File SKIP_SPECIES.TXT lists species and minerals omitted from the
     calculations due to given T, P, option switches, or suppression
     in CHIMRUN, or are suppressed in the SOLTHERM database.
     It also lists minerals for which density is not specified
     in SOLTHERM.

  This is an extended P(to 5 kB), T(to 600 C) run (CON_FLAG = 1).

  methanol,aq  is suppressed in SOLTHERM data file.
  methanol,aq  is suppressed in SOLTHERM data file.
  CuCl4-3      is suppressed in SOLTHERM data file.
  H2BO3-       is suppressed in SOLTHERM data file.
  UO2CO3,aq    is suppressed in SOLTHERM data file.
  UO2SO4,aq    is suppressed in SOLTHERM data file.
  UO2Cl2,aq    is suppressed in SOLTHERM data file.
  UO2F2,aq     is suppressed in SOLTHERM data file.
  PO4-3        is suppressed in SOLTHERM data file.
  H2PO4-       is suppressed in SOLTHERM data file.
  H3PO4        is suppressed in SOLTHERM data file.
  amesite              is suppressed in SOLTHERM data file.
  antigorite           is suppressed in SOLTHERM data file.
  sapphirine-Fe(221)   is suppressed in SOLTHERM data file.
  sapphirine(221)      is suppressed in SOLTHERM data file.
  talc-prl             is suppressed in SOLTHERM data file.
  PrO1.833(s)          is suppressed in SOLTHERM data file.
  niter-NH4            is suppressed in SOLTHERM data file.
  FMQ_HS-1             is suppressed in THIS RUN.
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Species       No.  Charge    Tot.moles  Trial molality   Gamma  Mixing solution

  H+             1      1.    0.12000E-03   0.10244E-06   0.9818   0.00000000E+00
  H2O            2      0.    0.55508E+02   0.10000E+01   1.0000   0.00000000E+00
  Cl-            3     -1.    0.10000E-06   0.10000E-06   0.9818   0.00000000E+00
  SO4--          4     -2.    0.12000E-03   0.43237E-20   0.9802   0.00000000E+00
  HS-            5     -1.   -0.12000E-03   0.36416-158   0.9818   0.00000000E+00
  Na+            6      1.    0.10000E-06   0.10000E-06   0.9818   0.00000000E+00
  NH4+           7      1.    0.10000E-49   0.24356-109   0.9818   0.00000000E+00
 
  Chg. balance for total moles = -.2435E-20   Max. difference allowed = 0.1000E-10

  The following parameters were given:
      ERPC   =   0.1000E-11  pH      =       0.0000  PFLUID =     1.0000
      SLIM   = 0.100000E-19  TEMP    =      25.0000  SINC   = 0.1000E-21
      TEMPC  =       0.0000  TOTMIX  = 0.000000E+00  ENTH   =     0.0000
      SENTH  =       0.0000  DENTH   =       0.0000  TOTWAT =    90.0000
      SOLMIN =   0.0000E+00  RM      =       0.0000  AQGRM  =     0.0000
      SUPRNT =   0.1000-199  VBOX-1  =       1.0000  RHOFRS =     0.0000
      RHOROC =       2.5000

  The following options were selected:
        CONFLG =   1  C     =   3  IFRAC  =   0  IPUNCH =   1
        NLOOP  = 400  ISTEP =   2  LIMSOL =   1  LOOC   =   0
        IENTH  =   0  ITREF =   0  IDEAL  =   0  IPSAT  =   1
        INCREM =   0  INCP  =   0  MINSOL =   3  NEUT   =   0
        AWAT   =   0  CHGF  =   0

  Of the derived species, only those with molality > 0.10-199 will appear in the output

    Species        No.  Charge  Log K(diss)  Species        No.  Charge  Log K(diss)

    HCl,aq           8     0.      0.7100    S2-2            31    -2.      1.3120
    HClO,aq          9     0.     42.1310    S3-2            32    -2.    -10.2330
    ClO-            10    -1.     49.6810    S3-             33    -1.    -17.6990
    HClO2,aq        11     0.     90.2870    S4-2            34    -2.    -21.5580
    H2,aq           12     0.     11.5270    S5-2            35    -2.    -32.6630
    NH3,aq          13     0.      9.2410    SO2,aq          36     0.      2.9800
    HNO2,aq         14     0.     62.8880    SO3-2           37    -2.     12.0450
    NO2-            15    -1.     66.1130    HSO3-           38    -1.      4.8400
    HNO3,aq         16     0.     86.7600    HSO4-           39    -1.     -1.9790
    NO3-            17    -1.     85.4580    HSO5-           40    -1.     51.8660
    N2,aq           18     0.      5.7590    S2O3-2          41    -2.     -4.7780
    N2O2-2          19    -2.    101.5910    HS2O3-          42    -1.     -6.4630
    HN2O2-          20    -1.     90.5960    H2S2O3,aq       43     0.     -7.0500
    H2N2O2,aq       21     0.     83.5590    S2O4-2          44    -2.     14.7190
    N2H5+           22     1.     33.8570    HS2O4-          45    -1.     12.2260
    N2H6+2          23     2.     34.8840    H2S2O4,aq       46     0.     11.8600
    NaCl,aq         24     0.      0.7770    S2O5-2          47    -2.     14.4970
    NaOH,aq         25     0.     14.2050    S2O6-2          48    -2.     16.8410
    O2,aq           26     0.     69.1580    S2O8-2          49    -2.     57.0790
    OH-             27    -1.     13.9950    S3O6-2          50    -2.      7.7880
    HO2-            28    -1.     62.8880    S4O6-2          51    -2.    -17.1710
    H2O2,aq         29     0.     51.2040    S5O6-2          52    -2.    -13.2500
    H2S,aq          30     0.     -6.9880                    53     0.     13.0680

  For mixed gases (JSOLS=6), log K(hydrol) = log (K*P)

                            Log K    Trial                               Log K     Trial
Mineral               No.  hydrol    Moles    Mineral               No.  hydrol    Moles

H2O,gas                1    1.511 0.0000E+00  N2,gas                 9    2.572 0.0000E+00
H2,gas                 2    8.421 0.0000E+00  SO2,gas               10    3.150 0.0000E+00
H2S,gas                3   -7.901 0.0000E+00  HCl,gas               11    6.306 0.0000E+00
S2,gas                 4   -7.236 0.0000E+00  halite                12    1.572 0.0000E+00
NO2,gas                5   76.516 0.0000E+00  sulfur                13  -10.519 0.0000E+00
SO3,gas                6   23.875 0.0000E+00  mascagnite            14   -0.023 0.0000E+00
O2,gas                 7   66.258 0.0000E+00  niter-Na              15   81.636 0.0000E+00
NH3,gas                8   11.038 0.0000E+00  sodium-oxide          16   67.427 0.0000E+00

  Initial composition of reactant (mole%):
     N2 gas                100.0                                 0.000    

  Sum of wt% of reactants:   100.0000

  Reactant consumed:       0.0000000  moles   log =-100.0000
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  The following minerals and/or gases with identical index are in solid solution:

        H2O,gas                 6
        H2,gas                  6
        H2S,gas                 6
        S2,gas                  6
        NO2,gas                 6
        SO3,gas                 6
        NH3,gas                 6
        N2,gas                  6
        SO2,gas                 6
        HCl,gas                 6
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.2435E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43236E-20  -20.3642 0.42382E-20  -20.3728 0.98023E+00   -0.0087
   5 HS-          0.36415-158 -158.4387 0.35751-158 -158.4467 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.24356-109 -109.6134 0.23913-109 -109.6214 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.13650-111 -111.8649 0.13650-111 -111.8649 0.99996E+00    0.0000
  14 HNO2,aq      0.62434E-67  -67.2046 0.62434E-67  -67.2046 0.10000E+01    0.0000
  15 NO2-         0.37662E-63  -63.4241 0.36976E-63  -63.4321 0.98178E+00   -0.0080
  16 HNO3,aq      0.49262E-58  -58.3075 0.49262E-58  -58.3075 0.10000E+01    0.0000
  17 NO3-         0.10000E-49  -50.0000 0.98178E-50  -50.0080 0.98178E+00   -0.0080
  18 N2,aq        0.19979-112 -112.6994 0.19978-112 -112.6995 0.99996E+00    0.0000
  19 N2O2-2       0.17431-161 -161.7587 0.17086-161 -161.7674 0.98023E+00   -0.0087
  20 HN2O2-       0.17303-157 -157.7619 0.16988-157 -157.7699 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.18606-157 -157.7304 0.18606-157 -157.7304 0.10000E+01    0.0000
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34979-158 -158.4562 0.34978-158 -158.4562 0.99996E+00    0.0000
  36 SO2,aq       0.76398E-70  -70.1169 0.76398E-70  -70.1169 0.10000E+01    0.0000
  37 SO3-2        0.66336E-65  -65.1782 0.65025E-65  -65.1869 0.98023E+00   -0.0087
  38 HSO3-        0.10680E-64  -64.9714 0.10485E-64  -64.9794 0.98178E+00   -0.0080
  39 HSO4-        0.41368E-25  -25.3833 0.40614E-25  -25.3913 0.98178E+00   -0.0080
  40 HSO5-        0.34734E-46  -46.4592 0.34101E-46  -46.4672 0.98178E+00   -0.0080
  41 S2O3-2       0.93248-181 -181.0304 0.91404-181 -181.0390 0.98023E+00   -0.0087
  42 HS2O3-       0.45337-186 -186.3435 0.44511-186 -186.3515 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17297-192 -192.7620 0.17297-192 -192.7620 0.10000E+01    0.0000
  44 S2O4-2       0.17448-167 -167.7583 0.17103-167 -167.7669 0.98023E+00   -0.0087
  45 HS2O4-       0.54519-172 -172.2635 0.53526-172 -172.2714 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12504-178 -178.9029 0.12504-178 -178.9029 0.10000E+01    0.0000
  47 S2O5-2       0.17094-134 -134.7672 0.16756-134 -134.7758 0.98023E+00   -0.0087
  48 S2O6-2       0.45491-104 -104.3421 0.44592-104 -104.3507 0.98023E+00   -0.0087
  49 S2O8-2       0.90807E-79  -79.0419 0.89012E-79  -79.0506 0.98023E+00   -0.0087

