6.1 0
6.1 0
5.3 0
7.4 0
5.60
5.50
5.60
£.1 0
4.50
5.1 0
5.7 0
5.7 0
5.7 0
5.5 0
5.7 0
6.60
5.10
5.40
5.40
S.40
4.50
6.40
5.4 0
140
120
14 0
4.50
14 0
190
140
14 0
140
140
14 0
190
14(1
14 0
6.30
14 0
14 0
4.5 0
19 0
17 0
180
14 0
4.5 0
14 0
4.5 0
4,5 0
4.5 0
4.5 0
4.5 0
4.50
4.5 0
4.50
4.5 0
4.5 0
6.1 0
6.4 0
5.3 0
7.4 0
5.60
150
16 0
£.1 0
4.50
5.1 0
5.7 0
5.7 0
5.70
150
17 0
6.6 U
11 U
5.40
140
5.40
4.50
12.6 M
41.1
HIM
34.3
140
4.50
45.4
26.9 H
11.7 N
44.9
4a! 6
143.1
37.2
143.2
1117
311
9.9 H
5.4 0
4.5 U
3494
473
417
16.1 N
14.1 M
49.1
45.7 J
144 J
56.1 J
32.9 J
38.9 1
96.3 J
124 J
19.9 J
71.2 J
7 5 J
6.1 0
6.1 0
5.3 0
7.4 0
160
150
25.8 It
6.1 0
4.5 0
218 N
27i5 N
5.70
5.5 0
5.70
6.60
11 U
140
5.4 0
5.4 0
4.50
6.10
14 0
140
5.2 0
14 0
4.50
14 0
6.1 H
14 0
14 0
5.4 0
140
14 0
190
14 0
5.4 0
6.3 0
14 0
14 0
4.5 U
19 0
5.7 0
4.5 0
14 0
4.5 0
6.7 M
450
4.5 0
4.5 0
4.5 0
4.S 0
16.1 J
5.7 J
4.50
4.5 0
4.5 U
t.\ 0
6.4 0
530
710
16 0
ISO
16 U
6.1 0
4.5 0
5.1 0
5.7 0
17 0
17 0
5.5 0
5.70
IEGEMD
UKDETEHED AT THE LISTED teTECIIGN UNIT
HOI nMflLVlED
-------
29-«Ur-a*
Table B-2 (Cont'd)
WESTERN PROCESSING
OFF SITE RI
BOREHOLE
ORGANICS ANALYSIS Ml RESULTS IN US/KB IPPB) ON A DRY UEI6HT BASIS
TRAFFIC 4-HETHYL- < 2,4,6-TRICHLDRO- HHDRO- 2,4-OICHLORO- 2,4H>1NETHYL-
SANPLE ML ttPOHT NO, CARBOKDISULFIDE HtlftNQHE 2-fEHTflNCNE STYRENE VINYL ACETATE TOTAL IYLENES PHENOL i-CffSO. 2-CHJWDPHE)a. - PHENOL PHENOL
UPO-BC-«3S-*St
WPO-tt-«35-e68
WPO-K-«5-*7*
UPO-BC-035-M0
UPO-BC-435-12*
FIELD BLWK
UPO-BC-«36-«3l
WPO-tt-036-0**
UPO-BC-036-4A0B
WPO-BC-W6-I00
F1RD BLANK
UPO-BC-037-040
UPO-BC-037-860A
UPO-BC-037-«60B
UPO-BC-037-09*
HPO-BC-038-***
UPO-BC-038-450B
HPO-BC-03B-I10
UPO-BC-039-S20A
WPO-BC-039-020B
UPO-BC-439-«30
KPO-BC-039-06*
UPQ~bC~640~010A
UPO-BC-040-0I0B
WPO-BC-040-020
UPO-GC-040-030
UPO-6C-040-0*0
UPQ-BC-440-8a0
FIELD BLOW
UPO-K-0* 1-030
UPO-BC-04I-47I
UPO-BC-8*l-0fl0A
UPO-BC-04I-084B
UPO-BC-04 1-890
UPO-BC -4*1-1 18
UPO-BC-042-040
WPQ-BC-042-060
UPO-BC-042-07*
FiaD BLANK
UPO-BC-042-090A
UPO-6C-042-090B
MPO-BC-043-018
UPO-tt-043-020
UPO-BC-043-030A
UPO-BC-043-030B
WPO-K-843-858
UPO-BC-843-098
FIELD bLANK
UPO-tt-0*4-8l8
UPO-BC-044-020
UPO-6C-844-030
UPO-BC-044-450
UPO-K-844-07M
WPO-K-044-878B
S242I
S2422
S2423
S2424
S2425
S2426
S2427
52*28
S2429
S2430
S243I
S2432
S2433
S2434
S243S
S2436
S2437
52*38
S2439
52*48
S244I
S2442
S2443
S2444
524*5
S2446
S2447
52448
52449
S2450
S2451
S24S2
S2453
52454
52455
S2456
52457
52*53
£2459
52460
S2461
92*62
92*63
52464
92*65
92*66
92*67
52463
92*69
52*71
52472
92*73
92474
52*75
92476
52477
6.60
110
140
140
140
4.SO
6.10
140
140
120
140
4.50
140
190
14 U
140
140
14 0
5.40
190
14 0
140
6.30
140
5.4 0
4.SO
190
170
UN
5.40
4.SO
14 U
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
6.1 0
6.10
5.30
7.1 U
160
150
160
6.10
4.SO
180
17 U
17 U
5.70
5.50
5.7 U
6.60
ISO
140
5.40
5.40
4.50
6.1 U
5.41)
140
120
14 0
4.50
140
5.90
14 0
140
14 0
140
14 0
140
5.4 U
14 0
4.50
190
5.71)
180
140
4.50
140
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.50
4.5 U
6.1 0
8.1 H
5.30
7.00
5.60
5.50
5.60
6.1 0
4.50
5.80
5.7 U
5.7 U
5.70
ISO
17 U
6.60
180
5.40
5.40
140
4.51)
6.10
14 U
140
120
11.8 M
4.5 U
12.7
190
5.40
140
140
5.40
5.40
Itt
14 0
6.30
140
140
4.5 U
190
17 U
180
140
4.50
140
4.50
4.50
.50
.50
.50
.50
1 .4 J
.SU
.50
4.50
6.1 U
6.0 U
5.30
7.0 U
160
5.5 U
160
6.1 U
4.50
5.1 U
5.70
5.7 U
5.70
ISO
5.7 U
6.60
110
140
140
5.40
4.50
6.10
140
140
5.20
140
4.50
140
190
140
140
14 0
14 0
14 0
5.90
140
140
6.30
5.4 U
14 0
4.50
5.90
5.70
5.10
5.4 U
4.50
5.4 U
4.50
4.50
4.50
4.50
4.SO
4.50
4.50
4.50
4.SO
4.50
6.1 U
6.00
5.30
7.8 U
5.60
15 U
5.60
6.1 0
4.50
180
5.7 U
5.70
17 U
15 U
5.70
6.60
180
140
140
140
4.50
6.*0
140
140
120
140
4.50
140
190
5.40
HI
140
14 0
190
5.4 0
5.40
6.30
140
5.40
4.50
5.90
5.70
5.60
140
4.50
140
.SU
.SO
.50
.50
.50
.50
.50
.50
.50
4.50
6.1 U
6.10
130
7.8 U
5.6 U
150
160
6.10
4.50
5.80
5.7 U
5.70
5.7 U
5.5 U
5.70
6.60
110
140
140
140
4.5 U
6.10
140
140
5.20
140
4.50
140
190
140
i:!ou
14 0
14 0
190
140
14 0
6.30
140
5.4 0
4.50
190
170
5.10
14 0
4.50
5.4 0
4.50
4.50
4.50
4.SO
4.50
4.50
4.50
4.50
4.50
4.50
6.1 0
6.8 U
5.30
7.10
5.60
150
160
6.1 0
4.50
180
5.70
170
5.70
5.50
170
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
1(320
96*0
9610
96(0
9280
8010
1*4*0
9600
96*0
9680
961 0
9E4 u
9520
9200
9090
9890
8800
I0S8U
9090
8790
868 0
941 0
9090
10500
888 0
8790
4490
608 U
9890
8990
9890
NA
1*320
9610
96*0
NA
NA
NA
96*0
96(0
9280
NA
8000
NA
1*4(0
96*0
96*0
9600
960 0
NA
9600
96(0
9520
NA
NA
NA
92*0
9090
9090
NA
1800
NA
1(500
9090
8790
868 0
NA
NA
941 U
9090
10500
6800
NA
NA
1790
18080
NA
NA
4490
NA
6800
9090
6990
9090
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
1*320
96*0
96*0
96*0
96*0
9280
80*0
1*4*0
9610
9600
9600
9600
9680
96*0
9600
9520
920 0
9890
9090
8080
18580
9090
8790
868 0
941 0
989 U
10580
808 U
679 U
1080 U
4490
6800
9890
6990
989 U
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
1*320
9610
96*0
96*0
96*0
9210
8800
1*4*0
9600
96*0
9680
96*0
9600
9600
9600
9520
9200
9090
989 0
608 0
10500
9090
8790
688 0
941 0
9090
10500
600 0
679 U
1000 U
449 0
600 0
989 U
6990
989 U
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
1*320
96*0
96*0
96* 0
96(0
9280
1000
1*4(0
%*0
9600
96(0
96(0
96(0
9600
960U
9520
920 0
9090
9090
8000
1050 U
909 0
879 U
668 0
941 U
909 U
1858 U
800 U
679 U
1008 0
4*9 0
688 U
9#9 U
639 0
909 U
LEGEND
U -- UNDETECTED AT M LISTED DETECTION LIMIT
M * DETECTED BUT NOT QUANTIFIABLE
i <= ESTIMATED VALUE (TENTATIVELY IDENTIFIED COMPOUNDS)
Wl = NOT ANALYZED
PflK 4 OF
-------
29-*ir-B4
Table B-2 (Cont'd)
WESTERN PROCESSING
OFF SITE RI
BOREHOLE
ORGANICS AWLYSIS
TRAFFIC
SAMPLE ML REPORT NO. 2-fl
WPU-BC-*35-«5* S242I
UPO-8C-835-8t8 52422
UPO-BC-43S-47I 52423
WPO-BC-*35-«Sl S2424
UPO-BC-(35-l2( 52425
FIELD BLANK S2426
UPO-BC-«36-«3( 52427
UPO-BC-436-A48 52428
UPO-BC-136-840A 62429
UPO-BC-436-868B 52438
UPO-BC-436-181 52431
FiaO BLANK 52432
UPO-BC-437-84* S2433
UPO-BC-e37-868A 52434
UPO-BC-437-868B 52435
UPO-BC-837-e9d S2436
UPO-BC-«38-(48 52437
UPO-6C-438-858A 52438
UPO-BC-438-45BB 52439
UPO-6C-438-IIB 52448
UPO-BC-439-*28fl 52441
UPO-BC-839-828B 52442
UPO-BC-839-838 52443
UPO-8C-839-«61 52444
UPO-BC-44I-118A 52445
UPO-BC-W8-BI8B 52446
UPO-BC-448-428 52447
UPO-BC-848-838 52448
UPO-BC-848-841 S2449
UPO-EC-848-aei 52451
FIELD BLAW 52451
UPO-BC-841-838 S2452
UPO-BC-84 1-871 52453
UPO-BC-441-864A 52454
UW-6C-441-M4B 52455
UPO-BC-*4I-898 S2456
UPO-BC-141-II* 52457
UPO-BC-842-828 S2458
UPO-BC-«42-84t 52459
UPO-BC -842-861 52468
UPO-BC-B42-47* 52461
FiaD BLW* 52462
UPO-BC-442-898A 52463
UPO-BC-842-898B 52464
UPO-BC-443-418 52465
UPO-BC-B43-a28 52466
UPO-BC-843-438A 52467
WO-6C-843-838B 52468
UPO-K-*43-»54 52469
UPO-BC -843-891 52478
FIELD BLANK 52471
UPO-B>«44-«I8 52472
HPO-BC-844-82* 52473
UPO-BC-144-838 52474
UPO-BC-«44-«S« 52475
UPO-BC-844-878A S2476
UPO-BC-*44-«78B 52477
LEGEND
ITROP
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NR
NA
NR
NA
NA
NH
MR
HENOL 4
1*32 U
9610
9610
96* U
96* U
928U
88*0
1*4*0
968U
961 U
968 U
96IU
964 U
964 U
9520
92* U
98311
9830
8M 0
1*54 U
9830
879 U
8B8U
941 0
989 U
1851 U
BMU
8790
1*8* U
449 0
BMO
949 U
833 0
983 U
-NITftOP
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
I£NOL
1132 U
96*0
96*0
961 U
9610
424 U
BMU
1*41 U
96*0
96(0
9640
96(0
96*0
96*0
96IU
9520
928U
983U
983U
8MU
1*5* U
9890
8790
BB8U
941 U
989U
185*0
881U
8790
11MU
4430
BMU
909 U
B99U
9830
2,4-DINITRO-
PHENOL
NA
1*32 U
96*0
96*0
NA
NA
NA
96*0
9680
928 U
NA
BMO
NA
1*4*0
968 b
968U
96(0
968 U
96(0
NA
96(0
9680
9520
NA
NA
NA
9210
989 U
9)30
NA
BMU
NA
18580
989U
8790
B&BO
NA
NA
941 0
9830
11580
B88U
NA
NA
8790
1888 U
NA
NA
4490
NA
BM o
9190
B330
983 U
NA
NA
NH
ALL
4,6-DINUBO-
MOHVLPHENOL
NA
NA
NA
NA
NA
NA
NA
NA
NA
NR
NA
NR
NA
NA
NA
NR
NH
NA
NA
NA
NR
NH
1*320
96*0
96*0
968 U
96*0
92BU
BMU
1*4* U
96(U
968U
968 U
964 U
96(0
96(0
96(0
9520
92(0
9890
983U
BMU
1*5* U
9090
8790
668 U
941 0
989 U
1*5*0
BMU
879 U
18810
4490
BMO
9830
B93U
9890
RESULTS IN UE/K6
PENTA-
(HOROPHENOL
NA
1132 U
964U
968 U
NA
NA
NA
964 U
96* 0
928 U
NR
BMU
NA
114* U
96* U
968 U
96*0
9610
96(0
NA
964 U
96(0
9520
NA
NA
NR
92(0
9830
9130
NA
BM U
NA
1*58 U
983U
879 U
B68U
NR
NR
941 U
993 U
1858 U
BMU
NA
NA
8790
I8MU
NR
NA
449 U
NA
BM U
9830
833 U
983U
NA
NH
NA
IPP6I UNA
6RV UEIGHT BASIS
2,4,5-TRICHDRO-
PHENOL
NA
1*32 U
9610
96(0
NR
NR
MR
96(0
961U
9280
NA
BMO
NR
1*4* U
96*0
9610
968U
9610
96*0
NA
96* U
9610
9S2U
NA
NA
NA
92(0
9890
9130
NA
BMO
NA
1(5*0
9(9
8790
688 0
NA
NA
941 0
9890
1*5*0
BMO
NR
NA
8790
11880
NA
HA
4490
NA
BMU
9890
989 0
NA
NA
NA
BENIOIC ACID
NR
1*320
96*0
968 U
NR
NR
NA
964 U
9610
9280
NR
BMO
NA
1*4*0
964 U
96(0
968U
96(0
9640
NR
964 U
96(0
952U
NR
NR
NR
92* U
9890
9890
NR
BMO
NA
185*0
9890
873 U
8BBO
NA
NA
941 U
983 U
1*5*0
BM U
NA
NR
879 U
1*880
NR
NR
449 U
NR
BM U
983 0
893 U
989 U
NA
NH
NH
2-*THYlPHENOL 4-WTHYLH£NOL
NR
NR
MR
NA
NR
NR
NA
NA
NH
NA
NA
NA
NR
Nfl
NA
NA
Nfl
NA
NR
Nfl
HA
NA
1*32 U
96(0
96(0
96* U
9610
9280
BMO
1*4*0
96(0
96*0
96*0
9610
96* U
%8U
96*1)
952U
92*U
9890
9890
BMO
1*58 0
9890
879 U
688 U
941 U
903 0
185*0
88* 0
879 0
1 46411
4490
BM 0
9830
893 U
9*9 U
NA
1*320
9610
968 U
NR
NR
NA
96*0
96*0
92BO
NA
BNU
NA
1*4*0
96(0
96(0
96(0
96(0
96(0
NR
96(0
96(0
952 U
NR
NR
NA
92* 0
9*9 0
983 0
NA
BMU
NR
1858 U
983 U
873 U
BBB U
NA
941 U
989 U
1(58 U
688 U
NR
NA
(79 U
1888 U
NR
NR
449 0
NH
BM 0
989 0
893 U
9490
Nfl
NR
NR
PHENOL
NR
NR
Nfl
NH
NA
NA
NA
NR
NA
KA
NA
Nfl
NR
Nfl
NH
NR
NR
Nfl
NA
NA
NR
NO
18320
96*0
9680
96(0
96* U
928 U
BMU
104*0
96(U
96(0
96(0
9610
964 U
96(0
96(0
9520
92* 0
9890
983 U
880 0
its* o
989 U
879 0
BfiB U
941 U
989 0
1851 U
888 0
879 U
1888 0
449 0
BM 0
989 0
893 0
983 U
U * UNDETECTED AT THE LISTED DETECTION L1H1T
N •= DETECTED BUT NOT QUANTIFIABLE
" _Z_7T._i^« .,*•-. iv i-mrrntttfi u iff
if krTTC
:icn rnunnii
dnc\
-------
Table B-2 (Cont'd)
WESTERN PROCESSING
OFF SITE HI
BOREHOLE
ORGANICS ANALYSIS
ALL RESULTS IN US/KG (PPfll ON A
TRAFFIC
SftNPLE ND. DEPORT NO.
