BAILEY. | 
Mineral Waters. 
281 
There is no odor of hydrogen sulfid, but a careful chemical 
test of the freshly-drawn water shows small quantities of this 
gas. 
In the vicinity are some very excellent and abundant 
springs of clear, cold, fresh water. 
The analysis is as follows: 
M’DUFF’S SPRING. 
Grams per liter. 
IONS. 
sO, (NBD) os ccocaccoae 000000 0202 
IPotassiuiaae (Ks) amen ee ees 0168 
Caleiumy(Cale ae esa 6 os edna 0840 
Magnesium (Mg).............. 0131 
Throne Hier eee Sa oe es face oe .0168 
AN oroorinwyaa (Ao 606500 00000006 .0064 
@hiloriny(©)]\eeeta ct yan ae 0240 
Sulit (S) eevee cek oe ores 0109 
Sulfuric acid ion (SO4)......... .0181 
Silicic acid ion (SiOs).......... 0442 
RADICALS. 
Sodium oxid (Na2O)........... 0272 
Potassium oxid (K2O).......... 0202 
Calcium. oxid (CaO)........... 1176 
Magnesium oxid (MgO)........ 0218 
ionvoxacle (Hc ©) Rese ee .0216 
Aluminum oxid (AleOs)........ 0120 
Chioriny(@)l\ pee oe ee .0240 
Sulfuric anhydrid (SOz)....... 0151 
Hydrogen sulfid (H2S)......... 0116 
SHOE, (SOD) ccace covacondoues .0350 
Water (Elo @)\ iat rece ee 8 .0615 
Carbonic anhydrid (COz)...... 3018 
Oxygen equivalent ............ 0054 
OC tone ens . 6640 
Hypothetically combined as follows: 
Grams Grains 
per liter. per gallon. 
sOolhnin @lalorre! QNEXOM\s oocc005 0000000000 0006 .0200 1.1666 
Sodium bicarbonate (NaHCOs)............. 0452 2.6365 
Potassium bicarbonate (KHCOs)............ .0430 2.5080 
Calcium bicarbonate (CaH2(CQOs3)2) .......... 3401 19.8400 
Magnesium bicarbonate (MgHo(COs)2)....... 0796 4.64380 
Iron bicarbonate (FeHo(COs)2) .............. 0533 3.1090 
Alhuarapon Glalvorarel (WONG) 5 do 0060 6000q0 000c 0148 .8633 
Aluminum sulfate (Ale(SO4)s).............-- 0214 1.2430 
tlic aK (Si Oa Rrra er nays a. ci iene eareee pare .0350 2.0415 
Jalyyohpopxern Smlbavel (EIS). o660 0000000000 86000000 .0116 .6766 
A WoT eRVISMs Jato Con 9.666 Stee Oe eee eee .6640 38.7275 
Hydrogen-sulfid gas................ trace. 
SONGS SAMA 6066600000 600000 000¢ 1.00085 
GTMNPOLALUTOR tle he os asta 183,62 Oh (eo 1o)) 
Analysis by E. B. Knerr. 