  Charge balance for all species = 0.7854E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log =-100.0000
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8291-223   1.0000   0.2863-157    0.2863-157
     S2,gas                   0.0000E+00   1.0000   0.7687-258    0.7687-258
     NO2,gas                  0.1032-129   1.0000   0.3564E-64    0.3564E-64
     SO3,gas                  0.1656-123   1.0000   0.5717E-58    0.5717E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.6309-179   1.0000   0.2178-113    0.2178-113
     N2,gas                   0.8899-175   1.0000   0.3073-109    0.3073-109
     SO2,gas                  0.1496-135   1.0000   0.5165E-70    0.5165E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   12.07  -64.45    -14.731   0.87925E+05  -64.448
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04 -102.62 -113.66    -56.831   0.15507E+06 -113.662
  9 N2,gas                   2.57 -106.94 -109.51    -14.131   0.14941E+06 -109.512
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95891E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.2235E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.2235E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43235E-20  -20.3642 0.42381E-20  -20.3728 0.98023E+00   -0.0087
   5 HS-          0.36414-158 -158.4387 0.35750-158 -158.4467 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.48713E-81  -81.3124 0.47825E-81  -81.3203 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.27301E-83  -83.5638 0.27300E-83  -83.5638 0.99996E+00    0.0000
  14 HNO2,aq      0.12487E-38  -38.9036 0.12487E-38  -38.9036 0.10000E+01    0.0000
  15 NO2-         0.75324E-35  -35.1231 0.73952E-35  -35.1311 0.98178E+00   -0.0080
  16 HNO3,aq      0.98525E-30  -30.0065 0.98525E-30  -30.0065 0.10000E+01    0.0000
  17 NO3-         0.20000E-21  -21.6990 0.19636E-21  -21.7070 0.98178E+00   -0.0080
  18 N2,aq        0.79915E-56  -56.0974 0.79911E-56  -56.0974 0.99996E+00    0.0000
  19 N2O2-2       0.69723-105 -105.1566 0.68345-105 -105.1653 0.98023E+00   -0.0087
  20 HN2O2-       0.69213-101 -101.1598 0.67952-101 -101.1678 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.74422-101 -101.1283 0.74422-101 -101.1283 0.10000E+01    0.0000
  22 N2H5+        0.18919-156 -156.7231 0.18574-156 -156.7311 0.98178E+00   -0.0080
  23 N2H6+2       0.17910-164 -164.7469 0.17556-164 -164.7556 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34978-158 -158.4562 0.34977-158 -158.4562 0.99996E+00    0.0000
  36 SO2,aq       0.76396E-70  -70.1169 0.76396E-70  -70.1169 0.10000E+01    0.0000
  37 SO3-2        0.66335E-65  -65.1783 0.65023E-65  -65.1869 0.98023E+00   -0.0087
  38 HSO3-        0.10680E-64  -64.9714 0.10485E-64  -64.9794 0.98178E+00   -0.0080
  39 HSO4-        0.41367E-25  -25.3833 0.40613E-25  -25.3913 0.98178E+00   -0.0080
  40 HSO5-        0.34733E-46  -46.4593 0.34101E-46  -46.4672 0.98178E+00   -0.0080
  41 S2O3-2       0.93243-181 -181.0304 0.91400-181 -181.0391 0.98023E+00   -0.0087
  42 HS2O3-       0.45335-186 -186.3436 0.44509-186 -186.3516 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17296-192 -192.7621 0.17296-192 -192.7621 0.10000E+01    0.0000
  44 S2O4-2       0.17447-167 -167.7583 0.17102-167 -167.7670 0.98023E+00   -0.0087
  45 HS2O4-       0.54517-172 -172.2635 0.53523-172 -172.2715 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12504-178 -178.9030 0.12504-178 -178.9030 0.10000E+01    0.0000
  47 S2O5-2       0.17093-134 -134.7672 0.16755-134 -134.7759 0.98023E+00   -0.0087
  48 S2O6-2       0.45489-104 -104.3421 0.44590-104 -104.3508 0.98023E+00   -0.0087
  49 S2O8-2       0.90803E-79  -79.0419 0.89008E-79  -79.0506 0.98023E+00   -0.0087

  Charge balance for all species = -.4547E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -22.0000
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8291-223   1.0000   0.2863-157    0.2863-157
     S2,gas                   0.0000E+00   1.0000   0.7687-258    0.7687-258
     NO2,gas                  0.2064-101   1.0000   0.7128E-36    0.7128E-36
     SO3,gas                  0.1656-123   1.0000   0.5717E-58    0.5717E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1262-150   1.0000   0.4357E-85    0.4357E-85
     N2,gas                   0.3560-118   1.0000   0.1229E-52    0.1229E-52
     SO2,gas                  0.1496-135   1.0000   0.5165E-70    0.5165E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   40.37  -36.15     -8.262   0.49315E+05  -36.147
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -74.32  -85.36    -42.680   0.11646E+06  -85.361
  9 N2,gas                   2.57  -50.34  -52.91     -6.827   0.72185E+05  -52.910
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95891E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.2035E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.2035E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43234E-20  -20.3642 0.42379E-20  -20.3728 0.98023E+00   -0.0087
   5 HS-          0.36413-158 -158.4387 0.35749-158 -158.4467 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.97426E-81  -81.0113 0.95651E-81  -81.0193 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.54602E-83  -83.2628 0.54600E-83  -83.2628 0.99996E+00    0.0000
  14 HNO2,aq      0.24973E-38  -38.6025 0.24973E-38  -38.6025 0.10000E+01    0.0000
  15 NO2-         0.15065E-34  -34.8220 0.14790E-34  -34.8300 0.98178E+00   -0.0080
  16 HNO3,aq      0.19705E-29  -29.7054 0.19705E-29  -29.7054 0.10000E+01    0.0000
  17 NO3-         0.40000E-21  -21.3979 0.39271E-21  -21.4059 0.98178E+00   -0.0080
  18 N2,aq        0.31966E-55  -55.4953 0.31964E-55  -55.4953 0.99996E+00    0.0000
  19 N2O2-2       0.27889-104 -104.5546 0.27338-104 -104.5632 0.98023E+00   -0.0087
  20 HN2O2-       0.27685-100 -100.5578 0.27181-100 -100.5657 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.29769-100 -100.5262 0.29769-100 -100.5262 0.10000E+01    0.0000
  22 N2H5+        0.75676-156 -156.1210 0.74298-156 -156.1290 0.98178E+00   -0.0080
  23 N2H6+2       0.71639-164 -164.1449 0.70222-164 -164.1535 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34977-158 -158.4562 0.34976-158 -158.4562 0.99996E+00    0.0000
  36 SO2,aq       0.76394E-70  -70.1169 0.76394E-70  -70.1169 0.10000E+01    0.0000
  37 SO3-2        0.66333E-65  -65.1783 0.65022E-65  -65.1869 0.98023E+00   -0.0087
  38 HSO3-        0.10679E-64  -64.9715 0.10485E-64  -64.9794 0.98178E+00   -0.0080
  39 HSO4-        0.41366E-25  -25.3834 0.40612E-25  -25.3913 0.98178E+00   -0.0080
  40 HSO5-        0.34733E-46  -46.4593 0.34100E-46  -46.4672 0.98178E+00   -0.0080
  41 S2O3-2       0.93239-181 -181.0304 0.91396-181 -181.0391 0.98023E+00   -0.0087
  42 HS2O3-       0.45333-186 -186.3436 0.44507-186 -186.3516 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17295-192 -192.7621 0.17295-192 -192.7621 0.10000E+01    0.0000
  44 S2O4-2       0.17446-167 -167.7583 0.17101-167 -167.7670 0.98023E+00   -0.0087
  45 HS2O4-       0.54514-172 -172.2635 0.53521-172 -172.2715 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12503-178 -178.9030 0.12503-178 -178.9030 0.10000E+01    0.0000
  47 S2O5-2       0.17092-134 -134.7672 0.16754-134 -134.7759 0.98023E+00   -0.0087
  48 S2O6-2       0.45487-104 -104.3421 0.44588-104 -104.3508 0.98023E+00   -0.0087
  49 S2O8-2       0.90799E-79  -79.0419 0.89004E-79  -79.0506 0.98023E+00   -0.0087

  Charge balance for all species = -.8548E-21

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.6990
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8290-223   1.0000   0.2863-157    0.2863-157
     S2,gas                   0.0000E+00   1.0000   0.7687-258    0.7687-258
     NO2,gas                  0.4129-101   1.0000   0.1426E-35    0.1426E-35
     SO3,gas                  0.1656-123   1.0000   0.5717E-58    0.5717E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.2523-150   1.0000   0.8713E-85    0.8713E-85
     N2,gas                   0.1424-117   1.0000   0.4917E-52    0.4917E-52
     SO2,gas                  0.1496-135   1.0000   0.5165E-70    0.5165E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   40.67  -35.85     -8.193   0.48904E+05  -35.846
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -74.02  -85.06    -42.530   0.11605E+06  -85.060
  9 N2,gas                   2.57  -49.74  -52.31     -6.749   0.71363E+05  -52.308
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95891E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.1835E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.1835E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43233E-20  -20.3642 0.42378E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36412-158 -158.4388 0.35749-158 -158.4467 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.14614E-80  -80.8352 0.14348E-80  -80.8432 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.81903E-83  -83.0867 0.81899E-83  -83.0867 0.99996E+00    0.0000
  14 HNO2,aq      0.37460E-38  -38.4264 0.37460E-38  -38.4264 0.10000E+01    0.0000
  15 NO2-         0.22597E-34  -34.6459 0.22186E-34  -34.6539 0.98178E+00   -0.0080
  16 HNO3,aq      0.29557E-29  -29.5293 0.29557E-29  -29.5293 0.10000E+01    0.0000
  17 NO3-         0.60000E-21  -21.2218 0.58907E-21  -21.2298 0.98178E+00   -0.0080
  18 N2,aq        0.71923E-55  -55.1431 0.71920E-55  -55.1431 0.99996E+00    0.0000
  19 N2O2-2       0.62751-104 -104.2024 0.61510-104 -104.2111 0.98023E+00   -0.0087
  20 HN2O2-       0.62292-100 -100.2056 0.61157-100 -100.2136 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.66980-100 -100.1741 0.66980-100 -100.1741 0.10000E+01    0.0000
  22 N2H5+        0.17027-155 -155.7689 0.16717-155 -155.7768 0.98178E+00   -0.0080
  23 N2H6+2       0.16119-163 -163.7927 0.15800-163 -163.8013 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34977-158 -158.4562 0.34975-158 -158.4562 0.99996E+00    0.0000
  36 SO2,aq       0.76392E-70  -70.1170 0.76392E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66332E-65  -65.1783 0.65020E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10679E-64  -64.9715 0.10485E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41365E-25  -25.3834 0.40611E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34732E-46  -46.4593 0.34099E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93235-181 -181.0304 0.91391-181 -181.0391 0.98023E+00   -0.0087
  42 HS2O3-       0.45330-186 -186.3436 0.44505-186 -186.3516 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17294-192 -192.7621 0.17294-192 -192.7621 0.10000E+01    0.0000
  44 S2O4-2       0.17445-167 -167.7583 0.17100-167 -167.7670 0.98023E+00   -0.0087
  45 HS2O4-       0.54511-172 -172.2635 0.53518-172 -172.2715 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12503-178 -178.9030 0.12503-178 -178.9030 0.10000E+01    0.0000
  47 S2O5-2       0.17091-134 -134.7672 0.16753-134 -134.7759 0.98023E+00   -0.0087
  48 S2O6-2       0.45485-104 -104.3421 0.44586-104 -104.3508 0.98023E+00   -0.0087
  49 S2O8-2       0.90794E-79  -79.0419 0.88999E-79  -79.0506 0.98023E+00   -0.0087