UPO-BC-835-858
UPO-BC-835-868
UPO-BC-835-878
UPO 6C-835-6S4
UPO-BC-805-128
FiaD BlfWK
UPO-BC-836-«38
UPO-6C-836-MJ
wpo-BC-836-*flBA
UPO-BC-836-B88B
upo-BC-836-188
FiaD BLOW
UPO-BC-837-848
WPO-BC-837-«68fl
UPO-BC-«37-e68B
UPO-BC-«37-898
upo-BC-838-«48
upo-K-«3a-esaA
UPO-BC-8}B-«5eB
UPO-BC-8JB-IIB
WPO-BC-«9-828A
WO-BC-839-«2flB
HPO-BC-439-43*
UPO-BC-839-eke
UPO-K-848-418A
UPQ-K-848-8IBB
wpo-BC-848-«28
WPO-BC-848-838
upo-BC-848-848
upa-BC-84e-Ba«
FIELD BLANK
WPO-BC-84 1-818
UPO-BC-44H78
WPO-BC-«41-8a8A
MPO-BC-WI-MBB
upo-Bc-841-898
Uffl-BC-MI-lU
UPO-EC-442-829
UPO-BM42-84B
wpo-tt-B42-te«
UPO-BC-B42-878
FiaD BLANK
HPO-BC-e42-e9flA
HPO-BC-842-eWB
upo-Bc-843-eie
upa-Bc-843-828
WPO-BC-843-B:jeA
UPO-K-eU-BJ3B
UPO-BC-843-858
UPO-BC-«43-a»
FiaD BUUIK
upo-6c-844-«i»
HPO-BC-844-428
UPD-EC-844-839
WPO-BC-844-858
UPO-BC-844-B7BA
UPn-BC-444-87flB
S2421
S2422
S2423
S2424
S2425
S2426
S2427
S242B
S2429
S2438
52*31
S2432
S2433
S2434
S2435
52436
S2437
S2438
S2439
S244B
S244I
S2442
S2443
S2444
S2445
S2446
S2447
924 46
S2449
S2458
S2451
S2453
S2453
£2454
S2455
S2456
S2457
S2458
S2459
S2468
S2461
S2462
S2463
S24M
S2465
S2466
S2467
S24fc9
S2469
S2478
S247I
S2472
S2473
S24M
S2475
52U6
S2477
I,2.4-TBI(HD«0-
ACENAPHTHEIC
tw
516 U
468 U
4 SOU
NA
Nfl
NA
4B8U
4B8 U
464 U
NA
488 U
NA
52»U
4B8U
4B8 U
4B8U
468 U
4B8U
NA
4B8U
4UU
476 U
NA
NA
NR
468 U
455 U
455 U
NA
488 U
NA
S26U
455 U
448 U
444 U
NA
Wl
471 U
455 U
52t U
488 U
NA
NA
448 U
5WU
NA
NA
449 U
NA
488 U
455 U
449 U
455 U
NA
NA
NA
BfNZlDlNE
NA
516 U
468 U
4B9U
NA
NA
NA
4MU
468 U
464 U
NR
4WU
NA
5ttU
4B8U
488 U
468 U
4B8U
4BI U
NA
4B8 U
468 U
47t U
NA
NA
NA
4E8U
455 U
455 U
NA
488 U
NA
526 U
455 U
448U
444 U
NA
NA
471 U
455 U
5%U
488 U
NA
Nfl
448 U
588 U
NA
NA
449 U
NA
4W U
455 U
449 U
455 U
NA
Nfl
NA
BENZENE
NA
NA
NA
NA
NR
NA
NR
NA
NR
NR
NA
NA
NA
NA
NA
NR
NR
NA
NA
NA
NR
NH
516 U
4B8U
461 U
481 U
4B»U
464 U
488 U
52* U
468 U
468 U
488 U
46tU
468U
468 U
4Bt U
476 U
46* U
455 U
455 U
488U
526U
455 U
448 U
444 U
471 U
455 U
526 U
488 U
448 U
588U
449 U
408 U
455 U
449 U
455 U
ICIft-
DlDRQBENlEte
NR
516 U
488 U
468 U
NA
W
NA
468 U
468 U
464 U
NA
4NU
NA
5£8U
464 U
468 U
488 U
468 U
468 U
NA
468 U
468 U
476 U
NA
NR
NR
468U
455 U
455 U
NA
4MU
NA
526U
455 U
448 U
444 U
NA
NR
471 U
455 U
526 U
408 U
NA
NR
448 U
588 U
NA
NR
449 U
Nfl
408 U
455 U
449 U
455 U
NA
Nfl
NR
t£»fl-
QtDIKETHANE
NA
516 U
468 U
468 U
NA
NA
NA
4B8 U
468 U
464 U
NA
4MU
NH
52* U
468 U
468U
4ae u
468 U
4B8 U
NA
4B8U
468 U
476 U
NA
HA
NA
468U
455 U
455 U
NA
488 U
NA
526 U
455 U
448 U
444 U
NR
NA
471 U
455 U
526U
488 U
HA
NR
4481)
*M U
NR
NR
449 U
NR
4B8 U
455 U
449 U
455 U
HA
NA
NH
DRV UE1EHT BASIS
bistt-OtOtKETHVL)
Efl£R
NA
NA
NR
NA
NA
NA
NA
NR
NA
NA
NA
NR
NA
NA
NA
NA
NA
NA
NA
NR
NA
NR
516 U
468 U
488 U
4B8 U
468 U
464 U
488U
524 U
468 U
468 U
468 U
468 U
468U
468 U
468 U
476 U
468 U
455 U
455 U
488 U
526U
455 U
448 U
444 U
471 U
455 U
526 U
488 U
448 U
588 U
449 U
488 U
455 U
443 U
4551)
2-CHLORO-
NAPHTHALENE
NA
516 U
46811
4B8U
NA
NA
NR
468 U
468 U
464 U
NR
4881)
NR
528 U
4681)
468 U
468 U
46t U
468 U
NR
468 U
468 U
476 U
NA
NR
NR
4681)
455 U
45511
NA
488 U
NA
5261)
45511
448 U
444 U
NR
NA
471 U
455 U
526 U
40JU
NH
NA
448 U
588 U
NR
NR
4491)
NR
488 U
455 U
44911
455 U
NR
NR
Nfl
1,2-DICH.ORO-
BENZENE
NR
5161)
4681)
468 11
NA
NA
NR
4681)
468 U
4641)
NR
4881)
NR
528 1)
468 U
468 U
468 U
468 1)
4681)
NA
468 U
468 U
47611
NA
NA
NA
4681)
4551)
45511
NA
488 U
NA
526 U
45511
448 U
444 U
NA
NA
471 11
455 U
526 U
4W U
NA
NA
448 I)
5881)
NA
NA
4491)
NA
488 U
455 U
4490
455 U
NA
NA
NR
1,3-DlCH.DRO-
BCNZENE
NA
516 U
4681)
46811
NA
W
NH
4681)
468 U
4641)
Nfl
4881)
NR
52811
468 U
468 U
468 1)
468 U
4680
NA
468 0
468 U
476 0
NA
NH
NA
4680
4551)
4550
NR
488 0
NA
526 0
4550
448 U
444 1)
NA
NA
471 0
4551)
5260
488 U
NA
NA
448 U
5MU
NA
NA
449 U
NA
4G8 U
455 U
449 0
455 U
NA
Kfl
NA
1,4-DlCHLORO-
BENZENE
NA
5161)
ma
4680
Nfl
NA
NA
468 U
468 0
464 0
NA
4890
NA
5281)
468 0
4680
468 0
4680
4680
NA
4680
468 0
476 0
NA
NA
NA
4681)
4550
455 0
NA
4880
NA
5260
4550
4481)
444 0
NA
NH
471 0
455 0
526 U
4880
NA
NA
448 0
5»8 0
NA
NA
449 0
Nfl
488 0
455 0
449 0
455 0
NA
Nfl
NA
UBEND
U -- UNDETECTED AT THE LISTED DETECTION LIMIT
M = DETECTED BUT NOT QOflKTIFlflBlE
J = ESTIMflTED VALUE ITENTAT1VELV IDENTIFIED COHPOLMffil
NA -- NOT
PAGE 6 OF
-------
29-HJI-B4
Table B-2 (Cont'd)
UESTERN PROCESSING
OFF SITE Rl
BOREHOLE
ORGANICS ANALYSIS
TRAFFIC
SAMPLE NO. REPORT NO.
UPO-BC-435-BS4
UPO-BC-435-8E*
UPO-K-835-478
UPO-BC-835-888
WPO-BC-e.35-124
FIELD BLANK
UPO-6C-436-438
UPO-BC-436-441
UPO-BC-436-888B
WPD-BC-436-IW
FIELD BLA*
UPO-BC-837-848
WPO-BC-*37-«e8A
UPO-BC-837-8fcBB
UPO-EC-837-8S*
UPO-BC-438-85BA
UPQ-BC-438-458B
UPO-BC-83S-I18
UPO-BC-839-82«ft
UPO-BC-439-428B
UPO-BC-«39-«38
UPO-BC-439-168
UPO-BC-848-4IM
UPO-BC-848-818B
UPO-BC-441-421
UPO-6C-W8-83*
UPO-K-448-848
UPO-BC-848-e&8
FIELD SLAW
KPO-BC-84H3*
UPO-BC-*4 1-478
yPO BC-44I-48M
WPO-K-441-894
UPO-BC-84HI1
UHHiC -142-428
UPO-GC-842-868
UPO-BC-842-878
FIRDBLWK
UPO-BC-442-098A
UPO~BC~4^2~WdB
UPO-BC-843-818
UPO-BC-443-821
UPO-tt-843-83«fl
UPO-BC-843-438B
UPO-6C-843-858
UPQ-BC-443-898
Fiao BLHNX
UPQ-BC-444-818
UPO-BC -444-828
UPO-BC-844-438
MPO-&C-844-458
UPQ-&C-444-478A
UPO-K-844-8J8B
£2421
S2422
£2423
S2424
£2425
£2426
£2427
S242B
£2429
S2438
£2431
£2432
£2433
£2(34
£2435
S2436
£2437
£2438
52439
£2448
S2441
£2442
£2443
£2444
S2445
£2446
£2447
£2448
SJ449
£2458
£2451
£2452
£2453
£2454
£2455
£2456
£2457
£2458
S2459
£2468
£2(61
£2462
£2463
£2464
£2465
£2466
£2467
S£4&d
£2471
£2471
£2472
£2473
£2474
£2475
£2476
£2477
3,3-DiatORO- 2,4-DINlTRO- 2,6-DINITRO- 1
BEN21DINE TOLUENE TOLUENE
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
5161)
488 U
48* U
468U
48* U
464 U
4«8U
528 U
488 U
488 U
48* U
481 U
488 U
488 U
48* U
476 U
46* U
455 U
4551)
484 U
526U
455 U
441 U
444 U
471 U
455 U
526 U
488 U
448 U
588U
449 U
48«U
455 U
449 U
4551)
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
5160
418 U
488 U
488 U
481 U
464 U
4MU
S28U
4881)
488 U
484 U
488 U
4881)
488 U
488 U
476 U
46* U
455 U
455 U
4*0 U
526U
455 U
448 U
4440
471 U
455 U
5260
48811
448 U
588U
449 U
484 U
455 U
449 U
455 U
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NR
516 U
4880
4880
4880
4810
4S4U
48*1)
5280
48*0
468 U
4880
488 0
4880
488 U
4810
4760
4680
4550
4S50
48*U
5260
455 U
441 U
4440
471 U
455 U
526 U
488 U
4480
5MU
4490
488 0
4550
4490
455 U
ALL RESULTS IN UE/K6 (PPB) ON A DRY (EIGHT BASIS
bit- bis-
,2-DIPlfNYl- ' 4-CH.OHOneffL 4-BROHOPtENYL tt-OUROISOPROPYU tt-CHOftOETHOIYI HEIAOLDRO-
HYDRAZ1NE FLUORANMNE PHEJWL ETttR PICMYl CMR ETKR tfTHDNE BUTADIENE
NO
516 U
4880
4880
NA
NA
NA
4880
4880
4641)
NA
484 U
NA
528U
4880
48*0
4880
4880
4880
NA
4880
4880
4760
NA
NA
NA
4680
4550
455 U
NA
4*8 U
NA
455 U
441 U
4440
NA
NA
NA
NA
NA
NA
NA
NA
Ml
NA
471 0
4550
5260
4880
448 U
5880
4490
4880
4550
4490
4550
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
516 0
48(0
488 U
4880
4810
464 0
448 U
528U
48* U
481 U
488 U
4880
4880
4B80
488 U
4760
46* U
4550
4550
48* 0
526 U
4550
44*0
4440
471 0
4550
5260
48811
4480
5880
4490
488 0
455 U
4490
455 U
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NR
NA
NA
NA
NR
Nfi
NR
516 U
481 U
484 U
4880
4881)
4640
4*80
S28U
4880
481 U
4880
48*0
488 U
4880
484 U
4760
4610
4550
4550
4880
526 U
455 U
4410
4440
471 0
4550
5261)
4*80
444 U
5840
4490
4880
4550
4490
4550
NA
HA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
516 U
488 U
4810
4B80
4880
4640
4880
5280
4880
48*1)
48*0
4880
488 U
48*0
4880
476 U
4680
45511
4550
4880
526 U
4550
4480
444 U
471 0
455 U
5260
4880
44* U
588 U
449 U
488 0
4550
4490
4550
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
Nfl
NA
NA
5160
481 U
488 U
4880
488 U
4640
48* U
521 U
4610
488 U
481 U
488 U
4880
488 U
488 U
4760
4680
4550
4550
488 U
5260
4550
4410
444 0
471 0
4550
5260
4440
448 U
5880
449 U
4880
455 0
4490
455 U
NA
NA
NA
NA
M
NA
NA
NA
NA
HA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
5160
4880
4880
488 0
488 U
464 U
488 U
528 U
488 U
488 0
4880
488 U
488 0
488 0
488 0
476 0
468 0
455 U
4550
488 U
5260
455 U
4480
444 U
471 U
455 U
526 U
464 U
4480
5MU
449 U
4880
455 U
449 U
455 U
NA
NA
NA
NA
NA
HA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
yn
Wl
NA
NA
NA
NA
5160
4880
4880
4840
48*0
464 U
4(40
481 U
488 U
48* 0
4880
488 0
4880
4880
476 U
468 0
4550
4550
484 0
526 0
4550
4410
444 0
471 0
4550
5260
4*80
441 0
584 0
4490
484 U
455 U
449 0
45S U
LEGEW
U = tMDCTECTED AT THE LISTED DETECTION LIMIT
M * DETECTED BUT NOT OOflWlfiftBLE
J . ESTllifiTED VALUE (TEMTftTlvaY IDWIIFIEB COKPOUNDSI
NA . HOT ANALV1EB
-------
Table B-2 (Conf d)
WESTERN PROCESSING
OFF SITE HI
BOREHOLE
ORGANICS ANALYSIS
TRAFFIC
SAMPLE NO. REPORT NO.
