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Table of Contents
Abstract
Introduction
Geography
Geology
Ground Water
Formations
Well Records
Logs of Test Holes
References
Plates
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Table 14
Table 14--Analyses of water from wells in Ford County, Kansas. (Analyzed by
Robert H. Hess. Dissolved constituents given in parts per million, reacting values
[in italics] given in equivalents per million.)
T. 25 S. ||
T. 26 S. ||
T. 27 and 28 S. ||
T. 29 and 30 S.
| No. on plates 2 or 3 |
Location, depth, and geologic horizon |
Date of collection, 1939 |
Temperature (deg. F) |
Iron (Fe) |
Calcium (Ca) |
Magnesium (Mg) |
Sodium and potassium (Na+K) |
Bicarbonate (HCO3) |
Sulphate (SO4) |
Chloride (Cl) |
Fluoride (F) |
Nitrate (NO3) |
Total dissolved solids (2) |
Hardness (calculated) as CaCO3) |
| Total |
Carbonate |
Non-Carbonate |
| T. 25 S., R. 21 W. |
| 9 |
NE corner SE 1/4 sec. 4, 46.4 feet, Ogallala |
2-Aug |
58 |
0.03 |
70
3.49
| 16
1.32
| 12
0.54
| 277
4.54
| 13
0.27
| 15
0.42
| 0.9
0.05
| 4.4
0.07
| 270 |
242 |
227 |
15 |
| 17 |
NW 1/4 NE 1/4 sec. 24, 58.7 feet, Ogallala |
2-Aug |
59 |
0.03 |
68
3.39
| 14
1.15
| 31
1.33
| 288
4.72
| 23
0.48
| 20
0.56
| 0.9
0.05
| 4
0.06
| 305 |
227 |
227 |
0 |
| 22 |
NW 1/4 NE 1/4 sec. 35, 155 feet, Dakota |
18-Jul |
65 |
0.19 |
44
2.2
| 24
1.97
| 35
1.54
| 283
4.64
| 22
0.46
| 15
0.42
| 2
0.11
| 4.9
0.08
| 289 |
209 |
209 (3) |
0 |
| T. 25 S., R. 22 W. |
| 28 |
SE 1/4 SW 1/4 sec. 10, 50.2 feet, Ogallala |
24-Jul |
59 |
(4) |
66
3.29
| 15
1.23
| 22
0.97
| 229
3.76
| 44
0.92
| 23
0.65
| 1
0.05
| 6.6
0.11
| 292 |
226 |
188 |
38 |
| 32 |
NW 1/4 NE 1/4 sec. 24, 156 feet, Dakota; sample contained flocculent material in suspension |
18-Jul |
60 |
|
30
1.5
| 23
1.89
| 114
4.97
| 312
5.12
| 103
2.14
| 33
0.93
| 2.7
0.14
| 1.8
0.03
| 464 |
170 |
170 (5) |
0 |
| 36 |
SE 1/4 NE 1/4 sec. 29, composite sample from wells 35, 36, and 37, 86.5-104 feet, Ogallala |
22-Nov |
|
0.0 |
60
2.99
| 16
1.32
| 10
0.43
| 246
4.03
| 10
0.21
| 15
0.42
| 1.5
| 4.9
0.08
| 293 |
216 |
202 |
14 |
| 38 |
NW 1/4 NW 1/4 sec. 32,80 feet, Ogallala |
25-Jul |
58 |
(4) |
62
3.09 |
16
1.32 |
39
1.7 |
252
4.16 |
7.4
1.54 |
9.5
0.27 |
1
0.05 |
7.5
0.12 |
268 |
221 |
207 |
14 |
| T. 25 S., R. 23 W. |
| 43 |
NE corner sec. 18, 43.6 feet, Dakota |
18-Jul |
59 |
4.8 |
46
2.3 |
28
2.3 |
25
1.07 |
260
4.26 |
38
0.79 |
16
0.45 |
2.6
0.14 |
1.8
0.03 |
292 |
239 |
213 |
26 |
| 46 |
SE corner SW 1/4 sec. 24, 89.7 feet, Dakota |
18-Jul |
59 |
.45 |
65
3.24 |
14
1.15 |
5.8
0.25 |
208
3.41 |
21
0.44 |
21
0.59 |
2
0.11 |