  Charge balance for all species = 0.6517E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.5229
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8290-223   1.0000   0.2863-157    0.2863-157
     S2,gas                   0.0000E+00   1.0000   0.7686-258    0.7686-258
     NO2,gas                  0.6193-101   1.0000   0.2139E-35    0.2139E-35
     SO3,gas                  0.1656-123   1.0000   0.5717E-58    0.5717E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.3785-150   1.0000   0.1307E-84    0.1307E-84
     N2,gas                   0.3204-117   1.0000   0.1106E-51    0.1106E-51
     SO2,gas                  0.1496-135   1.0000   0.5165E-70    0.5165E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   40.85  -35.67     -8.153   0.48664E+05  -35.670
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.85  -84.88    -42.442   0.11581E+06  -84.884
  9 N2,gas                   2.57  -49.38  -51.96     -6.704   0.70883E+05  -51.956
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95891E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.1635E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.1635E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43232E-20  -20.3642 0.42377E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36411-158 -158.4388 0.35748-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.19485E-80  -80.7103 0.19130E-80  -80.7183 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.10920E-82  -82.9618 0.10920E-82  -82.9618 0.99996E+00    0.0000
  14 HNO2,aq      0.49947E-38  -38.3015 0.49947E-38  -38.3015 0.10000E+01    0.0000
  15 NO2-         0.30130E-34  -34.5210 0.29581E-34  -34.5290 0.98178E+00   -0.0080
  16 HNO3,aq      0.39410E-29  -29.4044 0.39410E-29  -29.4044 0.10000E+01    0.0000
  17 NO3-         0.80000E-21  -21.0969 0.78543E-21  -21.1049 0.98178E+00   -0.0080
  18 N2,aq        0.12786E-54  -54.8933 0.12786E-54  -54.8933 0.99996E+00    0.0000
  19 N2O2-2       0.11156-103 -103.9525 0.10935-103 -103.9612 0.98023E+00   -0.0087
  20 HN2O2-       0.11074E-99  -99.9557 0.10872E-99  -99.9637 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.11908E-99  -99.9242 0.11908E-99  -99.9242 0.10000E+01    0.0000
  22 N2H5+        0.30271-155 -155.5190 0.29719-155 -155.5270 0.98178E+00   -0.0080
  23 N2H6+2       0.28655-163 -163.5428 0.28089-163 -163.5515 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34976-158 -158.4562 0.34974-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76390E-70  -70.1170 0.76390E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66330E-65  -65.1783 0.65019E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10679E-64  -64.9715 0.10484E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41364E-25  -25.3834 0.40610E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34731E-46  -46.4593 0.34098E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93230-181 -181.0304 0.91387-181 -181.0391 0.98023E+00   -0.0087
  42 HS2O3-       0.45328-186 -186.3436 0.44502-186 -186.3516 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17294-192 -192.7621 0.17294-192 -192.7621 0.10000E+01    0.0000
  44 S2O4-2       0.17444-167 -167.7583 0.17099-167 -167.7670 0.98023E+00   -0.0087
  45 HS2O4-       0.54509-172 -172.2635 0.53516-172 -172.2715 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12502-178 -178.9030 0.12502-178 -178.9030 0.10000E+01    0.0000
  47 S2O5-2       0.17090-134 -134.7673 0.16752-134 -134.7759 0.98023E+00   -0.0087
  48 S2O6-2       0.45483-104 -104.3422 0.44583-104 -104.3508 0.98023E+00   -0.0087
  49 S2O8-2       0.90790E-79  -79.0420 0.88995E-79  -79.0506 0.98023E+00   -0.0087

  Charge balance for all species = -.5143E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.3979
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8290-223   1.0000   0.2863-157    0.2863-157
     S2,gas                   0.0000E+00   1.0000   0.7686-258    0.7686-258
     NO2,gas                  0.8258-101   1.0000   0.2851E-35    0.2851E-35
     SO3,gas                  0.1656-123   1.0000   0.5717E-58    0.5717E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.5047-150   1.0000   0.1743E-84    0.1743E-84
     N2,gas                   0.5696-117   1.0000   0.1967E-51    0.1967E-51
     SO2,gas                  0.1496-135   1.0000   0.5165E-70    0.5165E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   40.97  -35.54     -8.125   0.48493E+05  -35.545
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.72  -84.76    -42.379   0.11564E+06  -84.759
  9 N2,gas                   2.57  -49.13  -51.71     -6.672   0.70542E+05  -51.706
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95891E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.1435E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.1435E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43231E-20  -20.3642 0.42376E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36410-158 -158.4388 0.35747-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.24356E-80  -80.6134 0.23913E-80  -80.6214 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.13650E-82  -82.8649 0.13650E-82  -82.8649 0.99996E+00    0.0000
  14 HNO2,aq      0.62434E-38  -38.2046 0.62434E-38  -38.2046 0.10000E+01    0.0000
  15 NO2-         0.37662E-34  -34.4241 0.36976E-34  -34.4321 0.98178E+00   -0.0080
  16 HNO3,aq      0.49262E-29  -29.3075 0.49262E-29  -29.3075 0.10000E+01    0.0000
  17 NO3-         0.10000E-20  -21.0000 0.98178E-21  -21.0080 0.98178E+00   -0.0080
  18 N2,aq        0.19979E-54  -54.6994 0.19978E-54  -54.6995 0.99996E+00    0.0000
  19 N2O2-2       0.17431-103 -103.7587 0.17086-103 -103.7674 0.98023E+00   -0.0087
  20 HN2O2-       0.17303E-99  -99.7619 0.16988E-99  -99.7699 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.18606E-99  -99.7304 0.18606E-99  -99.7304 0.10000E+01    0.0000
  22 N2H5+        0.47298-155 -155.3252 0.46436-155 -155.3331 0.98178E+00   -0.0080
  23 N2H6+2       0.44774-163 -163.3490 0.43889-163 -163.3576 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34975-158 -158.4562 0.34973-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76389E-70  -70.1170 0.76389E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66328E-65  -65.1783 0.65017E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10679E-64  -64.9715 0.10484E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41363E-25  -25.3834 0.40609E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34730E-46  -46.4593 0.34097E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93226-181 -181.0305 0.91383-181 -181.0391 0.98023E+00   -0.0087
  42 HS2O3-       0.45326-186 -186.3437 0.44500-186 -186.3516 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17293-192 -192.7621 0.17293-192 -192.7621 0.10000E+01    0.0000
  44 S2O4-2       0.17443-167 -167.7584 0.17099-167 -167.7670 0.98023E+00   -0.0087
  45 HS2O4-       0.54506-172 -172.2636 0.53513-172 -172.2715 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12501-178 -178.9030 0.12501-178 -178.9030 0.10000E+01    0.0000
  47 S2O5-2       0.17089-134 -134.7673 0.16752-134 -134.7759 0.98023E+00   -0.0087
  48 S2O6-2       0.45480-104 -104.3422 0.44581-104 -104.3508 0.98023E+00   -0.0087
  49 S2O8-2       0.90786E-79  -79.0420 0.88991E-79  -79.0507 0.98023E+00   -0.0087

  Charge balance for all species = -.1464E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.3010
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8290-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7685-258    0.7685-258
     NO2,gas                  0.1032-100   1.0000   0.3564E-35    0.3564E-35
     SO3,gas                  0.1656-123   1.0000   0.5716E-58    0.5716E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.6309-150   1.0000   0.2178E-84    0.2178E-84
     N2,gas                   0.8899-117   1.0000   0.3073E-51    0.3073E-51
     SO2,gas                  0.1496-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.07  -35.45     -8.102   0.48361E+05  -35.448
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.62  -84.66    -42.331   0.11550E+06  -84.662
  9 N2,gas                   2.57  -48.94  -51.51     -6.647   0.70278E+05  -51.512
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95891E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.1235E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.1235E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43230E-20  -20.3642 0.42375E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36409-158 -158.4388 0.35746-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.29228E-80  -80.5342 0.28695E-80  -80.5422 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.16381E-82  -82.7857 0.16380E-82  -82.7857 0.99996E+00    0.0000
  14 HNO2,aq      0.74920E-38  -38.1254 0.74920E-38  -38.1254 0.10000E+01    0.0000
  15 NO2-         0.45194E-34  -34.3449 0.44371E-34  -34.3529 0.98178E+00   -0.0080
  16 HNO3,aq      0.59115E-29  -29.2283 0.59115E-29  -29.2283 0.10000E+01    0.0000
  17 NO3-         0.12000E-20  -20.9208 0.11781E-20  -20.9288 0.98178E+00   -0.0080
  18 N2,aq        0.28769E-54  -54.5411 0.28768E-54  -54.5411 0.99996E+00    0.0000
  19 N2O2-2       0.25100-103 -103.6003 0.24604-103 -103.6090 0.98023E+00   -0.0087
  20 HN2O2-       0.24917E-99  -99.6035 0.24463E-99  -99.6115 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.26792E-99  -99.5720 0.26792E-99  -99.5720 0.10000E+01    0.0000
  22 N2H5+        0.68109-155 -155.1668 0.66868-155 -155.1748 0.98178E+00   -0.0080
  23 N2H6+2       0.64475-163 -163.1906 0.63200-163 -163.1993 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34974-158 -158.4563 0.34973-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76387E-70  -70.1170 0.76387E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66327E-65  -65.1783 0.65016E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10678E-64  -64.9715 0.10484E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41362E-25  -25.3834 0.40608E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34729E-46  -46.4593 0.34097E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93221-181 -181.0305 0.91378-181 -181.0392 0.98023E+00   -0.0087
  42 HS2O3-       0.45324-186 -186.3437 0.44498-186 -186.3517 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17292-192 -192.7622 0.17292-192 -192.7622 0.10000E+01    0.0000
  44 S2O4-2       0.17443-167 -167.7584 0.17098-167 -167.7671 0.98023E+00   -0.0087
  45 HS2O4-       0.54503-172 -172.2636 0.53511-172 -172.2716 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12501-178 -178.9031 0.12501-178 -178.9031 0.10000E+01    0.0000
  47 S2O5-2       0.17089-134 -134.7673 0.16751-134 -134.7760 0.98023E+00   -0.0087
  48 S2O6-2       0.45478-104 -104.3422 0.44579-104 -104.3509 0.98023E+00   -0.0087
  49 S2O8-2       0.90781E-79  -79.0420 0.88987E-79  -79.0507 0.98023E+00   -0.0087

  Charge balance for all species = 0.5908E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.2218
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8290-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7685-258    0.7685-258
     NO2,gas                  0.1239-100   1.0000   0.4277E-35    0.4277E-35
     SO3,gas                  0.1655-123   1.0000   0.5716E-58    0.5716E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.7570-150   1.0000   0.2614E-84    0.2614E-84
     N2,gas                   0.1281-116   1.0000   0.4425E-51    0.4425E-51
     SO2,gas                  0.1496-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.15  -35.37     -8.084   0.48253E+05  -35.369
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.54  -84.58    -42.291   0.11539E+06  -84.583
  9 N2,gas                   2.57  -48.78  -51.35     -6.626   0.70062E+05  -51.354
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95891E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.1035E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.1035E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43229E-20  -20.3642 0.42374E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36409-158 -158.4388 0.35745-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.34099E-80  -80.4673 0.33478E-80  -80.4752 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.19111E-82  -82.7187 0.19110E-82  -82.7187 0.99996E+00    0.0000
  14 HNO2,aq      0.87407E-38  -38.0585 0.87407E-38  -38.0585 0.10000E+01    0.0000
  15 NO2-         0.52727E-34  -34.2780 0.51766E-34  -34.2860 0.98178E+00   -0.0080
  16 HNO3,aq      0.68967E-29  -29.1614 0.68967E-29  -29.1614 0.10000E+01    0.0000
  17 NO3-         0.14000E-20  -20.8539 0.13745E-20  -20.8619 0.98178E+00   -0.0080
  18 N2,aq        0.39158E-54  -54.4072 0.39156E-54  -54.4072 0.99996E+00    0.0000
  19 N2O2-2       0.34164-103 -103.4664 0.33489-103 -103.4751 0.98023E+00   -0.0087
  20 HN2O2-       0.33914E-99  -99.4696 0.33297E-99  -99.4776 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.36467E-99  -99.4381 0.36467E-99  -99.4381 0.10000E+01    0.0000
  22 N2H5+        0.92703-155 -155.0329 0.91015-155 -155.0409 0.98178E+00   -0.0080
  23 N2H6+2       0.87757-163 -163.0567 0.86022-163 -163.0654 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34973-158 -158.4563 0.34972-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76385E-70  -70.1170 0.76385E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66325E-65  -65.1783 0.65014E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10678E-64  -64.9715 0.10484E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41361E-25  -25.3834 0.40607E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34728E-46  -46.4593 0.34096E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93217-181 -181.0305 0.91374-181 -181.0392 0.98023E+00   -0.0087
  42 HS2O3-       0.45322-186 -186.3437 0.44496-186 -186.3517 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17291-192 -192.7622 0.17291-192 -192.7622 0.10000E+01    0.0000
  44 S2O4-2       0.17442-167 -167.7584 0.17097-167 -167.7671 0.98023E+00   -0.0087
  45 HS2O4-       0.54501-172 -172.2636 0.53508-172 -172.2716 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12500-178 -178.9031 0.12500-178 -178.9031 0.10000E+01    0.0000
  47 S2O5-2       0.17088-134 -134.7673 0.16750-134 -134.7760 0.98023E+00   -0.0087
  48 S2O6-2       0.45476-104 -104.3422 0.44577-104 -104.3509 0.98023E+00   -0.0087
  49 S2O8-2       0.90777E-79  -79.0420 0.88982E-79  -79.0507 0.98023E+00   -0.0087