UPO-BC-835-858
WPO-BC-435-868
WPO-BC-835-871
UPO-BC-835-868
WfO-BC -835-124
FiaD BLANK
UPO-BC-B36-838
UPO-BC-836-848
UPO-BC-836-taBB
UPO-BC-836-188
FIELD BLANK
LPO-ff-837-848
WPO [0837-068A
UPO-BC-837-&8B
UPO-BC-837-894
WPO-&C-83a-848
UPO-BC-838-B58B
UPO-BC-838-I1B
WPO-BC-839-828B
UPO-BC-839-838
WPO-BC-839-868
WPO-BC-84B-111B
UPO-BC-848-828
WPO-BC-848-131
WPO-BC-848-A48
WPO- BC-848-488
Fiao BLANK
UPO-BC-84 1-838
UPO-BC -841-878
WPO-BC-841-«68A
WPO-&C-84I-8BBB
UPO-BC -84 I-8S8
UPO-BC -841-1 18
UPO-BC-842-42I
WPO-BC-B42-848
UPO-BC-842-868
UPO-BC-«42-e78
FiaD BLANK
WPO-BC-842-098A
UPO-&C-843-BI1
UPO-tt-843-828
UPO-BC -813-83M
UPO-BC-843-838B
UPO-BC-«43-898
FiaD BLANK
UPO-BC -844-818
UPO-BC -844-838
UPO-tC-BU-eSB
UPO-BC-844-878A
WO-K-e44-87BB
LEGEND
U = UNDETECTED AT
S242I
52422
52423
62424
62425
62426
52427
52428
52429
62438
62431
62432
62433
52434
52435
52436
S2437
52436
52439
62448
52441
S2442
62443
52444
52445
52446
62447
S2448
62449
62458
62451
52452
62453
52454
S2455
52456
62457
62456
52459
52468
S246I
62462
62463
S2464
52465
62466
SJ467
52468
52469
52478
52471
52472
52473
52474
52475
52476
52477
THE LISTED
HEIflCHLOflO-
CYEtO-
PENTADIENE
NA
516 U
488 U
488 U
NA
NA
NA
468 0
4681)
464 U
NA
4881)
NA
5281)
468 U
488 U
468 U
488 U
NA
46811
4881)
4761)
NA
NA
HA
468U
455 U
4551)
NA
488 U
NA
526 U
455 U
4411)
444 U
NO
NA
471 U
4551)
5261)
4B8 U
NA
NA
4481)
58»U
NA
NA
449 (1
NA
484 U
455 U
449 U
4551)
NA
NA
U)
DETECTION LIMIT
ISOPHDRONE
NA
51611
48811
46811
NA
NA
NA
4681)
468 U
464 U
NA
48811
NA
528 U
488 U
46811
46111
4811)
48111
NA
4B8U
468 U
4761)
NA
NA
NA
4681)
455 U
4551)
NA
4881)
NA
5261)
4551)
44111
444 U
NA
NA
471 U
4551)
52611
488 U
NA
NA
448 U
5881)
NA
NA
4491)
NA
488 U
45511
4491)
455 U
NA
NA
NA
NAPHTHALENE
NA
HA
NA
NA
NA
HA
HA
HA
NA
NA
NA
HA
HA
HA
NA
HA
NA
NA
NA
NA
Hfi
NA
516 U
4881)
4881)
4681)
4811)
4641)
488 U
5281)
468 1)
468 U
4681)
468 U
4681)
46811
46811
4761)
4681)
4551)
45511
4881)
5261)
45511
4481)
44411
471 U
45511
5261)
48811
448 U
588 I)
44911
488 U
4551)
4491)
4551)
NITROBEN2ENE
NA
NA
NA
HA
NA
NA
HA
NA
NA
NA
HA
NA
NA
HA
NA
NA
NA
NA
NA
NA
NA
NA
SI6U
46811
4681)
46811
461 U
464 U
4881)
52811
46111
468 U
461 U
461 U
4611)
4611)
46811
4761)
46111
455 U
45511
488 U
5261)
455 U
4411)
444 U
471 U
455 U
526U
488 U
448 1)
5»a u
449 U
4841)
455 U
449 11
45511
ALL RESULTS
M-NITROSOOI-
.PHENYLAHINE
NA
516 U
4611)
4681)
NA
NA
NA
4681)
4681)
464U
NA
4880
NA
5281)
4681)
468 U
468 U
468 I)
4611)
HA
461 U
461 U
47611
NA
NA
NA
46811
455 U
45511
NA
4881)
NA
526U
45511
44811
44411
HA
HA
471 11
455 U
5261)
488U
NA
NA
4481)
5881)
NA
NA
4491)
NA
488 1)
4551)
4491)
45511
NA
(H
NA
IN IE/KG (PPB) ON A DRY WEIGHT BASIS
'N-NITROSODI-
PROPYLAMINE
NA
SI6U
4681)
46811
NA
NA
HA
468 U
46811
46411
NA
488U
HA
524 U
4811)
46111
46811
4611)
4681)
NA
4611)
46111
4761)
HA
NA
NA
4681)
455 U
4551)
HA
4880
HA
5260
455 U
4481)
4440
NA
NA
471 0
4551)
5260
4880
NA
HA
4480
584 0
NA
NA
449 0
NA
4880
4550
4490
4550
NA
NA
NA
bii-
(2-ETHYLHEIVU
PHTHALATE
NA
516 U
4680
468 0
NA
HA
NA
461 U
4610
464 0
NA
4880
NA
5280
4680
4680
488 0
468 0
4680
HA
4680
4680
4760
NA
NA
HA
4680
4550
4550
NA
4880
HA
5260
4550
4480
444 0
NA
KA
471 0
455 0
5260
4810
NA
HA
4440
5880
NA
HA
4490
NA
4B80
4550
4490
4550
NA
NA
NA
BENZYL BUTYL
PHTHALATE
NA
5160
4680
4680
NA
NA
NA
4680
4610
4640
NA
4810
NA
5280
4880
4880
4880
4880
4680
NA
468 0
484 0
4760
HA
NA
HA
4680
4550
4550
NA
4880
NA
5260
4550
4480
4440
NA
HA
471 0
4550
5260
4880
NA
NA
4480
5880
NA
NA
4490
NA
4880
4550
4490
4550
NA
NA
NA
DI-N-BUTYL
PHTHflLflTE
NA
5160
4680
468 0
NA
NA
NA
4680
4680
464 0
NA
4880
NA
5280
4680
4680
4680
4680
4680
NA
488 0
464 0
4760
NA
NA
NA
4680
4550
4550
NA
4880
NA
5260
4550
4480
444 0
NA
NA
471 0
4550
526 0
4880
NA
NA
4480
5880
HA
NA
4490
HA
4880
455 U
4490
4550
NA
NA
NA
DI-N-OCTYL
PHTHALATE
NA
516 0
4680
4680
NA
NA
NA
4880
468 0
464 0
NA
4880
NA
5280
468 0
4680
4680
4680
468 0
NA
4680
468 0
476 0
NA
NA
NA
4680
4550
4550
HA
488 0
NA
5260
4550
448 0
4440
NA
NA
471 0
4550
526 0
4880
NA
NA
448 0
5880
NA
NA
4490
NA
488 0
4550
449 0
4550
NA
NA
NA
DIETHYL
PHTHALATE
NA
5160
4680
4680
HA
NA
NA
4680
488 0
464 0
NA
488 0
NA
5280
468 U
4680
468 0
4680
468 0
HA
4680
468 0
476 U
NA
HA
NA
468 0
4550
4550
NA
488 0
HA
5260
455 0
4410
444 0
NA
NA
471 0
4550
526 0
4880
NA
NA
448 0
5080
KA
NA
4490
NA
488 0
4550
449 0
4550
KA
NA
NA
DIKTHYL
PHTHALATE
NA
5160
4610
4880
NA
NA
NA
4880
4680
464 0
NA
488 0
NA
5280
4680
4680
4680
488 U
4680
NA
468 0
4880
4760
HA
NA
NA
4680
4550
4550
NA
4810
NA
526 0
4550
4480
444 0
NA
HA
471 0
455 0
526 0
488 0
NA
KA
448 0
588 0
NA
NA
449 0
NA
481 0
4550
449 0
4550
NA
KA
NA
= DETECTED BUT NOT OUWIIFIABLE
J * ESTIMATED VfiLUE (TEN'AIIVELY IDENTIFIED COHPOUMB)
KA = MIT IWLYiED
PAGE 8 OF 18
-------
29-HJI--B4
Table B-2 (Cont'd)
UESTE1N PROCESSING
OFF SITE RI
BOREHOLE
ORfiflNlCS ANALYSIS
Hi. RESULTS IN IE/KB (PPB)
TRAFFIC
SAMPLE ID. REPORT NO.
UPQ-BC-435-056
UPO-BC-135-061
UPO-BC-835-I7*
UPO-BC -035-060
WPO-BC-635-121
FIELD BLANK
UPQ-BC-036-438
UPO-&C-036-041
UPO-&t-13fi-080B
UPO-BC-036-188
FiaD BLANK
UPD-BC-037-04I
liPO-BC-137-060A
UPO-6C-037-668B
UPO-EC-037-0S1
UPO-EC-838-041
UPO-BC-038-058B
UPO-BC-038-I11
UPO-BC-839-028A
UP&-6C-039-020B
WPQ-BC-839-831
UPO-K-039-6E0
UPO-BC-048-818A
y?0-EC-040-010B
UPO-BC-048-828
UPO-BC-040-631
UPO-BC-048-841
UPQ-&C~$40~8flQ
FIELD BLftW
YPO-BC-041-030
UPO-GC-041-171
UPO-K-041-080A
UPO-BC-04I-060B
UPO-EC-04 1-031
UPO-BC -441-118
UPQ-EC-642-021
UPO-BC-042-84*
UW-BC-042-B60
WPO-BC-042-871
FiaDOJM
HPO-BC-042-698A
UPO~ EC ~W£"03M
UPO-GC -043-818
UPO-BC-043-020
UPO~BC ~94 3" 030A
WPO-K-043-038B
UPO-tt -043-058
UPO-BC-043-190
FIELD BLOW
UPO-BC-?44-0ll
UPQ-&C-644-028
UPO-K-044-030
UPO-BC-044-658
UPQ-EC-044-078A
UPO-&C-044-878B
S242I
52422
52423
52424
52425
S2426
52427
52428
S2429
52430
52431
52432
52433
52434
52435
52436
52437
52438
52439
52440
52441
52442
52443
52444
52445
52446
52447
52448
S2449
52451
52451
52452
52453
52454
52455
52456
52457
52458
52459
52461
52461
52462
52463
52464
52465
52466
52467
52468
52469
52471
B247I
52472
52473
52474
52475
52476
52477
6EN20UI-
ANDUHCDE
NA
516 U
481 U
488 U
NA
NA
W)
481 U
481 U
464 U
NA
4800
NA
528U
481 U
488 U
4611)
488 U
481 U
NA
468 U
468 U
476 U
NA
NA
NA
468 U
455 U
4S5U
M
48* U
NA
526 U
455 U
44* U
444 U
NA
NA
471 U
455 U
526 U
480 U
NA
W
441 U
500 U
NA
NA
449 U
Ml
468 U
455 U
449 U
455 U
NA
NA
NA
KNZOU)-
PVRENE
NA
516 U
48*11
481 U
NA
NA
NA
481 U
48*11
464 U
HA
41* U
NA
5211)
488 U
48* U
481 U
488 U
481 U
NA
488 U
48* U
476 U
NA
NA
NA
461 U
455 U
455 U
NA
40* U
NA
526 U
455 U
441 U
444 U
NA
NA
471 U
455 U
526 U
401 U
NA
NA
44* U
530 U
NA
NA
44911
NA
466 U
455 U
449 U
455 U
NA
NA
NA
BDflOlbl-
FLU08ANTHENE
NA
516 U
48111
4881)
HA
NA
NA
488 U
481 U
464 U
NA
46811
NA
521U
48111
481 It
488 U
48811
488 U
NA
4811)
48811
476 U
NA
HA
NA
468 U
4551)
455 U
NA
411 U
NA
80SN
45511
441 U
444 U
NA
NA
471 U
455 U
526 U
40811
NA
NA
441 U
5011)
NA
NA
4491)
NA
4011)
45511
449 U
45SU
NA
NA
NA
JBHOIkl-
FLUOWWMNE
NA
516 U
481 U
4801)
NA
HA
NA
481 U
48111
464 1)
NA
411 U
NA
520 U
48111
481 U
48111
481 U
48111
NA
48611
4801)
476 U
NA
HA
NA
46111
4551)
455 U
NA
41011
HA
526 U
4551)
441 U
444 U
HA
HA
471 0
455 U
5261)
4801)
HA
NA
441 U
5801)
NA
HA
449 U
HA
481 U
4551)
4490
4550
HA
NA
HA
CHRYSENE
NA
5160
4810
481 U
HA
NA
HA
481 U
481 U
4641)
NA
4080
NA
52* U
4811)
46* U
481 U
4810
481 U
NA
4810
4810
4761)
NA
NA
NA
4610
4550
4550
NA
461 0
NA
5260
4550
441 U
444 U
NA
NA
471 0
455 U
5260
4810
NA
NA
441 0
588 U
NA
- NA
4490
NA
4810
4550
449 U
4550
HA
NA
HA
ACENAPHTHVLENE
NA
5160
4810
4810
NA
NA
NA
4810
481 U
4640
NA
4880
NA
52111
4810
4811)
4810
481 U
4810
NA
48111
4810
4760
NA
NA
NA
461 U
4550
4550
NA
4000
NA
5260
4550
4410
4440
NA
NA
471 0
4550
5260
4810
NA
HA
4410
5610
HA
NA
4490
HA
4810
4550
4490
4550
NA
NA
NA
ON A DRY ICI6HT BflSIS
ANTHRACENE
NA
5160
481 U
4810
NA
NA
NA
4810
481 U
4640
NA
4010
NA
521U
4810
4810
4810
4810
4810
NA
4810
4810
4760
NA
NA
NA
4610
4550
4550
NA
460 U
NA
5260
4550
4410
444 0
NA
NA
471 0
4550
5260
4810
NA
NA
4410
5010
NA
NA
449 U
NA
4NO
4550
4490
4550
NA
NA
HA
PERYIJNE
HA
516 U
4680
4810
HA
NA
NA
481 U
4810
4640
NA
4NU
NA
528 U
4810
4810
4810
4800
4800
NA
4810
481 U
476 0
NA
NA
NA
4610
4550
4550
NA
488 U
NA
526 0
45511
4410
444 0
NA
NA
471 0
4550
5260
4800
NA
NA
441 U
5610
NA
NA
4490
NA
4MO
4550
4490
4550
NA
NA
NA
FLUDRENE
NA
516 U
4810
481 U
NA
NA
NA
4810
4810
464 U
NA
46* U
NA
5210
4810
4810
4810
481 U
4810
NA
461 U
4810
4760
NA
NA
NA
461 0
455 0
4550
NA
4880
NA
526 0
4550
4410
444 0
NA
NA
471 0
4550
5260
411 0
NA
NA
441 0
501 U
NA
NA
449 0
NA
401 0
4550
4490
4550
NA
NA
HA
PHENANTHRENE
NA
5160
4810
481 U
NA
NA
NA
4810
4810
464 0
NA
4000
NA
5210
4810
4810
4810
4810
4810
NA
4810
4810
4760
NA
NA
NA
4610
4550
4550
NA
460 0
NA
S2& U
4550
441 0
444 0
NA
NA
471 0
4550
5260
411 0
NA
NA
441 0
561 0
NA
NA
449 0
NA
411 0
455 0
4490
455 0
NA
NA
NA
DlBENIOU,h>-
MTKRACENE
NA
5160
481 U
4810
NA
NA
NA
481 0
4800
4640
NA
4NO
NA
5210
4810
4880
4801)
4800
480 U
NA
4801)
4800
4760
NA
NA
NA
460 U
4550
455 U
NA
4W 0
NA
526 0
455 0
4400
444 0
NA
NA
471 (I
4550
526 U
411 0
NA
NA
4411)
511 0
NA
NA
449 U
NA
400 0
455 0
449 U
455 U
NA
NA
NA
LEtfKD
U
5
HA
UNDETECTED AT THE LISTED DETECTION LIH1T
gS^
Mil H.PLY2ED
-------
£9-*Ur-84
Table B-2 (Cont'd)
WESTERN PROCESSING
OFF SITE HI
BOREHOLE
OSfflNlCS ANALYSIS
ALL RESaTS IN UB/K6 IPP8) ON A DRY UEIGHT BASIS
TRAFFIC
SAHPU NO. REPORT NO.
UPO-BC-135-151
UPD-K-43S-K1
WPO-BC-135-171
WPO-BC-835-M8
UPQ-BC-135-121
FIELD BLANK
UPQ~BC~436~438
liPO-tC -836-048
WPO-BC-836-88AA
UPO-GC-836-860B
UPO-BC-836-188
FiaO BLANK
UPO-BC -437-848
WPO-EC-037-161A
WPD-BC-137-168B
UPQ-BC-137-1S1
UPO~BC ~0 3fl~~64 0
WPO-BC-138-158fl
WPO-BC-t38-858B
UPO-BC-B38-1I1
UPO-BC-839-121fl
WPO-BM39-83!