5.3
0.09 |
239 |
221 |
171 |
|
| T. 25 S., R. 24 W. |
| 51 |
NE 1/4 NE 1/4 sec. 11, 37.1 feet, alluvium |
17-Jul |
59 |
.12 |
144
7.19 |
25
2.06 |
42
1.81 |
427
7 |
102
2.12 |
37
1.04 |
1
0.85 |
53
0.05 |
618 |
463 |
350 |
113 |
| 55 |
SW corner sec. 21, 39.8 feet, Ogallala and/or Greenhorn; sample cloudy when collected |
17-Jul |
59 |
|
157
7.83 |
22
1.81 |
64
2.77 |
403
6.61 |
32
0.67 |
42
1.18 |
0.7
0.04 |
243
3.91 |
762 |
482 |
330 |
152 |
| |
SW 1/4 SE 1/4 sec. 21, spring, Ogallala and/or Greenhorn |
17-Jul |
64 |
0 |
61
3.04 |
18
1.48 |
16
0.46 |
249
4.08 |
23
0.48 |
7
0.2 |
1.5
0.08 |
8.4
0.14 |
260 |
226 |
204 |
22 |
| 58 |
NE corner NW 1/4 sec. 26, 58 feet, Ogallala |
24-Jul |
59 |
2.2 |
45
2.25 |
20
1.64 |
12
0.54 |
225
3.69 |
14
0.29 |
7
0.2 |
3.6
0.19 |
4
0.06 |
221 |
199 |
184 |
15 |
| T. 25 S., R. 25 W. |
| 65 |
SW corner sec. 10, 173.1 feet, Greenhorn and/or Dakota |
19-Jul |
60 |
4.2 |
51
2.54 |
35
2.88 |
73
3.19 |
292 (6)
4.79 |
123
2.56 |
31
0.87 |
2.2
0.12 |
1.8
0.03 |
474 |
279 |
251 |
28 |
| T. 25 S., R. 26 W. |
| 79 |
SW 1/4 SE 1/4 sec. 8, 123.1 feet, Ogallala |
19-Jul |
59 |
1.2 |
45
2.25 |
29
2.38 |
5
0.22 |
256
4.2 |
13
0.27 |
5
0.14 |
2.9
0.15 |
5.3
0.09 |
234 |
234 |
210 |
24 |
| 85 |
SW corner sec. 25, 76.1 fret, Ogallala |
24-Jul |
60 |
(4) |
54
2.69 |
23
1.89 |
14
0.59 |
240
3.94 |
28
0.58 |
11
0.31 |
1.6
0.08 |
16
0.26 |
268 |
229 |
197 |
32 |
| 88 |
NE 1/4 SE 1/4 sec. 32, 109.1 feet, Ogallala |
19-Jul |
59 |
.08 |
66
3.29 |
27
2.22 |
15
0.64 |
217
3.56 |
73
1.52 |
23
0.65 |
1.9
0.1 |
20
0.32 |
335 |
276 |
178 |
98 |
1. One part per million is equivalent to 1 pound of substance per million
pounds of water and is equivalent to 8.33 pounds per million gallons.
2. Calculated.
3. Total alkalinity. 232 paints per million; excess alkalinity, 9 parts per million.
4. Less than 0.15 part per million.
5. Total alkalinity, 256 parts per million; excess alkalinity, 86 parts per million.
6. Sample also contains 7.2 parts per million carbonate (0.24 equivalents per million).
7. Sample also contains 12 parts per million carbonate (0.4 equivalents per million).
8. Total alkalinity, 242 parts per million; excess alkalinity, 45 parts per million.
9. Total alkalinity, 237 parts per million; excess alkalinity, 110 parts per million.
10. Total alkalinity, 198 parts per million; excess alkalinity, 15 parts per million.
11. Total alkalinity, 233 parts per million; excess alkalinity, 11 parts per million.
12. Located in Clark County.
T. 25 S. ||
T. 26 S. ||
T. 27 and 28 S. ||
T. 29 and 30 S.
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