  Charge balance for all species = -.5752E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.1549
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8289-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7685-258    0.7685-258
     NO2,gas                  0.1445-100   1.0000   0.4990E-35    0.4990E-35
     SO3,gas                  0.1655-123   1.0000   0.5716E-58    0.5716E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.8832-150   1.0000   0.3050E-84    0.3050E-84
     N2,gas                   0.1744-116   1.0000   0.6023E-51    0.6023E-51
     SO2,gas                  0.1496-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.21  -35.30     -8.069   0.48162E+05  -35.302
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.48  -84.52    -42.258   0.11530E+06  -84.516
  9 N2,gas                   2.57  -48.65  -51.22     -6.609   0.69879E+05  -51.220
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.8352E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.8352E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43228E-20  -20.3642 0.42373E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36408-158 -158.4388 0.35744-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.38970E-80  -80.4093 0.38260E-80  -80.4173 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.21841E-82  -82.6607 0.21840E-82  -82.6608 0.99996E+00    0.0000
  14 HNO2,aq      0.99894E-38  -38.0005 0.99894E-38  -38.0005 0.10000E+01    0.0000
  15 NO2-         0.60259E-34  -34.2200 0.59161E-34  -34.2280 0.98178E+00   -0.0080
  16 HNO3,aq      0.78820E-29  -29.1034 0.78820E-29  -29.1034 0.10000E+01    0.0000
  17 NO3-         0.16000E-20  -20.7959 0.15709E-20  -20.8039 0.98178E+00   -0.0080
  18 N2,aq        0.51145E-54  -54.2912 0.51143E-54  -54.2912 0.99996E+00    0.0000
  19 N2O2-2       0.44623-103 -103.3504 0.43741-103 -103.3591 0.98023E+00   -0.0087
  20 HN2O2-       0.44296E-99  -99.3536 0.43489E-99  -99.3616 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.47630E-99  -99.3221 0.47630E-99  -99.3221 0.10000E+01    0.0000
  22 N2H5+        0.12108-154 -154.9169 0.11888-154 -154.9249 0.98178E+00   -0.0080
  23 N2H6+2       0.11462-162 -162.9407 0.11236-162 -162.9494 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34972-158 -158.4563 0.34971-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76383E-70  -70.1170 0.76383E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66324E-65  -65.1783 0.65013E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10678E-64  -64.9715 0.10483E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41360E-25  -25.3834 0.40606E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34728E-46  -46.4593 0.34095E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93212-181 -181.0305 0.91369-181 -181.0392 0.98023E+00   -0.0087
  42 HS2O3-       0.45320-186 -186.3437 0.44494-186 -186.3517 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17290-192 -192.7622 0.17290-192 -192.7622 0.10000E+01    0.0000
  44 S2O4-2       0.17441-167 -167.7584 0.17096-167 -167.7671 0.98023E+00   -0.0087
  45 HS2O4-       0.54498-172 -172.2636 0.53505-172 -172.2716 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12500-178 -178.9031 0.12500-178 -178.9031 0.10000E+01    0.0000
  47 S2O5-2       0.17087-134 -134.7673 0.16749-134 -134.7760 0.98023E+00   -0.0087
  48 S2O6-2       0.45474-104 -104.3422 0.44575-104 -104.3509 0.98023E+00   -0.0087
  49 S2O8-2       0.90773E-79  -79.0420 0.88978E-79  -79.0507 0.98023E+00   -0.0087

  Charge balance for all species = -.2059E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.0969
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8289-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7684-258    0.7684-258
     NO2,gas                  0.1652-100   1.0000   0.5703E-35    0.5703E-35
     SO3,gas                  0.1655-123   1.0000   0.5716E-58    0.5716E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1009-149   1.0000   0.3485E-84    0.3485E-84
     N2,gas                   0.2278-116   1.0000   0.7867E-51    0.7867E-51
     SO2,gas                  0.1496-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.27  -35.24     -8.056   0.48083E+05  -35.244
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.42  -84.46    -42.229   0.11522E+06  -84.458
  9 N2,gas                   2.57  -48.53  -51.10     -6.594   0.69721E+05  -51.104
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.6352E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.6352E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43227E-20  -20.3642 0.42372E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36407-158 -158.4388 0.35744-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.43842E-80  -80.3581 0.43043E-80  -80.3661 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.24571E-82  -82.6096 0.24570E-82  -82.6096 0.99996E+00    0.0000
  14 HNO2,aq      0.11238E-37  -37.9493 0.11238E-37  -37.9493 0.10000E+01    0.0000
  15 NO2-         0.67792E-34  -34.1688 0.66557E-34  -34.1768 0.98178E+00   -0.0080
  16 HNO3,aq      0.88672E-29  -29.0522 0.88672E-29  -29.0522 0.10000E+01    0.0000
  17 NO3-         0.18000E-20  -20.7447 0.17672E-20  -20.7527 0.98178E+00   -0.0080
  18 N2,aq        0.64731E-54  -54.1889 0.64728E-54  -54.1889 0.99996E+00    0.0000
  19 N2O2-2       0.56476-103 -103.2481 0.55359-103 -103.2568 0.98023E+00   -0.0087
  20 HN2O2-       0.56063E-99  -99.2513 0.55041E-99  -99.2593 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.60282E-99  -99.2198 0.60282E-99  -99.2198 0.10000E+01    0.0000
  22 N2H5+        0.15324-154 -154.8146 0.15045-154 -154.8226 0.98178E+00   -0.0080
  23 N2H6+2       0.14507-162 -162.8384 0.14220-162 -162.8471 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34972-158 -158.4563 0.34970-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76381E-70  -70.1170 0.76381E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66322E-65  -65.1783 0.65011E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10678E-64  -64.9715 0.10483E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41359E-25  -25.3834 0.40605E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34727E-46  -46.4593 0.34094E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93208-181 -181.0305 0.91365-181 -181.0392 0.98023E+00   -0.0087
  42 HS2O3-       0.45317-186 -186.3437 0.44492-186 -186.3517 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17289-192 -192.7622 0.17289-192 -192.7622 0.10000E+01    0.0000
  44 S2O4-2       0.17440-167 -167.7585 0.17095-167 -167.7671 0.98023E+00   -0.0087
  45 HS2O4-       0.54496-172 -172.2636 0.53503-172 -172.2716 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12499-178 -178.9031 0.12499-178 -178.9031 0.10000E+01    0.0000
  47 S2O5-2       0.17086-134 -134.7674 0.16748-134 -134.7760 0.98023E+00   -0.0087
  48 S2O6-2       0.45472-104 -104.3423 0.44573-104 -104.3509 0.98023E+00   -0.0087
  49 S2O8-2       0.90768E-79  -79.0421 0.88974E-79  -79.0507 0.98023E+00   -0.0087

  Charge balance for all species = 0.5313E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.0458
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8289-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7684-258    0.7684-258
     NO2,gas                  0.1858-100   1.0000   0.6416E-35    0.6416E-35
     SO3,gas                  0.1655-123   1.0000   0.5716E-58    0.5716E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1136-149   1.0000   0.3921E-84    0.3921E-84
     N2,gas                   0.2883-116   1.0000   0.9956E-51    0.9956E-51
     SO2,gas                  0.1496-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.32  -35.19     -8.044   0.48013E+05  -35.193
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.37  -84.41    -42.203   0.11515E+06  -84.407
  9 N2,gas                   2.57  -48.43  -51.00     -6.581   0.69581E+05  -51.002
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.4352E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.4352E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43226E-20  -20.3643 0.42371E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36406-158 -158.4388 0.35743-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.48713E-80  -80.3124 0.47825E-80  -80.3203 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.27301E-82  -82.5638 0.27300E-82  -82.5638 0.99996E+00    0.0000
  14 HNO2,aq      0.12487E-37  -37.9036 0.12487E-37  -37.9036 0.10000E+01    0.0000
  15 NO2-         0.75324E-34  -34.1231 0.73952E-34  -34.1311 0.98178E+00   -0.0080
  16 HNO3,aq      0.98525E-29  -29.0065 0.98525E-29  -29.0065 0.10000E+01    0.0000
  17 NO3-         0.20000E-20  -20.6990 0.19636E-20  -20.7070 0.98178E+00   -0.0080
  18 N2,aq        0.79915E-54  -54.0974 0.79911E-54  -54.0974 0.99996E+00    0.0000
  19 N2O2-2       0.69723-103 -103.1566 0.68345-103 -103.1653 0.98023E+00   -0.0087
  20 HN2O2-       0.69213E-99  -99.1598 0.67952E-99  -99.1678 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.74422E-99  -99.1283 0.74422E-99  -99.1283 0.10000E+01    0.0000
  22 N2H5+        0.18919-154 -154.7231 0.18574-154 -154.7311 0.98178E+00   -0.0080
  23 N2H6+2       0.17910-162 -162.7469 0.17556-162 -162.7556 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34971-158 -158.4563 0.34969-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76379E-70  -70.1170 0.76379E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66321E-65  -65.1784 0.65009E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10677E-64  -64.9715 0.10483E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41358E-25  -25.3834 0.40604E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34726E-46  -46.4593 0.34093E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93203-181 -181.0306 0.91361-181 -181.0392 0.98023E+00   -0.0087
  42 HS2O3-       0.45315-186 -186.3438 0.44490-186 -186.3517 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17289-192 -192.7622 0.17289-192 -192.7622 0.10000E+01    0.0000
  44 S2O4-2       0.17439-167 -167.7585 0.17094-167 -167.7671 0.98023E+00   -0.0087
  45 HS2O4-       0.54493-172 -172.2637 0.53500-172 -172.2716 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12498-178 -178.9031 0.12498-178 -178.9031 0.10000E+01    0.0000
  47 S2O5-2       0.17085-134 -134.7674 0.16748-134 -134.7760 0.98023E+00   -0.0087
  48 S2O6-2       0.45470-104 -104.3423 0.44571-104 -104.3510 0.98023E+00   -0.0087
  49 S2O8-2       0.90764E-79  -79.0421 0.88970E-79  -79.0508 0.98023E+00   -0.0087

