FEDERAL WATER POLLUTION CONTROL ADMINISTRATION
NORTHWEST REGION. PACIFIC NORTHWEST WATER LABORATORY
LIQUID WASTE DISPOSAL
IN THE
LAVA TERRANE OF CENTRAL
OREGON
APPENDIX
U.S. DEPARTMENT OF THE INTERIOR
FEDERAL WATER POLLUTION CONTROL ADMINISTRATION
NORTHWEST REGION
-------
LIQUID WASTE DISPOSAL
IN THE
LAVA TERRANE OF CENTRAL OREGON
APPENDIX
Jack E. Sceva
Report No. FR-4
U. S. Department of the Interior
Federal Water Pollution Control Administration
Northwest Region
Pacific Northwest Water Laboratory
Corvallis, Oregon
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10
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14
15
TA3LE OF CONTENTS
Page
Description of Tables
Description of water wells in the Bend
area
Materials penetrated by wells in the
Bend area
Chemical analysis of ground water in
the Bend area .....
Description of representative disposal
wells in the Bend area
Description of water wells in the
Redmond area
Materials penetrated by wells in the
Redmond area
Chemical analysis of ground water in
the Redmond area
Description of representative disposal
wells in the Redmond area
Description of water wells in the Madras
area
Materials penetrated by wells in the
Madras area
Chemical analysis of ground water in
the Madras area ....
Description of representative disposal
wells in the Madras area
Chemical analysis of water from springs in
the Deschutes Basin
Chemical analysis of water from springs in
the Crooked and Deschutes River Canyons . .
Chemical analysis of sewage and liquid
waste
-------
LIQUID WASTE DISPOSAL IN THE LAVA
TERRANE OF CENTRAL OREGON
DESCRIPTION OF TABLES
This appendix contains tables describing water wells,
disposal wells, well logs, springs, and information on the
chemical character of ground water and liquid wastes in the
Middle Deschutes Basin.
Tables 1, 5, and 9 describe water wells located in the Bend,
Redmond, and Madras areas, respectively. The wells are listed
in consecutive order by section within each township and their
locations are shown on Plates 1, 2, and 3. The altitude of
land surface at these wells has been interpolated from topo-
graphic maps. The information in the column "Depth to Water"
means the depth from land surface to the water table and is
generally the depth recorded by the well driller at the time
of well construction. The term "log" or "chemical analysis"
in the "Remarks" column indicates that the driller's log is
given in one of the well log tables or a chemical analysis of
the ground water is given in one of the tables of chemical
analyses.
Table 2 contains the logs of wells in the Bend area, Table 6
in the Redmond area, and Table 10 in the Madras area. They
-------
2
in each well. The information is that which is generally
recorded by the well driller at the time of well construction.
Tables 3, 7, and 11 give chemical analyses of ground water
from the Bend, Redmond, and Madras areas respectively, and
Tables 13 and 14 give some chemical analyses of water from
springs in the Deschutes River Basin. The constituents are
given in milligrams per liter, and the analyst is indicated by
the column "Laboratory", Commercial laboratories are indicated
by "Comm.," Oregon State Board of Health Laboratory by "OSBH,"
U. S. Geological Survey Laboratory by "USGS," and the Federal
Water Pollution Control Administration Laboratory by "FWPCA".
Tables 4, 8, and 12 describe disposal wells located in
Bend, Redmond, and Madras. As drillers do not generally record
information concerning disposal wells, and as most owners know
very little about their own disposal wells, it is difficult to
obtain specific information. The information given in these
tables is believed representative of typical disposal wells in
the areas represented.
Table 15 gives the chemical analyses for some typical
wastes in the Deschutes Basin. These include septic tank effluent,
laundry waste, farm runoff, and the effluent from Bend's Imhoff
-------
Table 1--Description of Water
LOCATION ALTITUDE
OF LAND
NUMBER OWNER'S NAME SURFACE
T.16S., R.12E.
16/12-5P1
C. J. McConnell
3170
16/12-6M1
Carl Campbell
3180
16/12-12F1
Lyle Carter
3150
16/12-12H1
A. Hirtzel
3120
16/12-12J1
H. R. Daffern
3130
16/12-16H1
Oswald Hanson
3240
16/12-17R1
E. A. Mayer
3120
16/12-20P1
R. J. Ralls
3260
16/12-26E1
H. McConne11
3260
16/12-26P1
B. F. Dietz
3280
16/12-27J1
LeRoy Twiggs
3260
16/12-27K1
A. Morris
3255
16/12-27R1
George Barrett
3270
16/12-29C1
A. J. Vogel
3160
16/12-29H1
Fred Sampeles
3285
16/12-29L1
W. B. Schrock
3260
16/12-34C1
B. M. Barrett
3270
s in the Bend Area
DEPTH DEPTH DEPTH
0F CASED T0
WELL WATER REMARKS
481
481
444
Log.
485
4%
473
Log.
418
405
405
Log.
223
65
205
Log.
387
387
358
Log & chemical
analysis.
530
20
505
Log 61 chemical
analysis.
420
420
390
Log.
558
294
528
Log.
551
448
525
Log.
172
165
137
Log.
420
18
270
Log & chemical
analysis.
275
2
245
Log.
110
110
97
Log 6c chemical
analysis.
425
335
395
Log & chemical
analysis.
285
20
Dry
Log.
576
576
540
Log & chemical
analysis.
129
120
102
Log 6c chemical
-------
Table 1—Description of Water
LOCATION ALTITUDE
NUMBER OWNER'S NAME 0F LAND
SURFACE
T.17S., R.12E.
7/12-5G1
7/12-6R1
7/12-8K1
7/12-8L1
7/12-8P1
Art Baltzo*
D. J. Fry
A. Scripture
F. H. Keep
W. E. Brittain
3360
3400
3460
3480
3490
7/12-8Q1
H. Terwilligar
3480
7/12-8Q2
7/12-9A1
A. B. Newby
R. D. Schott
3480
3410
7/12-9P1
L. E. Clausen
3450
7/12-13N1
Bertil Nelson
3430
7/12-14N1
Dean Pieratt
3450
7/12-17C1
7/12-17F1
7/12-17K1
Gladys Cox
Kenneth Mathers
Richard Newman
3500
3530
3505
7/12-17M1
D. W. Ford
3500
7/12-17P1
7/12-17Q1
Robert Greenlee
Eugene Sprankle
3520
3520
lis in the Bend Area Cont.
DEPTH DEPTH
OF CASED
WELL
DEPTH
TO
WATER REMARKS
330
210
270
Log.
425
180
Dry
Log.
142
47
130
Log.
122
20
107
Log.
150
28
128
Log 6c chemical
analysis.
132
42
120
Log chemical
analysis.
150
150
136
Log.
197
18
175
Log & chemical
analysis.
397
18
345
Log & chemical
analysis.
538
20
520
Log & chemical
analysis.
565
190
540
Log & chemical
analysis.
150
18
132
Log.
205
205
168
Log.
186
26
158
Log & chemical
analysis.
107
18
89
Log St chemical
analysis.
193
193
178
Chemical analysis.
178
178
158
Log 6t chemical
-------
Table 1—Description of Water Wells in the Bend Area—Cont.
LnumberN owner's name
ALTITUDE
OF LAND
SURFACE
DEPTH
OF
WELL
DEPTH
CASED
DEPTH
TO
WATER
REMARKS
T.17S..
R.12E.
17/12-17Q2
W. L. Kurtz
3520
204
25
175
Log.
17/12-18G1
C. E. Miller
3480
120
117
110
Log.
17/12-18Q1
J. D. Williams
3480
665
600
592
Log & chemical
analysis.
17/12-20G1
Jack Robinson
3540
615
17
Dry
Log.
17/12-20H1
Thunderbird Motel
3540
410
357
Log.
17/12-20H2
Eldon C. Smith
3530
280
250
255
Log & chemical
analysis.
17/12-20H3
Fred H. Myers
3540
404
336
390
Log & chemical
analysis.
17/12-23K1
J. C. Scott
3500
606
20
586
Log & chemical
analysis.
17/12-24M1
Robert Cusick
3480
60
8
32
Log & chemical
analysis.
17/12-25R1
Harley Hafter
3565
665
47
645
Log.
17/12-26N1
R. H. Foley
3580
227
218
192
Log & chemical
analysis.
17/12-34Jl
Meade Pederson
3630
610
592
582
Log.
T.17S.,
R.13E.
17/13-31A1
G. Cannon
3540
455
455
Dry
T.18S.,
R.12E.
18/12-2E1
W. Kittredge
3680
694
674
649
Log.
18/12-3C1
Paul Ramsay
3660
228
221
201
Log & chemical
-------
Table 1—Description of Water Wells in the Bend Area--Cont.
LOCATION ALTITUDE DEPTH DEPTH DEPTH
NUMBER OWNER'S NAME OF LAND OF CASED TO
SURFACE WELL WATER REMARKS
T.18S., R.12E.
18/12-3N1
J. Haramagren
3700
633
450
585
Log.
18/12-5E1
Brooks-Scanlon, Inc.
3620
902
150
564.
Tested at 1300 gpm.
Chemical analysis.
18/12-6B1
City of Bend
3650
160
Dry
Log.
18/12-17C1
Roats Water Co.
3785
350
Well No. 1.
18/12-17C2
Roats Water Co.
3785
357
20
346
Well No. 2. Log
& chemical analysis.
18/12-17M1
B. Schilling
3810
377
375
341
Log & chemical
analysis.
18/12-17N1
N. Schaedler
3850
340
311
332
Log 6c chemical
-------
7
TABLE 2
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 16/12-5P1. C. J. McConnell. Drilled by Archie Fox. 1966
From To
Materials (feet) (feet)
Soil, sandy 0 10
Cinders, red 10 40
Lava, broken 40 80
Cinders, red 80 155
Boulders 155 230
Sandstone, yellow 230 295
Lava, broken and cinders 295 360
Boulders 360 420
Lava, broken and cinders 420 444
Sand, gravel and pumice, water bearing 444 481
Well 16/12-6M1. Carl Campbell. Drilled by Lee Grimes. 1959
From To
Materials (feet) (feet)
Soil
0
3
Hardpan
30
Lava
30
60
Volcanic Ash
60
125
Rock
125
205
Sandstone
300
Rock and s^nd
300
485
Well 16/12-12F1. Lyle Carter. Drilled by Hurst Well Drilling. 1964
From To
Materials (feet) (feet)
Soil o 4
Lava 4 80
Sandstone 80 175
Conglomerate 175 350
Sandstone 350 400
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8
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 16/12-12H1. A. Hirtzel. Drilled by Lee Grimes. 1962
From
To
Materials
(feet)
(feet)
Lava, gray
— 0
43
Cinders, red, fine
43
65
Lava, gray
¦ 65
103
Sand, fine, black
103
112
Lava and brown clay
112
175
Lava, black
175
191
Cinders, red, fine
191
210
Sand, fine, black
210
218
Gravel, fine
218
223
Well 16/12-12J1. H. R. Daffern. Drilled by Jackson Well Drilling.
1965
From To
Materials (feet) (feet)
Soil 0 2
Lava, blue 2 47
Conglomerate and boulders 47 230
Sandstone, brown 230 278
Conglomerate 278 349
Sand, black, gravel 349 370
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9
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 16/12-16H1. Oswald Hanson. Drilled by Trussell Well Drilling.
1967
From To
Materials (feet) (feet)
Soil
0
4
Boulders, gray
4
10
Basalt, hard, gray
10
28
Conglomerate
28
46
Sandstone, brown
46
75
Lava, gray
75
120
Sandstone and conglomerate, brown
120
188
Rock, brown
188
215
Sandstone and conglomerate, brown
215
400
Sandstone, brown
400
490
Rock, red
490
515
Sand, brown, water-bearing
515
530
Well 16/12-17RL. E. A. Mayer. Drilled by Hurst Well Drilling. 1965
Materials
Soil
Clay, brown
Sand and boulders
Basalt
Cinders, red
Gravel and pumice, brown
Gravel and pumice, coarse
Gravel and pumice, fine -
Sand and gravel
From
To
(feet)
(feet)
0
15
15
23
23
50
50
115
115
140
140
160
160
260
260
390
390
-------
10
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 16/12-20P1.
1965
R. J. Ralls. Drilled by Hurst Well Drilling.
Materials
From
(feet)
To
(feet)
Soil 0
Boulders 2
Sandstone, brown 65
Boulders, hard 245
Sandstone, brown 295
Basalt 330
Sandstone, brown 345
Basalt, dark 390
Sandstone, brown 410
Basalt, dark 485
Clay, brown 552
2
65
245
295
330
345
390
410
485
552
558
Well 16/12-26E1. H. McConnell. Drilled by Jackson Drilling Co.
1966
From To
Materials (feet) ( feet)
Soil
0
3
Lava, blue
3
35
Cinders, red
35
85
Boulders and conglomerate
85
196
Sand, black, and boulders
196
290
Sandstone, brown
290
365
Sand, black
365
438
Clay, yellow, sandy
438
540
Sand, water-bearing
540
-------
11
TABLE 2 (cont.)
MATERIALS PENETRATED BY VJELLS IN THE BEND AREA
Well 16/12-26P1. B. F. Dietz. Drilled by Mathers Drilling Co.
1967
From To
Materials (feet) (feet)
Soil
o
1
Rock, brown
1
20
Rock, pink
¦ 20
50
Rock, brown
50
88
Rock, blue
88
100
Sand and gravel, fine
100
172
Well 16/12-27J1. LeRoy Twiggs. Drilled by Hurst Well Drilling.
1963
From To
Materials (feet) (feet)
Lava 0 110
Conglomerate and boulders 110 300
Sandstone 300 420
Well 16/12-27K1. A. Morris. Drilled by Lee Grimes. 1960
Materials
From
To
(feet)
(feet)
0
14
14
28
28
44
44
74
74
97
97
140
140
200
200
210
210
240
240
275
Lava
Hardpan with boulders
Rock
Boulders and hardpan -
Rock
Boulders
Rock
Cinders, black
Rock
-------
12
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 16/12-27R1. George Barrett. Drilled by Lee Grimes. 1957
Materials
Soil
Rock, loose
Lava, rock --
Rock, loose -
Sand, medium
From
To
(feet)
(feet)
0
5
5
10
10
56
56
75
75
110
Well 16/12-29C1. A. J. Vogel. Drilled by Hurst Well Drilling.