WPO-&C-439-M1
UPO-BC-141-lltfl
WPO-BC -841-128
WPO-BC -848-838
UPQ BC-848-848
UPQ- EC -fl \ 0~dfiO
FIELD BLANK
WPO-6C-i4|-«31
HPO-BC-84 1-171
WPO-BC-44I-888B
MPO-BC-84I-II1
UPO-BC-842-848
UPO-BC -842-668
UPO-BC-842-871
F1RD BLANK
WPO-BC-142-«98fl
UPO-K-842-fWeB
UPO-BC-«43-tll
UPO-6C-«»3-121
HPO-BC-143-138A
UPO-EC-143-13BB
UPO-BC-843-858
UPQ~EC~ft43~d9d
FIELD BLANK
UPO-BC-144-121
WPO-6C-*44-138
WPO-BC-844-858
UPO-bC-«l4-878A
UPO-BC -844-178B
S242I
S2422
S2423
S2424
S2425
S2426
S2427
52428
S2429
52438
S243I
S2432
S2433
S2434
S243S
S2436
S2437
S2438
S2439
S2441
S244I
S2442
£2443
S2444
S2445
52446
S2447
S2446
S2449
52458
S2451
S2452
S2453
S2454
S2455
52456
SS457
52458
S2459
S2468
S2461
S2462
52463
S2464
S2465
S2466
S2467
S2468
52469
52478
S247I
S2472
S2473
S2474
S2475
S2476
S2477
imEMxi.2,3
PYftENE
NA
HA
NA
hfl
NA
Nfl
Nfl
HA
NA
NA
HA
NA
NA
HA
NA
NA
NA
NA
Hfl
NA
NA
NA
-CD)
516 U
481 U
461 U
481 U
481 U
464 1)
4NU
5211)
4611)
488 11
488 U
4811)
488 11
468 U
4810
4761)
461 U
455 U
45511
411 U
5£fc U
455 U
44111
444 U
471 1)
455 U
52611
488 U
448 U
5*8 U
449(1
418 1)
4551)
449 U
4551)
PYRENE
NA
5161)
481 U
48111
NA
NA
NA
481 U
48111
464 U
NA
4M I)
NA
521 U
48111
488 U
488U
461 I)
488 U
NA
488 U
481 U
47611
NA
HA
NA
46111
45511
45511
NA
411 U
Nfl
5261)
455 U
4411)
444 U
NA
NA
471 U
455 U
5261)
481 U
NA
NA
441 U
581 II
NA
NO
449 U
Nfl
481 1)
4551)
449 U
455 U
Nfl
HH
NA
ANILINE
HA
516 II
48111
4811)
NA
NA
NA
46111
461 U
46411
HA
4NU
Nfl
5211)
48111
481 U
48111
468 U
4611)
NA
48111
46111
4761)
NA
NA
HA
461 U
455 U
45511
NA
411 U
NA
5261)
455 U
441 U
444 U
NA
NA
471 U
4551)
52611
418 U
NA
NA
448 U
581 U
NA
NA
449 U
NA
41111
4551)
449 U
4551)
NA
HA
NA
BENJYL
ALCOHOL
NA
516 U
4611)
4811)
NA
HA
NA
4611)
48111
464 U
NA
4N U
NA
521U
4611)
488 U
4611)
481 U
4811)
NA
481 II
461 U
476 U
NA
NA
Hfl
461 U
4551)
455 U
NA
411 1)
NA
5261)
45511
441 I)
444 1)
Hfl
NA
471 I)
455 U
52611
4M U
NA
HA
448 U
581 U
NA
Ufl
4491)
HA
488 U
455 U
4491)
4551)
NA
NA
NA
4-QtORO-
ANILIHE
HA
516 U
461 U
461 U
HA
NA
NA
4811)
46111
464 11
NA
408 U
NA
5211)
46111
4811)
461 U
461 U
4641)
NA
4611)
4811)
476 U
NA
Hfl
NA
4611)
45511
45511
NA
48*11
NA
5261)
45511
44811
444 U
NA
NA
471 U
45511
52611
411 11
NA
HA
4411)
SI! U
NA
HA
4491)
NA
488 U
4551)
44911
45511
NA
NA
NA
DIBENZOFURAN
Nfl
516 U
48111
48111
HA
NA
HA
4811)
48811
464 1)
NA
4H U
NA
5211)
4681)
4881)
4881)
4881)
4811)
NA
481 U
48111
4761)
NA
HA
HA
4611)
4551)
4551)
Hfl
411 1)
NA
52611
455 U
4411)
444 1)
NA
NA
471 1)
455 U
5261)
481 U
NA
NA
448 II
SHU
HA
NA
44911
NA
481 U
4551)
449 U
45511
NA
NA
NA
Z-NETHYL-
NAPHTHALENE
Hfl
516 U
4680
4611)
HA
NA
Nfl
481 U
461 U
4641)
NA
4N II
NA
5211)
4611)
4811)
461 U
48111
481 U
NA
4611)
48111
47611
NA
NA
NA
4611)
4550
4551)
Nfl
4WU
NA
5261)
455 U
4411)
444 U
NA
NA
471 U
455 U
52611
41811
NA
NA
441 11
seiu
Nfl
NA
449 U
Nfl
418 I)
455 U
44911
4551)
NA
Nfl
NA
Z-NITROANILINE
NA
NA
NA
NA
NA
NA
NA
Nfl
NA
NA
NA
NA
NA
NA
NA
NA
NA
HA
NA
NA
Nfl
NA
5161)
461 U
4811)
4811)
4811)
464 U
488 U
52111
4611)
4811)
48111
481 1)
4611)
48111
48111
47611
461 U
45511
45511
484 U
5261)
4551)
4411)
444 1)
471 11
455 U
52611
4181)
4411)
58811
44911
4W U
4551)
4491)
455 U
3-NITROAMILINE
NA
5161)
488 U
4811)
NA
NA
NA
481 U
461 U
464 1)
NA
411 II
NA
5211)
48111
4681)
481 U
4611)
481 U
NA
4681)
461 U
4761)
NA
NA
NA
461 U
455 U
4551)
NA
418 U
NA
526 I)
455 U
448 U
444 U
NA
NA
471 U
455 U
526 U
41811
NA
NA
441 U
581 1)
Hfl
Hfl
4491)
NA
411 U
4551)
449 U
455 U
NA
Hfl
NA
4-NITROANILINE
NA
Nfl
HA
Nfl
Nfl
NA
NA
Hfl
HA
HA
Hfl
NA
Nfl
NA
Nfl
Hfl
NA
NA
Hfl
NA
HA
NA
516 U
48111
4811)
481 U
48111
464 1)
411 U
521 U
4681)
481 1)
4611)
481 U
461 U
48111
461 U
476 U
46111
45511
455 U
41111
526 U
455 U
441 U
444 U
471 U
455 U
52611
488 U
448 U
588 U
449 U
4W U
455 U
449 U
455 U
LEGEW
U = UNDETECTED AT THE LISTED DETECTION LINT
H - DCTECTa BUT MIT OLJflNTIFlABLE
J = ESTIMATED VALUE (TENTATIVELY IDENTIFIED COMPOUNDS)
Nfl - MIT flWU.Y7.ED
PAGE 11 OF 11
-------
29-Mar-84
Table B-3
GROUKDWATER INORGANICS ANALYSIS
WESTERN PROCESSING
OFF SITE RI
GROUNDWATER
INORGANICS ANALYSIS
ALL RESULTS IN UG/L (PPB)
SAMPLE NO.
CHROMIUM
NICKEL
ZINC
ARSENIC
CADMIUM
LEAD
WPO-GW-031
WPO-GW-032
WPO-6W-033
WPO-GW-034
WPO-GW-035
WPO-GH-036
HPO-GW-037
WPO-GW-038
WPO-GU-039
WPO-GW-040A
WPO-GW-040B
WPO-GW-041
WPO-GW-042A
WPO-GW-042B
WPQ-GW-043
WPO-GW-044
FIELD BLANK
LEGEND
10 U
10 U
11
IS
26
27
10
10
35
10 U
10 U
12
10 U
10 U
10 U
IS
10 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
40 U
50
79
86
122
97
70
39
77
381
87
85
69
96
124
166
177
10 U
10 U
10 U
10 U
10 U
10 U
10 U
10 U
10 U
30
10 U
10 U
10 U
10 U
10 U
10 U
17
10 U
i U
1 U
5.6
1 U
4.1
2.0
3.9
1.2
1.2
1 U
2.3
1 U
1 U
1 U
1 U
1 U
1 U
B\
5 U
18
10
IS
70
a
9
21
5 U
S U
5 U
S U
S U
5 U
10
S U
-------
29-M*r-M
Table B-4
GROUNDWATER ORGANICS ANALYSIS
UESTERN PROCESSING
OFF SITE Rl
6ROLNDUATEI
ORGANICS ANALYSIS
ALL RESULTS IN LG/L IPP8)
SAMPLE NO.
UPO-6U-I3I
UPO-fiU-Wa
um-€u-*u
UPO-GU-B3A
UPO-6U-«35
MHHU-136
UPO-6U-437
UPO-fiJ-138
UPO-6U-I39
WPO-SU-WBA
UPO-6U-M8B
UPO-BU-WI
UPO-SJ-Ma
UPO-6U-«aB
UPO-6U-H3
uro-GU-au
FIELD BUM
TRAFFIC
REPORT NO.
S2479
S24B&
S24B7
SMBB
S84B9
S24BI
S2«l
S3«2
S249»
S24B3
saw
satas
S2431
S2494
S84%
S84S3
S2t95
CARfiOH
1,2-01- 1,1,1-TRl- 1,1-DI- 1,1
E-TRI- 1,1,2,2-TETRft-
ACROUIN ACRniMlTRllE KN2ENE TETRAOUWIDE (HOMKN2ENE LUOHETHWt GHLOROEDWE CaOROETHWE CaOHOETHWE CaOAOETHWE OUWOETHW
IMU
IHU
IMU
IWU
IMU
IMU
IMU
IMU
IMU
IMU
IMU
IMU
IN U
IM U
IMU
IM U
IMU
IMU
IMU
INU
IMU
INU
IMU
IMU
IMU
IMU
IMU
IMU
IMU
IMU
IMU
IMU
IMU
IMU
SU
SN
SU
SU
SH
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
U
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
su
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
II U
II U
II U
11 U
II U
11 U
11 U
II U
II U
11 U
II U
II U
II U
11 U
11 U
11 U
11 U
II U
II U
II U
11 U
II U
II U
II U
11 U
II U
11 U
II U
11 U
11 U
II U
II U
II U
11 U
LEGEND
U - LMDETECTED AT TIE LISTED DETECTION LIMIT
N * DETECTED BUT NOT QUANTIFIABLE
PflK i OF 13
-------
Table B-4 (Cont'd)
UESTEHN PROCESSING
OFF SITE R!
GfJflLMXMTEl
QftEWICS WWLYS1S
DLL RESITS IN IB/L IPPt)
SAMPLE NO.
UPMUH3I
UP(HU-*2
UPO-O-133
IW-fiU-*H
UPO-EU-435
MPO-O-436
UPO-6U-437
IflUKU-ftU
UPQ-GU-139
UPO-O-W8A
ltfO-6U-|4»B
ypo-6u-84i
iHHw-1431
UPO-6U-«4a
UKHU-*43
uPO-sj-144
FiaD&Jw
TRAFFIC 2-OLONOETIffl.- 1,1-01- TRANS-1,2 Dl- 1,2-W- TRANS-1,3-01- CIS-1,3-01- METHYLEME
REPORT NO. V1HVL EMR MJWFOW OUMCETt** OKMOETWNE OUMOPDQKNE JHOROMOPEHE OUWOPRDPENE ETWLBENIENE OtORIBE DUMQHETHRNE BROHKTHAHE
S2479
S2U&
S24I7
S24U
S2489
S24M
S24I1
S24A2
S249I
S24U
S24D4
S2W5
S249I
52494
S2492
£493
S2495
II U
II U
II U
II U
II U
11 U
II U
II U
11 U
11 U
11 U
II U
II U
II U
II U
II U
II U
SU
SN
SN
SH
SM
SU
SU
SU
SM
SU
SU
SU
SM
SM
SM
SM
SH
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
u
Hi
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
II U
II U
11 U
II U
11 U
11 U
11 U
II U
II U
II U
II U
II U
11 U
11 U
11 U
II U
II U
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
. SU
SN
SN
SN
SM
SU
SU
SU
SM
SU
SU
SU
SM
SM
SM
SM
SM
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
11 U
11 U
11 U
11 U
II U
II U
II U
II U
II U
II U
11 U
11 U
II U
11 U
II U
11 U
II U
II U
II U
II U
II U
II U
II U
II U
11 U
II U
II U
11 U
II U
11 U
II U
11 U
II U
11 U
LEEBC
U < IMCTECTE9 AT M LISTQ KTECTKM LIMIT
K * DCTECTO BUT MOT QUANTIFIABLE
-------
Table B-4 (Cont'd)
If STERN PROCESSINB
Iff SUE HI
GRUMHJATE1
ORWNICS ANALYSIS
flU BESULT3 IN DBA. (Pffll
TRAFFIC
DICHLOM)-
BRQMOIIOURO- FLOUDOHHCHUIM DIFLOURO- OLOBODIBROMD- lETRAatORO-
SAMPLE NO. NEWT NO. BRMFORN HETIIANE METHANE METHANE HETHWE ETItNE TOLUENE IRICHLOROETHENE VINYL
UPD-GU-UI
UPO-6U-I32
UPO CU 833
UPO «H34
UPO-SUI33
IMHJI-136
UPO 01 137
ura-«u«3a
UPO 04-839
UPO-BM48A
UPO-GU-848B
UPO-GW-MI
UPO-GU-842A
MPD-CU-I42D
UPU-UU W3
UPO -GU 044
FIELD BLBNK
LEGEND
U * UNDETECTED AI
E2479
S24BB
S24B7
E24BB
B24B)
S24AI
S24BI
E24B2
S249I
S24B3
S24B4
S24BS
S249I
S2494
S2492
S2493
S249S
II U
11 U
II U
II U
II U
11 U
II U
II U
II U
II U
11 U
11 U
II U
II U
II U
II U
11 U
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SH
SH
SN
SH
SU
SU
SU
SM
SU
SU
SU
SN
SN
SN
t H
SH
SU
SH
SH
SH
SH
SU
SU
SU
SH
SU
SU
SU
SH
SH
SH
SH
SM
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
CHLORIDE ACETONE 2-BUTWOt
II U
11 U
II U
II U
II U
11 U
11 U
II U
11 U
II U
II U
II U
II U
11 U
II U
II U
11 U
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SB
SU
SU
SU
IBM
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
t2
TIE LISTED DETECTION LIMIT
M • DETECIED BUT NOT QUANTIFIABLE
WBE 3 OF
-------
29-Hu-M
ItSTERK PROCESSING
OFF SITE 81
GHUCIWIEB
ORGAN1CS WWLYSIS
Table B-4 (Cont'd)
flLL 8ESULTS IN L6/L (PPil
TRflFFIC
4-NETHVL-
SfiWLE Ml. SEPQ8T tO. CARMMISULFIDE 2-tCUMM a-KMIANOC BTYBO£ VINVL
UHHU-131
UPO-ett-132
UPO-6U-*33
UPO-St-134
yPO-flM3S
«PO-aH36
UPO-6U-W7
UHHU-ia
UHHH-W9
UPO-GU-44M
U>(HU-«4tB
upo-eu-wi
UPO-6U-Wa
UPO-6U-»«B
MW-W-W3
ItfO-fiUM
FIELD BUM
LE6W)
U » IMOECTEO HT
N 'DETECTED BUT
S2479
sa«u
saw?
S24A8
S2U9
S24M
S£«l
S2482
S24M
S24U
S2U4
S848S
S3«l
S24»
sa^sa
S2493
sa«9S
U
U
U
U
U
U
U
X
U
U
U
U
U
U
U
U
U
TIE LISTED DETEniW LIMIT
WT (UMTIFIOaE
51)
SU
5U
SN
SU
IS
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
su •
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
ROTATE TOTAL
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
HIDES fUMIN B1ELDR1N OUWOMC 4,4* -DDT 4, 4' -DDE 4,4<-DOO
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
SU
81 U
II U
11 U
II U
11 U
II U
11 U
II U
IIU
II U
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
11 U
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
II U
IIU
IIU
IIU
IIU
IIU
IIU
11 U
IIU
11 U
11 U
II U
11 U
11 U
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
IIU
II U
IIU
II U
IIU
IIU
IIU
IIU
IIU
II U
IIU
11 U
IIU
IIU
II U
IIU
11 U
11 U
II U
II U
II U
II U
II U
II U
11 U
-------
lESTtRN PMCESSIN6
OFF SITE SI
BROUffiUflTER
HWLYSIS
Table B-4 (Cont'd)
DLL ffSLLTS IN U6/1 (PPB)
TRAFFIC
SMPlf Na REPGfiT NO.
upo-sj-831
WPO-6U-B32
WO-St-133
UPO-6U-W4
UPO-fiW-«35
UPO-6U-I3&
UPO-6W-*37
UPO-fiU-438
UPO-fiU-439
UPO-6W WM
UPQ-6U-WBfi
UPfl-GU-M!
upo-eu-wafl
UPO-6U-842B
UPO-SM43
UPO-SJ-W4
FIELD UJtU
LEGEM)
U * UNDETECTED AI
K = DETECTED BUT
S2479
saws
saw
sawa
S2AB9
saw
satai
saw
saAW
sa*s3
saw
sa*B5
sa*9i
S2»M
sa*9a
52*93
S2495
TTt LISTED
ENDOaifftN
EXMIN
HEPTACH.DR fQC
1-CNDOSULFflN b-ENKHLFflN HlfATE ENDRIN ALDEHYDE HEPTADUW EPOIIDE *-S£ tr€HC d-»C (LlNDfltC) PCB-1242
III)
II U
II U
II U
II U
II U
18 U
11 U
II U
III)
II U
III)
II U
11 U
II U
11 I)
11 U
DETECTION LIMIT
II U
III)
II U
III)
II U
III)
11 U
II U
II U
11 U
111)
lit)
III)
11 U
II U
II U
11 U
II U
III)
II U
II U
II U
III)
11 U
II U
III)
II U
II U
II U
11 U
II U
11 U
11 U
III)
III)
III!
