Page 41 - 1915, Springs of CA.
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     HOT  SPRINGS.                       dU
                   RITCHEY  HOT  SPRINGS  (RIVERSIDE  10).
        Ritchey  Hot  Springs,  about  5  miles  southeast  of  the  San Jacinto
      springs,  are  also  situated  near  the  base  of  the  mountains,  but they
      issue  along  the  side  of  a  ravine.  Six  springs,  which range  in  tem-
      perature from 70° to 111°, furnish water for domestic use and irrigation.
        Although in  1908  the place  had  not  yet  been  opened  as  a public
      resort,  a few guests were  taken care of during the summer,  and sev-
      eral  tubs  were  provided  for  bathing.  In  a  tunnel  that  has  been
      driven into  the hillside for a distance of 55 feet a temperature of 82°
      was registered.  This unusually high temperature has led  to  the use
      of  the  tunnel  as  a  sweat  chamber.  Gypsum  and  efflorescent  alum
      salts  form  on  its  walls  and  indicate  that  the  tunnel  water  may  be
      mineralized  to  a  notable  extent  by  acid  constituents.  There  was
      formerly  a  sour  spring  in  the  ravine  above  the  main  group,  but  at
      the time  the place was  visited it either had been covered  by a land-
      slide or overgrown by vegetation.
        Water from one  of  the springs  was  formerly  marketed  as  a  table
      water  as  ''Soboba  Lithia  Water."  Its  sale  was  discontinued  when
      interrupted  by  the  high-water  stage  of  San  Jacinto  River  in  1904,
      but it was placed on the local market again in  1909.
        The f olio wing analysis of this water has been published:
      Analysis of water from  " lithia " spring at  Ritchey Hot Springs,  Riverside  County,  Cal.
         [Analyst, L. J. Stabler.  Authority, advertising matter.  Constituents are in parts per million.]
      Properties of reaction:
                                                                    44
                                                                    0
                                                                     0
                                                                    54
                                                                     2
        Tertiary alkalinity  .............................................................  18
                                                           By   Reacting
                           Constituents.
                                                          weight.  values.
      Sodium (Na) .......................................................................  55  2.37
                                                            71     1.81
      Lithium (Li) .......................................................................  Trace.
                                                            1.7    .08
                                                                 Trace.
                                                           Trace.  Trace.
      Sulphate (SO-i) .....................................................................  52  1.08
      Chloride (Cl).. ......................................................................  28  .79
      Carbonate (CO3) ....................................................................  72  2.40
      Silica (SiO2) ........................................................................  23  .76
                                                           302.7
        Primary alkalinity is the dominant property,  and its high percent-
      age is specially noteworthy.  Primary salinity and tertiary alkalinity
      are also prominent,  though the latter is not fully reported.  The rela-
      tively high proportion of potassium is  unusual and in  the  absence of
      confirmation by other analyses should not be given weight.