1965
Materials
Soil
Boulders
Basalt, gray
Sandstone, brown
Basalt, gray
Sandstone, brown
Boulders
Sandstone, brown
Basalt, gray
Sandstone, red
Sand and gravel, red, fine
From
To
(feet)
(feet)
0
29
29
55
55
65
65
235
235
260
260
315
315
335
335
380
380
397
397
410
410
-------
13
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 16/12-29H1. Fred Sampeles. Drilled by Mathers & Son. 1966
From To
Materials (feet) (feet)
Soil, brown 0 12
Hardpan 12 40
Lava 40 150
Pumice 150 200
Basalt and boulders 200 260
Lava, gray 260 280
Well 16/12-29L1. W. B. Schrock. Drilled by Jackson Drilling Co,
1967
Materials
Soil
Pumice
Basalt, blue
Sandstone
Basalt, blue
Cinders, red
Boulders and conglomerate -
Basalt, blue
Sandstone, brown
Cinders, red
Sand, black, water-bearing
From
To
(feet)
(feet)
0
3
3
34
34
70
70
160
160
201
201
337
337
345
345
410
410
512
512
540
540
-------
14
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 16/12-34C1. B. M. Barrett. Drilled by Hurst Well Drilling.
1962
Materials
Soil
Lava
Clay and some large boulders
Sand and fine gravel
From
To
(feet)
(feet)
0
12
12
52
52
104
104
129
Well 17/12-5G1. Art Baltzor. Drilled by Dick Akins Well Drilling.
1966-67
From
To
Materials
(feet)
(fee
Soil, sandy
0
1
Lava, gray, broken
1
55
Lava, p ink
55
63
Lava, gray
63
72
Lava, pink
86
Sand and gravel
123
Sandstone, brown
123
143
Pumice, white
143
179
Sandstone, brown and clay
179
300
Cinders, black
300
-------
15
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-6R1. D. J. Fry. Drilled by Brandt Drilling Company.
1963
From
To
Materials
(feet)
(feet)
Basalt, gray
o
12
Pumice, pink
12
68
Pumice, white
68
93
Lava, gray
93
124
Lava, black
124
185
Cinders, red
185
189
Basalt, gray
189
239
Cinders, black
239
301
Cinders, red
301
308
Lava, gray
308
375
Cinders, red
375
381
Basalt, black
381
425
Well 17/12-8K1. Arthur Scripture. Drilled by Mathers & Son. 1967
From To
Materials ( feet) (feet)
Soil, brown 0 3
Lava, gray 3 26
Lava, brown 26 70
Lava, gray 70 103
Lava, red 103 131
-------
16
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-8L1. F. H. Keep. Drilled by Mathers & Son. 1966
From To
Materials ( feet) (feet)
Soil 0 12
Lava, gray 12 65
Lava, pink 65 100
Gravel, fine 100 122
Well 17/12-8P1. W. E. Brittain. Drilled by Mathers & Son. 1966
Materials
Soil
Lava, gray
Lava, pink
Lava, gray
Lava, red
Gravel, fine
From
To
(feet)
(feet)
0
10
10
55
55
65
65
105
105
112
112
150
Well 17/12-8Q1. Harry Tarwilligar. Drilled by Lloyd Mathers. 1966
From To
Materials (feet) (feet)
Soil 0 2
Rock, gray 2 30
Rock, red 30 36
Rock, gray 36 81
Rock, pink 81 103
Rock, gray 103 114
-------
17
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-8Q2. A. B. Newby. Drilled by John Stoican, Jr. 1958
From To
Materials (feet) (feet)
Soil
3
Boulders
8
Rock, gray
8
30
Basalt, black with crevices
30
40
Basalt, gray
40
50
Boulders
50
60
Basalt, gray
60
100
Basalt, black
100
135
Cinders, red
135
140
Shale, gray
140
142
Sand, black with gravel
142
150
Well 17/12-9A1. R. D. Schott. Drilled by Jackson Well Drilling.
1965
From To
Materials _ (feet) (feet)
Soil and boulders
Basalt, hard, blue
Cinders, red
Basalt, blue, hard
Basalt, brown
0
13
34
36
192
13
34
36
192
-------
18
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-9P1.
1965
L. E. Clausen. Drilled by Jackson Well Drilling.
Materials
From
(feet)
To
(feet)
Soil
Basalt, soft
Boulders and cinders
Cinders, red
Lava, red
Basalt, gray, hard
Cinders, red
Conglomerate boulders
Clay, yellow
Pumice
Lava, blue
Conglomerate
Sand, black, water-bearing
0
2
2
27
27
47
47
80
80
120
120
157
157
163
163
215
215
285
285
290
290
300
300
345
345
389
Well 17/12-13N1. Bertil Nelson. Drilled by Trussell Well Drilling.
1966
From To
Materials (feet) (feet)
Soil
Lava
Boulders
Pumice, pink
Lava
Cinders, red
Lava
Sandstone, hard
Conglomerate, pink -
Lava
Conglomerate, pink -
Lava
Conglomerate, brown
Conglomerate, red --
Left no record
0
3
3
12
12
17
17
35
35
65
65
68
68
130
130
150
150
220
220
236
236
275
275
305
305
365
365
384
384
-------
19
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-14N1. Dean Pieratt. Drilled by Jackson Well Drilling.
1966
From To
Materials (feet) (feet)
Soil
0
1
Lava
1
32
Cinders, red
32
44
Boulders and conglomerate
44
90
Lava, blue
90
130
Lava, crevices
130
138
Boulders
138
178
Basalt, blue, hard
178
235
Boulders and conglomerate
235
299
Sandstone, brown
299
341
Cinders, brown
341
392
Sand, black
392
440
Pumice, brown
440
490
Sand, black
490
507
Sandstone, brown
507
540
Sand, black, water-bearing
540
565
Well 17/12-17C1. Gladys Cox. Drilled by Mathers & Son. 1966
From To
Materials (feet) (feet)
Soil, brown
Lava, gray
Gravel, coarse
0
7
132
7
132
-------
20
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well I7/12-17FI. Kenneth Mathers. Drilled by Mathers & Son. 1964
From To
Materials (feet) (feet)
Soil, brown 0 3
Basalt, hard, gray 3 140
Gravel, medium to fine 140 205
Well 17/12-17K1. Richard Newman. Drilled by Mathers & Son. 1966
From To
Materials (feet) (feet)
Soil
0
3
Lava, gray
3
130
Cinders, red
130
135
Cinders, red, and broken lava
135
186
Well 17/12-17M1. D. W. Ford. Drilled by Mathers & Son. 1964
From To
Materials ( feet) ( feet)
Soil, brown 0 2
Basalt, hard, gray 2 36
Basalt, brown 36 90
-------
21
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-17Q1. Eugene Sprankle. Drilled by Brandt Drilling Co.
1962
From To
Materials (feet) (feet)
Soil 0 4
Lava, gray 4 72
Cinders 72 102
Lava 102 131
Cinders, red 131 160
Pumice, pink and black sand 160 178
Well 17/12-17Q2. W. L. Kurtz. Drilled by Mathers & Son. 1966
From To
Materials ( feet) ( feet)
Soil
Lava
Lava, gray
Lava, brown
Cinders, red
Lava, gray
Lava, gray, broken with some sand and
gravel
0
3
3
23
23
90
90
120
120
125
125
160
160
204
Well 17/12-18G1. C. E. Miller. Drilled by Lee Grimes. 1961
From To
Materials (feet) (feet)
Sand and boulders 0 22
Lava 22 86
Rock, red 86 105
-------
22
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-18Q1. J. D. Williams. Drilled by Jackson Drilling Co.
1966
From To
Materials (feet) (feet)
Soil
2
40
Sandstone, brown
40
105
Cinders, red
105
142
Sandstone, and hard clay
142
185
Boulders and conglomerate
185
450
Sandstone, brown
450
492
Sand, red
492
530
Sand, black
530
592
Sand, red and brown
592
645
Sand and silt, fine, black
645
665
Well 17/12-20G1. Jack Robinson. Drilled by Mathers & Son. 1965
From To
Materials (feet) (feet)
Soil
o
1
Lava, gray, broken
1
26
Lava, gray
26
70
Lava, broken, brown
70
160
Cinders, red
160
170
Lava, gray
170
240
Lava, brown
240
350
Lava, gray, broken
350
380
Lava, broken
380
450
Lava, gray
450
505
Lava, gray, broken
505
-------
23
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-20H1. Thunderbird Motel. Drilled by Brandt Drilling Co.
1963
From To
Materials (feet) (feet)
Pumice and sand 0 15
Lava, gray 15 128
Cinders, black 128 132
Cinders, red and pumice 132 145
Lava, gray 145 160
Pumice 160 170
Lava, gray 170 180
Gravel, coarse 180 230
Basalt, gray 230 235
Pumice, pink 235 245
Pumice, white 245 265
Cinders, black with brown clay 265 410
Well 17/12-20H2. Eldon C. Smith. Drilled by Jackson Drilling Co.
1966
From To
Materials (feet) (feet)
Soil
0
7
Lava, blue, soft
40
Cinders, red
40
88
Sandstone, brown
88
140
Sand, black
140
190
Sandstone, brown
190
240
Sand, black, water-bearing
240
-------
24
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-20H3. Fred H. Meyers. Drilled by Dick Akins Well
Drilling. 1965
From
To
Materials
(feet)
(feet)
No record
0
150
Cinders, black
150
160
Basalt
160
177
Cinders, red
177
185
Cinders, black
185
240
Sandstone, yellow
240
250
Rock, soft, white
250
257
Cinders, black
257
262
Rock, brown
262
287
Lava, gray
297
Cinders, red and gravel
312
Sandstone, brown
398
Cinders, black
398
-------
25
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-23K1. J. C. Scott. Drilled by Lee Grimes. 1962
Mathers & Son. 1966. Reed's Drilling. 1967
Materials
From
(feet)
To
(feet)
Lava, gray
0
15
Cinders, red
15
28
Lava, gray
28
55
Lava, white
55
82
Cinders, red
82
120
Lava, gray
120
190
Clay and fine sand
190
210
Lava, gray
210
220
Sand, black
220
224
Lava, gray
224
270
Lava, white
270
285
Sand, black
285
295
Lava, gray
295
322
Sand, gray and fine gravel
322
343
Lava, gray
343
380
Lava, white
380
410
Sand, black
410
415
Lava, gray
415
427
Cinders, red
427
471
Lava, white
471
484
Cinders, red
484
510
Lava, gray
510
550
Lava, gray, coarse sediment
550
586
Conglomerate
586
605
Basalt, gray
605
-------
26
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-24M1. Robert Cusick. Drilled by Lee Grimes. 1962
From
To
Materials
(feet)
(feet)
Soil, sandy
o
2
Lava, dark
2
10
Lava, white
10
21
Lava, red
21
27
Lava, gray
27
35
Sand, black, fine
35
37
Sand, pumice and fine gravel -
37
39
Sand and fine gravel, dark
39
42
Sand, fine and gravel
42
60
Well 17/12-25R1. Harley Hafter. Drilled by Dick Akins Well Drilling.
1966
From
To
Materials
(feet)
(feet)
Soil, sandy
o
2
Lava, gray
2
6
Lava, broken and clay
6
12
Pumice, soft
12
14
Lava, gray
14
30
Lava, broken and clay
30
69
Lava, gray
69
123
Sandstone, brown and clay
123
161
Lava, hard, gray
161
169
Sandstone, gray
169
234
Lava, red
234
312
Lava, gray
312
352
Lava, pink
352
380
Lava, gray
380
407
Cinders, red
407
409
Sandstone, brown and clay
409
426
Basalt, gray
426
520
Sandstone, gray
520
535
Cinders, red
568
Sandstone, brown
568
598
Cinders, black
625
Sandstone, brown
625
630
Sandstone, gray
647
Cinders, red
-------
27
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 17/12-26N1. R. H. Foley. Drilled by Jackson Well Drilling.
1966
From To
Materials (feet) (feet)
Soil 0 4
Lava, soft 4 32
Boulders and conglomerate 32 68
Lava, soft 68 91
Boulders, hard 91 118
Cinders, red 118 140
Sandstone 140 157
Basalt, blue, hard 157 189
Sandstone, brown 189 207
Sandstone and pumice, water-bearing 207 22 7
Well 17/12-34J1. Meade Pederson. Drilled by Hurst Well Drilling.
1966
Materials
From
To
(feet)
(feet)
0
2
2
85
85
100
100
125
125
205
205
260
260
300
300
310
310
450
450
585
585
596
596
601
601
610
Soil
Lava, gray
Lava, broken
Cinders, red
Lava, gray
Pumice
Lava, broken
Pumice
Lava, broken
Sandstone, brown
Sand, gravel and cinders
Clay, brown
-------
28
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 18/12-2E1. W. Kittredge. Drilled by Mathers & Son, 1966,
and A. R. Schultz, 1967.
From
To
Materials
(feet)
(feet)
1
2
Lava, gray
2
80
Cinders, red
80
90
Lava, gray
90
112
Cinders, red
112
130
Lava, gray
130
155
Lava, gray and sediments
155
170
Pumice
210
Lava, brown, broken
210
260
Lava, gray
273
Lava, brown, broken
273
295
Lava, gray
342
Cinders, red
342
355
Lava, gray, broken
355
450
Cinders, red
450
463
Lava, gray
463
515
Lava, brown
515
580
Lava, gray
580
597
Cinders, red
597
609
Sand and gravel
609
650
Sand, red and black
¦ 650
672
Boulders
672
674
Lava, gray
674
-------
29
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 18/12-3C1. Paul Ramsay. Drilled by Jackson Drilling Co.
1966
From To
Materials (feet) (feet)
Soil
Lava, broken
Conglomerate
Basalt, blue
Conglomerate, red
Cinders
Conglomerate
Lava, with crevices
Basalt
Cinders, red, water-bearing
Cinders and sandstone
0
6
6
60
60
70
70
85
85
99
99
106
106
150
150
165
165
176
176
208
208
228
Well 18/12-3N1. J. Hammagren. Drilled by Hurst Well Drilling.