  Charge balance for all species = -.6347E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -21.0000
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8289-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7684-258    0.7684-258
     NO2,gas                  0.2064-100   1.0000   0.7128E-35    0.7128E-35
     SO3,gas                  0.1655-123   1.0000   0.5716E-58    0.5716E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1262-149   1.0000   0.4357E-84    0.4357E-84
     N2,gas                   0.3560-116   1.0000   0.1229E-50    0.1229E-50
     SO2,gas                  0.1495-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.37  -35.15     -8.034   0.47951E+05  -35.147
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.32  -84.36    -42.180   0.11509E+06  -84.361
  9 N2,gas                   2.57  -48.34  -50.91     -6.569   0.69456E+05  -50.910
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.2352E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.2352E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43225E-20  -20.3643 0.42370E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36405-158 -158.4388 0.35742-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.53584E-80  -80.2710 0.52608E-80  -80.2789 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.30031E-82  -82.5224 0.30030E-82  -82.5224 0.99996E+00    0.0000
  14 HNO2,aq      0.13735E-37  -37.8622 0.13735E-37  -37.8622 0.10000E+01    0.0000
  15 NO2-         0.82856E-34  -34.0817 0.81347E-34  -34.0897 0.98178E+00   -0.0080
  16 HNO3,aq      0.10838E-28  -28.9651 0.10838E-28  -28.9651 0.10000E+01    0.0000
  17 NO3-         0.22000E-20  -20.6576 0.21599E-20  -20.6656 0.98178E+00   -0.0080
  18 N2,aq        0.96697E-54  -54.0146 0.96693E-54  -54.0146 0.99996E+00    0.0000
  19 N2O2-2       0.84365-103 -103.0738 0.82697-103 -103.0825 0.98023E+00   -0.0087
  20 HN2O2-       0.83748E-99  -99.0770 0.82222E-99  -99.0850 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.90051E-99  -99.0455 0.90051E-99  -99.0455 0.10000E+01    0.0000
  22 N2H5+        0.22892-154 -154.6403 0.22475-154 -154.6483 0.98178E+00   -0.0080
  23 N2H6+2       0.21671-162 -162.6641 0.21242-162 -162.6728 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34970-158 -158.4563 0.34968-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76378E-70  -70.1170 0.76378E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66319E-65  -65.1784 0.65008E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10677E-64  -64.9715 0.10483E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41357E-25  -25.3835 0.40603E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34725E-46  -46.4594 0.34093E-46  -46.4673 0.98178E+00   -0.0080
  41 S2O3-2       0.93199-181 -181.0306 0.91356-181 -181.0393 0.98023E+00   -0.0087
  42 HS2O3-       0.45313-186 -186.3438 0.44488-186 -186.3518 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17288-192 -192.7623 0.17288-192 -192.7623 0.10000E+01    0.0000
  44 S2O4-2       0.17438-167 -167.7585 0.17094-167 -167.7672 0.98023E+00   -0.0087
  45 HS2O4-       0.54490-172 -172.2637 0.53498-172 -172.2717 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12498-178 -178.9032 0.12498-178 -178.9032 0.10000E+01    0.0000
  47 S2O5-2       0.17085-134 -134.7674 0.16747-134 -134.7761 0.98023E+00   -0.0087
  48 S2O6-2       0.45467-104 -104.3423 0.44569-104 -104.3510 0.98023E+00   -0.0087
  49 S2O8-2       0.90760E-79  -79.0421 0.88965E-79  -79.0508 0.98023E+00   -0.0087

  Charge balance for all species = -.2655E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.9586
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8289-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7683-258    0.7683-258
     NO2,gas                  0.2271-100   1.0000   0.7841E-35    0.7841E-35
     SO3,gas                  0.1655-123   1.0000   0.5716E-58    0.5716E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1388-149   1.0000   0.4792E-84    0.4792E-84
     N2,gas                   0.4307-116   1.0000   0.1487E-50    0.1487E-50
     SO2,gas                  0.1495-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.41  -35.11     -8.024   0.47894E+05  -35.106
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.28  -84.32    -42.160   0.11504E+06  -84.319
  9 N2,gas                   2.57  -48.26  -50.83     -6.558   0.69343E+05  -50.828
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = -.3522E-22
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = -.3522E-22   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43224E-20  -20.3643 0.42369E-20  -20.3729 0.98023E+00   -0.0087
   5 HS-          0.36404-158 -158.4388 0.35741-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.58456E-80  -80.2332 0.57391E-80  -80.2412 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.32761E-82  -82.4846 0.32760E-82  -82.4847 0.99996E+00    0.0000
  14 HNO2,aq      0.14984E-37  -37.8244 0.14984E-37  -37.8244 0.10000E+01    0.0000
  15 NO2-         0.90389E-34  -34.0439 0.88742E-34  -34.0519 0.98178E+00   -0.0080
  16 HNO3,aq      0.11823E-28  -28.9273 0.11823E-28  -28.9273 0.10000E+01    0.0000
  17 NO3-         0.24000E-20  -20.6198 0.23563E-20  -20.6278 0.98178E+00   -0.0080
  18 N2,aq        0.11508E-53  -53.9390 0.11507E-53  -53.9390 0.99996E+00    0.0000
  19 N2O2-2       0.10040-102 -102.9983 0.98416-103 -103.0069 0.98023E+00   -0.0087
  20 HN2O2-       0.99667E-99  -99.0014 0.97851E-99  -99.0094 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.10717E-98  -98.9699 0.10717E-98  -98.9699 0.10000E+01    0.0000
  22 N2H5+        0.27243-154 -154.5647 0.26747-154 -154.5727 0.98178E+00   -0.0080
  23 N2H6+2       0.25790-162 -162.5886 0.25280-162 -162.5972 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34969-158 -158.4563 0.34968-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76376E-70  -70.1170 0.76376E-70  -70.1170 0.10000E+01    0.0000
  37 SO3-2        0.66317E-65  -65.1784 0.65006E-65  -65.1870 0.98023E+00   -0.0087
  38 HSO3-        0.10677E-64  -64.9716 0.10482E-64  -64.9795 0.98178E+00   -0.0080
  39 HSO4-        0.41356E-25  -25.3835 0.40602E-25  -25.3914 0.98178E+00   -0.0080
  40 HSO5-        0.34724E-46  -46.4594 0.34092E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93194-181 -181.0306 0.91352-181 -181.0393 0.98023E+00   -0.0087
  42 HS2O3-       0.45311-186 -186.3438 0.44485-186 -186.3518 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17287-192 -192.7623 0.17287-192 -192.7623 0.10000E+01    0.0000
  44 S2O4-2       0.17438-167 -167.7585 0.17093-167 -167.7672 0.98023E+00   -0.0087
  45 HS2O4-       0.54488-172 -172.2637 0.53495-172 -172.2717 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12497-178 -178.9032 0.12497-178 -178.9032 0.10000E+01    0.0000
  47 S2O5-2       0.17084-134 -134.7674 0.16746-134 -134.7761 0.98023E+00   -0.0087
  48 S2O6-2       0.45465-104 -104.3423 0.44566-104 -104.3510 0.98023E+00   -0.0087
  49 S2O8-2       0.90755E-79  -79.0421 0.88961E-79  -79.0508 0.98023E+00   -0.0087

  Charge balance for all species = 0.4717E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.9208
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8288-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7683-258    0.7683-258
     NO2,gas                  0.2477-100   1.0000   0.8554E-35    0.8554E-35
     SO3,gas                  0.1655-123   1.0000   0.5715E-58    0.5715E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1514-149   1.0000   0.5228E-84    0.5228E-84
     N2,gas                   0.5126-116   1.0000   0.1770E-50    0.1770E-50
     SO2,gas                  0.1495-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.45  -35.07     -8.016   0.47843E+05  -35.068
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.24  -84.28    -42.141   0.11498E+06  -84.282
  9 N2,gas                   2.57  -48.18  -50.75     -6.549   0.69240E+05  -50.752
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.1648E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.1648E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43223E-20  -20.3643 0.42368E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36403-158 -158.4389 0.35740-158 -158.4468 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.63327E-80  -80.1984 0.62173E-80  -80.2064 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.35491E-82  -82.4499 0.35490E-82  -82.4499 0.99996E+00    0.0000
  14 HNO2,aq      0.16233E-37  -37.7896 0.16233E-37  -37.7896 0.10000E+01    0.0000
  15 NO2-         0.97921E-34  -34.0091 0.96137E-34  -34.0171 0.98178E+00   -0.0080
  16 HNO3,aq      0.12808E-28  -28.8925 0.12808E-28  -28.8925 0.10000E+01    0.0000
  17 NO3-         0.26000E-20  -20.5850 0.25526E-20  -20.5930 0.98178E+00   -0.0080
  18 N2,aq        0.13506E-53  -53.8695 0.13505E-53  -53.8695 0.99996E+00    0.0000
  19 N2O2-2       0.11783-102 -102.9287 0.11550-102 -102.9374 0.98023E+00   -0.0087
  20 HN2O2-       0.11697E-98  -98.9319 0.11484E-98  -98.9399 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.12577E-98  -98.9004 0.12577E-98  -98.9004 0.10000E+01    0.0000
  22 N2H5+        0.31973-154 -154.4952 0.31391-154 -154.5032 0.98178E+00   -0.0080
  23 N2H6+2       0.30267-162 -162.5190 0.29669-162 -162.5277 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34968-158 -158.4563 0.34967-158 -158.4563 0.99996E+00    0.0000
  36 SO2,aq       0.76374E-70  -70.1171 0.76374E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66316E-65  -65.1784 0.65005E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10677E-64  -64.9716 0.10482E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41355E-25  -25.3835 0.40601E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34723E-46  -46.4594 0.34091E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93190-181 -181.0306 0.91348-181 -181.0393 0.98023E+00   -0.0087
  42 HS2O3-       0.45309-186 -186.3438 0.44483-186 -186.3518 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17286-192 -192.7623 0.17286-192 -192.7623 0.10000E+01    0.0000
  44 S2O4-2       0.17437-167 -167.7585 0.17092-167 -167.7672 0.98023E+00   -0.0087
  45 HS2O4-       0.54485-172 -172.2637 0.53493-172 -172.2717 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12497-178 -178.9032 0.12497-178 -178.9032 0.10000E+01    0.0000
  47 S2O5-2       0.17083-134 -134.7674 0.16745-134 -134.7761 0.98023E+00   -0.0087
  48 S2O6-2       0.45463-104 -104.3423 0.44564-104 -104.3510 0.98023E+00   -0.0087
  49 S2O8-2       0.90751E-79  -79.0421 0.88957E-79  -79.0508 0.98023E+00   -0.0087