II U
II 1)
II U
III)
11 U
II 1)
II U
111)
II U
11 U
11 U
III!
Ill)
II U
II U
III)
111)
II 11
III)
11 U
III)
II I)
II U
111)
11 1)
II U
111)
11 U
III)
II U
11 U
II U
III)
III)
till
Ill)
11 U
II U
II U
II U
III)
II U
III)
III)
III)
111)
III)
11 U
111)
III!
Ill)
II U
II 1)
II U
11 11
II U
11 U
II U
II U
11 U
11 U
II U
11 U
11 U
111)
111)
III)
11 U
II U
III)
III)
11 II
111)
11 U
II U
II I)
11 U
II U
II U
II U
III)
III)
11 U
III)
II I)
11 U
III)
lit)
III)
11 U
II U
II U
III)
11 1)
II U
11 11
II U
II U
III)
111)
III)
111)
II U
it u
III!
II II
II U
11 U
II II
18 U
III)
11 U
11 U
18 U
11 U
II U
II U
11 U
III)
II U
11 1)
18 U
18 U
18 U
III)
18 U
11 U
18 U
18 U
18 U
II U
18 U
18 U
18 U
aeiu
aw u
a«8ti
aie u
aw u
am u
aea u
mu
aw u
'M U
aw u
aw u
aw u
aw u
aw u
c« U
aw u
NOT DUflNTIFIflBLE
. 5 Of 13
-------
29-Hu-U
tESIEM MOCESSWB
OFF SITE ill
OHGAN1CS (WH.YSIS
Table B-4 (Cont'd)
Ml RESULTS IN UB/L (PP8)
SdHAfNO.
UPO-aHH
IHHU-133
KPO-ai-IJ3
UHHU-UA
UHHU-135
MPQ-BW-136
ura-ana?
UPO-6U-US
UHhSf*»
upo-fiu-ww
UPO-GU-4MB
UPO-6U-W1
UPO-6U-«t£A
UHHW-Wa
UPO-fiU-W3
MHHU-W4
flEUKLttK
TRDFNC
HEHWTML
saw
SSWi
Sa«7
S2ua
S24B9
S2U4
S248I
S8U2
S249»
S2M3
S2*M
S2«&5
£491
S2W
S2»92
E2493
S2495
a,4,6-TB!OtOf»- p-OUMO-
2,H)IOLO«0-
Ptt-1254 PCB-1221 FCB-1232 PCB-IJW KB-I2U KB-III& TOKflBBt HfiCL m-UtSO. e-OUMOACWL HbCL
2ttU
awu
2ND
2MU
£WU
£MU
2W U
MU
aeeu
c«U
aeau
ZMU
£WU
2MU
2MU
2WU
aeu
2MU
a»u
2MU
2MU
mu
2MU
2MU
2MU
2MU
aeiu
2WU
SWU
tW U
m u
amu
an u
iMU
EMU
8NU
£WU
ZNU
£WU
EMU
atau
£MU
EMU
aeu
awu
awu
attu
awu
a«iu
mu
mu
awu
auu
auu
ae*u
awu
anu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
2WU
awu
awu
awu
awu
awu
awu
awu
£WU
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
2WU
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
awu
aw u
awu
aiu
aiu
a»u
aiu
a«u
aiu
e»u
aiu
a»u
aiu
aiu
au
aiu
aiu
aiu
aiu
aiu
aiu
aiu
2IU
aiu
£IU
eiu
aiu
£IU
ai u
aiu
aiu
aiu
aiu
aiu
2IU
aiu
aiu
atu
aiu
aiu
aiu
aau
aiu
aiu
aiu
aiu
aiu
aiu
aiu
aiu
at u
aiu
at u
aiu
aiu
aiu
aiu
au
aiu
au
aiu
aiu
aiu
aiu
ai u
ai u
aiu
aiu
aiu
aiu
aiu
LEGOC
U > UNDETECTED AT TIC LISTED DETECTION LIMIT
H * DETECTED BUT NOT QUWTIFIAaE
-------
Table B-4 (Cont'd)
WESTERN PROCESSING
OFF SITE Rl
BROJKDUflTEH
ODBANICS ANALYSIS flu. RESULTS IN U6A IPPB)
TRAFFIC
SAHPLE NO. REPORT ML
UPO-W-131
UPO-SJ-432
WO-6U-U3
UPO-£U-«34
UPO-6M-W5
upo-fiH-«36
UPO-GU-U7
UPO-6H-B3B
MPO-SH39
UPO-GU-MM
UPO-«i-H»B
UPO-eW-WI
WO-6U-I42A
UPO-fl*-B42B
UPO-6U-4U
UPO-6U-W4
FIELD BLAW
LEGEND
U 'UNDETECTED AT
N - DETECTED BUT
S247S
S24K
S24B7
S24U
S2U9
saAsa
S2Aai
S2U2
S24W
S24U
S2U4
S2US
sa«i
S2494
sztsa
S2493
S2A95
THE LISTED
2,4-DINETHVL-
2,4-DINITRO- 4,6-DINITRO- PEMTA-
ftea 2-MiTROPiea *-«ITBO«B«L HBO. MCTHYLPKNOL OUMOPHENOL HENOL totzoicficiD £-
-------
29-Xir-M
ItSTCRM PHDffSSlMS
OFF SITE HI
EROJNDIMTER
OHGONICS'ANDLVSIS
Table B-4 (Cont'd)
(U RESULTS IN U6/L (P»>
THHTIC 2,4,5-TBlDlORO-
SflWUM).
IMHU-UI
UPO-6M-4J2
UPO-GU-«33
m-oi-tVk
UHHU-IS
UPO-GU-134
UPO-flJ-137
upo-ai-ija
UPO-SJ-A39
itfo-eu-ww
UHHu-wifl
UPO-SMU
UHKU-Wa
UPO-6W-WEB
UWKM-8U
UPMU-I4A
Fiat BUHI
lEPOBT ND.
S2473
S24B&
S2487
S2483
S24B9
S24B8
S24B1
S24B3
S2*9«
S£483
S2464
S24B5
S2*91
S24M
S2493
S2493
S2A95
bis
1,2,4'TRiaiQM)- HEM- WIA- (2-OiORDEDM.) 2-OUMO- 1,2-DICaORO- 1,3-BICHIWO-
nea flcommee EDOIDIIC toaot (HOROBEWDS OUMQETHME roti HopHTHnuiE KN?E>C KNZE>C
8NU
2«eu
£MU
2MU
2MU
8MU
8UU
8MU
£NU
£«0U
aiu
2WU
8MU
2WU
£MU
2MU
awu
au
2«U
2*U
2*U
2»U
2»U
au
2iU
au
£«U
a»u
2«U
£9U
a«u
etu
£«U
£»U
UU
MU
BIU
eau
61 U
B«U
B«U
BIU
Bt U
Bill
64 U
B«U
BIU
BIU
61 U
64 U
BIU
am
aiu
2IU
aiu
2IU
81 U
28U
2IU
2«U
2IU
MU
Mil
21 U
2IU
24 U
aiu
21 U
21 U
21 U
21 U
21 U
2iU
21 U
21 U
21 U
21 U
21 U
MU
21 U
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
21 U
MU
MU
MU
SI U
MU
M U
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
MU
M U
MU
M U
LfGEW)
U = LNDCTECTED AT THE LISTED DETECTION LIMIT
* = DETECTED 6UT NOT GUMT1F1ABLE
-------
29-*Ur-B4
Table B-4 (Cont'd)
ICSTERM PROCESSING
OFF SITE III
GflQLHDWTER
OflGflXICS ANALYSIS
flU. KSULTS IN US/l (PPBI
SMPLEND.
UW-6H-83I
UPO-6H-832
UPO-tH-833
UPO-«t-834
UPO-ftJ-835
UPMM-834
UPO-W-837
upo-w-83a
tlPO-W-939
upo-ai-ww
HPO-aj-84BB
UPO-W-841
UPO-6U-W2D
UPO-GU-842B
wpo-a*-843
UPO-£H-844
FiaB BUNK
bif- bis-
TRfimC 1,4-1)1010(0- 3,3-DlCHOflO- £,4H>INITM>- Z,&-DINITIIO- I.E-BlBCm.- A-OtOdOHOffL 4-BflOUPtem. (2-OlOflOlSOPllOPYll 12-OUWQETHDIY)
BEPQBI Ml. KMBC. BEMZIDItE TOUBC TO.UENE HYDKUI* FUDfiflKIHE* PHENYL ETtER HQM. ETHER EDCR IETHME
S3U9
S2486
S2U7
S2U8
S£S89
S24B0
S248I
S£*B2
S2498
S24B3
sa*e*
S2AB3
SZ49I
saw
S2A32
sa»3
sate
au
etu
au
a«u
«u
MU
MU
ZIU
»u
2UU
at u
au
au
»u
£«U
aau
aiu
MU
au
41 U
«u
41 U
wu
41 U
«u
4IU
«u
4»U
wu
41 U
41 U
41 U
4«U
41 U
4*11
41 U
4tU
41 U
41 U
41 U
41 U
4IU
4»U
411)
WU
411)
48 U
4au
4»U
48 U
481)
41 U
48U
48 U
4«U
481)
48U
481)
48 U
481)
4811
4811
4811
48 U
4811
48 U
4811
481)
480
48U
480
411)
48 U
481)
48 U
4811
48 U
4811
4811
4811
480
480
481)
480
480
stu
»U
£»U
28U
880
itu
£80
8*0
280
itu
280
280
280
£80
28U
280
280
28 U
280
280
Ml)
280
280
280
280
280
280
281)
280
280
280
280
280
280
ao
281)
£80
280
ao
280
£80
280
£80
£80
£80
280
280
280
£80
£80
£80
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
480
48 U
480
480
480
48 0
480
UGEND
0 = IMETECTED AT THE LISTED DETECTION LIMIT
N = DETECTED BOT NOT OJfWTlFlftaE
PflfiE S OF 13
-------
Table B-4 (Cont'd)
WESTERN WSJCESSINB
OFF SITE HI
GftOLWUAIER
OHGflNlCS ANALYSIS
ALL RESULTS IN UB/L «PPB)
SWIRE NO.
UPO-6H-«31
ypo-fiu-«3a
UPO-tU-833
UPO-a(-*34
UPO-6U-835
UPO-SJ-436
uPO-G«-«37
upo-at-ua
UPO-W-9W
UPO-£U'«A«fl
UPO-fiU-WBB
UMHU-»U
uPMu-waA
UPQ-CU-W2B
UPO-6U-W3
UH1-UHM
FIEU BIAMK
HEIfOUlRQ- bit-
TRBTIC tCIAOlOKO- CYOO- N-NITRDSOOl- IH»TH£QDS- «-OHYU£IYL> BEN2YL BUTYL Dl-H-fiUTYL DHHETYL
BEPQ8I NO. eUTADIOE PENTAD1ENE 1SOPHMONE NAmTHALENE NITDDGENIENE MQNLANINE PDQPVLAM1NE PHTHflLATE PHTHALATE PKTHALATE PKTHALATE
S2479
82466
S24I7
satea
S2U9
S24S8
S248I
S2U2
SJ4W
S24U
S24M
SZ483
S249I
S2494
S2492
S2493
S24S5
au
2«U
au
£8U
e«u
»u
88U
2*U
28 U
2»U
rt U
28U
£»U
2«U
2iU
2»U
aau
2IU
au
au
au
au
au
a u
au
£IU
au
au
au
au
au
au
au
a u
au
au
2tU
au
ftU
au
au
au
au
au
28 U
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au •
au
a u
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
£IU
au
au
au
au
au
au
au
au
au
au
an
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
au
a u
au
au
au
au
au
au
au
a u
a u
au
au
au
a u
au
au
au
au
au
au
au
au
au
au
au
au
a u
au
au
a u
au
au
au
au
a u
a u
a u
LE6END
U = UNDETECTED AT TIE LISTED DETECTION LINIT
X * DETECTED BUT NOT QUANTIFIABLE
-------
a9-Hii-S4
tfSTERN PHOCESSIN6
OFF SITE III
bRUJNBUfilEB
OR6ANICS WW.YS1B
Table B-4 (Cont'd)
flU RESULTS IN UB/L IPPB)
TRAFFIC DIETHYL DIMETHYL KWOIl)- KNZOli)- BENZOtbl- KWOIkl- BENZOIghil-
SAHPLE NO. REPORT NO. PHTHALATE PHTHALATE ANTHMCENE PYRENE RUDRANTHFJC RUORANTHENE DWYSENE ACENAPHTHYLENE ANTHRflCB* PERYLENE RUORBt PHENWTHRENE
UPO-fiU-131
UPO-GU-tia
UHHjU-133
UPO-6W-t3A
UPO-SJ-135
UPO-BH-B36
UPO-6U-437
UPO-SHU8
UPO-GW-439
UPO-&HH8A
UPO-GU-W6B
LPO-GU-BAI
HPO-GU-tAaA
upo-sJ-»4aB
UPOGJ M3
UPO-6U-&44
FIELD &JW(
LEEEKD
U * UNDETECTED AT
S2A79
S24B6
&A97
Sa4B8
S24B9
S24BI
SaASI
S24Ba
sa49t
sa<>«3
Sa4B4
Sa4B5
S249I
Sc!49A
sa49a
SaA93
SSA95
THE LISTED DETECTION 1
atu
atu
at u
aiu
atu
at u
at u
at u
at u
aiu
at u
atu
atu
aiu
at u
aiu
atu
-IWT
atu
atu
atu
atu
aiu
atu
aiu
aiu
atu
atu
atu
atu
atu
aiu
atu
atu
atu
atu
aiu
aiu
atu
atu
atu
atu
aiu
atu
aiu
atu
at u
atu
aiu
atu
atu
atu
AIU
AIU
AIU
AIU
AIU
AIU
AIU
AIU
AtU
AIU
AIU
AIU
AIU
AIU
AIU
AIU
AtU
AIU
AtU
AtU
AIU
AIU
AIU
AIU
AIU
AIU
AIU
At U
AIU
Al U
AIU
At U
AIU
AIU
AIU
AIU
AtU
AIU
AIU
AIU
AtU
AIU
AIU
AIU
AtU
AIU
AIU
AIU
AIU
AIU
Al U
AIU
AIU
AIU
AIU
AIU
AIU
AIU
AIU
AIU
AIU
At U
Al U
Al U
AIU
AIU
AIU
AtU
atu
atu
aiu
aiu
atu
at u
atu
atu
aiu
atu
atu
aiu
atu
at u
atu
at u
atu
atu
atu
aiu
atu
at u
atu
aiu
atu
atu
atu
atu
atu
atu
at u
atu
atu
atu
AtU
AtU
AtU
AIU
AtU
41 U
AIU
At U
AIU
AtU
AtU
AtU
AtU
AtU
AtU
AtU
AIU
aiu
aiu
atu
at u
atu
aiu
atu
atu
atu
atu
at u
at u
at u
atu
atu
at u
atu
atu
atu
atu
aiu
atu
at u
atu
atu
atu
atu
atu
at u
atu
at u
atu
atu
atu
H = DETECTED BUT NOT OJttJTIFIABLE
WBF. il iff 13
-------
WESTERN PROCESSING
OFF SITE RI
ORfflNICS flNDLVSlS
Table B-4 (Conted)
Ml RESULTS IN lfi/1 IPPBJ
TRflFFIC DIBFJCOIi,hl- 1NDQOI1,2,3-CD)
KWVL
sans. m. REPORT NO. ANTHRACENE evict PVRENE ANILINE tuna.