1964
From
To
Materials
(feet)
(feet)
Overburden
23
Lava
210
Cinders, red
220
Sandstone, hard
250
Lava, hard
335
Cinders, red
335
350
Basalt
410
Cinders, red
410
430
Sandstone, boulders
535
Cinders
535
540
Sandstone
540
625
Sand and gravel
625
-------
30
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 18/12-6B1. City of Bend. Drilled by Lee Grimes. 1956
From To
Materials (feet) (feet)
Dirt
Rock, red, soft
Pumice, brown -¦
Pumice, white --
Rock, red, soft
Gravel
Rock, black
0
5
5
65
65
74
74
96
96
116
116
146
146
160
Well 18/12-17C2. Roats Water Co. Drilled by Lloyd Mathers. 1960
From To
Materials (feet) ( feet)
Soil ¦
0
4
Rock,
brown
4
80
Rock,
blue
80
112
Rock,
gray
112
128
Rock,
blue
128
169
Rock,
brown
169
203
Rock,
red
203
290
Rock,
gray
290
305
Rock,
blue
305
331
Rock,
red
331
335
Rock,
blue
335
354
Cinders, black
354
-------
31
TABLE 2 (cont.)
MATERIALS PENETRATED BY WELLS IN THE BEND AREA
Well 18/12-17M1. B. Schilling. Drilled by Mathers & Son. 1965
From To
Materials (feet) (feet)
Soil •
0
6
Lava,
brown
6
32
Lava,
gray
32
70
Lava,
broken, brown
70
115
Lava,
gray
115
185
Lava,
gray, broken and
cinders
185
210
Lava,
brown
210
225
Lava,
gray
225
237
Lava,
gray, broken and
cinders
237
270
Lava,
gray
270
295
Lava,
broken, brown
295
330
Lava,
gray
330
369
Lava,
brown, broken
369
377
Well 18/12-17N1, N. Schaedler. Drilled by Mathers & Son. 1965
From
To
Materials
(feet)
(feet)
Lava boulders
o
15
Lava, gray
15
40
Lava, brown
40
90
Lava, broken, brown
- 90
140
Lava, gray
140
158
Cinders, red
158
179
Basalt, hard, gray
179
201
Cinders, red
201
211
Lava, gray
211
260
Lava, broken, brown
260
290
Cinders, red
290
311
Lava, gray
311
-------
TABLE 3— CHEMICAL ANALYSIS OF GROUND WATER IN THE BEND AREA
w
rasn
ommes Mia
DEPTH
OF
WELL
CfTOT)
dati
OP
COLLEC-
TION
TBtFw
SH-
ATOKK
(c°)
SILICA
(S102)
mow
(»•)
CALCIO!
(c.)
HACNES.
iins
(Kg)
SODIUM
(H»)
POTAS-
SIUM
(k)
AMTA-
LIH-
ITT
S'JLFAI*
(so^)
CHLO-
RITE
(CI)
FLUO-
RIDE
AMM
VITRO-
SEN
(MHj-N)
NI-
TRITI
NIT.
:«o2-e)
SI-
TUATE
htt.
(VQj-K,
OMHO
race-
PBiTI
<*v
TOTAL
PHQSj
rajffi
(wy
MftA*
DIS-
SOLVED
SOLIDS
SUS-
PEND-
ED
SOLIDS
TOTAL
solids
BARD*
HESS
(CfcCOj)
SPE-
CIFIC
COK-
DUCT-
JXCB
pB
LAB-
CSV
TORT
U>
N>
i . 11
! . .1 . ) il ,
16/12-12J1
B» R» D*ff«rn
3»7
5-afr-67
12
31
26
27
6.0
178
1*0
1.0
< 0.1
*•001
0.77
0.49
0.50
•006
2©
2
225
130
31*3
7.9
fwfca
16/1*. 16B1
Onmld
530
5-25-67
13
15
19
22
U.5
126
9.0
2.0
< 0.1
<.001
0.95
0.22
0.22
.002
189
2
"191
96
267
7.9
fwpca
16/12.27 Jl
I*Hoy Twlggi
420
5-2lt-67
11
25
10
21
7.6
110
13
3.0
<0.1
<.001
3.1
0.J42
0Ji3
.007
200
0
2DO
100
263
0.5
FWFCA
16/12^T«1
0«org«
110
5-29-67
12
11
9.2
9.6
2.1
63
2.0
0.3
< 0.1
<.001
ojj
0.37
0*143
.003
111
1
112
1*6
132
8.1
IWFCA
1V12-29C1
A. J. Vog*l
1*5
5-2W7
12
21
16
19
1*6
108
6.0
U.0
< 0.1
<.001
1.0
0.35
0.37
.002
130
1
lol
au
2L1
7.9
FWPCA
16/12-29L1
W. B Sohrock
576
5-2U-67
u»
28
21t
30
7-1*
IJl
25
15
< 0.1
.006
0.99
0.10
0.13
.005
2ia
1
gJfg
lie
3L7
6.6
fWPCA
I6/12-3UCI
B* M. B*rr«t-fc
189
8-15-67
B
10
20
15
U.5
81*
7.0
5.0
< 0.1
«.001
e.i*
0.66
O.67
.017
177
0
177
85
231
8.0
FWPCA
1.1-
S 1 1 1 1 1 2 I •
17/ia-wi
W» 1. Brlttaln
150
*—29-67
12
9.6
13
9.0
2.3
&
*•0
1.0
<0.1
<•001
1.3
0.25
0.26
.003
111
1
112
50
139
7.8
fwpca
17/12-841
B. Tinilllpr
1J2
5-28-67
12
10
8.7
8.1
2J.
1|9
3.0
2.0
<0.1
<.001
1.8
0.36
0.39
.003
106
h
110
143
128
7.9
fwpca
17/12-9A1
I* D. 3«hott
157
2-15-67
10
6.0
9.7
7.9
l.S
1*7
3.0
2.0
<0U
< .001
0«lj6
0.27
0.27
.019
66
0
86
37
105
7.6
FWPCA
i?/ia-9Pi
L. S. Cltu»«n
597
8-30-66
lli
33
.01
12
5.9
e.s
1-5
56
1.0
1.0
0.3
- 0.1
0.26
0.26
0.30
.005
93
0
93
ti
109
7.8
FWPCA
17/U-9M
L. V. CUbmb
597
1-25-67
38
.OU
12
9.7
9.8
1.5
6e
2.0
1.0
<0,1
< .001
0J42
0.29
0.30
.000
105
0
105
U9
135
6.0
FWPCA
17/J2-9T1
L* B. ClftUMB
597
2-15-67
10
15
9.7
1.7
69
2.0
0.2
<0.1
<•001
0.39
O.Iii
0,16
.000
106
1
100
52
1jtf
fi.O
FWPCA
17/12-1311
Bartil V»1«ob
558
5-25-67
lit
11
16
15
1.8
80
3.0
2.0
<0.1
<•001
0.66
0.32
0.32
.002
130
1
131
59
156
7.9
FWPCA
17/12-Ujll
Dnb
5«
4-15-67
10
9*2
8.7
9.5
1.7
58
2.0
0.2
<0.1
<.001
0.37
0.36
OJiO
•021
10c
0
loe
1*3
123
6.3
FWPCA
17/12-17*1
0* V* Ford
107
1-25-67
11
0.16
8.3
12
e.u
1.3
57
2.0
2.0
<0.1
<.001
0.65
0.3fi
0.50
.015
107
2
106
ii6
130
7.L
FWPCA
17/12-17*1
Robert OtmbIn
195
1-25-67
11
53
0.05
16
7.3
9.9
2.2
80
2.0
2.0
<0.1
<•001
0.83
0.18
0.26
.018
123
0
123
55
171
7.7
FWPCA
17/12-1711
Rl«ta*.rd Immb
166
5-20-67
12
12
12
6.9
1.6
65
2.0
1.0
<0.1
<.001
0.90
0.37
0.39
.002
lou
0
10li
53
139
7.6
FWPCA
17/12-1741
lapM Sprtskl*
178
a-17-67
a
16
18
2.8
U-3
108
2.0
1.0
* 0.1
<.001
0.59
0.30
0.32
.000
11*6
1
U»7
62
218
7.8
FWPCA
17/12-1001
J. D. Willlm
«5
5-23-67
12
9.6
5.3
6.0
2.1<
14
1.0
1.0
<0.1
<~001
0,23
0.17
0.18
.009
93
0
95
35
63
6.0
FWPCA
17/12-8C®
ElAon C. Smith
260
5-25-67
13
111
10
11
1.7
66
2.0
1.0
<0.1
<.001
0.52
0,31
0.32
.006
120
2
122
57
135
6.2
FVPCA
17/12-2083
Fr»4 H. Myara
liOlt
5-25-67
1J
10
7.8
e.6
1.3
53
1.0
1.0
<0.1
<.901
0.50
0.35
0.514
.001
102
1
103
la
109
7.9
FWPCA
t . 1.
St.1.121.
J. C» S«ott
606
1-25-67
O.Ob
16
11
13
1.3
78
tuO
2.0
<0.1
<.001
1.23
o.3ii
0.37
.005
135
0
135
61
178
e.i
FWPCA
17/12-ayn
Robert Cutlek
60
¦-16-67
6
9.6
1
7.0
2.0
36
2.0
0.2
*0.1
*•001
0.1(0
o.37
0.7U
.089
76
3
79
26
BU
8.0
FWPCA
17/12-26*1
R. B. fol«7
»7
5-29-67
9
lit
9.7
12
1.8
80
>.0
0.3
*0.1
<.001
0.20
0.01
O.36
.006
9L
Jifc
U4O
56
139
6.3
-------
TABLE 3— CHEMICAL ANALYSIS OF G
ROUND WATER I
«*u
mow
1 9
ie/12-jci
16/12-17C2
u/u-nct
18/12-17K
ie/12-17111
18/12-17* 1
ie/le»i7n
eras's Riui
ftwl Ribmj
Broote-Souloft lac.
10473 Rim Co,
ROATS VISE oo.
B. Sohllllac
B. Soliillln*
b. a«uuiBc
BFIH
QP
WLL
(FEET
226
902
350
350
3T7
577
377
ViC
BIT*
or
COLUC-
tlOK
J-28-67
a-jo-66
6-15-65
1-25-^7
2-16-67
8-17-67
TIW-
Kt-
Ai'ja
(e*)
12
9
12
9
10
SH.ICJ
sJa
7.6
15
7.S
•6,8
SJt
10
lit
M T
(*•)
3.6
6.S
e.7
3,2
9-0
e.e
6.2
POTAfc
SIUH
(«)
0.9
1.7
1.c
1.5
lJi
1.9
1.8
ALU-
Lm-
ITI
32
66
55
55
60
56
53
61
SULFAT]
(30^)
0.0
1.0
1.0
1*0
5.0
1.0
1.0
1*3
CHLO-
p.ire
(ci)
0.0
1.9
1.0
i.o
1.2
2.0
1.0
0*2
HE BEND AR
FLUCW
RIDE
(T)
r. 180-
3EH
(tEj-N)
0.1*
•OU
(KC^-N]
< 0.1
< 0,1
< 0.1
< oa
< 0,1
« 0,1
NI-
TRITE
KIT.
•001
..001
.001
0.05
0,10
3.09
0.07
0«0?
0.it5
NI«
TR4TE
MT.
OJQHO
PHOS-
PHATE
NOj.H) (K^)
0.13
Q.30
O.JO
O.Zfc
O.JO
0.13
EA— CONTINUED
TOTAL
PHOS-
PHATE
(*°l)
o.ie
0.50
0.35
0.22
0.35
0.35
.000
•000
,000
.006
•010
0.27 j .002
H5-
3CLVBE
SOLIDS
65
126
96
93
95
120
112
BP
so.: os
1
1
0
0
it5
65
97
93
106
95
120
157
HARD.
WS6
(CmCOj)
t PA-
CIFIC
COI-
DtfCT-
AKC1
26
51
57
36
39
3U
39
11
66
toe
1U
110
110
109
9t*
PB
8.9
7.9
7.9
ie
7.9
7.9
7.B
LAB-
ORA-
TORY
rwpcA
Com.
rwpcA
nrpci
CBBH
nrpoi
mpcA
fipca
u>
-------
TABLE 4--DESCRIPTION OF REPRESENTATIVE DISPOSAL WELLS IN THE BEND AREA
LOCATION
NUMBER
OWNER
DEPTH
(FEET)
DIAM.
(INCHES)
TYPE OF
WASTE
SEPTIC
TANK
USED
REMARKS
u>
¦o
16/12-26
16/12-27K
16/12-29C
17/12-13N
Dietz
Morris
Vogel
Nelson
17/12-14N Pierett
17/12-20H Smith
70
65
26
70
20
22
6
8
6
8
4
Group
Domestic
Domestic
Domestic
Domestic
Domestic
Domestic
Yes
Yes
Yes
Yes
Yes
Yes
Small Trailer park
Became clogged in 1965;
repaired by blasting.
No operating problems.
Similar drain well at barn
needs cleaning periodically.
-------
TABLE 5--DESCRIPTION OF WATER
LOCATION ALTITUDE
NUMBER OWNER'S NAME OF LAND
SURFACE
T.14S., R.13E.
14/13-3Q1 Art Foss 2770
14/13-4C1 Bert Drew 2770
14/13-4F1 A. E. Justice 2765
14/13-4G1 J. W. STie 11 2765
14/13-5B1 R. I. Whitley 2740
14/13-7A1 Jack Leu 2760
14/13-8K1 Kilgore's Dairy 2770
14/13-8P1 Leonard Rank 2725
14/13-9F1 J. T. Faa 2825
14/13-9Q1 W. H. Stark 2860
14/13-11Q1 Smith Rock State Park 2830
14/13-13H1 E. Mollman 2875
14/13-13P1 J. A. Morbly 2920
14/13-13R1 C. T. Swanson 2925
14/13-14B1 D. E. Rabe 2870
14/13-14B2 M. E. Brown 2860
14/13-14F1 Kircher & Middleton 2835
14/13-14G1 Lee Grigsby 2855
14/13-14H1 W. J. Bastian 2875
14/13-14R1 ...Coleman 2910
IN THE REDMOND AREA
DEPTH DEPTH
OF CASED
WELL
DEPTH
TO REMARKS
WATER
118
4
105
Gray lava from 0 to
118 feet.
176
4
138
Lava, o to 176 feet.
142
142
117
Log.
146
52
111
Log.
188
19
146
Log.
210
8
149
Log.
195
18
141
Log.
135
14
Basalt rock to bottom
320
18
192
Log.
262
18
221
Log.
157
20
138
Log and chemical
analysis.
138
17
103
Log. Water encount-
ered in crevice in
the basalt.
185
20
185
Log.
172
10
156
Log.