  Charge balance for all species = -.6943E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.8861
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8288-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7683-258    0.7683-258
     NO2,gas                  0.2684-100   1.0000   0.9267E-35    0.9267E-35
     SO3,gas                  0.1655-123   1.0000   0.5715E-58    0.5715E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1640-149   1.0000   0.5664E-84    0.5664E-84
     N2,gas                   0.6016-116   1.0000   0.2077E-50    0.2077E-50
     SO2,gas                  0.1495-135   1.0000   0.5164E-70    0.5164E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.114
  5 NO2,gas                 76.52   41.48  -35.03     -8.008   0.47795E+05  -35.033
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.21  -84.25    -42.123   0.11494E+06  -84.247
  9 N2,gas                   2.57  -48.11  -50.68     -6.540   0.69145E+05  -50.683
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.3648E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.3648E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43222E-20  -20.3643 0.42367E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36402-158 -158.4389 0.35739-158 -158.4469 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.68198E-80  -80.1662 0.66956E-80  -80.1742 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.38221E-82  -82.4177 0.38220E-82  -82.4177 0.99996E+00    0.0000
  14 HNO2,aq      0.17481E-37  -37.7574 0.17481E-37  -37.7574 0.10000E+01    0.0000
  15 NO2-         0.10545E-33  -33.9769 0.10353E-33  -33.9849 0.98178E+00   -0.0080
  16 HNO3,aq      0.13793E-28  -28.8603 0.13793E-28  -28.8603 0.10000E+01    0.0000
  17 NO3-         0.28000E-20  -20.5528 0.27490E-20  -20.5608 0.98178E+00   -0.0080
  18 N2,aq        0.15663E-53  -53.8051 0.15663E-53  -53.8051 0.99996E+00    0.0000
  19 N2O2-2       0.13666-102 -102.8644 0.13396-102 -102.8730 0.98023E+00   -0.0087
  20 HN2O2-       0.13566E-98  -98.8676 0.13319E-98  -98.8755 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.14587E-98  -98.8360 0.14587E-98  -98.8360 0.10000E+01    0.0000
  22 N2H5+        0.37081-154 -154.4308 0.36406-154 -154.4388 0.98178E+00   -0.0080
  23 N2H6+2       0.35103-162 -162.4547 0.34409-162 -162.4633 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34967-158 -158.4563 0.34966-158 -158.4564 0.99996E+00    0.0000
  36 SO2,aq       0.76372E-70  -70.1171 0.76372E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66314E-65  -65.1784 0.65003E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10676E-64  -64.9716 0.10482E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41354E-25  -25.3835 0.40600E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34723E-46  -46.4594 0.34090E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93186-181 -181.0307 0.91343-181 -181.0393 0.98023E+00   -0.0087
  42 HS2O3-       0.45307-186 -186.3438 0.44481-186 -186.3518 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17285-192 -192.7623 0.17285-192 -192.7623 0.10000E+01    0.0000
  44 S2O4-2       0.17436-167 -167.7586 0.17091-167 -167.7672 0.98023E+00   -0.0087
  45 HS2O4-       0.54483-172 -172.2637 0.53490-172 -172.2717 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12496-178 -178.9032 0.12496-178 -178.9032 0.10000E+01    0.0000
  47 S2O5-2       0.17082-134 -134.7675 0.16744-134 -134.7761 0.98023E+00   -0.0087
  48 S2O6-2       0.45461-104 -104.3424 0.44562-104 -104.3510 0.98023E+00   -0.0087
  49 S2O8-2       0.90747E-79  -79.0422 0.88953E-79  -79.0508 0.98023E+00   -0.0087

  Charge balance for all species = -.3264E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.8539
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8288-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7682-258    0.7682-258
     NO2,gas                  0.2890-100   1.0000   0.9980E-35    0.9980E-35
     SO3,gas                  0.1655-123   1.0000   0.5715E-58    0.5715E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1766-149   1.0000   0.6099E-84    0.6099E-84
     N2,gas                   0.6977-116   1.0000   0.2409E-50    0.2409E-50
     SO2,gas                  0.1495-135   1.0000   0.5163E-70    0.5163E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.115
  5 NO2,gas                 76.52   41.52  -35.00     -8.000   0.47751E+05  -35.001
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.18  -84.21    -42.107   0.11489E+06  -84.215
  9 N2,gas                   2.57  -48.05  -50.62     -6.531   0.69058E+05  -50.618
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.5648E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.5648E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43221E-20  -20.3643 0.42366E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36402-158 -158.4389 0.35738-158 -158.4469 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.73069E-80  -80.1363 0.71738E-80  -80.1442 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.40951E-82  -82.3877 0.40950E-82  -82.3877 0.99996E+00    0.0000
  14 HNO2,aq      0.18730E-37  -37.7275 0.18730E-37  -37.7275 0.10000E+01    0.0000
  15 NO2-         0.11299E-33  -33.9470 0.11093E-33  -33.9550 0.98178E+00   -0.0080
  16 HNO3,aq      0.14779E-28  -28.8304 0.14779E-28  -28.8304 0.10000E+01    0.0000
  17 NO3-         0.30000E-20  -20.5229 0.29453E-20  -20.5309 0.98178E+00   -0.0080
  18 N2,aq        0.17981E-53  -53.7452 0.17980E-53  -53.7452 0.99996E+00    0.0000
  19 N2O2-2       0.15688-102 -102.8044 0.15378-102 -102.8131 0.98023E+00   -0.0087
  20 HN2O2-       0.15573E-98  -98.8076 0.15289E-98  -98.8156 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.16745E-98  -98.7761 0.16745E-98  -98.7761 0.10000E+01    0.0000
  22 N2H5+        0.42568-154 -154.3709 0.41792-154 -154.3789 0.98178E+00   -0.0080
  23 N2H6+2       0.40297-162 -162.3947 0.39500-162 -162.4034 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34967-158 -158.4563 0.34965-158 -158.4564 0.99996E+00    0.0000
  36 SO2,aq       0.76370E-70  -70.1171 0.76370E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66313E-65  -65.1784 0.65002E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10676E-64  -64.9716 0.10482E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41353E-25  -25.3835 0.40600E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34722E-46  -46.4594 0.34089E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93181-181 -181.0307 0.91339-181 -181.0393 0.98023E+00   -0.0087
  42 HS2O3-       0.45304-186 -186.3439 0.44479-186 -186.3518 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17284-192 -192.7623 0.17284-192 -192.7623 0.10000E+01    0.0000
  44 S2O4-2       0.17435-167 -167.7586 0.17090-167 -167.7672 0.98023E+00   -0.0087
  45 HS2O4-       0.54480-172 -172.2638 0.53488-172 -172.2717 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12495-178 -178.9032 0.12495-178 -178.9032 0.10000E+01    0.0000
  47 S2O5-2       0.17081-134 -134.7675 0.16744-134 -134.7762 0.98023E+00   -0.0087
  48 S2O6-2       0.45459-104 -104.3424 0.44560-104 -104.3511 0.98023E+00   -0.0087
  49 S2O8-2       0.90742E-79  -79.0422 0.88948E-79  -79.0509 0.98023E+00   -0.0087

  Charge balance for all species = 0.4108E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.8239
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8288-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7682-258    0.7682-258
     NO2,gas                  0.3097-100   1.0000   0.1069E-34    0.1069E-34
     SO3,gas                  0.1655-123   1.0000   0.5715E-58    0.5715E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.1893-149   1.0000   0.6535E-84    0.6535E-84
     N2,gas                   0.8009-116   1.0000   0.2766E-50    0.2766E-50
     SO2,gas                  0.1495-135   1.0000   0.5163E-70    0.5163E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.115
  5 NO2,gas                 76.52   41.55  -34.97     -7.993   0.47710E+05  -34.971
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.15  -84.18    -42.092   0.11485E+06  -84.185
  9 N2,gas                   2.57  -47.99  -50.56     -6.524   0.68976E+05  -50.558
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.7648E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.7648E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43220E-20  -20.3643 0.42365E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36401-158 -158.4389 0.35738-158 -158.4469 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.77941E-80  -80.1082 0.76521E-80  -80.1162 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.43681E-82  -82.3597 0.43680E-82  -82.3597 0.99996E+00    0.0000
  14 HNO2,aq      0.19979E-37  -37.6994 0.19979E-37  -37.6994 0.10000E+01    0.0000
  15 NO2-         0.12052E-33  -33.9189 0.11832E-33  -33.9269 0.98178E+00   -0.0080
  16 HNO3,aq      0.15764E-28  -28.8023 0.15764E-28  -28.8023 0.10000E+01    0.0000
  17 NO3-         0.32000E-20  -20.4949 0.31417E-20  -20.5028 0.98178E+00   -0.0080
  18 N2,aq        0.20458E-53  -53.6891 0.20457E-53  -53.6892 0.99996E+00    0.0000
  19 N2O2-2       0.17849-102 -102.7484 0.17496-102 -102.7571 0.98023E+00   -0.0087
  20 HN2O2-       0.17719E-98  -98.7516 0.17396E-98  -98.7596 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.19052E-98  -98.7201 0.19052E-98  -98.7201 0.10000E+01    0.0000
  22 N2H5+        0.48433-154 -154.3149 0.47550-154 -154.3228 0.98178E+00   -0.0080
  23 N2H6+2       0.45849-162 -162.3387 0.44942-162 -162.3473 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34966-158 -158.4564 0.34964-158 -158.4564 0.99996E+00    0.0000
  36 SO2,aq       0.76368E-70  -70.1171 0.76368E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66311E-65  -65.1784 0.65000E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10676E-64  -64.9716 0.10481E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41352E-25  -25.3835 0.40599E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34721E-46  -46.4594 0.34088E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93177-181 -181.0307 0.91335-181 -181.0394 0.98023E+00   -0.0087
  42 HS2O3-       0.45302-186 -186.3439 0.44477-186 -186.3519 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17284-192 -192.7624 0.17284-192 -192.7624 0.10000E+01    0.0000
  44 S2O4-2       0.17434-167 -167.7586 0.17090-167 -167.7673 0.98023E+00   -0.0087
  45 HS2O4-       0.54477-172 -172.2638 0.53485-172 -172.2718 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12495-178 -178.9033 0.12495-178 -178.9033 0.10000E+01    0.0000
  47 S2O5-2       0.17080-134 -134.7675 0.16743-134 -134.7762 0.98023E+00   -0.0087
  48 S2O6-2       0.45457-104 -104.3424 0.44558-104 -104.3511 0.98023E+00   -0.0087
  49 S2O8-2       0.90738E-79  -79.0422 0.88944E-79  -79.0509 0.98023E+00   -0.0087

  Charge balance for all species = -.7552E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.7959
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8288-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7681-258    0.7681-258
     NO2,gas                  0.3303-100   1.0000   0.1141E-34    0.1141E-34
     SO3,gas                  0.1655-123   1.0000   0.5715E-58    0.5715E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.2019-149   1.0000   0.6971E-84    0.6971E-84
     N2,gas                   0.9113-116   1.0000   0.3147E-50    0.3147E-50
     SO2,gas                  0.1495-135   1.0000   0.5163E-70    0.5163E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.115
  5 NO2,gas                 76.52   41.57  -34.94     -7.987   0.47672E+05  -34.943
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.12  -84.16    -42.078   0.11481E+06  -84.157
  9 N2,gas                   2.57  -47.93  -50.50     -6.516   0.68899E+05  -50.502
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.9648E-21
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.9648E-21   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43219E-20  -20.3643 0.42364E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36400-158 -158.4389 0.35737-158 -158.4469 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.82812E-80  -80.0819 0.81303E-80  -80.0899 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.46412E-82  -82.3334 0.46410E-82  -82.3334 0.99996E+00    0.0000
  14 HNO2,aq      0.21227E-37  -37.6731 0.21227E-37  -37.6731 0.10000E+01    0.0000
  15 NO2-         0.12805E-33  -33.8926 0.12572E-33  -33.9006 0.98178E+00   -0.0080
  16 HNO3,aq      0.16749E-28  -28.7760 0.16749E-28  -28.7760 0.10000E+01    0.0000
  17 NO3-         0.34000E-20  -20.4685 0.33381E-20  -20.4765 0.98178E+00   -0.0080
  18 N2,aq        0.23095E-53  -53.6365 0.23094E-53  -53.6365 0.99996E+00    0.0000
  19 N2O2-2       0.20150-102 -102.6957 0.19752-102 -102.7044 0.98023E+00   -0.0087
  20 HN2O2-       0.20003E-98  -98.6989 0.19638E-98  -98.7069 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.21508E-98  -98.6674 0.21508E-98  -98.6674 0.10000E+01    0.0000
  22 N2H5+        0.54676-154 -154.2622 0.53680-154 -154.2702 0.98178E+00   -0.0080
  23 N2H6+2       0.51759-162 -162.2860 0.50736-162 -162.2947 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34965-158 -158.4564 0.34963-158 -158.4564 0.99996E+00    0.0000
  36 SO2,aq       0.76367E-70  -70.1171 0.76367E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66309E-65  -65.1784 0.64999E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10676E-64  -64.9716 0.10481E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41351E-25  -25.3835 0.40598E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34720E-46  -46.4594 0.34088E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93172-181 -181.0307 0.91330-181 -181.0394 0.98023E+00   -0.0087
  42 HS2O3-       0.45300-186 -186.3439 0.44475-186 -186.3519 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17283-192 -192.7624 0.17283-192 -192.7624 0.10000E+01    0.0000
  44 S2O4-2       0.17433-167 -167.7586 0.17089-167 -167.7673 0.98023E+00   -0.0087
  45 HS2O4-       0.54475-172 -172.2638 0.53482-172 -172.2718 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12494-178 -178.9033 0.12494-178 -178.9033 0.10000E+01    0.0000
  47 S2O5-2       0.17080-134 -134.7675 0.16742-134 -134.7762 0.98023E+00   -0.0087
  48 S2O6-2       0.45454-104 -104.3424 0.44556-104 -104.3511 0.98023E+00   -0.0087
  49 S2O8-2       0.90734E-79  -79.0422 0.88940E-79  -79.0509 0.98023E+00   -0.0087