UPO-OM3I
UPO-fiU-«33
UPO-QH33
UPO-Of«H
UPO-GU-«5
MPO-BH136
UPO-GU-U7
UPO-6U-«36
UPO-6U-I39
UPO-OHHW
UPO-£U-*4tB
UPO-GU-441
UPO-6U-«Ufl
UPO-GU-M2B
UPO-GU^A3
UPQ-fiU-W*
FIEUBLWK
LfBEM)
U • IKDETECTE0 »T
Earn
S3*i£
S2U7
S2ua
satas
S24M
52*81
S2U2
S2490
S2U3
S3414
S2U3
S2491
S2W
52^92
B2493
S2495
41 U
41 U
41 U
41 U
41 U
41 U
4« U
4«U
4«U
41 U
4t U
4t U
41 U
41 U
4t U
41 U
41 U
41 U
41 U
4*U
41 U
41 U
«U
WU
4tU
4«U
41 U
4tU
41 U
41 U
41 U
«U
41 U
41 U
2«U
au
au
»u
2*U
28U
au
2IU
2IU
au •
atu
£«U
£«U
au
a»u
8IU
aau
iiu
au
EiU
au
au
au
au
au
au
au
au
au
au
au
au
au
au
MU
41 U
4«U
4«U
«u
4»U
4«U
MU
41 U
«U
4tU
44 U
4»U
4»U
MU
MU
4»U
TIC LISTED DETECTION LIMIT
II ' DETECTE1 BUT MIT OmiFlARE
-------
WESTERN PHQCESSIN6
Off SITE HI
GRQUNDUATEIl
OflEMICS WWLYSIS
Table B-4 (Cont'd)
ALL RESULTS IN UE/l IPPB)
IRflFFIC
SIMPLE NO. REPORT NO.
UHH3U-»3I
UPO-6U-«32
UPO-SH33
UPO-6U-W4
UPO-QJ-W5
UPO-6U-43&
UPO-GU-437
upo-aj-wa
UPO-6U-439
UPO-fiU-a48fl
UP&-St-W8B
UP(h6H-Wl
UPO-6U-M3)
UPQ-6U-B45B
UPO-W-W3
UPO-6U-844
FIELD BLHK
LEEEND
U * IKDOECTED BT
B2479
S2486
S2487
S2488
S2489
S24M
S248I
S2462
S24%
S2483
S24A4
S2485
S2491
S2494
S2492
S2493
S2495
TT€ LISTED
4-OtO(»- 2-*eTHYL-
WILI* DIKNIOFUflflH MAPKTHftENE a-NlTRQONILIHE I-NITDDANILINE 4-4HTRQON1L1HE
IWU
IN U
IN U
IN U
IN U
IN U
INU
INU
IN U
IN U
IN U
IN U
m u
IN U
IN U
IN U
IN U
DETECTION LIMIT
2»U
2t U
it u
it U
21 U
2tU
28U
it U
28U
28U
2IU
it U
2« U
it U
it u
itu
it u
w u
41 U
41 U
4i U
4»U
41 U
4tU
4« U
4« U
4« U
44 U
41 U
4«U
4«U
4«U
4« U
48 U
2MU
2NU
2NU
2NU
2N U
2N U
2NU
2NU
2N U
2NU
2N U
2N U
2N U
2NU
2NU
2NU
mo
2ND
2NU
2NU
2WU
£NU
2NU
2NU
2N U
2N U
2N U
2N U
2N U
2N U
2NU
£N U
itt U
2NU
2NU
2NU
mu
2NU
281 U
2N U
2N U
2N U
2NU
2N U
2N U
2N U
2N U
2N U
2N U
2ND
2NU
• DETECTED BUT NOT
PffiE Off 13
-------
29-Mar-84
Table B-5
SURFACE SOIL INORGANICS ANALYSIS
WESTERN PROCESSING
OFF SITE RI
SURFACE SOIL
INORGANICS ANALYSIS
ALL RESULTS IN MB/KB
SAMPLE NO.
CHROMIUM
NICKEL
ZINC
ARSENIC
CADMIUM
U = UNDETECTED AT THE LISTED DETECTION LIMIT
ND = NDN DETECTABLE
LEAD
WPO-SS-001
WPO-SS-OQ2
MPO-SS-OOS
WPO-SS-006
WPO-SS-007
WPO-SS-008A
HPO-SS-008B
WPO-SS-009
WPO-SS-010
WPO-SS-OU
WPO-SS-012
WPQ-SS-013
WPO-SS-OJ4
FIELD BLANK
LEGEND
10.0
10. 0
10.5
29.5
16.5
549
547
14. 5
218
6.5
17.5
9.5
11.0
0. 5 U
12.0
12.0
10.0
18.0
14.0
184
156
16.0
16.0
6.0
16.0
8.0
10.0
2.0 U
52.5
32.5
132
496
158
£1,000
£0, 800
43.5
103
23.5
28.5
65.0
27.0
ND
14
12
9. 1
8.0
3.2
12
13
5.0
7.4
2.4
2.1
a. 4
7.4
0.5 U
0.25
1.7
0.40
2. 1
0.65
90
82
0. 15
2.5
0. 10
0.05
0.30
0.05
0.05 U
21
8.2S
26
120
32
4,000
3,700
15
48
4.5
3.0
26
6.0
0.25 U
-------
Table B-6
SURFACE SOIL ORGANICS ANALYSIS
UESTERN PROCESS1N5
OFF SITE HI
SURFACE SOIL
ORfiWtlCS ANfLVSIS fti RESULTS IN VG/K6 IPWt ON A DRY (EIGHT BASIS
SAMPLE NO.
HPO-SS-We
UPO-SS-M5
UPO-SS-ttl
UPQ-SSHNaA
uflo-ss-wae
upo-ss-an
FIELD HUM
TRAFFIC
REPORT 10.
SMW
sue
S24I3
sam
52*86
sats
saw
flCSDUlH ACmUMITIlU
51 U
HA
NA
NA
NA
NA
NA
SI U
M
NA
NA
NA
NA
NA
CARBON I.Z-DI- 1,1,1-TRI- 1,1-DI- 1,1,2-TRI- 1,1,2,2-TETRA-
BEWENE TETRAOUWIDE OilMOBENIENE OlORCETHANE OUMOETHHC QtOROETHRNE tHOROETHANE CHUMQETHME
5.1 U
NA
NA
NA
NA
NA
NA
11 U
m
m
NA
NA
NA
NA
5.1 U
NA
NA
NA
NA
NA
MA
5.1 U
NA
NA
HA
NA
Ik)
NA
5.1 U
NA
NA
NA
NA
NA
NA
5.1 U
NA
NA
NA
HA
NA
NA
5.1 U
NA
NA
NA
NA
NA
NA
5.1 U
NA
NA
NA
NA
NA
NA
If GEM)
U « UOETECTED AT THE LISTED DETECTION UNIT
N > DETECTED BUT NOT QUflNTIFIABLE
NA « NOT fiWLVZED
PISE I OF il
-------
Table B-6 (Cont'd)
UESTEMI PROCESSING
OFF SITE Rl
SUSFUtt SOIL
ODGWICS ANALYSIS Ml 8EBU.TS IN IE/KB (W8I OH A MY UEIBfl BASIS
SAWUML
UPO-SS-W2
MPO-SS-M5
UPO-SS-W7
uPO-ss-waA
«»-ss-waB
UPG-SS-Wl
FIELD BU»K
1MFHC
KraflTND.
S2AO
S2«2
£U3
S24M
S24K
S2W5
S£4«7
2-CH.MOEm- t.l-W- 1SM6-I.Z 1,2-fll- TIWNS->,3-0!- CIS-1,3-01- ICWYLBe
OUMEnWC VINYL EBCI QUMFQM DiOMETteC DKHOROETteC DUWOPSOPfWE (HOROPIIOKfE (HOflOPRQFQC E1HVLKMZBE 010RIDE
5.1 U
Nfl
NA
NA
NA
NA
NA
5.1 U
NA
HA
NA
NA
NA
NA
S.IU
MA
NA
NA
NA
NA
NA
5.1 U
NA
NA
NA
NA
NA
NA
5.111
NA
NA
NA
NA
NA
NA
5.1U
NA
NA
NA
NA
NA
NA
5.1 U
NA
MA
NA
NA
NA
NA
5.1 U
NA
NA
NA
NA
NA
NA
3.1 U
NA
NA
NA
NA
NA
NA
6.1 H
NA
NA
NA
NA
NA
MA
l£GEM>
U * WDCTECTED AT M LISTED DE1ECTION LIK1T
II ' DETEnEI BUT NOT QUANTIFIABLE
NA = HOT PNAUJED
-------
Table B-6 (Cont'd)
I£STERN PROCESSING
OFF SITE HI
SURFACE SOIL
OR6RNICS (W.YSIS Ml RESULTS IN IB/KB IPPB) ON A MY IEIGHT BASIS
SAWW MO.
yPQ-£S-«i
UPQ-SS-«»5
UW-SS-W7
MPO-SS-MM
uro-ss-was
upo-ss-eii
FIELD BUM
THAFFIC
SEPOUT ND.
saw
SU2
S24»3
S£W
S84K
S2«5
S2W
OLORDMETHANE BDOOCTHANE
5.1 U
NA
NA
NA
NA
NA
HA
5.1 U
NA
NA
NA
NA
NA
NA
BKMDIdtDfKH RUDBOlRIDiOftO- DIOURQDIFUJOIID- OUKODIBROMD- TnBfKHO«0-
BROHOFDM HFTHANE HEDiMC HETHANE METHANE ETICNE
11 U
NA
NA
NO
NA
NA
M
3.1 U
NA
NA
NA
NA
NA
NA
5.1 U
NA
NA
NA
NA
HA
tt
5.1 U
NA
NA
NA
NA
NA
NA
5-i U
NA
Mfl
NA
NA
W)
NA
5.1 U
NA
NA
NA
MA
NA
NA
TOLUENE TRIOURGEMNE
3.1 U
NA
NA
NA
NA
NA
NA
S.I U
NA
NA
NA
Nh
NA
NA
IfGOffl
U • IKDETECTED AT TIC LISTED DETECTION LIH1T
X ' DETECTED BUT NOT QUANTIFIABLE
NA « NOT ANALYZED
W«E 3 OF i!
-------
Table B-6 (Cont'd)
WESTERN PfmSSINB
OFF SI IE HI
SJSFttE SOIL
osfiwiics wflivsis flu. BESETS IN IB/KB tpwt ON A DRY ICIGHT wsis
SflNUNO.
UPO-SS-M2
UPO-SS-M5
WPQ-SS-W7
UM-SS-Wflfl
UPO-SS-WBB
uPO-ss-811
FIELD BLANK .
TRAFFIC
KHUT NO.
S2«9
SJA43
S2W3
S2AM
S24M
S24I5
S2W7
VIWL OUUIDE
5.1 U
NA
NA
NA
NA
NA
NA
*-tCTffl.-
ACETOC 2-BUTANOt CflRBOffliaLFItt 2-tCUNOHE 2-KNTANOE
5.1 U
NA
NA
NA
NA
NA
NA
5.1 U
HA
NA
NA
NA
NA
NA
5.1 U
NA
NA
NA
NA
NA
NA
5.1 U
NA
NA
NA
NA
NA
NA
3.1 U
NA
NA
NO
NA
NA
NA
e,4,t-Til(M.(«0-
STYKNE VINYL ACETATE TOTAL IVLENES PHENOL
5.1 U
NA
NA
NA
NA
NA
NA
5.1 U
NA
NA
NA
NA
NR
NA
5.1 U
NA
NA
HA
NA
NA
NA
asi u
124 U
I1M U
u*»
4aeau
Sl&U
6MU
LEEEMD
U * IMETECTED AT M LISTED DETECTION LIH1T
N » DETECTED BUT NOT (UMTIF1ABLE
NA « NOT
MGE 1 OF
-------
29-Mar-M
Table B-6 (Cont'd)
IESTEW PROCESSING
OFF SITE Rl
SURFACE SOIL
OHGANICS MW.VSIS ALL HESU.TS IN IB/KG IPttl ON A MY (EIGHT WS1S
sflwum.
UM-SS-W2
UPO-SS-W5
UPO-SS-667
upo-ss-etafl
UPO-SS-W8B
upo-ss-eu
FIELD BLANK
TRAFFIC
KNOT NO.
S2469
S24I2
S24I3
B24M
S24I6
satts
S24I7
(HHJDRO- 2,4-OIOLOIIO- 2,4-DllCm- 8,4-DINITRO- 4,6-OlNITRO- PENTft-
•-CRESOL a-OiDROPHDO. HdL PHENOL a-NITROPHENOL 4-MTROPHENQL PKriOL HCTHVLPtCHOL OUHOPtCMaL
451 U
6MU
1IMU
44WU
42UU
B16U
BMU
ISIU
B24U
IIMU
44NU
42MU
BI6U
6NU
851 U
624 U
IIMU
4WtU
42UU
ll&U
eaau
asm
B24U
IIMU
44NU
«8iU
B16U
ewu
651 U
B24U
IIHU
44MU
42MU
BI6U
6NU
asi u
B24U
IIMU
44MU
42UU
816U
BNU
851 U
B24U
IIMU
4461 U
4886 U
816 U
666U
651 U
624 U
IIMU
44MU
4281 U
616 U
6MU
651 U
624 U
1164 U
44NU
4266 U
616 U
eeeu
PHENOL
651 U
624 U
IIMU
4406 U
4284 U
616 U
606U
LEGEND
U > UNDETECTED AT THE LISTED DETECTION LIMIT
N » DETECTED BUT NOT QUANTIFIABLE
NO * NOT MM.YIED
WBE 5 If it
-------
IESTERN PROCESSING
OFF SITE 111
SUBFflCE SOIL
OfiCANlCS flNflLYSIS
Table B-6 (Cont'd)
«i BE9ULTS IN IB/KB IW8I ON A DRY (EIGHT BASIS
bii
SWUM).
UPO-SS-042
UPQ-SS-W5
UPO-SS-H7
UW-SS-808A
UPO-SS-88BB
MPO-SS-811
FiaiBUIWI
TRAFFIC 2,4,5
CHUT ML BENZOIC ACID 2-MfTHVlPHEML 4-METHVlHCNn.
S2409
S2482
S2483
S2484
52486
S2485
S24I7
6SI U
824 U
1184 U
44M U
4£68 U
816 U
808U
851 U
124 U
1184 U
4488U
4288 U
116 U
888U
ftSlll
124 U
1184 U
4488 U
42BIU
816 U
888U
-TRIOtORD- 1,2,4-TRtCtURQ- HEIA- tClA- I2-O
Piea ACENAPHTHENE BEWIDINi BENZENE OiOROBENZENE DLDROE1HANE
6S1 U
824 U
1(84(1
4488 U
4288 U
816 U
888(1
426(1
412 U
552 U
2288(1
2148 U
488 U
4MU
426 U
412 U
552 U
2288U
2148 U
488(1
48811
426 U
412 U
552 U
22WU
2148 U
488U
4880
426U
412 U
552 U
2288(1
2148 U
48AU
4MU
426(1
412 U
552 U
2288U
2148 U
488 U
488 U
LORDETHYL)
EMU
426 U
412(1
552 U
22MU
2148 U
4«au
488 U
LEGEND
U • (NfTECTED AT TIC LISTED DETECTION UNIT
N • DETECTED BUT NOT QUANTIFIABLE
MA • NOT ANALVIED
-------
ME5IERN PROCESSING
OFF SITE III
SUSFACE SOIL
ORGAN1CS ANrt-YSlS
Table B-6 (Cont'd)
Ml RESULTS 1M UG/K6 IPPBl ON A DRY UEIEHT BASIS
SAMPLE ML
UPO-SS-W2
UPO-SS-W5
UPO-SS-M7
MPO-SS-flMA
UPO-SS-W8B
UPO-SS-«I1
FIELD OLttH
TRAFFIC
DEPORT ML
B24W
S24K
S2443
S24I4
S24K
S2445
S24I7
2-CHOIIO- 1,2-DIIH.ORO- 1,3-DlOURO- I.4-010U1RD- 3,3H»DU1RO- 8,4-DINlTRO- 2,6-DINITRO- I.B-BlPtOIVl- 4-CHJMDPWm.