179
18
143
Log and chemical
analysis.
170
19
136
Log.
150
5
120
Log.
147
20
115
Log.
146
18
135
Log.
215
215
195
-------
TABLE 5—DESCRIPTION OF WATER WELLS IN THE REDMOND AREA--CONT.
w
LOCATION
NUMBER
OWNER'S NAME
ALTITUDE
OF LAND
SURFACE
DEPTH
OF
WELL
DEPTH
CASED
DEPTH
TO
WATER
REMARKS
T.14S..
R.13E.
14/13-16L1
Terrebonne Domestic
2860
392
Water System
14/13-17H1
Steve Hooley
2770
210
10
158
14/13-20E1
E. W. Vanderwilt
2750
135
78
14/13-21B1
J. H. Y oung
2865
215
18
190
14/13-21B2
Anton Schilling
2870
210
70
193
14/13-21L1
Les Crain
2815
160
20
132
14/13-22A1
James Swift
2810
109
8
109
14/13-24C1
Harry Norton
2920
187
18
161
14/13-24Q1
John Newton
2950
216
216
192
14/13-25G1
Frank R. Lane
2945
180
180
141
14/13-26M1
A. E. Latta
2945
101
18
86
14/13-26N1
Carl Dawson
2950
245
18
229
14/13-27D1
David Clark
2920
235
235
205
14/13-27F1
C. D. Brenchley
2930
220
220
200
14/13-27Q1
E. F. Hinderman
2945
250
230
250
Chemical analysis.
Water level reported
to have been 302 feet
below land surface in 1925.
Log.
Red cinders to 75 feet
and black rock from
75 to 135 feet.
Log.
Log.
Log.
Log and chemical
analysis.
Log and chemical
analysis.
Log.
Log.
Developing perched
ground water. Log.
Log.
Log.
Log and chemical
analysis.
Log and chemical
-------
TABLE 5--DESCRIPTION OF WATER WELLS IN THE REDMOND AREA--CONT.
LOCATION
ALTITUDE
DEPTH
DEPTH
DEPTH
NUMBER
OWNER'S NAME
OF LAND
OF
CASED
TO
REMARKS
SURFACE
WELL
WATER
T.14S., R.
13E.
14/13-28B1
W. C. Hemes
2885
206
3
Log.
14/13-28G1
Gerald Slocum
2920
243
93
202
Log.
14/13-28G2
Irene Thompson
2925
232
26
209
Log.
14/13-28P1
A. Wiseman
3000
305
305
267
Log.
14/13-29Q1
G. A. Rau
2835
152
8%
133
Soil from 0 to 6
feet and vesicul.
basalt from 6 to
152 feet.
14/13-30R1
R. Cornelius
2795
128
128
105
Log.
14/13-31M1
M. L. Woodward
2865
210
210
180
Log and chemical
analysis.
14/13-31N1
Ivancovich
2880
230
230
194
Log.
14/13-32D1
C. Timmerman
2860
168
168
146
Log.
14/13-32D2
G. Roats
2865
191
17
171
Log.
14/13-32L1
F- Halstead
2870
166
166
152
Log.
14/13-33H1
Don Parker
2970
264
264
246
Log and chemical
analysis.
14/13-33J1
John Grossnickle
2960
255
255
238
Log and chemical
analysis.
14/13-33Q1
Fred Elliot
2960
250
250
237
Log and chemical
analysis.
14/13-33R1
Frank Uhl
2965
275
275
244
Log.
14/13-34H1
Roy Burk
2950
247
247
225
Log and chemical
analysis.
14/13-34N1
P. Tischmak
2965
265
265
241
-------
TABLE 5 --DESCRIPTION OF WATER WELLS IN THE REDMOND AREA--CONT.
00
LOCATION
ALTITUDE
DEPTH
DEPTH
DEPTH
NUMBER
OWNER'S NAME
OF LAND
OF
CASED
TO
REMARKS
SURFACE
WELL
WATER
T.14S.,
R. 13E
•
14/13-34N2
Robert Anderson
2965
266
266
241
Log.
14/13-35A1
Redmond Rendering Co
2965
285
18
263
Log.
T.15S.,
R.12E
•
15/12-11M1
Redmond Public Riding
2920
270
270
210
Log.
Arena, Inc.
15/12-11R1
F. H. Abruzzo
2860
100
100
90
Sandstone to 100
feet.
15/12-11R2
D. Miller
2900
215
215
195
Log.
15/12-12A1
Albert Nance
2920
225
225
201
Log.
15/12-12E1
F. M. Klann
2910
212
70
182
Log.
15/12-13B1
P. F. Meyer
2980
263
263
241
Log.
15/12-13C1
W. B. Forester
2965
270
261
245
Log.
15/12-13Q1
C. J. Harrington
2985
271
271
245
Log.
15/12-14A1
A. M. Eppinbough
2925
157
157
134
Log.
T.15S.,
R. 13E
•
15/13-2E1
R. A. Herwick
2990
289
289
266
Log.
15/13-3A1
M. Griffin
2995
295
290
277
Log and chemical
analysis.
15/13-3D1
A. Zimmerman
2970
270
28
245
Log.
15/13-4C1
Fay Young
2955
260
260
230
Log and chemical
analysis.
15/13-4G1
Joe Peden
2970
320
3
255
Log and chemical
-------
TABLE
5--DESCRIPTION OF
WATER WELLS IN
THE REDMOND
AREA-
¦CONT.
LOCATION
ALTITUDE
DEPTH
DEPTH
DEPTH
NUMBER
OWNER'S NAME
OF LAND
SURFACE
OF
WELL
CASED
TO
WATER
REMARKS
T15S., R.13E.
15/13-4H1
Thomas Jackson
2980
458
21
258
Log and chemical
analysis.
15/13-4H2
Ross Every
2975
285
278
255
Log and chemical
analysis.
15/13-4J1
K. A. Northey
2975
288
228
268
Log and chemical
analysis.
15/13-4J2
Don Rice
2980
296
296
260
Log and chemical
analys is.
15/13-4K1
Richard Mann
2960
318
18
248
Log and chemical
analysis.
15/13-5E1
D. C. Boone
2930
232
18
218
Log and chemical
analysis.
15/13-5G1
M. D. Light
2940
250
96
232
Log and chemical
analysis.
15/13-5P1
James Reeder
2940
270
265
235
Log and chemical
analysis.
15/13-5Q1
E. Cousins
2950
173
18
154
Log and chemical
analysis.
Well develops
perched water.
15/13-5R1
D. L. Murray
2955
264
264
240
Log and chemical
analysis.
15/13-6P1
R. Richardson
2925
240
20
221
Log.
15/13-7H1
W. C. Miller
2970
289
267
245
Log and chemical
analysis.
15/13-7K1
Priday Holmes
2955
300
18
235
Log and chemical
-------
TABLE 5--DESCRIPTION OF WATER WELLS IN THE REDMOND AREA--CONT.
O
LOCATION
NUMBER
OWNER'S NAME
ALTITUDE
OF LAND
SURFACE
DEPTH
OF
WELL
DEPTH
CASED
DEPTH
TO
WATER
REMARKS
T.15S., R.13E.
15/13-7PI L. Jordan
15/13-8A1
15/13-8E1
15/13-8H1
15/13-8K1
15/13-9A1
15/13-9C1
15/13-9D1
15/13-9D2
M. J. Bertsch
H. F. Tycer
E. T. Elson
G. Wakefield
Claude Hill
Don Hubbard
C. 0. Lindh
Mrs. C. Sweet
2970
2960
2975
2970
2990
2975
2970
2955
2960
295
113
320
152
135
290
292
56
260
252 268 Log.
110 103 Log and chemical
analysis. Well
develops perched
ground water.
296 252 Log and chemical
analysis.
18% 105 Log and chemical
analysis. Well
develops perched
ground water.
135 115 Log and chemical
analysis. Well
develops perched
ground water.
290 270 Log and chemical
analysis.
18% 252 Log and chemical
analysis.
3 35 Log and chemical
analysis. Well
develops perched
ground water.
260 235 Log and chemical
-------
TABLE 5--DESCRIPTION OF WATER WELLS IN THE REDMOND AREA--CONT.
LOCATION ALTITUDE DEPTH DEPTH DEPTH
NUMBER OWNER'S NAME OF LAND OF CASED TO REMARKS
SURFACE WELL WATER
15/13-9E1
R. Peaker
2975
270
263
251
Log and chemical
analysis.
15/13-10M1
E. K.
Dexter
2990
51
39
Chemical analysis.
Well develops
perched ground
water in lava.
15/13-10M2
R. McDaniels
2990
59
18
39
Log and chemical
analysis. Well
develops perched
ground water.
T.15S.,
R.13E.
15/13-17A1
E. E.
Burgess
2990
302
26
237
Log.
15/13-17D1
D. W.
Teaters
3000
350
1
278
Log and chemical
analysis.
15/13-17D2
I. M.
Ivancovich, Jr.
3005
330
314
290
Log and chemical
analysis.
15/13-17D3
C. W.
Jensen
3010
334
6
300
Log.
15/13-17H1
Dr. Tobes
2995
335
260
275
Log.
15/13-18F1
J. Zumstein
2990
305
10
Log.
15/13-18G1
C. A.
Clark
2990
175
175
142
Log. Well develops
perched ground water
15/13-18H1
Bonneville Power Adm.
3010
400
400
Log and chemical
analysis. Water
level reported at
-------
TABLE 5--DESCRIPTION OF
WATER WELLS
IN THE
REDMOND AREA-
-CONT.
r
LOCATION
ALTITUDE
DEPTH
DEPTH
DEPTH
Is
NUMBER
OWNER'S NAME
OF LAND
OF
CASED
TO
REMARKS
SURFACE
WELL
WATER
T.15S.,
R.13E.
15/13-18K1
Everett Parr
2985
300
281
268
Log.
15/13-18K2
E. Alexander
2985
302
302
270
Log and chemical
analysis.
15/13-18L1
R. W. Dufer
2990
306
303
270
Log.
15/13-18P1
Thomas Case
3010
339
330
299
Log.
15/13-18P2
R. Butler
3000
320
320
295
Log.
15/13-19B1
P. R. Welch
3020
350
350
300
Log.
15/13-20A1
Harry Kissler
3015
308
308
220
Log.
15/13-20B1
Henry Rooper
3030
340
336
290
Log and chemical
analysis.
15/13-29G1
Fred Hall
3055
363
363
338
Log.
15/13-29K1
R. L. Hershey
3060
352
297
Log.
15/13-31G1
G. Hostetler
3090
395
380
348
Log.
15/13-31J1
Brand Restaurant
3110
555
450
378
Log and chemical
analysis.
15/13-32D1
L. Ebert
3110
400
400
373
Log and chemical
-------
43
TABLE 6
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-4F1. A. E. Justice. Drilled by Dale Crawford. 1967
From To
Materials ( feet) (feet)
Soil, sandy, brown 0 18
Lava, gray 18 78
Lava, red 78 92
Lava, gray, hard 92 127
Sand and fine gravel, water-bearing 127 142
Well 14/13-4G1. J. W.Shell. Drilled by Dick Akins. 1965.
From
To
Materials
(feet)
(feet)
Top soil, sandy
¦ 0
3
Boulders
3
12
Lava, gray
12
27
Lava, red
• 27
38
Lava, gray
¦ 38
81
Lava, red, hard
81
98
Lava, gray
98
132
Sand, black, water-bearing
• 132
137
Lava, gray, hatd
¦ 137
146
Well 14/13-5B1. R. I. Whitley. Drilled by Dick Akins. 1965.
From To
Materials (feet) (feet)
Soil, sandy
Lava, gray, hard
Lava, gray, extra hard
0
8
132
8
132
-------
44
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-7A1. Jack Leu. Drilled by Bert Abrams. 1961.
Mater ials
From
(feet)
To
(feet)
Soil —• 0
Cinders and vesicular basalt 2
Basalt 32
Basalt, vesicular 46
Basalt 58
Cinders, black 73
Basalt, soft 86
Sandstone, red 117
Sandstone, brown 125
Sandstone, gray 190
2
32
46
58
73
86
117
125
190
210
Well 14/13-8K1.
1963.
Kilgore's Dairy. Drilled by Hurst Well Drilling.
From
To
Materials
(feet)
(feet)
Soil, dark brown
0
12
Rock, black
12
73
Sandstone, tan
73
94
Rock, gray
94
137
Clay, red
137
156
Sandstone, tan
156
191
Sand, coarse and fine gravel
191
195
Well 14/13-9F1. J. T. Faa. Drilled by Hurst Well Drilling. 1966.
From To
Materials ( feet) ( feet)
Rock, gray 0 50
Sandstone 50 65
Basalt 65 170
Clay and sand, yellow 170 295
-------
45
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-9Q1. W. H. Stark. Drilled by Bert Abrams. 1965.
Materials
Soil
Sandstone and gravel —
Basalt, vesicular
Basalt
Ash cemented and pumice
From
(feet)
To
(feet)
0
2
2
16
16
135
135
214
214
262
Well 14/13-11Q1. Smith Rock State Park. Drilled by Mathos & Son.
1964.
From
To
Materials
(feet)
(feet)
Volcanic ash, brown
• 0
3
Volcanic rock, brown
¦ 3
15
Basalt, gray, hard
¦ 15
147
Rock, brown, soft
• 147
157
Well 14/13-13H1. E. Mollman. Drilled by Hurst Well Drilling. 1961.
From To
Materials (feet) (feet)
Soil, brown 0 15
Lava 15 64
Clay, red, soft 64 102
-------
46
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-13P1. J. A. Morbley. Drilled by Hurst Well Drilling.
1963.
From To
Materials (feet) (feet)
Soil, brown 0 3
Lava, gray 3 140
Sandstone 140 185
Clay, yellow 185 216
Well 14/13-13R1. C. T. Swanson. Drilled by Lloyd L. Mathers.
1962.
From To
Materials (feet) (feet)
Soil 0 4
Sandstone, brown 4 10
Basalt, gray 10 102
Sandstone, gray 102 113
Sandstone, brown 113 160
Broken rock and coarse sand 160 172
Well 14/13-14B1. D. E. Rabe. Drilled by Dick Akins. 1965.