  Charge balance for all species = -.3859E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.7696
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.1110E-15   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1389E-59   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8287-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7681-258    0.7681-258
     NO2,gas                  0.3510-100   1.0000   0.1212E-34    0.1212E-34
     SO3,gas                  0.1655-123   1.0000   0.5715E-58    0.5715E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.2145-149   1.0000   0.7406E-84    0.7406E-84
     N2,gas                   0.1029-115   1.0000   0.3552E-50    0.3552E-50
     SO2,gas                  0.1495-135   1.0000   0.5163E-70    0.5163E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.115
  5 NO2,gas                 76.52   41.60  -34.92     -7.981   0.47636E+05  -34.917
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.09  -84.13    -42.065   0.11478E+06  -84.130
  9 N2,gas                   2.57  -47.88  -50.45     -6.510   0.68828E+05  -50.449
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.1165E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.1165E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43218E-20  -20.3643 0.42363E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36399-158 -158.4389 0.35736-158 -158.4469 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.87683E-80  -80.0571 0.86086E-80  -80.0651 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.49142E-82  -82.3086 0.49140E-82  -82.3086 0.99996E+00    0.0000
  14 HNO2,aq      0.22476E-37  -37.6483 0.22476E-37  -37.6483 0.10000E+01    0.0000
  15 NO2-         0.13558E-33  -33.8678 0.13311E-33  -33.8758 0.98178E+00   -0.0080
  16 HNO3,aq      0.17734E-28  -28.7512 0.17734E-28  -28.7512 0.10000E+01    0.0000
  17 NO3-         0.36000E-20  -20.4437 0.35344E-20  -20.4517 0.98178E+00   -0.0080
  18 N2,aq        0.25892E-53  -53.5868 0.25891E-53  -53.5868 0.99996E+00    0.0000
  19 N2O2-2       0.22590-102 -102.6461 0.22144-102 -102.6548 0.98023E+00   -0.0087
  20 HN2O2-       0.22425E-98  -98.6493 0.22017E-98  -98.6573 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.24113E-98  -98.6178 0.24113E-98  -98.6178 0.10000E+01    0.0000
  22 N2H5+        0.61298-154 -154.2126 0.60181-154 -154.2205 0.98178E+00   -0.0080
  23 N2H6+2       0.58027-162 -162.2364 0.56880-162 -162.2450 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34964-158 -158.4564 0.34963-158 -158.4564 0.99996E+00    0.0000
  36 SO2,aq       0.76365E-70  -70.1171 0.76365E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66308E-65  -65.1784 0.64997E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10675E-64  -64.9716 0.10481E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41350E-25  -25.3835 0.40597E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34719E-46  -46.4594 0.34087E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93168-181 -181.0307 0.91326-181 -181.0394 0.98023E+00   -0.0087
  42 HS2O3-       0.45298-186 -186.3439 0.44473-186 -186.3519 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17282-192 -192.7624 0.17282-192 -192.7624 0.10000E+01    0.0000
  44 S2O4-2       0.17433-167 -167.7586 0.17088-167 -167.7673 0.98023E+00   -0.0087
  45 HS2O4-       0.54472-172 -172.2638 0.53480-172 -172.2718 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12494-178 -178.9033 0.12494-178 -178.9033 0.10000E+01    0.0000
  47 S2O5-2       0.17079-134 -134.7675 0.16741-134 -134.7762 0.98023E+00   -0.0087
  48 S2O6-2       0.45452-104 -104.3424 0.44554-104 -104.3511 0.98023E+00   -0.0087
  49 S2O8-2       0.90729E-79  -79.0423 0.88936E-79  -79.0509 0.98023E+00   -0.0087

  Charge balance for all species = 0.3513E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.7447
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8287-223   1.0000   0.2862-157    0.2862-157
     S2,gas                   0.0000E+00   1.0000   0.7681-258    0.7681-258
     NO2,gas                  0.3716-100   1.0000   0.1283E-34    0.1283E-34
     SO3,gas                  0.1655-123   1.0000   0.5715E-58    0.5715E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.2271-149   1.0000   0.7842E-84    0.7842E-84
     N2,gas                   0.1153-115   1.0000   0.3982E-50    0.3982E-50
     SO2,gas                  0.1495-135   1.0000   0.5163E-70    0.5163E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.115
  5 NO2,gas                 76.52   41.62  -34.89     -7.975   0.47602E+05  -34.892
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.07  -84.11    -42.053   0.11474E+06  -84.106
  9 N2,gas                   2.57  -47.83  -50.40     -6.503   0.68760E+05  -50.400
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.1365E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.1365E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43217E-20  -20.3643 0.42362E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36398-158 -158.4389 0.35735-158 -158.4469 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.92555E-80  -80.0336 0.90868E-80  -80.0416 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.51872E-82  -82.2851 0.51870E-82  -82.2851 0.99996E+00    0.0000
  14 HNO2,aq      0.23725E-37  -37.6248 0.23725E-37  -37.6248 0.10000E+01    0.0000
  15 NO2-         0.14312E-33  -33.8443 0.14051E-33  -33.8523 0.98178E+00   -0.0080
  16 HNO3,aq      0.18720E-28  -28.7277 0.18720E-28  -28.7277 0.10000E+01    0.0000
  17 NO3-         0.38000E-20  -20.4202 0.37308E-20  -20.4282 0.98178E+00   -0.0080
  18 N2,aq        0.28849E-53  -53.5399 0.28848E-53  -53.5399 0.99996E+00    0.0000
  19 N2O2-2       0.25170-102 -102.5991 0.24672-102 -102.6078 0.98023E+00   -0.0087
  20 HN2O2-       0.24986E-98  -98.6023 0.24531E-98  -98.6103 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.26867E-98  -98.5708 0.26867E-98  -98.5708 0.10000E+01    0.0000
  22 N2H5+        0.68298-154 -154.1656 0.67054-154 -154.1736 0.98178E+00   -0.0080
  23 N2H6+2       0.64654-162 -162.1894 0.63376-162 -162.1981 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34963-158 -158.4564 0.34962-158 -158.4564 0.99996E+00    0.0000
  36 SO2,aq       0.76363E-70  -70.1171 0.76363E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66306E-65  -65.1784 0.64995E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10675E-64  -64.9716 0.10481E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41349E-25  -25.3835 0.40596E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34718E-46  -46.4594 0.34086E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93163-181 -181.0308 0.91321-181 -181.0394 0.98023E+00   -0.0087
  42 HS2O3-       0.45296-186 -186.3439 0.44471-186 -186.3519 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17281-192 -192.7624 0.17281-192 -192.7624 0.10000E+01    0.0000
  44 S2O4-2       0.17432-167 -167.7587 0.17087-167 -167.7673 0.98023E+00   -0.0087
  45 HS2O4-       0.54470-172 -172.2638 0.53477-172 -172.2718 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12493-178 -178.9033 0.12493-178 -178.9033 0.10000E+01    0.0000
  47 S2O5-2       0.17078-134 -134.7676 0.16740-134 -134.7762 0.98023E+00   -0.0087
  48 S2O6-2       0.45450-104 -104.3425 0.44551-104 -104.3511 0.98023E+00   -0.0087
  49 S2O8-2       0.90725E-79  -79.0423 0.88931E-79  -79.0509 0.98023E+00   -0.0087

  Charge balance for all species = -.8147E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.7212
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8287-223   1.0000   0.2861-157    0.2861-157
     S2,gas                   0.0000E+00   1.0000   0.7680-258    0.7680-258
     NO2,gas                  0.3922-100   1.0000   0.1354E-34    0.1354E-34
     SO3,gas                  0.1655-123   1.0000   0.5715E-58    0.5715E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.2397-149   1.0000   0.8278E-84    0.8278E-84
     N2,gas                   0.1285-115   1.0000   0.4437E-50    0.4437E-50
     SO2,gas                  0.1495-135   1.0000   0.5163E-70    0.5163E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.115
  5 NO2,gas                 76.52   41.65  -34.87     -7.970   0.47570E+05  -34.868
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.04  -84.08    -42.041   0.11471E+06  -84.082
  9 N2,gas                   2.57  -47.78  -50.35     -6.497   0.68696E+05  -50.353
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.1565E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.1565E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43216E-20  -20.3644 0.42361E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36397-158 -158.4389 0.35734-158 -158.4469 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.97426E-80  -80.0113 0.95651E-80  -80.0193 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.54602E-82  -82.2628 0.54600E-82  -82.2628 0.99996E+00    0.0000
  14 HNO2,aq      0.24973E-37  -37.6025 0.24973E-37  -37.6025 0.10000E+01    0.0000
  15 NO2-         0.15065E-33  -33.8220 0.14790E-33  -33.8300 0.98178E+00   -0.0080
  16 HNO3,aq      0.19705E-28  -28.7054 0.19705E-28  -28.7054 0.10000E+01    0.0000
  17 NO3-         0.40000E-20  -20.3979 0.39271E-20  -20.4059 0.98178E+00   -0.0080
  18 N2,aq        0.31966E-53  -53.4953 0.31964E-53  -53.4953 0.99996E+00    0.0000
  19 N2O2-2       0.27889-102 -102.5546 0.27338-102 -102.5632 0.98023E+00   -0.0087
  20 HN2O2-       0.27685E-98  -98.5578 0.27181E-98  -98.5657 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.29769E-98  -98.5262 0.29769E-98  -98.5262 0.10000E+01    0.0000
  22 N2H5+        0.75676-154 -154.1210 0.74298-154 -154.1290 0.98178E+00   -0.0080
  23 N2H6+2       0.71639-162 -162.1449 0.70222-162 -162.1535 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34962-158 -158.4564 0.34961-158 -158.4564 0.99996E+00    0.0000
  36 SO2,aq       0.76361E-70  -70.1171 0.76361E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66305E-65  -65.1785 0.64994E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10675E-64  -64.9716 0.10480E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41348E-25  -25.3835 0.40595E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34718E-46  -46.4594 0.34085E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93159-181 -181.0308 0.91317-181 -181.0394 0.98023E+00   -0.0087
  42 HS2O3-       0.45294-186 -186.3440 0.44468-186 -186.3519 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17280-192 -192.7624 0.17280-192 -192.7624 0.10000E+01    0.0000
  44 S2O4-2       0.17431-167 -167.7587 0.17086-167 -167.7674 0.98023E+00   -0.0087
  45 HS2O4-       0.54467-172 -172.2639 0.53475-172 -172.2719 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12492-178 -178.9034 0.12492-178 -178.9034 0.10000E+01    0.0000
  47 S2O5-2       0.17077-134 -134.7676 0.16740-134 -134.7763 0.98023E+00   -0.0087
  48 S2O6-2       0.45448-104 -104.3425 0.44549-104 -104.3512 0.98023E+00   -0.0087
  49 S2O8-2       0.90721E-79  -79.0423 0.88927E-79  -79.0510 0.98023E+00   -0.0087

