PEATJI.] 
NEW YORK. 
33 
Analyses of mineral springs in Neiv York — Continued. 
Ballston Spa Springs. 
Constituents. 
Sans Souci 
Spring. 
Artesian 
Litbia 
Spring. 
Franklin Ar- 
tesian "Well. 
United States. 
Washington 
Lithia well. 
(Old Conde 
Dentonian.) 
Solids. 
Grains 
per gallon.* 
12.66 
Grains 
per gallon.^ 
Grains 
per gallon. 
Grains 
per gallon* 
16.88 
Grains 
per gallons 
11.93 
94.60 
34.40 
43.41 
f 29. 20 
238. 16 
202. 33 
173. 48 
5.76 
Magnesium bicarbonate.. 
39.10 
180. 60 
0.87 
7.75 

177. 87 
Trace 
6.78 
158 35 
0.19 
15.51 
5.95 
1.58 
3.88 
1.61 
1.23 
2.30 
4.74 
1.76 
0. 52 
0.05 
Trace 
750. 03 
33.28 
3.64 
Trace 
0.12 
0.08 
0.76 
Trace 
0.76 
0.01 
Trace 
659. 34 
33.93 
4.67 
Trace 
0.24 
0.26 
0.74 
Trace 
Trace 
143. 73 
424. 96 
645.48 
9.23 
2.37 
1.30 
0.22 
8. 66" 
' 0.40 
Silica 
1.00 
1.03 
Trace 

Total 
247. 15 
1, 233. 25 
1, 184. 37 
486. 56 
1, 047. 70 
Gases. 
426. 114 
460. 066 
244. 00 
358. 345 
Chittenango Springs. 
Clifton 
Springs : 
Sulphur 
Spring. 
Columbia 
Constituents. 
White Sul- 
phur Spring. 
Cave Spring. 
Magnesia 
Spring. 
White Sul- 
phur Springs. 
Solids. 
Grains 
per gallon. 
Grains 
per gallon. 
Grains 
per gallon. 
Grains 
per gallons 
9.68 
13.12 
Grains 
per gallon. 1 
21.79 
22.02 
23.97 
Iron carbonate 
20.78 
0.32 
0.02 
Iron bicarbonate 
0.08 
0.16 
0.20 
Sodium hyposulphite 
8.15 
Sodium sulphate 
0.21 
81.42 
Trace 
1.95 
7.76 
69.20 
Calcium sulphate 
Strontium sulphate 
Magnesium sulphate 
Sodium phosphate 
106. 12 
Trace 
7.59 
115. 09 
Trace 
12.72 
64.94 
16.48 
2.14 
Sodium chloride 
Calcium chloride 
1.04 
1.57 
1.83 
9.28 
4.08 
84.72 
Potassium chloride 
0.16 
0.23 
0.33 
1. 19 
4.08 
31.43 
Trace 
Trace 
Trace 

3.42 
Sodium sulphide 
0.12 
0.39 
1.12 
0.22 
0.52 
0.75 
0.93 
Trace 
0.58 
Calcium sulphide 
| 
Alumina 
0.08 
0.28 
Trace 
.*. 
Silica 
Sulphur 
Loss 
0.82 
Organic matter 
Trace 
Total 
107. 36 
142. 15 
153. 35 
133. 68 
218 60 
Gases. 
Sulphureted hydrogen . . . 
Cubic inches. 
0.884 
20. 480 
Cubic inches. 
2.754 
15. 934 
Cubic inches. 
5. 623 
19. 436 
Cubic inches. 
Present 
Present 
Cubic inches. 
4.491 

a John H. Steele, analyst (1830). 
b C. F. Cbandler, analyst (1868). 
C. F. Chandler, analyst. 
d L. C. Beck, analyst. 
e C. F. Chandler, analyst (1869). 
f With iron oxide. 
s J. E. Chilton, analyst (1852). 
h Atwood, analyst. 
Bull. 32- 
■3 
(161) 