From
To
Materials
(feet)
(feet)
Lava, gray
0
34
Cinders, red
34
36
Lava, gray
36
94
Sandstone, brown
— 94
109
Lava, gray
109
147
Cinders, red
147
149
Lava, gray
149
168
Lava, black, broken
168
-------
47
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-14B2. M. E. Brown. Drilled by Dick Akins, 1965,
From To
Materials (feet) (feet)
Soil, sandy 0 2
Lava, gray 2 40
Lava 40 60
Lava, gray 60 92
Rock, purple 92 140
Lava, gray 140 160
Cinders, black 160 165
Clay and sand, brown 165 170
Well 14/13-14F1. Kircher & Middleton. Drilled by Hurst Well Drilling.
1961.
From To
Mater ials (feet) ( feet)
Soil 0 5
Lava 5 145
Sand and gravel 145 150
Well 14/13-14G1. Lee Grigsby. Drilled by Jackson Well Drilling.
1965.
From To
Materials ( feet) (feet)
Soil - 0 3
Lava, blue 3 78
Conglomerate and boulders 78 102
Lava, hard, blue 102 128
-------
48
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-14H1. W. J. Bastiari. Drilled by Hurst Well Drilling,
1962.
From To
Materials (feet) (feet)
Soil - 0 7
Lava 7 132
Cinders, red 132 135
Lava 135 146
Well 14/13-14R1. Coleman. Drilled by Hurst Well Drilling. 1964.
Materials
From
To
(feet)
(feet)
0
4
4
40
40
160
160
201
201
215
Soil
Conglomerate
Sandstone
Sand, coarse
Clay, yellow
Well 14/13-17H1. Steve Hooley. Drilled by Bert Abrams. 1959.
From To
Materials (feet) (feet)
Soil 0 2
Cinders, black 2 47
Basalt, vesicular 47 94
Basalt, fractured 94 142
Basalt, vesicular 142 154
Sandstone, brown 154 198
-------
49
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-21B1. J. H. Young. Drilled by Bert Abrams. 1964.
From To
Materials (feet) (feet)
Soil - 0 3
Clay 3 16
Basalt, vesicular 16 74
Tuff, buff-colored __________ 74 215
Well 14/13-21B2. Anton Schilling. Drilled by Dale Crawford. 1966.
From To
Materials (feet) (feet)
Soil, sandy 0 1%
Lava, gray 1% 22
Sandstone, tan 22 43
Lava, gray 43 54
Sandstone, brown, and boulders 54 70
Sandstone, white 70 90
Sandstone, hard 90 210
Well 14/13-21L1. Les Crain. Drilled by Jackson Well Drilling.
1966.
From To
Materials (feet) (feet)
Soil 0 4
Cinders, red 4 54
Basalt, hard, blue 54 99
Basalt, hard, red 99 109
Boulders and conglomerate 109 138
-------
50
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-22A1. James Swift. Drilled by Hurst Well Drilling.
1961.
From To
Materials (feet) (feet)
Soil 0 7
Rock 7 134
Sand and gravel 134 137
Well 14/13-24C1. Harry Norton. Drilled by Bert Abrams. 1965.
From To
Materials (feet) (feet)
Soil
0
7
Basalt, vesicular
7
32
Rock, loose, some voids
32
35
Basalt, vesicular
35
128
Rock, loose
128
130
Basalt, vesicular
130
182
Sand, coarse
187
Well 14/13-24Q1. John Newton. Drilled by Hurst Well Drilling.
1960.
From To
Materials (feet) (feet)
Soil and boulders 0 22
Lava 22 126
Sandstone 126 192
-------
51
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-25G1. Frank R. Lane. Drilled by Hurst Well Drilling.
1965.
From To
Materials (feet) (feet)
Soil 0 4
Rock, gray 4 107
Sand, coarse and boulders 107 156
Sand - - 156 180
Well 14/13-26M1. A. E. Latta. Drilled by Bert Abrams. 1964.
From To
Materials (feet) (feet)
Old cistern 0 8
Basalt, vesicular 8 32
Basalt, vesicular, with open crevices -- 32 47
Basalt, hard 47 86
Basalt, vesicular 86 101
Well 14/13-26N1. Carl Dawson. Drilled by Hurst Well Drilling.
1963.
From To
Materials (feet) (feet)
Soil 0 2
Rock, gray 2 121
Rock, red 121 151
-------
52
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-27D1. David Clark. Drilled by Mathers & Son. 1962.
From To
Materials (feet) (feet)
Soil, brown
Rock, gray, hard
Rock, brown
Shale, brown
Rock, brown
Shale, brown
0
6
6
80
80
135
135
195
195
205
205
235
Well 14/13-27F1. C. D. Brenchley. Drilled by Hurst Well Drilling.
1964.
From To
Materials (feet) (feet)
Conglomerate, brown 0 5
Lava, gray 5 20
Cinders, red 20 50
Lava, gray 50 89
Conglomerate, brown 89 180
Sandstone, brown 180 210
Sand, black, coarse 210 220
Well 14/13-27Q1. E. F. Hinderman. Drilled by Hurst Well Drilling.
1964.
From To
Materials (feet) (feet)
Soil 0 10
Pumice 10 28
Lava - — — 2 8 125
Sandstone 125 225
-------
53
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-28B1. W. C. Hemes. Drilled by Lloyd Mathers. 1960.
From To
Materials (feet) (feet)
Soil ¦
¦ 0
1
Rock,
blue
¦ 1
41
Rock,
brown
121
Rock,
soft, brown
• 121
198
Rock,
black
¦ 198
206
Well 14/13-28G1. Gerald Slocum. Drilled by Dick Akins. 1965'.
From
To
Materials
(feet)
(feet)
Soil, sandy
0
4
Cinders, red
4
42
Lava, gray
42
78
Lava, gray, hard
78
98
Lava, gray, shattered
98
103
Lava, hard, gray
¦ 103
165
Sandstone, brown
165
179
Lava, gray, hard
¦ 179
231
Lava, gray, shattered
• 231
239
Gravel, fine, all colors
239
243
Well 14/13-28G2. Irene Thompson. Drilled by Lloyd Mathers. 1962.
From To
Materials (feet) (feet)
Soil 0 2
Cinders, red 2 26
Rock, gray 26 170
Cinders, red 170 201
-------
54
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-28P1. A. Wiseman. Drilled by Hurst Well Drilling.
1962.
From To
Materials (feet) (feet)
Silt 0 10
Cinders and boulders 10 120
Sandstone 120 270
Sand and coarse gravel 270 305
Well 14/13-30R1. R. Cornelius. Drilled by Hurst Well Drilling.
1966.
From ¦ To
Materials (feet) (feet)
Lava, gray 0 52
Cinders, red 52 58
Basalt, hard, gray 58 110
Sand and gravel 110 128
Well 14/13-31M1.
1964.
M. L. Woodward. Drilled by Hurst Well Drilling.
Materials
From
(feet)
To
(feet)
Soil 0
Clay, small boulders 6
Sandstone, light tan 140
Sand, coarse 201
6
140
201
-------
55
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-31N1. Ivancovich. Drilled by Dick Akins. 1962.
From
To
Materials
(feet)
(feet)
Clay, yellow and medium boulders
0
4
Lava, red, shattered
4
17
Lava, gray, shattered
17
27
Cinders, red
27
39
Lava, red and boulders
39
97
Clay, dark-brown, and red cinders
97
128
Clay and sand, yellow
128
186
Clay, green, and black sand
186
202
Sand, coarse, all colors
202
230
Well 14/13-32D1. C. Tiramerman. Drilled by Hurst Well Drilling.
1966.
From To
Materials (feet) (feet)
Soil 0 2
Boulders 2 12
Rock, gray 12 34
Boulders, coarse sand 34 71
Sand, fine 71 84
Gravel, coarse, and brown clay 84 89
Boulders, small gravel 89 140
Gravel, coarse 140 168
Well 14/13-32D2. G. Roats. Drilled by Hurst Well Drilling. 1962.
From To
Materials (feet) (feet)
Soil - 0 2
Lava 2 97
Sandstone 97 165
Clay 165 186
-------
56
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-32L1. F. Halstead. Drilled by Hurst Well Drilling.
1964.
From To
Materials (feet) (feet)
Soil 0 3
Conglomerate 3 142
Sand, coarse 142 166
Well 14/13-33H1. Don Parker. Drilled by Jackson Drilling Co.
1966.
From To
Materials (feet) (feet)
Soil 0 11
Lava, soft 11 45
Sandstone 45 91
Cinders, black 91 117
Sandstone 117 185
Cinders, red 185 216
Sand, black 216 246
Sand, water-bearing 246 264
Well 14/13-33J1. John Grossnickle. Drilled by Hurst Well Drilling.
1964.
From To
Materials (feet) (feet)
Soil - 0 1
Lava, gray 1 20
Lava, red 20 38
Lava, gray 38 60
Lava, brown 60 96
Sandstone 96 185
Sand, gravel, and silt 185 240
-------
57
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-33Q1. Fred Elliot. Drilled by Hurst Well Drilling.
1964.
From To
Materials (feet) (feet)
Soil -
0
2
Lava
2
27
Cinders, red
27
39
Lava
39
78
Sandstone, brown
78
230
Sand, brown, water-bearing
230
250
Well 14/13-33R1. Frank Uhl. Drilled by Hurst Well Drilling. 1963.
From To
Materials (feet) (feet)
Soil
0
3
Rock, gray
3
112
Boulders and sandstone
112
134
Rock, gray
134
197
Sandstone, tan
197
263
Sand and gravel
263
275
Well 14/13-34H1. Roy Burk. Drilled by Jackson Well Drilling. 1965.
From To
Materials (feet) (feet)
Soil 0 3
Basalt, blue 3 30
Cinders, red 30 34
Basalt, blue 34 145
Cinders, red 145 150
Sandstone, brown 150 235
-------
58
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 14/13-34N1. P. Tischmak. Drilled by Hurst Well Drilling.
1966.
pTom To
Materials ( feet) (feet)
Soil 0 4
Lava, gray 4 35
Cinders, red 35 40
Conglomerate and boulders 40 180
Sandstone, brown 180 250
Sand and gravel 250 260
Sand and gravel, fine 260 265
Well 14/13-34N2. Rob't Anderson. Drilled by Hurst Well Drilling.
1966.
From To
Materials (feet) (feet)
Soil 0 2
Lava, gray 2 40
Conglomerate 40 240
Sand and gravel 240 266
Well 14/13-35A1. Redmond Rendering Co.
Drilling. 1963.
Materials
Soil
Rock, gray
Cinders, red
Sandstone, brown
Clay, yellow
Sand, coarse
Clay, yellow
Drilled by Hurst Well
From
(feet)
To
(feet)
0
5
5
170
170
219
219
272
272
276
276
280
280
-------
59
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/12-11M1. Redmond Public Riding Arena Incorporated, Drilled
by Hurst Well Drilling. 1960.
Materials
From
(feet)
To
(feet)
Soil -
Cinders, red
Basalt
Sandstone
o
48
62
97
48
62
97
270
Well 15/12-11R2. D. Miller. Drilled by Hurst Well Drilling. 1964.
From To
Materials (feet) (feet)
Fill -
0
4
Lava, gray
4
40
Conglomerate and boulders
40
148
Sandstone
210
Sand, black
215
Well 15/12-12A1. Albert Nance. Drilled by Hurst Well Drilling,
1965.
From To
Materi als (feet) (feet)
Soil - - 0 4
Lava 4 20
Conglomerate 20 40
Sandstone and boulders 40 180
Sandstone, brown 180 200
-------
60
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/12-12E1. Fred M. Klanrt. Drilled by Bert Abrams. 1966.
From To
Materials (feet) (feet)
Soil
0
2
Rock, broken
— 2
10
Basalt, vesicular
10
28
Ash
28
62
Basalt
62
124
Sandstone —
124
212
Well 15/12-13B1. Paul F. Meyer. Drilled by Hurst Well Drilling.
1964.
From To
Materials (feet) (feet)
Soil
0
2
Rock, gray
2
47
Conglomerate, brown
47
117
Sandstone, tan
117
239
Sand, coarse
239
263
Well 15/12-13C1. W. B. Forester. Drilled by Hurst Well Drilling,
1960.
From To
Materials (feet) (feet)
Soil 0 4
Lava 4 108
Boulders and gravel 108 186
Basalt 186 211
-------
61
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/12-13Q1. C. J. Harrington. Drilled by Jackson Drilling,
1966.
Materials
Soil
Lava
Sandstone
Cinders, red
Boulders and conglomerate -
Sandstone
Sand, black, water-bearing
From
To
( feet)
(feet)
0
2
2
41
41
68
68
76
76
160
160
250
250
271
Well 15/12-14A1. A. M. Eppinbaugh. Drilled by Hurst Well Drilling
1966.
Materials
From
(feet)
To
(feet)
Rock, gray
34
Sandstone, tan
34
76
Rock, red
104
Sandstone, dark brown
104
139
Sand, coarse, and fine gravel
139
157
Well 15/13-2E1. R. A. Herwick.
Drilled by Jackson
Well Drilling.
1966.
From
To
Materials
(feet)
(feet)
Soil
0
3
Lava, soft
3
34
Sandstone
34
49
Cinders, red
49
78
Lava
78
108
Boulder, conglomerate
108
199
Sandstone, brown
199
240
Sandstone, black
— 240
266
Sand, black, water-bearing
266
-------
62
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-3A1. M. Griffin. Drilled by Hurst Well Drilling.
1965.
Materials
Soil
Lava, gray
Conglomerate
Lava, gray
Sandstone, brown
Cinders, red
Sandstone, dark brown
Sand
From
To
(feet)
(feet)
0
3
3
50
50
90
90
205
205
220
220
235
235
280
280
295
Well 15/13-3D1. A. Zimmerman, Drilled by Jackson Drilling Co.
1966.
Materials
Soil
Lava
Cinders, red
Boulder, conglomerate
Basalt, blue
Sandstone, brown
Sand, black, water-bearing
From
To
(feet)
(feet)
0
3
3
67
67
74
74
108
108
165
165
245
245
270
Well 15/13-4C1. Fay Young. Drilled by Hurst Well Drilling. 1965.
Materials
From
(feet)
To
(feet)
Soil - 0
Lava, blue 2
Cinders, red 37
Lava, blue 51
Sandstone, brown 92
Sandstone and boulders 185
Sand, black and water bearing 230
2
37
51
92
185
230
-------
63
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-4G1. Joe Peden. Drilled by Bert Abrams. 1957.