  Charge balance for all species = -.4455E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.6990
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8287-223   1.0000   0.2861-157    0.2861-157
     S2,gas                   0.0000E+00   1.0000   0.7680-258    0.7680-258
     NO2,gas                  0.4129-100   1.0000   0.1426E-34    0.1426E-34
     SO3,gas                  0.1655-123   1.0000   0.5714E-58    0.5714E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.2523-149   1.0000   0.8713E-84    0.8713E-84
     N2,gas                   0.1424-115   1.0000   0.4917E-50    0.4917E-50
     SO2,gas                  0.1495-135   1.0000   0.5163E-70    0.5163E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.115
  5 NO2,gas                 76.52   41.67  -34.85     -7.965   0.47540E+05  -34.846
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.02  -84.06    -42.030   0.11468E+06  -84.060
  9 N2,gas                   2.57  -47.74  -50.31     -6.491   0.68635E+05  -50.308
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.1765E-20
 
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 Merapi workup for air saturated water (ASW). Oxygen part already done in Solveq.                                        
 Now add N2                                                                                                              
 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
 
  Number of loops used =    6   Loop limit =  400

  Temperature =  25.00 C   Pressure =    1.00 bar   Mixer fraction =       0.0000000

  Water: Moles liquid = 0.5551E+02   kg liquid  = 0.1000E+01
         Moles total  = 0.5551E+02   kg total   = 0.1000E+01  Activity = 1.0000
  Stoichiometric ionic strength = .1801000E-03   Osmotic coef. =  0.9898
  True ionic strength = .2024437E-06
  Chg. balance for total moles = 0.1765E-20   Max. difference allowed = 0.1000E-10

                                  Log                    Log                  Log
   Species(n)       Molality   Molality    Activity   Activity    Gamma      Gamma

   1 H+           0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
   2 H2O                                0.10000E+01    0.0000 0.10000E+01    0.0000
   3 Cl-          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   4 SO4--        0.43215E-20  -20.3644 0.42360E-20  -20.3730 0.98023E+00   -0.0087
   5 HS-          0.36396-158 -158.4389 0.35733-158 -158.4469 0.98178E+00   -0.0080
   6 Na+          0.10000E-06   -7.0000 0.98178E-07   -7.0080 0.98178E+00   -0.0080
   7 NH4+         0.10230E-79  -79.9901 0.10043E-79  -79.9981 0.98178E+00   -0.0080
   8 HCl,aq       0.19254E-14  -14.7155 0.19254E-14  -14.7155 0.10000E+01    0.0000
   9 HClO,aq      0.42915E-23  -23.3674 0.42915E-23  -23.3674 0.10000E+01    0.0000
  10 ClO-         0.12249E-23  -23.9119 0.12026E-23  -23.9199 0.98178E+00   -0.0080
  11 HClO2,aq     0.17608E-38  -38.7543 0.17608E-38  -38.7543 0.10000E+01    0.0000
  12 H2,aq        0.50573E-44  -44.2961 0.50571E-44  -44.2961 0.99996E+00    0.0000
  13 NH3,aq       0.57332E-82  -82.2416 0.57330E-82  -82.2416 0.99996E+00    0.0000
  14 HNO2,aq      0.26222E-37  -37.5813 0.26222E-37  -37.5813 0.10000E+01    0.0000
  15 NO2-         0.15818E-33  -33.8008 0.15530E-33  -33.8088 0.98178E+00   -0.0080
  16 HNO3,aq      0.20690E-28  -28.6842 0.20690E-28  -28.6842 0.10000E+01    0.0000
  17 NO3-         0.42000E-20  -20.3768 0.41235E-20  -20.3847 0.98178E+00   -0.0080
  18 N2,aq        0.35242E-53  -53.4529 0.35241E-53  -53.4530 0.99996E+00    0.0000
  19 N2O2-2       0.30748-102 -102.5122 0.30140-102 -102.5209 0.98023E+00   -0.0087
  20 HN2O2-       0.30523E-98  -98.5154 0.29967E-98  -98.5234 0.98178E+00   -0.0080
  21 H2N2O2,aq    0.32820E-98  -98.4839 0.32820E-98  -98.4839 0.10000E+01    0.0000
  22 N2H5+        0.83433-154 -154.0787 0.81913-154 -154.0866 0.98178E+00   -0.0080
  23 N2H6+2       0.78981-162 -162.1025 0.77420-162 -162.1111 0.98023E+00   -0.0087
  24 NaCl,aq      0.16108E-14  -14.7930 0.16108E-14  -14.7930 0.10000E+01    0.0000
  25 NaOH,aq      0.60886E-14  -14.2155 0.60886E-14  -14.2155 0.10000E+01    0.0000
  26 O2,aq        0.24000E-03   -3.6198 0.23999E-03   -3.6198 0.99996E+00    0.0000
  27 OH-          0.10244E-06   -6.9895 0.10058E-06   -6.9975 0.98178E+00   -0.0080
  28 HO2-         0.77016E-23  -23.1134 0.75613E-23  -23.1214 0.98178E+00   -0.0080
  29 H2O2,aq      0.36736E-18  -18.4349 0.36736E-18  -18.4349 0.10000E+01    0.0000
  30 H2S,aq       0.34962-158 -158.4564 0.34960-158 -158.4564 0.99996E+00    0.0000
  36 SO2,aq       0.76359E-70  -70.1171 0.76359E-70  -70.1171 0.10000E+01    0.0000
  37 SO3-2        0.66303E-65  -65.1785 0.64992E-65  -65.1871 0.98023E+00   -0.0087
  38 HSO3-        0.10674E-64  -64.9717 0.10480E-64  -64.9796 0.98178E+00   -0.0080
  39 HSO4-        0.41347E-25  -25.3836 0.40594E-25  -25.3915 0.98178E+00   -0.0080
  40 HSO5-        0.34717E-46  -46.4595 0.34084E-46  -46.4674 0.98178E+00   -0.0080
  41 S2O3-2       0.93154-181 -181.0308 0.91313-181 -181.0395 0.98023E+00   -0.0087
  42 HS2O3-       0.45291-186 -186.3440 0.44466-186 -186.3520 0.98178E+00   -0.0080
  43 H2S2O3,aq    0.17280-192 -192.7625 0.17280-192 -192.7625 0.10000E+01    0.0000
  44 S2O4-2       0.17430-167 -167.7587 0.17086-167 -167.7674 0.98023E+00   -0.0087
  45 HS2O4-       0.54464-172 -172.2639 0.53472-172 -172.2719 0.98178E+00   -0.0080
  46 H2S2O4,aq    0.12492-178 -178.9034 0.12492-178 -178.9034 0.10000E+01    0.0000
  47 S2O5-2       0.17076-134 -134.7676 0.16739-134 -134.7763 0.98023E+00   -0.0087
  48 S2O6-2       0.45446-104 -104.3425 0.44547-104 -104.3512 0.98023E+00   -0.0087
  49 S2O8-2       0.90716E-79  -79.0423 0.88923E-79  -79.0510 0.98023E+00   -0.0087

  Charge balance for all species = 0.2917E-20

  Solid products produced:  Mass =    0.000000 g     Volume =    0.000000 cm3
    WARNING: mineral volume may be in error because some mineral densities 
    were not supplied in SOLTHERM.  See mineral list in file Skip_Species.txt.

  Reactant consumed:       0.0000000  moles   log = -20.6778
  Original solution:       0.0000000  g 

  Original solution / Rock added:         0.00  (Water/Rock Ratio), log =    0.0000

  Gas composition at saturation (  0 iterations)
  -------------------------------------------------
  Temperature:       25.0000 deg.C
  Sat. pressure:    600.0000 bar

       Gas                  Mole fraction    phi     Fugacity     Partial P(bar)

     H2O,gas                  0.8929E-67   1.0000   0.3083E-01    0.3083E-01
     H2,gas                   0.1869-106   1.0000   0.6455E-41    0.6455E-41
     H2S,gas                  0.8287-223   1.0000   0.2861-157    0.2861-157
     S2,gas                   0.0000E+00   1.0000   0.7680-258    0.7680-258
     NO2,gas                  0.4335-100   1.0000   0.1497E-34    0.1497E-34
     SO3,gas                  0.1655-123   1.0000   0.5714E-58    0.5714E-58
     O2,gas                   0.1000E+01   1.0000   0.3453E+66    0.3453E+66
     NH3,gas                  0.2650-149   1.0000   0.9149E-84    0.9149E-84
     N2,gas                   0.1570-115   1.0000   0.5421E-50    0.5421E-50
     SO2,gas                  0.1495-135   1.0000   0.5163E-70    0.5163E-70

  NON-Ideal mixing with H2O,  AND ALL Gases

 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  The following gases and minerals are presently EXCLUDED from matrix
    (Gases and minerals with log(Q/K) less than -5 are not listed below)

  Gas or Mineral            Log K   Log Q  Log(Q/K)  Log(Q/K)/S  Affinity  Log Fugacity

  1 H2O,gas                  1.51    0.00   -1.51     -1.511   0.20614E+04   -1.511
  2 H2,gas                   8.42  -32.77  -41.19    -23.537   0.56195E+05  -41.190
  3 H2S,gas                 -7.90 -165.44 -157.54    -78.772   0.21493E+06 -157.543
  4 S2,gas                  -7.24 -265.35 -258.11    -39.710   0.35214E+06 -258.115
  5 NO2,gas                 76.52   41.69  -34.82     -7.960   0.47511E+05  -34.825
  6 SO3,gas                 23.88  -34.37  -58.24    -14.561   0.79460E+05  -58.243
  7 O2,gas                  66.26   65.54   -0.72     -0.480   0.98202E+03   -0.720
  8 NH3,gas                 11.04  -73.00  -84.04    -42.019   0.11465E+06  -84.039
  9 N2,gas                   2.57  -47.69  -50.27     -6.486   0.68577E+05  -50.266
 10 SO2,gas                  3.15  -67.14  -70.29    -18.743   0.95892E+05  -70.287
 11 HCl,gas                  6.31  -14.01  -20.31    -10.156   0.27711E+05  -20.311

  Calculations done for    25.0000 Deg. C;      1.0000 bar

  Next reactant titration increment of:         0.0000000  MOLES  
  Current total amount of reactant added:       0.0000000  MOLES  
  New total amount of reactant added:           0.0000000  MOLES  

  Solids and gases carried

  Charge balance check after fractionation or titration: TBAL = 0.1965E-20

  ******** WARNING ********
  Computational singularity, IV(N) = 0.0