NflPHTHPLM BEN2ENE KN2ENE BENIENE BEN2IDINE TOUBC TOUBC HVDRA1INE FUMftmee KOHL ETHER
42&D
Mill
sau
aaetu
2IMU
4eau
AMU
4£tU
412 U
952U
E2MU
2141 U
408 U
4NU
426 U
412 U
SS2U
28MU
214* U
4UU
4MU
426 U
412 U
552 U
22MU
8IWU
4MU
4MU
426 U
412 U
5S2U
22NU
2l4tU
4B8U
4MU
42SU
412 U
552 U
22MU
2141 U
4I8U
WU
426 U
412 U
552 U
22MU
2141 U
468 U
mu
426 U
412 U
552 U
22MU
214» U
4BBU
4MU
4260
412 U
552 U
22NU
2141 U
4«8U
4MU
426 U
412 U
552 U
22MU
214IU
418U
4UU
LEGEM)
U > IMDETECTED AT THE LISTED DETECTION LIMIT
M = DETECTED BUT NOT QUANTIFIABLE
Nfl « NOT ANALV1ED
PAGE 7 OF ii
-------
WESTERN PROCESSING
OFF SITE HI
SUflFfltt SOIL
(MGAM1CS fWflLVSIS
Table B-6 (Cont'd)
Ml HSULTS IN UB/K6
-------
WESTERN PROCESSING
OFF SITE Rl
SUflFfCE SOIL
ORGANICS ANALYSIS
Table B-6 (Cont'd)
ALL RESULTS IN IB/KB (PPBI ON A DRV lEIGHT BASIS
SAMPLE NO.
UH1-SS-M2
UPO-SS-M5
UPO-SS-W7
UPO-SS-W8A
MPD-SS-W8B
upo-ss-eu
FIELD BU1NK
bis-
TRAFF1C IfrfTHYLHEWL) BEM2VL BUTKL Dl-M-BUTYl OUHCTYL D1ETHVL OINETHVL BEN70UI- tENIOUl- BOUOIU- SEWOtkl-
REHMT ML MfllttLATE PHIHflLflTE FHIHRUTE WTHAUITE WIHfiLflTE PHIHflLfllE AKTHIUCENE PVIIOC FUJQRAMIHENE FLUMANTHEtC CHRYSEME
S2t*9
S84I2
S2AU
S24H
S24K
S2445
S£W7
«6U
412 U
553 U
22MU
3571 H
4UU
4NU
426U
418 U
S52U
EJWU
21«U
4UU
4NU
426 U
412 U
5S2U
22NU
2141 U
403 U
4MU
426 U
412 U
5520
22MU
2141 U
4eau
4MU
426U
412 U
553 U
22MU
2141 U
4UU.
4MU
43611
412 U
552 U
22WU
2141 U
4UU
4MU
426U
412 U '
552U
22MU
2141 U
4UU
4N1I
426U
412 U
552 U
22NU
2141 U
4tau
4NU
426 U
412 U
S52U
2£MU
2141 U
418 U
4NU
4E6U
412 U
552 U
£2f»U
214* U
488 U
4NU
436 U
412 U
552 U
3£WU
2141 U
488 U
4MU
LEGEM)
U • UNDETECTED AT TIC LISTED DETECTION LIMIT
M = DETECTEO BUI NOT OUflNTIFlftOE
NA » NOT AWLVIED
PAGE 9 OF il
-------
29HUI-B4
IESTERN PROCESSING
OFF SITE HI
suBFfa SOIL
OftHNlCS DNM.YS1S
Table B-6 (Cont'd)
ALL ttSUTB IN IB/KB IPPB) UN A DRY UE1GHT U6K
SAMPLE NO.
UPQ-SS-W2
UPO-SS-W5
WO-SS-W
UPO-SS-MfiA
um-ss-Maa
WPO-SS ill
FIELD BLPHK
TRAFFIC
REPORT NO. K
S24I9
S24«2
S24U
S24I4
524(6
S24U
S24»7
EHOIghil- DIB£UIOU,hl- IHDENQ(I,2,3-COI
CENftfWTtfflQe AMTHRACEIE PERYlfNE FLUME* PHEMMTHRENE ANTtWCEME PYREME
426U
412 U
552 U
2£MU
2141 U
4U U
4MU
426U
412 U
552 U
22MU
2141 U
4UU
4MU
4S6U
412 U
552 U
22WU
2141 U
4B8U
4WU
426 U
412 U
552 U
22NU
2141 U
wau
4HU
426 U
412 U
552 U
2£MU
2148 U
4WU
4WU
426 U
412 U
5521)
22MU
2141 U
4MU
4WU
426 U
412 U
552 U
22MU
2141 U
4«au
4WU
KWYL
PYRENE ANILINE ALCOO.
426U
412 U
552 U
22WU
2141 U
4UU
4»eu
426 U
412 U
552 U
22WU
2148 U
4WU
4M U
426 U
412 U
552 U
22W U
2I4« U
4MU
4M U
l£6EM)
U * IMCTECIED AT TIC LISTED DETECT IW LIMIT
II - DETCCia BUT NOT QUANTIFIABLE
NA • WIT ANAlVlED
MICE !«
-------
29-Mar-M
WESTERN PROCESSING
OFF SITE Rl
SURFACE SOIL
DR6HNICS ANALYSIS
Table B-6 (Cont'd)
HI RESULTS IN UG7K6 IPPBt ON A DRY WEIGHT BASIS
SAMPLE NO.
UFO-SS-M2
MPO-ss-MQ
UPO-SS-M7
UPO-SS-Waa
UPO-SS-W8B
upo-ss-eu
FIELD BLflK
TRAFFIC
REPORT ML
S24W
S24I2
S24W
S24»4
S24K
S2US
S2U7
4-OURO- 2-tCTNVL-
M1LINE OIBENIOFUMN HflWTridElt HHIROMIL1NE 3-NITRDflNILINE 4-NITHOMILINE
«6U
412 U
SS2U
22MU
eiMU
UAU
4MU
426 U
412 U
552 U
22MU
2141 U
4UU
4MU
42tU
412 U
552 U
22WU
214* U
4UU
4MU
426 U
412 U
552 U
22WU
214ttl
418 U
4MU
426 U
41211
55211
22MU
2141 U
468 U
4NU
426 U
412 U
552 U
22NU
2141 U
488 U
4NU
LE6EW
U • UNKTECTED AT THE LISTED DETECTION LIMIT
N = DETECTED BUT NOT OUflNTIFIRBLE
MA * NOT AIM-VIED
PAGE II OF 11
-------
29-Mar-84
WESTERN PROCESSING
OFF SUE HI
SEDIMENT
INORGANICS ANALYSIS
Table B-7
SEDIMEKT INORGANICS ANALYSIS
ALL RESULTS IN MB/KG
SAMPLE NO.
CHROMIUM
NICKEL
ZINC
ARSENIC
CADMIUM
LEAD
WPO-SD-001
WPO-SD-002
WPO-SD-003
WPQ-SD-004A
WPO-SD-004B
WPO-SD-805
WPQ-SD-0ei6
WPO-SD-007
WPO-SD-0IZI8
WPO-SD-B»9
HPO-SD-010
WPO-SD-011
WPQ-SD-012
WPO-SD-0I3
HPD-SD-014
WPO-SD-015
WPO-SD-016
WPO-SD-017A
HPO-SD-0176
WPO-SD-018
WPO-SD-019
WPO-SD-020
HPO-SD-021
WPO-SD-022
UPO-SD-023
HPO-SD-024
WPO-SD-025
WPO-SD-026
WPO-ED-027P,
UIPO-SD-027B
WPO-SD-028
UPO-ED-029
gPO-SD-030
FIELD BLANK
LEGEND
37.0
17.0
7.0
11.0
9. 0
793
8.0
£3.0
2,620
309
12.0
6.0
10.0
7.0
6.0
1S.0
1,620
308
398
16.0
9.0
51. 0
128
7.0
1,560
57.0
6.0
90.0
1B.0
22.0
10.0
11.5
64.5
0. 5 U
12.0
12.0
£.0
8.0
8.0
16.0
a. e
28.0
48. 0
120
8.0
4.0
8.0
6.0
4.0
8.0
108
8.0
12. 0
12.0
12.0
12.0
16.0
6.0
116
44.0
12.0
16.0
12.0
8.0
a. 0
8.0
14.0
2.0 U
684
31,100
878
167
118
1,670
1,470
3,630
3,710
5,420
91.5
51.5
79.5
47.0
48.5
155
1, 120
168
215
46.5
91.5
248
280
27.5
1, 130
890
94.5
430
102
95.5
52.5
20.5
146
0.5 U
17
11
5.0
7.5
7.0
12
7.5
7.0
24
150
7.0
4.5
5.5
5.5
3.5
5.5
5.5
9.0
8.5
8.0
6.5
4.0
6.0
3.0
6.0
3.5
3.0
4.0
4.0
6.0
4.5
3.5
2.5
1.0
£.7
S.6
1.4
0.8
e. 55
4.6
0.40
68
18
86
0.55
0.40
0.45
0.25
0.40
1.5
15
4.0
4.0
0.30
0.70
7.9
10
0. 10
16
30
1.3
8.8
1.0
0.65
0.35
1.6
3. 1
». »5 U
190
1,300
27
£5
18
430
5.5
11
240
1,300
38
11
42
£1
13
£6
31
100
100
3.75
ia
£1
24
8.5
£5
£1
1.85
£9
14
£2
10
2.5
7.5
0.25 U
POBE i. OF
-------
Table B-8
SEDIMENT ORGANICS ANALYSIS
IESTEW PMKESS1NB
OFF SITE HI
SEOIKHT
ODGANICS MH.VSIS (U RESULTS IN U6/KS IWBI ON A DRY UEIBfT BASIS
SAMPLE NO.
MPO-SM8I
HPO-SD-W2
UPO-SMiS
UPO-SD-WS
UPO-SD-lll
HPO-SD-W5
UW-SD-417A
wo-SMiTB
UPO-SM2I
UPO-SD-«2
«PO-Stt-«8
FIELD BLAW
TRAFFIC
REPORT HO.
S24I2
£413
S24I*
S24II
S24I4
S2415
sam
S84I7
S2M8
S24I9
S2424
S247B
CARBON I,2H)I- 1,1,1-TRI- 1,1-01- 1,1,2-THI- I.I.Z.e-TETRA-
ACKUIH
-------
Table B-8 (Cont'd)
IESTEM PflOttSSllfi
OFF SITE U
SEDIMENT
OftfiflNICS ttWLYSIS ALL RESULTS IN tfi/KS IPPfl) ON A MY (EIGHT BASIS
SflWU NO.
UFO-SD-NI
im-so-aaa
UPO-SD-W5
uro-SHwa
UPO-3H18
UPO-SM15
UPO-SM17A
UPO-SMI7B
WO-SD-KI
HPO-SD-82J
UPO-SIH28
Fiat BLAW
TRAFFIC 2-OiOBOEm- 1,1-01- TRflNS-i.e 01- 1,2-01- TRflNS-1,3-01- CIS-I.3-DI- ICTHVIQE
(EPORt ML VINYL ETtCR CaOAQFOMI OUWflEDDE HHODQEnEIC QUWQPHWNC OLOKWIOKNE DUWQPRQPOC ETHVUENIDC CH-Mltt OUWOETlWE
saia
52*13
SZMt
S8MI
S2AM
S8AIS
S2A1&
S8AI7
S2M4
S24I9
S242«
S2U1
Li I)
&.4 U
5.5 U
7.5 U
7.5 U
8.3 U
6.6 U
7.! U
6.2 U
&.5U
7.8 U
4.5 U
LIU
t.«U
5.3 U
7.5 U
T.SU
B.3U
6.6 U
23.1 H
6.2 U
6.SU
7.8 U
*.5U
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
8.3 U
II.IN
41. •
6.2 U
8.5 U
7.8 U
4.5 U
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
8.3 U
69.1
344
6.2 U
8.5 U
7.8 U
4.5 U
6.6 U
6.4 U
5.5 U
T.SU
7.3 U
8.3 U
6.6 U
7.1 U
6.2 U
8.5 U
7.8 U
4.5 U
6.6 U
6,4 U
5.3 U
7.5 U
7.5 U
8.3 U
6.6 U
7.1 U
6.2 U
8,5 U
7.8 U
4.5 U
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
8.3 U
6.6 U
7.1 U
6.2 U
8.5 U
7.8 U
4.5 U
(.ill
6.4 U
5.5 U
7.5 U
7.SU
13 U
14.3 H
33.7 N
6.2 U
8.5 U
7.8 U
4.5 U
BI.2
44.7
17.9 H
2MM
28.4 M
26.6 M
61*
1711
12.4 N
2*.» H
41.8
7.4 M
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
LIU
6.6 U
7.1 U
6.2 U
8.5 U
7.8 U
4.5 U
UEEMt
U * IMETECTED AT T)£ LISTFJ) DfTtniOl UNIT
N ' DETECTED BUT NOT QUANTIFIABLE
PHX e OF it
-------
89-lbr-M _ , ,
Table B-a (Cont'd)
WESTERN PROCESSING
OFF SITE Rl
SEDIIENT
ORGANICS ANALYSIS HI RESITS IN IE/KB (WB) ON A MV HEIGHT BASIS
SAHPUNO.
UPO-SD-MI
MPO-5D-W2
UW-SD-«flS
IM-SD-4U
UPO-SD-tll
UPO-SD-«I5
UPO-SD-II7A
UPO-SD-«17I
UPO-SD-I2I
WPO-SD-K2
MPO-SD-«B
FIELD BUWt
TRAFFIC
DEPORT NO. B
S24I2
62413
E24II
S241I
62414
S2415
S24I6
S24I7
S24IB
S2M9
S2A84
S3478
RQHCKTHANE IRONDFOI
LiU 1
6.4 U 1
5.5 U
7.SU
7.SU
B.3U
6.&U
7.1 U
6.2 U
B.5U
7.8 U
4.5 U
BHM
M M
LtU
>.»U
LSU
r.su
r.su
.3U
.6U
.ID
.21)
.5U
.tu
.su
D1DLORO- FUDK
THANE M
6.&U
M U
5.5 U
7.5 U
7.5 U
UU
6.6 U
7.1 U
6.2 U
15 U
7.4 U
4.5 U
nmot.oi»- Dican
THANE N
L&U
6.4 U
5.5 U
7.SU
7.5 U
1.3 U
6.6 U
7.1 U
6.2 U
8.5 U
7.8 U
4.5 U
RODIFLUDND- OHM
ETHANE M
6.6 U
6.4 U
5.5 U
7.SU
7.5 U
8.3 U
6.6 U
7.1 U
6.2 U
8.5 U
7.8 U
4.5 U
UOIBROHD- TETI
THANE
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
8.3 U
6.6 U
7.1 U
6.2 U
8.5 U
7.8 U
4.5 U
IWHORD-
HHENE 1
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
8.3 U
6.6 U
7.1 U
6.2 U
8.5 U
7.8 U
4.5 U
OUENE TRIO
6.6 U
6.4 U
5.5 U
8.2 »
14.9 N
56.1
261
668
6.2 U
8.5 U
7.8 U
4.5 U
UHOETMBE VINYI
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
8.3 U
UfflETECTED AT THE LISTED DETECTION LIMIT
< DETECTED BUT NOT OJANTIFIABLE
MCE 3 OF 11
-------
29-»Ui-84
UESTEM PHOCESS1N6
OFF Sift 81
SEDIIOn
OROWICS AHLYS1S
Table B-8 (Cont'd)
ttl KSULTS IN IB/KB imt DM A WW UEIBfl BASIS
smu NO.
WO-SD-4»1
UPO-SD-W2
UPO-SD-W5
ypo-so-wa
UPO-SD-ill
UPO-SD-415
UPO-SD-II7A
MPQ-SD-4I7I
upo-so-eai
U»-SD-ffi2
ypo-so-«a
FIELD BLAK
TRAFFIC
SEPORIML
S24I2
S24I3
SMI
SMI
S24I4
S2415
S4I6
S24I7
S24I8
S4I9
E*S«
S247A
4HCTWL- e,4,6-TRIOLQU- p-DtOiO-
fiCETM i-tUtltat CARBOWISUf IDE i-tflttOt 2-KHTANQNE STYRENE VINYL ACETATE TOTAL 1YLQES PtOO. i-CRESO.