From To
Materials (feet) (feet)
Soil
o
1
Basalt, vesicular
1
73
Tuff, reddish
73
92
Basalt, vesicular
92
106
Tuff and cinders, red
106
264
Rock, red, soft
264
290
Sandstone
290
320
Well 15/13-4H1. Thomas Jackson. Drilled by Jackson Drilling Co.
1965.
From To
Materials (feet) (feet)
Soil - - 0 3
Basalt, blue 3 47
Cinders, red 47 89
Boulders and conglomerate 89 199
Sandstone 199 258
Sand, black 258 458
Well 15/13-4H2. Ross Every. Drilled 1963.
Materials
From
To
(feet)
(feet)
0
15
15
60
60
65
65
175
175
240
240
265
265
285
Soil and boulders
Lava, gray
Cinders, red
Sandstone, brown -
Basalt
Conglomerate
-------
64
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-4J1. K. A. Northy, Drilled by Jackson Well Drilling.
1966.
From To
Materials (feet) (feet)
Soil - - --- 0 3
Lavaj blue 3 49
Cinders, red 49 85
Sandstone, brown 85 148
Boulder, conglomerate 148 268
Sand, black, water-bearing 268 288
Well 15/13-4J2. Don Rice. Drilled by Jackson Well Drilling. 1965.
From To
Materials (feet) (feet)
Soil - 0 4
Lava, blue 4 40
Cinders, red 40 89
Sand, black, and boulders 89 199
Conglomerate 199 255
Sand and gravel, black, water-bearing - 255 296
Well 15/13-4K1. Richard Mann. Drilled by Bert Abrams. 1962.
Materials
Soil
Basalt, vesicular
Tuff, reddish
Tuff and lava
Sandstone
From
To
(feet)
(feet)
0
2
2
84
84
172
172
288
288
-------
65
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-5E1. D. C. Boone. Drilled by Bert Abrams. 1965.
From To
Materials (feet) (feet)
Soil — - 0 2
Basalt, vesicular 2 128
Tuff - 128 186
Cinders, black 186 232
Well 15/13-5G1. M. D. Light. Drilled by L. Kowaleski. 1962.
From
To
Materials
(feet)
(feet)
Lava, gray
0
54
Sand, black
54
83
Lava, gray
87
Boulders
95
Lava, blue
195
Sandstone, brown
208
Lava, black
225
Boulders and cinders
227
Basalt
250
Well 15/13-5P1. James Reeder. Drilled by Hurst Well Drilling.
1962.
From To
Materials (feet) (feet)
Soil, brown 0 1
Lava, gray 1 60
Silt, clay, and boulders, pink -------- 60 220
Basalt, black 220 251
-------
66
TABLE
6 (Cont.)
MATERIALS PENETRATED BY
WELLS IN THE REDMOND
AREA
Well 15/13-5Q1. E. Cousins.
Drilled by Jackson
Well Drilling.
1966.
From
To
Materials
(feet)
(feet)
Soil
0
4
Lava
— 4
28
Boulder conglomerate
- 28
154
Sand, black, water-bearing -
- 154
173
Well 15/13-5R1. D. L. Murray. Drilled by Jackson Well Drilling.
1965.
Materials
From
(feet)
To
(feet)
Soil
Lava, blue
Cinders, red
Lava, blue
Boulder conglomerate
Sandstone
Sandstone and boulders
Sandstone, brown
Sand, black, water-bearing
¦ 0
3
- - 28
37
55
¦ 118
• 130
185
240
3
28
37
55
118
130
185
240
264
Well 15/13-6P1. R. Richardson.
1967.
Drilled by Kriege Drilling Service,
Materials
From
(feet)
To
(feet)
Soil
Boulders and conglomerate
Sandstone
0
5
- 135
5
135
210
Cinders, black 210 220
-------
67
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-7H1. W. C. Miller. Drilled by Hurst Well Drilling.
1963. And deepened in 1964 by Bert Abrams.
From
To
Materials
(feet)
(fee
Soil, brown
o
2
Lava, gray -
¦ 2
20
Boulders
¦ 20
110
Sandstone
110
250
Sand and gravel, fine
250
289
Well 15/13-7K1. Priday Holmes. Drilled by Hurst Well Drilling.
1963.
From To
Materials (feet) (feet)
Soil 0 3
Boulders, and clay 3 166
Sandstone, dark gray 166 222
Boulders and sandstone 222 247
Rock, black 247 295
Sand, coarse, red 295 300
Well 15/13-7P1. L. Jordan. Drilled by Dick Akins. 1963.
From To
Materials (feet) (feet)
Soil, sandy and boulders 0 7
Lava, gray 7 53
Clay, brown and sandstone 53 197
Sandstone and cinders 197 250
Lava, gray 250 283
Rock, black, porous 283 284
-------
68
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-8A1. M. J. Bertsch. Drilled by L. Kowaleski. 1961.
From
To
Materials
(feet)
(feet)
Lava, hard
• — 0
57
Sandstone, yellow
57
68
Sand, black
68
82
Pumice and boulders
¦ 82
113
Well 15/13-8E1. H. F. Tycer. Drilled by Mathers & Son. 1959.
- prom To
Materials (feet) (feet)
Soil, brown 0 4
Lava, gray 4 150
Clay brown, and loose rock 150 200
Sand, black 200 296
Sandstone, light 296 320
Well 15/13-8H1. E. T. Elson. Drilled by Bert Abrams. 1963.
From To
Materi als (feet) (feet)
Soil - - 0 2
Basalt, vesicular 2 29
Cinders, firm 29 73
Basalt, vesicular, gray 73 98
-------
69
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-8K1, G. Wakefield. Drilled by Hurst Well Drilling.
1958.
From To
Materials ( feet) (feet)
Soil 0 9
Rock 9 77
Cinders 77 85
"Hardpan" 85 135
Well 15/13-9A1. Claude Hill. Drilled by Hurst Well Drilling. 1964.
Materials
From
To
(feet)
(feet)
0
5
5
35
35
58
58
90
90
170
170
270
270
290
Soil
Lava, gray
Cinders, red
Lava, gray
Conglomerate, brown
Sandstone, brown
Sand, black, water-bearing —
Well 15/13-9C1. Don Hubbard. Drilled by Bert Abrams. 1963.
From To
Materials (feet) (feet)
Soil --- 0 lh
Basalt, vesicular 1\ 84
Cinders, firm 84 188
Basalt, blue gray 188 222
-------
70
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-9D1. C. 0. Lindh. Drilled by Bert Abrams. 1958.
Materials
Soil
Basalt, vesicular
Tuff, orange
From
(feet)
To
(fee t)
0
1
45
1
45
56
Well 15/13-9D2. Mrs. C. Sweet. Drilled by Hurst Well Drilling.
1963.
From To
Materials (feet) (feet)
Rock, gray 0 48
Sand and coarse gravel 48 55
Cinders, red 55 62
Boulders and clay, red 62 132
Sandstone, coarse 132 189
Sandstone, medium 189 260
Well 15/13-9E1. R. Peaker. Drilled by Dick Akins. 1961.
Materials
Soil
Lava, gray
Cinders, red
Lava, gray
Cinders, pink
Sand, black and pea gravel
From
(feet)
To
(feet)
0
3
65
103
206
253
3
65
103
206
253
-------
71
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-10M2.
1966.
R. McDaniels. Drilled by Jackson Well Drilling.
From
To
(feet)
(feet)
0
3
3
14
14
47
47
57
57
59
Materials
Soil
Sand and gravel
Basalt
Sand and water -
Basalt gray
Well 15/13-17A.1. E. E. Burgess.
Drilled by Bert Abrams.
1965.
From
To
Materials
(feet)
(feet)
Sm'1 -- -
2
Basalt, gray, vesicular
2
54
Basalt, brown, vesicular
54
182
Tuff, cemented _________
194
Basalt, vesicular
- 194
201
Cinders, firm
201
215
Basalt
215
248
Sandstone
248
302
Well 15/13-17D1. D. W. Teaters. Drilled by Bert Abrams. 1960.
From To
Materials (feet) (feet)
Soil 0 1
Basalt, gray, vesicular 1 62
Basalt, red, vesicular 62 76
Basalt, gray-brown, fractured 76 114
Basalt, brown, vesicular 114 206
-------
72
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IK THE REDMOND AREA
Well 15/13-17D2. I. M. Ivancovich, Jr. Drilled by Hurst Well
Drilling. 1965.
From To
Materials (feet) (feet)
Soil
3
Lava, gray, hard
3
41
Lava, red
41
65
Conglomerate and boulders
65
215
Sandstone, soft
215
290
Sand, black, water-bearing
290
330
Well 15/13-17D3. C. W. Jensen. Drilled by John Stoican, Jr. 1960.
From
To
Materials
(feet)
(feet:
Soil, black
o
1%
Lava, gray
1%
20
Cinders, red
20
21
Basalt, gray
• 21
30
Boulders
¦ 35
Cinders, red
¦ 35
40
Basalt
60
Boulders
• 60
70
Lava, with crevices
70
90
Boulders
• 90
100
Lava, with crevices
100
150
Boulders
¦ - 150
220
Sandstone, gray
- - 220
230
Rock, brown
• 230
240
Sandstone, black
240
277
Basalt, gray
• 277
283
Sandstone, black
¦ 283
305
Rock, brown
¦ 305
-------
73
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-17H1. Dr. Tobes. Drilled by Hurst Well Drilling. 1960.
Materials
Soil
Lava
Cinders
Clay and boulders
Sandstone
From
To
(feet)
(feet)
0
6
6
58
58
65
65
247
247
335
Well 15/13-18F1. J. Zumstein. Drilled by A. W. Madson. 1955.
Materials
Lava
Sand, black
Lava
Sandstone, black
Gravel
From
To
(feet)
(feet)
0
180
180
183
183
265
265
300
300
305
Well 15/13-18G1. C. A. Clark. Drilled by Hurst Well Drilling. 1962,
Materials
Soil - -
Rock, gray
Boulders and clay, red
Gravel, medium
Boulders and clay
Gravel and sand
From
(feet)
To
(feet)
0
6
37
89
96
169
6
37
89
96
169
-------
74
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-18H1. Bonneville Power Admn.
Drilled by R.
J. Strasser
1952.
From
To
Materials
(feet)
(feet)
Excavation, no record
0
8
Basalt, gray, medium hard
8
33
Cinders, soft, red, decayed
33
36
Lava, gray, medium hard
36
41
Cinders, red, and porous rock
41
46
Basalt, gray, hard
46
50
Basalt, porous brown
50
56
Basalt, gray, medium hard
56
64
Basalt, gray, soft
64
75
Cinders, brown and gray
75
82
Basalt, gray medium hard
82
94
Lava, porous
94
106
Lava, brown, soft, crevices
106
123
Lava, porous, medium soft
123
141
Cinders, gray
141
143
Basalt, gray
143
198
Basalt, gray, soft
198
229
Gray and red lava
229
236
Cinders, red
236
. 269
Cinders and caving sand
269
276
Lava, gray, soft
276
367
Cuttings lost, no record
367
393
Lava gray, medium hard
393
400
Well 15/13-18K1. Everett Parr. Drilled by Hurst Well Drilling.
1961.
From To
Materials (feet) (feet)
Soil •» 0 5
Lava 5 47
Cinders, red 47 56
Clay and boulders 56 173
Sandstone, fine 173 256
-------
75
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WEILS IN THE REDMOND AREA
Well 15/13-18K2. E. Alexander. Drilled by Hurst Well Drilling.
1963.
From
To
Materials
( feet)
(feet)
Clay, brown
0
4
Lava, gray
4
35
Cinders, red
35
45
Boulders, large
45
70
Sandstone, brown
70
240
Basalt, dark gray
240
302
Well 15/13-18L1. R. W. Dufur. Drilled by Hurst Well Drilling. 1964.
Materials
From
(feet)
To
(feet)
Soil, brown 0
Lava, black 10
Boulders 25
Sandstone, brown 110
Basalt, gray 180
Sandstone, brown 225
Sand, fine, water-bearing 280
10
25
110
180
225
280
306
Well 15/13-18P1.
1965.
Thomas Case. Drilled by Hurst Well Drilling.
Materials
From
TO
(feet)
(feet)
0
2
2
50
50
90
90
180
180
230
230
315
315
339
Soil
Lava
Boulders
Sandstone, Brown
Sand, medium
Sandstone, brown —
-------
76
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-18P2. R. Butler. Drilled by Hurst Well Drilling. 1966,
From To
Materials (feet) (feet)
Soil 0 2
Lava, gray 2 60
Conglomerate 60 290
Sand and gravel 290 320
Well 15/13-19B1. P. R. Welch. Drilled by Hurst Well Drilling.
1964.
From To
Materials (feet) (feet)
Soil, brown 0 2
Lava, gray 2 25
Boulders 25 170
Basalt, dark gray 170 220
Sandstone, brown 220 330
Sand and gravel 330 350
Well 15/13-20A1. Harry Kissler. Drilled by Jackson Drilling Co.
1965.
From To
Materials (feet) (feet)
Soil 0 4
Lava, blue 4 65
Boulder conglomerate 65 160
Basalt, blue 160 220
-------
77
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-20B1. Henry Rooper. Drilled by Hurst Well Drilling.
1959.
From To
Materials (feet) ( feet)
Soil 0 11
Rock 11 97
"Hardpan" 97 188
Sandstone 188 212
Pumice 212 224
Sandstone 224 334
Gravel 334 340
Well 15/13-29G1. Fred Hall. Drilled by Jackson Well Drilling.
1965.
From To
Materials (feet) (feet)
Soil -
0
5
Lava, brown
5
39
Cinders, red
39
57
Lava, blue
110
Boulders and conglomerate
110
245
Sandstone, brown
301
Sand, black
338
Sand, water-bearing
363
Well 15/13-29K1. R. L. Hershey. Drilled by Lloyd Mathers. 1961.
Materials
Soil
Rock, black
Rock, brown
Rock, gray
Rock, pink
Cinders, red
Rock, brown, broken —
Rock, brown
Sandstone, gray
Sand and gravel, black
From
To
(feet)
(feet)
0
1
1
26
26
49
49
85
85
95
95
105
105
140
140
295
295
340
340
-------
78
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-31G1. G. Hostetler. Drilled by Jackson Well Drilling.
1965.
