Input file: H:\ntc\03\Friday.teacher\ok.pqi
  Output file: H:\ntc\03\Friday.teacher\ok.pqo
Database file: C:\Program Files\USGS\Phreeqc Interactive 2.6\wateq4f.dat

------------------
Reading data base.
------------------

	SOLUTION_MASTER_SPECIES
	SOLUTION_SPECIES
	PHASES
	EXCHANGE_MASTER_SPECIES
	EXCHANGE_SPECIES
	SURFACE_MASTER_SPECIES
	SURFACE_SPECIES
	RATES
	END
------------------------------------
Reading input data for simulation 1.
------------------------------------

	DATABASE C:\Program Files\USGS\Phreeqc Interactive 2.6\wateq4f.dat
	SURFACE_SPECIES
	Hfo_wOH + Mg+2 = Hfo_wOMg+ + H+
	    log_k     -15
	Ca+2 + Hfo_wOH = Hfo_wOCa+ + H+
	    log_k     -15
	SOLUTION_SPREAD											
	 units mol/kgw											
	 Description	 Number	Temp	    pH	         pe	     Ca	     Mg	    Na	     Cl	       C	        S	       As
	            	      		      	 O2(g) -0.7	       	       	      	 charge	        	         	 uMol/kgw
	       brine	 1	25	5.713	4	0.4655	0.1609	5.402	6.642	0.00396	0.004725	0.05
	EQUILIBRIUM_PHASES 1-10
	        Dolomite        0.0     1.6
	        Calcite         0.0     0.1
	END
-------------------------------------------
Beginning of initial solution calculations.
-------------------------------------------

Initial solution 1.	 brine 

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.960e-003  3.960e-003
	Ca               4.655e-001  4.655e-001
	Cl               6.642e+000  6.642e+000  Charge balance
	Mg               1.609e-001  1.609e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.713    
                                       pe  =  14.945      Equilibrium with O2(g)
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  3.333e-003
                       Total CO2 (mol/kg)  =  3.960e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  3.504e-012
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =  10
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553645e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               2.755e-006  1.936e-006    -5.560    -5.713    -0.153
	OH-              7.396e-010  4.056e-009    -9.131    -8.392     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           8.471e-034
	H3AsO3           8.469e-034  4.515e-033   -33.072   -32.345     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          7.899e-040  4.332e-039   -39.102   -38.363     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.206   -42.249     2.956
	AsO3-3           0.000e+000  0.000e+000   -56.602   -49.950     6.652
As(5)           5.000e-008
	H2AsO4-          4.996e-008  2.740e-007    -7.301    -6.562     0.739
	HAsO4-2          2.730e-011  2.470e-008   -10.564    -7.607     2.956
	H3AsO4           1.741e-011  9.283e-011   -10.759   -10.032     0.727
	AsO4-3           7.205e-021  3.234e-014   -20.142   -13.490     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.861  -143.135     0.727
C(4)            3.960e-003
	HCO3-            1.045e-003  6.049e-004    -2.981    -3.218    -0.238
	CaHCO3+          1.002e-003  5.494e-003    -2.999    -2.260     0.739
	MgHCO3+          6.754e-004  3.704e-003    -3.170    -2.431     0.739
	CO2              6.296e-004  3.357e-003    -3.201    -2.474     0.727
	NaHCO3           6.026e-004  3.213e-003    -3.220    -2.493     0.727
	CaCO3            3.278e-006  1.748e-005    -5.484    -4.758     0.727
	MgCO3            1.372e-006  7.316e-006    -5.863    -5.136     0.727
	NaCO3-           4.698e-007  2.577e-006    -6.328    -5.589     0.739
	CO3-2            1.307e-007  1.465e-008    -6.884    -7.834    -0.950
Ca              4.655e-001
	Ca+2             4.629e-001  7.121e-001    -0.335    -0.147     0.187
	CaSO4            1.606e-003  8.565e-003    -2.794    -2.067     0.727
	CaHCO3+          1.002e-003  5.494e-003    -2.999    -2.260     0.739
	CaCO3            3.278e-006  1.748e-005    -5.484    -4.758     0.727
	CaHSO4+          1.772e-008  9.716e-008    -7.752    -7.012     0.739
	CaOH+            8.731e-009  4.788e-008    -8.059    -7.320     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.609e-001
	Mg+2             1.588e-001  5.233e-001    -0.799    -0.281     0.518
	MgSO4            1.387e-003  7.395e-003    -2.858    -2.131     0.727
	MgHCO3+          6.754e-004  3.704e-003    -3.170    -2.431     0.739
	MgCO3            1.372e-006  7.316e-006    -5.863    -5.136     0.727
	MgOH+            1.404e-007  7.698e-007    -6.853    -6.114     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaHCO3           6.026e-004  3.213e-003    -3.220    -2.493     0.727
	NaSO4-           5.203e-004  2.854e-003    -3.284    -2.545     0.739
	NaCO3-           4.698e-007  2.577e-006    -6.328    -5.589     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -140.569  -139.842     0.727
	HS-              0.000e+000  0.000e+000  -141.810  -141.070     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.952    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.186    -0.558
	S6-2             0.000e+000  0.000e+000  -144.828  -145.238    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.639    -0.680
	S2-2             0.000e+000  0.000e+000  -149.072  -149.885    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.275     2.956
S(6)            4.725e-003
	CaSO4            1.606e-003  8.565e-003    -2.794    -2.067     0.727
	MgSO4            1.387e-003  7.395e-003    -2.858    -2.131     0.727
	SO4-2            1.211e-003  6.028e-005    -2.917    -4.220    -1.303
	NaSO4-           5.203e-004  2.854e-003    -3.284    -2.545     0.739
	CaHSO4+          1.772e-008  9.716e-008    -7.752    -7.012     0.739
	HSO4-            2.069e-009  1.135e-008    -8.684    -7.945     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite         0.35   -7.98   -8.34  CaCO3
	Arsenolite     -125.95 -204.34  -78.39  As4O6
	Artinite         -7.10    2.50    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -26.45  -19.75    6.70  As2O5
	Brucite          -5.91   10.93   16.84  Mg(OH)2
	Ca3(AsO4)2:4w    -8.94   13.35   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.50   -7.98   -8.48  CaCO3
	CH4(g)         -140.27 -184.21  -43.93  CH4
	Claudetite     -125.68 -204.34  -78.65  As4O6
	CO2(g)           -1.01  -19.15  -18.15  CO2
	Dolomite          0.99  -16.10  -17.09  CaMg(CO3)2
	Dolomite(d)       0.44  -16.10  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.84 -180.49  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -2.36  -32.33  -29.97  CaMg3(CO3)4
	Hydromagnesite  -13.19  -21.95   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.09   -8.12   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.70  -12.57  -10.88  NaHCO3
	Natron           -5.63   -6.94   -1.31  Na2CO3:10H2O
	Nesquehonite     -2.81   -8.43   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -443.44 -643.31 -199.87  As2S3
	Portlandite     -11.73   11.07   22.80  Ca(OH)2
	Realgar        -179.72 -252.07  -72.35  AsS
	Sulfur         -103.36 -139.17  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.11   -5.99    0.13  Na2CO3:H2O
	Trona            -7.54  -18.67  -11.12  NaHCO3:Na2CO3:2H2O