7.SH
eiiM
33.1
*9.l
19.3 N
U.3N
M.IK
I6.IN
&.2U
U.7K
7.1 U
4.5 U
6.6 U
6.4 U
5.5 U
7.5 U
7.SU
4.3 U
6.6 U
7.1 U
6.2 U
a.su
7.1 U
4.3 U
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
a. 3 u
6.6 U
7.1 U
6.2U
4.5U
7.IU
4.5 U
6.6 U
6.4 U
5.5 U
7.5 U
7.5 U
13U
6.6 U
7.1 U
6.8 U
LSU
7.1 U
4.5 U
6.6 U
6.4 U
5.5 U
7.3 U
7.3 U
B.1U
6.6 U
7.1 U
6.2 U
1.3 U
7.iU
4.5 U
6.6 U
6.4 U
5.5 U
7.5 U
7.3 U
8.3 U
6.6 U
7.1 U
6.2 U
a.su
7.1 U
4.5 U
6.6 U
6.4 U
5.5 U
7.5 U
7.3 U
4.3 U
6.6 U
7.1 U
6.2 U
6.5 U
7.1 U
4.5 U
6.6 U
6.4 U
3.3 U
7.5 U
7.5 U
B.3U
61.2
IK
6.2 U
1.311
7.1 U
4.5 U
%4U
saau
1333 U
1*2 U
1356 U
1212 U
1126 U
U39U
952U
1194 U
lȣfcU
BMU
964 U
964 U
1333 U
B42U
1356 U
1212 U
1826 U
1133 U
952U
1194 U
1126 U
6MU
LEGEND
U • UHDETECTED AT THE LISTED DETECTION LIHIT
» * DETECTED BUT NOT (WWTIFIABLE
-------
UESTERN PROCESSING
OFF SITE HI
SQKtKT
OfifflNlCS WALYSIS
Table B-8 (Cont'd)
flU IESULTS IN IB/KB IWB) ON A DRY IEIM BASIS
SftMJUML
ypo-sb-wi
UPO-SD-W2
UPO-S&-M5
UPO-SO-W8
UPO-filHIl
UPO-SMI5
UPO-S8-417A
UPO-SIHI7B
UW-£D-«2I
HP&-SIH22
um-SD-aea
FiaOBLWK
TRAFFIC 2,*-DItHfll»- 2,4-DIICm- 2,4-DIMITRO- 4,6-DINITRO- KNIA-
KPWT NO. J-CH-OflOfteU. REML HBO. 2-MHMftea 4-«lt«Qft€NDL HBO. a-METKAJKlOL OUHQftBO. (WML BEtUOIC ACID
S2M2
S2M3
524 1*
S2MI
S24U
S24IS
62416
S24I7
S24IB
S2419
S242»
S247B
%4U
9S8U
1333 U
B42U
I3SGU
1212 U
1«%U
I»39U
%£U
11)4 U
I«26U
BMU
964 U
968 U
1331 U
842 U
13% U
1212 U
1I2&U
U39 U
352U
1194 U
\tstu
ae»u
%4U
9UU
1333 U
«42 U
I3S6U
1212 U
lt2bU
1133 U
952 U
1194 U
1«26U
6WU
9MU
968 U
1333 U
842 U
I354U
1212 U
1I2&U
1139 U
952 U
1194 U
1126 U
tMU
964 U
988U
1333 U
642 U
I3S&U
1212 U
1126 U
1139 U
952 U
1194 U
II2&U
erau
964 U
988 U
1333 U
B42U
I3S6U
1212 U
1B2&U
1W9U
9S2U
1194 U
1426 U
BMU
964 i)
988 U
1333 U
842 U
I3S6U
1212 U
1(26 U
113911
9S2U
1194 U
I«26U
BMU
964 U
968 U
133311
84211
1356 U
1212 U
IB26U
1139 U
952 U
1194 U
1826 U
BMU
964U
988 N
1333 U
843 U
I356U
1212 U
1«26U
I4S5N
952 U
1194 U
1K6 U
BMU
964 U
968 U
1333 U
642 U
1356U
1212 U
ItftU
1439 U
%I2U
1194 U
uau
BMU
UCEW
= IKDE1ECTED AI I)E LISTED DETECTIW LIMIT
* DETECTED BUT NOT QUANTIFIABLE
-------
Table B-8 (Cont'd)
ICSTERN PROCESSING
OFF SITE Nl
SEDIMENT
QfififWICS ANflLVSIS
HI RESULTS IN IE/KG (Pffll ON A DRV HEIGHT IASIS
SflKPLEND.
UPO-SD-MI
UPO-5D-M2
UPQ-SC-W5
MPO-5D-W8
UW-SD-»I«
UPO-SD-415
UHHD-4I7A
WO-SD-II7B
UPO-SD-KI
UW-SD-422
HPO-SO-828
FIELD ELPNK
TRAFFIC
BEPOBT MS. 2-HETHyLBOa 4HC
S24I2
S24I3
S241I
S241I
S24I4
S241S
S24I6
S24I7
S2411
S2419
S242I
S2478
964 U
968 U
1333 U
842U
I356U
1212 U
1«26U
1139 U
952 U
1194 U
1(26 U
8WU
bil
2,4,3-TlliaUWO- 1,2,4-TBUHJMO- ICIA- IEIA- (2-OtOROETHVLI Z-OUMO-
THVUKNOL HML ACENAPHTHENE tDOIDINE BENZENE OUDOBEN7ENE OUHDETHANE ETHER NAPHTHALENE
964 U
988U
1333 U
M2U
1356 U
1212 U
1126 U
1139 U
952U
1194 U
1126 U
8MU
%4U
9B8U
133311
842 U
13S6U
1212 U
1B26U
1HSU
952U
1194 U
1826 U
&MU
482 U
494 U
444 U
2113
678 U
IKU
513 U
519 U
476 U
597 U
SI3U
4MU
41211
494 U
444 U
421 U
678 U
686 U
513 U
51911
476 U
597 U
513 U
4MU
482 U
494 U
444 U
421 U
678 U
6*6 U
513 U
519 U
476 U
597 U
513 U
4NU
482 U
494 U
444 U
421 U
678 U
(46 U
513 U
519 U
476 U
597 U
513 U
4MU
482U
494 U
444 U
421 U
678 U
6(6 U
513 U
519 U
476 U
597 U
513 U
4NU
482 U
494 U
444U
421 U
678 U
6t6U
513 U
519 U
476 U
597 U
513 U
4M U
482 U
494 U
444 U
421 U
678 U
t86U
513 U
519 U
476 U
597 U
513 U
4MU
LEGEND
U * UNDETECTED AT THE LISTED DETECTION LIMIT
II * DETECTED BUT NOT QUANTIFIABLE
-------
Table B-8 (Cont'd)
ICSTERN mXXSSINB
OFF SITE RI
SEDIKNT
ORGANICS HNM.VSIS fll RESULTS IN IB/KB IPWI ON A DRY (EIGHT MSIS
SfWUNB.
UPO-SO-M1
UPO-SD-W2
MW-SD-M5
MPO-SD-M8
UPO-SIHU
UPO-SM1S
UTO-SD-ll7fl
UPO-SD-4I7I
UPO-SD-«21
UPO-9Hffi2
UPO-SD-428
FIELD tUINK
TMFF1C 1
REPORT ML
S24I2
S24U
S24H
S24II
S2«U
S2415
S24I6
S2AI7
S2UB
S2M3
S242»
S2476
,2-OIDUMD- I,IH)I(HJMO- 1,4-DURORO- 3,3-BICaMO- 2,4-OINlTIIO- 2,6-DINITRO- 1,2-DIPtOWL- 4-CHLOim€NyL 4-BMMmem.
BENZENE DENZEtC BDUENE BENIIDIME TDLUFJE TOUfiC HYMWINE FUDflflNTIClC HCNYL ETHER BOWL OtER
U2U
4MU
U4U
481 U
678 U
CKU
513 U
519 U
476 U
597 U
SI3U
4M U
«au
494 U
444U
421 U
678 U
&KU
SUU
519 U
476 U
597 U
SUU
4MU
4CU
494 U
444 U
421 U
678 U
6KU
513 U
519 U
476 U
597 U
SUU
4NU
482 U
494 U
444U
421 U
678 U
6KU
S13U
519 U
476 U
597 U
SUU
4NU
482 U
494 U
444 U
421 U
678 U
£KU
SUU
519 U
476 U
597 U
SUU
4UU
462U
494 U
444 U
421 U
678 U
(KU
SUU
SOU
476 U
597 U
SUU
4NU
482U
494 U
444U
421 U
678 U
t«6U
SUU
519 U
476 U
597 U
SUU
4WU
4<2U
494 U
444 U
214&N
678 U
646 U
SUU
519 U
476 U
597 U
SUU
4WU
462 U
494 U
444U
421 U
678 U
U6U
SUU
S19U
476 U
597 U
SUU
4WU
482 U
494 U
444 U
421 U
678 U
646 U
SUU
519 U
476 U
597 U
SUU
4WU
IEGEM)
U = IMETECTED AT THE LISTED DETECTION LIHIT
X - DETECTED GUT NOT QUANTIFIABLE
WEE 7 OF 11
-------
29-«ir-fl4
tfSTERX PHCESSINB
OFF SITE III
SEDIMENT
OHCWI1CS
Table B-8 (Cont'd)
Mi SESUS IN IB/KB IPPB) CM R Dm IEJ6H1 BflSJS
SfWLEW.
UPO-SO-M1
WO-SD-W2
UPO-SD-W5
UW-SD-W8
uro-so-eie
UPO-SD-IIS
«P(H50-«l7fl
UPO-5D-4I7B
liPQ-SD-K)
ura-SD-«a2
upo-so-KS
FIELD BUM<
bii- bis- teifmOW- bii-
TRffTic la-oiafloisopifflpyu ii-austfmvn tciAcaoiu- CYUO- H-NITHHIDI- N-NITMGOOI- iz-rmyueiYD
(SPORT M). ETHER ICTHWE UTAD1EIC PENTMIM ISOMKIC MPHTHAUIC MITROBOHE* BEWdWfl* PROPVLMHtC PHTHflUTE
S24I2
S24I3
S£M»
S2M1
S24M
sztts
S3M&
S3AI7
&ua
S2M9
S2424
S2U8
4S2U
494 U
444U
Ul U
678 U
tttl)
SUU
519 U
UfcU
597 U
SUU
4MU
4BZU
49* U
444 U
421 U
HtU
ueu
SUU
519 U
476 U
597 U
513 U
4MU
U2U
494 U
444 U
421 U
67BU
tteU
SUU
519 U
416 U
597 U
513 U
4*1 U
4KU
494 U
444 U
421 U
678 U
fcttU
SUU
S19U
476 U
S97U
513 U
484 U
4*3 U
494 U
444 U
421 U
676 U
situ
SUU
519 U
476 U
S97U
513 U
4MU
4821)
494 N
444 U
2713
678 U
6«6U
SUU
519 U
476 U
S97 U
SUU
4MU
442 U
494 U
444 U
421 U
670 U
tttU
SUU
519 U
476 U
S97U
SUU
4WU
4B2U
494 U
444 U
421 U
678 U
tatu
SUU
SI9U
476 U
S97U
SUU
4MU
4KU
494 U
444 U
421 U
678 U
6KU
SUU
519 U
476 U
597 U
SUU
4MU
442 U
494 U
444 U
421 U
32S7M
3564
SUU
SI9U
B57 M
597 U
SUU
4MU
LEGEKD
U * UUCTECTED AT THE LISTED DETECTION LIMIT
X = DETECTED BUT NOT QUANTIFIABLE
-------
UESTER* PROCESSING
OFF SHE II
SLOIPCXT
OKKWICS FWIYSIS
Table B-8 (Cont'd)
. ians IN UG/KS IWBI » « DRY itian wsis
WFIC BOCA. BUTYl Dl-H-WTYl DHHETYl DIETHVL DIKETHVL 6EWOUI- BEN70U1- BEWOIbl- KWOIkl-
EWIPLE NO. KP08T NO. WTHALflTE PHTHALATC PHTHPLATE PHTHftLATE PHTHftLflTE ANTHDACEME PYHDC FUJO
UPO-SD-W1
UPO-SD-W2
WO-SD485
UPQ sc-wa
UPO-SMII
LPO-SDBI5
UPO-SIH17A
gPO-SD-«l7B
UPQ-SD-821
UPO-5B822
UPO-SD428
Fiao BLWK
UGEND
U •= UU£TEC!ED AI
S2412
S24I3
S24I8
S24II
S2414
S24I5
S2416
S2417
£418
S2419
&4ft
S2478
4A2 U
434 U
444 U
421 U
678 U
6K U
51311
519 U
476 U
597 U
513 U
4N U
4B2 U
434 U
444 U
421 U
678 U
6a6U
51311
513 U
476 U
597 U
513 U
4WU
482 U
434 U
444 U
421 U
678 U
6K U
513 U
519 U
476 U
597 U
513 U
4MU
482 U
494 U
444 U
421 U
678 U
616 U
513 U
519 U
476 U
597 U
513 U
4WU
482U
434 U
444 U
421 U
678 U
6KU
513 U
51911
476 U
597 U
513 U
4M U
482U
494 U
444 U
4£l U
678 U
kite U
513 U
519 U
476 U
597 U
513 U
4N U
482 U
434 U
444 U
421 U
678 U
ktt U
513 U
519 U
476 U
597 U
513 U
4M U
WWTVENE FUJQUaKTHBC CHHrSOC
482 U
434 U
444 U
421 U
678 U
646 U
513 U
513 U
476 U
597 U
513 U
4WU
482 U
434 U
444 U
421 U
678 U
tfc U
513 U
519 U
476 U
597 U
513 U
4WU
442 U
434 U
444 U
1574 M
678 U
6% U
513 U
519 U
476 U
597 U
513 U
4M U
THE LISTED DETECT 1 OH LIMIT
»! = DETECTED bUT NOT (UflNTIFlftttE
PflfiE S CF !!
-------
Table B-0 (Cont'd)
If STERN PROCESSING
OFF SITE III
SEDICNT
ORSWICS OHLYSIS Mi RESULTS IN UG/K6 IPWI ON A DRY UEIBfl BASIS
SfKPUNO.
UHhSD-WI
ypo-sD-«82
npo-sn-«85
upo-so-wa
UPO-SD-lll
UPO-SD-815
UPO-fl)-«l7A
UPO-SO-«17B
UPO-SIH2I
UPO-SD-K2
UPO-SIM28
Fiat BUWt
TRftFFIC EENZOIjhil- 01BEM2D(a,ht- INDeNO(l,2,3-CD» BEMVL
fiEPQHT ta ACENAPHTHYUNE ANTWWBE PEDYIBC R1WENE HENRNTIWENE ANTHHAC0E PYRENE PYRDC MILIttE ALOHL
S3M3
52*13
S2tl«
S241I
52*14
S2M5
S2M6
S2M7
52*16
52*19
S2*2«
52478
4B2U
*«U
U4U
421 U
678 U
fcfcU
513 U
519 U
*7fcU
537 U
513 U
488 U
AS2U
4W U
444 U
421 U
67BU
tatu
513 U
519 U
47fcU
597 U
513 U
4MU
4t8U
494 U
444 U
421 U
678 U
606 U
513 U
511 U
476 U
597 U
513 U
4NU
482 U
494 U
444 U
I634N
67flU
(KU
SI3U
519 U
476 U
597 U
513 U
4NI1
412 U
494 U
444U
11962
678 U
6«6U
513 U
SI9U
476 U
597 U
513 U
4NU
442 U
49411
444 U
421 U
678 U
666 U
513 U
519 U
476 U
597 U
513 U
4MU
482 U
494 U
444U
421 U
678 U
606 U
513 U
519 U
476 U
597 U
513 U
4MU
482 U
494 U
, 444U
2589
678 U
6«6U
513 U
519 U
476 U
597 U
513 U
4MU
482 U
494 U
444 U
421 U
678 U
6860
513 U
519 U
47611
597 U
513 U
48« U
482 U
494 U
444U
421 U
678 U
6»6U
513 U
51911
47611
597 U
513 U
4M U
LE6EKD
U ' UNDETECTED AT THE LISTED DETECTlfM LIMIT
N * DETECTED BUT NOT QUflNTIFfABLE
-------
29-tUr-84
kCSTERN PROCESSING
OFF SITE HI
StDltMI
ORGAM1CS ANALYSIS
Table B-8 (Cont'd)
flU flESU-TS IN U6/KG IPPB) ON A DRY IEIEHT BASIS
SAHPUNO.
UPO-SD-MI
UPO-SD-W2
IJPO-SD-W5
upo-so-eea
UPO-SD-lll
UPO-SD-815
UPO-SD-«I7A
KPO-SD-«I7B
UPO-SM2I
UOfl-SD-822
UPO-SD-«2fl
FiaD BLANK
TRAFFIC
REPORT NO.
S24I2
S2413
S24II
S241I
S2414
S24I5
S24I6
S2417
S2418
S2419
S2428
S247B
4-OIORO- 2-METHYL-
BNILINE DIBENZOFUMN NflPHTHflLM 2-N1TROAN1LINE 3-NITRQAN1LME 4-*ITROflNILlNE
482 U
494 U
444 U
421 U
678 U
686 U
513 U
519 U
476 U
597 U
513 U
46* U
462 U
494 U
444 U
3275
67BU
686U
513 U
519 U
476 U
597 U
513 U
4UU
482 U
494 U
444 U
19651
67BU
6KU
513 U
519 U
476 U
597 U
513 U
4WU
482U
494 U
444 U
421 U
678 U
686U
513 U
519 U
476 U
597 U
513 U
4MU
4B2U
494 U
444 U
421 U
678 U
666 U
513 U
519 U
476 U
597 U
513 U
4M U
4S2U
494 U
444 U
421 U
678 U
6KU
513 U
519 U
476 U
597 U
513 U
4M U
LEGEM
« UNDETECTED AT THE LISTED DETECTION LIMIT
~ DETECTED BUT NOT QUANTIFIABLE
PftSE 11 Df H
------- |