From To
Materials ( feet) (feet)
Soil
Boulders and conglomerate —
Sandstones brown
Boulders and conglomerate --
Sand, black, water-bearing -
0
6
6
190
190
250
250
340
340
395
Well 15/31-31J1. Brand Restaurant. Drilled by Lloyd Mathers. 1962
Materials
Soil
Rock, brown
Rock, blue
Rock, pink
Rock, brown
Rock, blue
Rock, gray
Cinders, red
Sand and fine gravel
Rock, brown, broken -
Rock, brown
Rock, red
Sand, black, fine
Gravel and clay
From
To
Cfeet)
(fee
0
2
2
12
12
31
31
48
48
80
80
143
143
193
193
201
201
250
250
302
302
327
327
352
352
445
445
-------
79
TABLE 6 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE REDMOND AREA
Well 15/13-32D1. L. Ebert. Drilled by Hurst Well Drilling. 1965.
From To
Materials (feet) (feet)
Soil
0
7
Lava, blue
7
35
Lava, brown
35
45
Cinders, red
45
90
Sandstone, brown
90
175
Conglomerate and boulders
175
350
Sandstone, brown
385
Sand, black, water-bearing
3S5
-------
tabl
MILL
NUKBER
T 1 4
U/13-11Q1
14/13-14B1
U/13-WL1
U/13-UL1
14/13. ML t
14/1J-16L1
14/13-22A1
14/13-24C1
T .
E 7—CHEMICAL ANALYSIS OF GROUND WATER IN THE REDMOND AREA
OVNZJt'S NAME
1 3 1
14/13-27P1
14/13-27Q1
U/13-31M1
14/13-33H1
14/13-33J1
14/13-33Q1
14/13-3*111
T 1 5
Salth Rock Stat* hrk
D. B. Raba
TirnbenM Dm. Wkt«r
Syataai
Jamb Swift
Marry Norton
« S . ¦ » . 1 3 «
13/13.341
15/13-4C1
15/13-4C1
15/13-4C1
15/13-4C1
15/13-481
13/15-412
T 1 3 S
15/13-4J1
13/13-4J2
15/13-4K1
13/13-311
13/13-3C1
15/13-3P1
C. D. Branchlay
t. P. Hlndaman
M. L. Woodward
Doc Farkar
J* Groatnlckla
Frad Elliot
Roy Btirfc
S , . R 1 3 I
M. Crlffia
Fay Young
TbaMi Jacfcaon
Rom Ivory
..1.131.
K. A. Nortbay
tea Rica
Rlekiri Mm
B. C. Iom*
M. D . Litht
depth
or
HBLL
(FEET)
137
179
392
392
392
392
109
187
220
230
210
264
233
230
247
295
260
260
320
320
434
285
268
2*6
310
232
230
270
D4TE
OP
COLLEC
TI0N
10-31-66
10-31.M
$-31*66
10-31*61
1-29-66
10-31-64
14
13
8-17-66
3-3-67
2-11-33
6-13-65
S-17-66
1-26-67
3-3-67
5-4-67
3-4-67
3-4-67
5-3-67
1-26-67
1-26-67
3-4-67
5-4-67
10-31-66
6-29-66
ID-31-6*
6*29*66
10-31-66
10-31-66
I
10-31-66' 13
TEMP-
ER-
ATURE
(<*)
14
13
13
9
12
11
12
15
14
14
14
12
13
14
12
14
14
-------
TABL
E 7-CHEMICAL ANALYSIS
OF G
ROUND
WATER IN THE
REDMOND AREA—CONTINUED
WELL
mnaot
OtMB'S NAME
DEPTH
OP
HELL
(FEET)
date
or
COLLEC-
TION
TEMP-
ER-
ATURE
SILICA
(SlOj)
IRON
CPi)
CALCIUM
(Ca)
HAC-
KS S-
nm
TOTAL
PHOS-
PHATE
(P0t)
KBAS
DIS-
SOLVED
SOLIDS
SUS-
PEND-
ED
SOLIDS
TOTAL
SOLIDS
HARD-
NESS
C«C03)
SPE-
CIFIC
CON-
DUCT-
ANCE
pH
LAB-
ORA-
TORY
15/13-5QI
1. Com 1m
173
10-31-66
13
53
.05
28
32
23
2.6
173
3.0
2.0
< 0.1
0.7
0.16
.024
206
0
206
136
339
6.1
FWPCA
15/1J-M1
0. L. Marry
264
10-31-66
14
38
.01
59
33
32
4.7
266
23.0
6.0
< O.l
3.0
0.21
.012
353
0
353
256
599
6.0
pwpca
IS/13-711
V. C. MilUr
289
10-31-66
13
.02
40
21
16
3.0
125
2.0
2.0
< 0.1
0.5
0.22
.000
155
0
155
99
254
6.3
FWPCA
13/15-711
Friday tolaaa
300
3-3-67
11
32
17
24
4.4
122
10.0
9.0
< 0.1
<.001
0.20
0.24
.010
196
1
199
116
7.7
FWPCA
13/13-8*1
H. J. ItltMh
113
12-13-66
12
40
.03
23
42
17
1.7
175
6.0
3.0
< 0.1
1.4
0.36
0.46
.015
234
4
236
144
351
7.6
FWPCA
13/13-All
H. F. Tycar
320
12-13-66
12
28
.07
29
37
21
3.2
185
6.0
4.0
< 0.1
1.4
0.23
0.25
.004
225
1
226
146
371
6.1
FWPCA
13/13-611
E. T. Bison
132
12-13-66
11
47
.01
9*
35
3.7
304
10.0
0.0
< 0.1
1.7
0.22
0.22
.013
363
1
364
252
565
7.9
FWPCA
13/13-SKI
C. Hakaf laid
133
12-13-66
14
47
.03
22
41
21
1.9
170
4.0
2.0
< 0.1
1.4
0.26
0.30
.000
232
1
233
140
336
7.9
FWPCA
15/13-941
CUwda Rill
290
12-13-66
10
33
.18
22
37
25
4.5
131
20.0
6.0
< 0.1
2.4
0.17
0.17
.013
232
2
234
131
354
6.1
FWPCA
15/13-9C1
Don Babbard
292
12-13-66
14
23
.01
26
56
23
4.0
224
14
5.0
< 0.1
1.5
0.22
0.23
.016
277
1
277
160
445
6.1
FWPCA
15/13-9D1
C. 0. Llndh
36
12-12-66
11
36
.01
96
21
25
4.0
325
9.0
0.0
< 0.1
0.6
0.41
0.52
.022
393
1
393
284
564
7.6
FWPCA
1J/13-9D2
Mrs. C« Sn«t
260
12*12*66
10
38
.03
64
91
23
4.4
390
8.0
0.0
< 0.1
0.7
0.26
0.32
.015
437
I
437
349
661
7.6
FWPCA
T . 1 *
$ . . 1 . 1 3 I .
15/13-9E1
i. rwktt
270
12-13-66
12
30
.04
26
69
25
5.0
237
20.0
1.0
< 0.1
3.3
0.29
0.40
.009
360
1
360
207
491
6.1
FWPCA
13/13-1GN1
E. K. Dutar
31
12-13-66
14
46
.05
45
41
6.3
2.5
202
5.0
2.0
« 0.1
1.6
0.54
0.55
.006
273
2
275
196
392
7.8
FWPCA
15/13-10H2
8. He Dm 1* la
39
12-13-66
14
45
.01
39
59
9.7
2.0
226
5.0
4.0
<0.1
2.5
0.47
0.47
.010
274
i
275
219
435
7.9
FWPCA
13/13*1701
D. V. Taatara
330
1-29-67
13
29
29
26
4.2
168
3.0
6.0
< 0.1
<.001
1.6
0.33
0.37
.005
233
0
233
131
346
a.3
FWPCA
13/13-17D2
X. *. lvanco%ich» Jr.
330
U30-67
10
30
21
24
5.2
163
4.0
0,3
< 0.1
<.001
0.5
0.36
0.39
.003
209
1
210
117
315
6.3
FWPCA
13/13-1811
Benmevllle Powar A^.
400
.-15-63
36
.2
19
15
21
3.5
143
5.5
4.6
.07
l.l
0.36
209
110
296
7.9
0SBH
13/13-1811
lomvlUi Powar Afe*
400
-17-66
14
43
.02
33
22
22
3.5
134
6.0
4.0
0.2
< 0.1
1.2
0.23
.013
167
0
167
126
311
6.0
FVPCA
13/13-16K2
C. AUxaadar
302
>-3-67
11
31
22
22
3.8
146
4.0
5.0
« 0.1
*.001
0.25
0.29
.010
205
1
206
124
7.7
FWPCA
13/13-2081
Imy laapar
340
-30-67
11
31
19
25
4.6
153
7.0
2.0
« 0.1
<.001
1.6
0,37
0.39
.003
206
1
207
116
315
6.4
FWPCA
13/13-31J1
Brand laatavrant
353
-13-67
9
27
36
23
5.5
168
12.0
2.0
< 0.1
*.001
1.7
0.27
0.27
.017
237
0
237
147
359
6.1
FWPCA
15/13-32D1
L. Ibart
400
1-30-66
39
.1
17
8.7
8.6
1.5
56
1.0
1.0
0.3
< 0.1
0.6
0.20
0.27
.003
93
0
93
60
167
6.1
-------
TABLE 8--DESCRIPTION OF REPRESENTATIVE DISPOSAL WELLS IN THE REDMOND AREA
SEPTIC
oo
N>
LOCATION
OWNER
DEPTH
DIAM.
TYPE OF
TANK
REMARKS
NUMBER
(FEET)
CINCHES)
WASTE
USED
14/13-I4G
Bastian
20
6
Domestic
Yes
14/13-16K
MacAllister.
75
6
Domestic
Yes
Cased to 70 feet.
14/13-16P
Bidwel1
10
6
Domestic
Yes
Cased to 4 feet.
14/13-16P
Williams
60
6
Domestic
Yes
Cased to 10 feet.
14/13-20R
Finzer
90
6
Domestic
Yes
14/13-33Q
Elliot
133
6
Farm runoff
No
Serves as overflow for farm pond
receiving runoff from irrigated
field.
14/13-34H
Burk
45
6
Farm runoff
No
Serves as drain for runoff from
irrigated field.
15/12-14B
Eppmbaugh
70
6
Domestic
Yes
Lava from 0 to 19 feet and sandstone
from 19 to 70 feet.
15/13-4H
Jackson
50
5
Domestic
Yes
15/13-9A
Central Oregon
100
6
Hospital
Yes
District Hospital
15/13-9A
Humble Oil Co.
90
-
Commercial
Yes
Service Station.
15/13-9N
M. Howard
9
6
Domestic
Yes
15/13-9Q
L-Rancho Motel
8
Commercial
Yes
72-room motel.
15/13-9Q
Fireside Cafe
100
8
Commercial
Yes
15/13-9
Shady Grove
trailer court
65
6
Commercial
Yes
Trailer Park.
15/13-16G
1st Baptist
Church
125
6
Domestic
Yes
Cased to 120 feet.
15/13-16G
Safeway
40
6
Domestic
Yes
15/13-16
Nat. Guard
Armory
70
6
Armory
Yes
15/13-16
Deschutes Co.
Fairgrounds
50
6
Domestic
Yes
15/13-16
School
100
8
School
Yes
Effluent chlorinated prior to discha
-------
TABLE 8—DESCRIPTION OF REPRESENTATIVE DISPOSAL WELLS IN THE REDMOND AREA—CONT'D
LOCATION
NUMBER
OWNER
DEPTH
(FEET)
DIAM.
(INCHES)
TYPE OF
WASTE
SEPTIC
TANK
USED
REMARKS
15/13-16L
15/L3-20N
15/13-22D
15/13-29B
15/13-3IG
Tackett 65
Linn 35
Juniper Golf 35
Club
Howe Construction
Co.
Hosteller
37
35
6
6
6
6
6
Domestic
Dome stic
Club House
Domestic
Domestic
Yes
Yes
Yes
Yes
Yes
Six feet of casing.
oo
-------
TABLE 9--DESCRIPTION OF
WATER WELLS
IN THE MADRAS
AREA
oo
-p-
LOCATION
ALTITUDE
DEPTH
DEPTH
DEPTH
NUMBER
OWNER'S NAME
OF LAND
OF
CASED
TO
REMARKS
SURFACE
WELL
WATER
T.10S.,
R.14E.
10/14-32C1
Robert Moffit
2370
260
20
204
Log and chemical
analysis.
10/14-32C2
D. W. French
2390
246
9
205
Log.
10/14-32K1
J. Farleigh
2450
285
16
244
Log.
T.11S.,
R.13E.
11/13-1D1
City of Madras
2280
415
392
343
Log and chemical
analysis.
11/13-1D2
City of Madras
2280
451
451
326
Log.
11/13-11A1
J. Laridles
2230
77
10
40
Log.
11/13-11A2
E. Thornton
2235
66
10
49
Log.
11/13-12B1
J. Herringshaw
2280
91
10
68
Log and chemical
analysis.
11/13-12C1
A. Kendall
2250
52
36
14
Log and chemical
analysis.
11/13-12D1
J. Mehlenbeck
2240
52
29
14
Log and chemical
analysis.
11/13-12D2
Bern Gard
2240
38
38
15
Silt, sand and gravel
to 38 feet. Chemical
analysis.
11/13-12L1
J. Hosman
2270
49
34
34
Log and chemical
analysis.
11/13-24E1
M. Barber
2490
590
21
526
Log.
11/13-28F1
Oregon Trunk Rwy.
2520
878
645
Log.
11/14-19C1
J. Binder
2320
231
50
221
Log.
11/14-30D1
J. Hall
2450
175
175
115
Log and chemical
-------
85
TABLE 10
MATERIALS PENETRATED BY WELLS IN THE MADRAS AREA
Well 10/14-32C1. Robert Moffit, Drilled by Lawrence Kowaleski.
1965
From
To
Materials
(feet)
(feet)
Soil, sandy
0
3
Sandstone, tan, with gravel
3
41
Sandstone, yellow
41
123
Lava, gray
123
161
Lava with crevices
161
183
Lava, blue, hard
183
221
Sand and gravel
221
229
Sandstone, coarse, water-bearing
229
260
Well 10/14-32C2. D. W. French. Drilled
by Burt Abrams. 1961
From
To
Materials
(feet)
(feet)
Soil
0
2
Gravel, cemented
2
7
Sandstone, with gravel
7
48
Sandstone
48
136
Basalt, gray
136
204
Basalt, red
204
246
Well 10/14-32K1. J. Farleigh. Drilled by Burt Abrams. 1961
From To
Materials (feet) (feet)
Soil 0 1
Gravel, coarse 1 6
Sandstone, light brown 6 104
Sandstone, black 104 146
Sandstone, brown 146 187
Basalt, gray 187 222
-------
86
TABLE 10 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE
MADRAS AREA
Well 11/13-lDl, City of Madras, Well No
. 1. Data from U.S.G.S.
Water Supply Paper, 637. Drilled 1910
From
To
Materials
(feet)
(feet)
Sand and silt
0
112
Gravel, fine
112
121
Lava
121
137
Volcanic ash
137
148
Lava
148
187
Pumice
187
198
Basalt, red
198
206
Basalt, dense
206
220
Volcanic ash
220
228
Volcanic ash, lava
228
265
Volcanic ash
265
300
Lava and ash
300
330
Volcanic ash
330
355
Gravel, water-bearing
355
-------
87
TABLE 10 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE MADRAS AREA
Well 11/13-1D2„ City of Madras, Well No. 2. Drilled by R. J.
Strasser Drilling Company. 1966
From To
Materials ( feet) (feet)
Sand, brown 0 31
Sandstone 31 109
Clay, sandy 109 121
Ash - 121 138
Lava, black 138 156
Lava, broken 156 161
Lava, red and black 161 172
Lava, black, hard 172 177
Pumice 177 183
Lava, red 183 187
Lava, black 187 190
Lava, black, hard 190 207
Lava, red 207 239
Lava, black, hard 239 250
Lava, red and black 250 288
Lava, black 288 322
Lava, black, hard 322 363
Conglomerate 363 371
Rock, red and brown 371 398
Sand and gravel 398 420
Sand and gravel, water-bearing 420 451
Well 11/13-11A1. J. Landles. Drilled by Lawrence Kowaleski,
1959
From To
Materials (feet) (feet)
Soil 0 6
Sandstone 6 45
Gravel 45 47
Sandstone 47 60
Gravel 60 66
-------
88
TABLE 10 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE MADRAS AREA
Well 11/13-11A2. E. Thornton. Drilled by Lawrence Kowaleski.
1959.
From
To
Materials
(feet)
(feet)
Gravel, cemented
o
30
Sandstone
• 30
45
Sand and gravel
• - 45
50
Sandstone
• 50
66
Well 11/13-12B1. J. Herringshaw. Drilled by Lawrence Kowaleski.
1959.
From
To
Materials
(feet)
(feet)
Soil
5
Sandstone, yellow
5
58
Gravel
64
Sandstone, yellow
64
91
Lava
91
Well 11/13-12C1. A. Kendall. Drilled by Lawrence Kowaleski.
1962.
From To
Materials (feet) (feet)
Soil, sandy -- --- 0 5
Sandstone, yellow 5 13
Sandstone and gravel 13 20
-------
89
TABLE 10 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE MADRAS AREA
Well 11/13-12D1. J. Mehlenbeck. Drilled by Burt Abrams. 1959
From
To
Materials
(feet)
(feet)
Soil
2
Hardpan
5
Sand, packed
8
Gravel, cemented
17
Silt, sandy
26
Sandstone
49
Basalt, vesicular
52
Well 11/13-12L1. J. Hosman. Drilled by Lawrence Kowaleski. 1966
From
To
Materials
(feet)
(feet)
Soil, sandy
3
Sandstone, tan
18
Gravel
18
21
Sandstone, yellow
21
30
Gravel
30
32
Sandstone, yellow
32
46
Gravel
46
49
Well 11/13-24E1. M. Barber. Drilled by Lawrence Kowaleski. 1963
From To
Materials (feet) (feet)
Soil, sandy
Tuff
Basalt, blue-gray
Gravel, cemented
Sandstone, yellow
Basalt, blue
Lava, red, hard -—
Basalt, blue
Gravel, cemented
0
4
4
155
155
214
214
312
312
353
353
490
490
521
521
572
572
-------
90
TABLE 10 (Cont.)
MATERIALS PENETRATED BY WELLS IN THE MADRAS AREA
Well 11/13-28F1. Oregon Truck Railways. Information from U.S.G.S.
Water Supply Paper, 637.
From To
Materials (feet) ( feet)
Soil, dark
0
3
Gravel, cemented
3
21
Rock, loose, black to dark gray
21
43
Basalt, black
43
57
Basalt, red
67
Basalt, blue
82
Basalt, coarse
82
84
Gravel, cemented
84
99
Sandstone, blue, soft
99
129
Conglomerate
129
179
Ash, red and cemented gravel
179
213
Conglomerate
213
290
Gravel, coarse
290
293
Gravel, cemented
293
390
Sand, brown
390
400
Gravel, cemented
400
434
Sandstone, soft, red
434
440
Clay, brown, sandy
440
535
Gravel, black
535
550
Gravel, black, coarse
550
560
Gravel, brown
560
570
Shale, brown
570
605
Sandstone, black
605
623
Sandstone, red
623
665
Sandstone, brown, hard
665
695
Sandstone, red, soft
695
725
Rock, black, hard
725
845
Rock, black, soft
845
-------
91
TABLE 10 (Corvt.)
MATERIALS PENETRATED BY WELLS IN THE MADRAS AREA
Well 11/14-19C1. J. Binder. Drilled by Lawrence Kowaleski. 1957
From
To
Materials
(feet)
(feet)
Soil, sandy
0
26
Clay, soft
26
46
Sandstone, yellow
46
70
Lava, blue-gray
70
112
Sandstone, yellow
221
Gravel
231
Well 11/14-30D1. J. Hall. Drilled by Brandt Drilling Company.
1963
From To
Materials (feet) (feet:)
Lava 0 20
Sandstone, tan 20 35
Rock, brown 35 85
Rock, red 85 165
Gravel, water-bearing 165 170
-------
TABLE II —CHEMICAL ANALYSIS OF GROUND WATER IN THE MADRAS AREA
tCLL
NUMBER
10/14-32C1
T . I
11/13*101
11/13-ID1
11/13-101
11/13*1211
11/13-12C1
11/15-12D1
U/13-12L1
T . 1
11/14-3051
OWNER'S NA>C
S . . R . 1 4 E
Robert Mofflt
S . . I ¦ 1 3 1
City ©f Hadr«t
J. Htrrln|»H*v
A. Kandall
J. M*hl«nb*ck
J* Ho«un
S ¦ ¦ * ¦ t * I .
J. IU11
DEPTH
or
WELL
(TOT)
415
415
415
91
52
52
49
1?5
DATE
OF
COLLECTJ
TIOW
4-16-56
6-15-65
6-16-66
4-19-6?
4-19-67
4* 19-67
4-19-67
TIMB-
ER*
A TORE
(C°)
(S10.)
63
45
54
DIS-
SOLVEI
SOLIDS
SUS-
PEND-
ED
SOLIDS
TOTAL
SOLIDS
HARD-
NESS
(c*co3
SPE-
CIFIC
CON-
DUCT-
ANCE
pH
LAB-
ORA-
TORY
.002
.005
.002
.003
291
295
276
266
443
535
427
279
266
445
535
429
125
136
157
183
320
260
205
396
400
399
412
706
626
412
7.1
6.1
6.0
7.6
7.6
*7.9
7.9
uses
OSBH
FVPCA
FWPCA
FVPCA
FVPCA
-------
TABLE 12—DESCRIPTION OF REPRESENTATIVE DISPOSAL WELLS IN THE MADRAS AREA
SEPTIC
LOCATION
OWNER
DEPTH
DIAM.
TYPE OF
TANK
REMARKS
NUMBER
(FEET)
(INCHES)
WASTE
USED
11/13-IN
Madras Hospital
«•
8
Hospital
Yes
Serves 50 staff and 84 patients.
11/13-2A
Abrams
300
6
Domestic
Yes
11/13-12C
Madras High
School
150
8
School
Yes
Serves approximately 600 students.
11/13-14
Kowolowski
240
6
Gas Station
Yes
Sandstone to 110 feet and basalt
from 110 to 240 feet.
11/13-23M
Ranchland
475
6
Domestic
Yes
11/13-26A
Newbill
240
8
Domestic
Yes
Cased to 5 feet, sandstone to 240 feet.
11/13-28K
Douglas
100
6
Domestic
Yes
-------
TABLE 13--CHEMICAL ANALYSIS OF WATER FROM SPRINGS IN THE DESCHUTES BASIN
LOCATION
NUMBER
9-3SK
9-9P
9-22A
9-*2A
»-23D
1/ U. S. P<
SAMPLING POINT
Cold Sprint J/
Black Butt* R«nch Spring
H«ad of Matollus Rivar
Haad of Mttollui Rlvar
Visard Pal la HatcHary
rait Sarvlca caapgroufid ntar S
3-31-58
11-16-66
3-31-58
1L-U-66
11-1-60
atara, Oi agon
DATE TEMP-
OP ER.
C0LLZC«i ATI) RE
TION
' (C°)
5
6
9
10
(Si03)
37
30
39
42
16
(Pa)
.00
.01
.00
(Ca )
5.6
5.2
7.2
10
MAG-
NES-
IUM
(Mg)
2.7
6.4
5.8
11
(Na)
3-7
6.1
9.1
8.8
6.7
POTAS-
SIUM
! .0
1.4
1.7
2.0
2.7
ALKA-
LIN-
ITY
33
29
60
62
3. 1
0.0
5.3
1.0
1.6
CHLO-
RIDE
(CI)
FLUO.
PTDE
(F)
0.6
1.0
1.6
1.0
3.3
AMM
NITRO.
TEN
(NH,-N)
0.0
: 0. 1
0.0
KI-
TS! TE
NIT.
NO,-N)
NI-
TRATE
NIT.
(NO.-N
op mo
PHOS-
PHATE
TOTAL
PHOS-
PHATE
(POJ
0.26
0.30
0.^6
0.30
0.15
DIS-
SOLVED
SOLIDS
100
87
SUS-
PEND
ED
sonn
TOTAL
SOLIDS
HAFD-
NESS
SPE-
CIFIC
CON-
DUCT-
ANCE
pH
LAB-
ORA-
TORY
VD
4>
100
87
23
^6
42
48
39
65
56
122
121
92
7.3
7.4
7.5
7.5
7.8
uses
PVPCA
uses
PVPCA
-------
TABLE 14—CHEMICAL ANALYSIS OF WATER FROM SPRINGS IN THE CROOKED AND
DESCHUTES RIVER CANYONS
sniK
own *8 bam
DATE
or
COLLEC-
TION
TEHP-
El-
ATUEE
(«•)
POTAS-
SIUM
ALU-
Ill.
ITY
(SOA)
CKLO-
B1M
(CI)
FLUO-
KIDK
WITBO-
cw
H-
TBITE
HIT.
(ho2-p
HI-
TftATE
KIT.
(WOj-11)
OXTHO
PHOS-
PHATE
(PO^)
TOTAL
PHOS-
PHATE
(P0^>
DIS-
SOLVtt
SCL1W
SUS*
FEUD-
ED
SOLIDS
I
TOTAL
SOLIDS
RAID*
HESS
(CaCOj!
SPE-
CIFIC
con*
DUCT-
AHCE
12/12-3)61
arifri«ri
¦
lit u-jjci
*
13/13-3171
13/13-33J1
13/I3-32Q1
DIICI
Opal Syrliii L«wr
C—rga nii'i Sfrlig
Optl Ifrlai,
0. Z1U*'§ Urt* aprlM
O, Zilk*'* Spring
0m>—d ifrlai
u/iuumi
•4 Syrlmg
11*14*66
9*22*67
11-15-66
5-22*67
11-14-66
5-22-67
11*15*66
5-22-67
11-15-66
11-15-66
11-15-66
5-22-67
36
36
43
40
43
.01
.01
.01
.01
.01
.01
9.6
7.2
12
9.V
34
25
30
33
11
11
IS
19
30
30
30
1.9
2.0
2.7
2.9
3.6
4.6
55
62
66
71
76
166
161
172
1.0
2.0
7.0
5.0
9.0
10.0
9.0
2.0
2.0
3.0
5.0
2.0
3.0
4.0
4.0
•001
<0.1
< 0.1
•001
• Ml
0.06
0.20
0.4
0.60
1.40
1.30
0.30
0.30
0.50
0.26
0.30
0.17
0*20
0.30
0.50
.013
.000
.065
.000
.000
.000
60
97
110
132
132
105
136
139
246
242
241
244
149
154
60
96
106
136
242
245
47
39
36
60
59
55
32
148
129
145
131
72
69
-------
TABL
NUMBER
1/
1
2
3
4
3
6
7
a
9
10
11
12
13
14
E 15—CHEMICAL ANALYSIS OF SEWAGE AND LIQUID WASTE
tend Sm|a
Bend Sewage
tend Sewage
tend
tend Sewage
Septic Tank Effluent
Field Runoff
Irrigation Watar
Septic Tank Effluent
Laundry Effluent
Septic Tank Effluent
Septic Tank Effluent
Saptlc Tank Effluent
Plywood Plant Lagoon
DATE
OF
COLLEC-
TION
8-30-66
11-16-66
1-25-67
3-26-67
6-22-67
6-21-67
6-21-67
6-21-67
6-22-67
6-22-67
6-22-67
6-23-67
6-23-67
T-ei-tT
TEMP-
ER-
ATURE
(C°)
SILICA
37
26
33
(Fa)
CALCIUM
(Ca)
U6
.37
6.8
e.4
8.0
13
7.2*
6.0
0.0
23
13
7.6
HAC-
KS S-
IUH
np.
3 CMpoalt. aaaple of effluent froa ditch Mar dlecharge au^.
4 Crab of effluent fTom ditch nu dlecharge ai—p.
5 Crab aaapl. of «fflu«nt fr«— ditch n.ar dlecherge eiap.
6 Effluent fro« Saptlc Tank at Centre! Onion Dl.trlct Hospital, Raiteond, Dragon.
7 Field runoff froa Irrigated 1#nd going to farm drain wll, aactlon 13, T.14S., R.13E.
¦ Uatar fro* Irrigation ditch, Sactlon 14, T.I4S., R.131.
» Effluent froa a alngl. doaeetlc septic tank In the Band .raa.
10 Effluent froa cola opereted laundroaat, Bond, Oregon.
11 Effluent froa a alngl. doaeetlc septic tank In th. Medras Arat.
12 Effluant froa a alsfle septic tank 1. th. Isfeond araa.
1) Effluant froa a septic tank serving a trallar curt, Redaoad, Oragon.
------- |