-----------------------------------------
Beginning of batch-reaction calculations.
-----------------------------------------

Reaction step 1.

Using solution 1.	 brine 
Using pure phase assemblage 1.	

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.020e-001 1.982e-003
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.599e+000-7.679e-004

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  3.513e-012
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   4
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O

------------------
End of simulation.
------------------

------------------------------------
Reading input data for simulation 2.
------------------------------------

	USE solution 1
	USE equilibrium_phases 1
	SAVE solution 1-10
	END
-----------------------------------------
Beginning of batch-reaction calculations.
-----------------------------------------

Reaction step 1.

Using solution 1.	 brine 
Using pure phase assemblage 1.	

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.020e-001 1.982e-003
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.599e+000-7.679e-004

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  3.513e-012
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   4
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O

------------------
End of simulation.
------------------

------------------------------------
Reading input data for simulation 3.
------------------------------------

	TITLE Initial exchange and surface
	EXCHANGE 1-10
	    X       1
	    equilibrate with solution 1
	SURFACE 1-10
	    equilibrate with solution 1
	    Hfo_w   0.07   600    30
	END
-----
TITLE
-----

 Initial exchange and surface

-------------------------------------------------------
Beginning of initial exchange-composition calculations.
-------------------------------------------------------

Exchange 1.	

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

------------------------------------------------------
Beginning of initial surface-composition calculations.
------------------------------------------------------

Surface 1.	

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071

------------------
End of simulation.
------------------

------------------------------------
Reading input data for simulation 4.
------------------------------------

	SOLUTION_SPREAD											
	 units mmol/kgw											
	 Description	 Number	Temp	    pH	         pe	     Ca	     Mg	    Na	     Cl	       C	        S	
	            	      		      	 O2(g) -0.7	       	       	      		        	 charge	
	20xRainwater	0	25	4.6	4	0.192	0.036	0.123	0.134	0.011	0.235	
	EQUILIBRIUM_PHASES 0
	        Dolomite        0.0     1.6
	        Calcite         0.0     0.1
	        CO2(g)          -1.5    10.
	SAVE solution 0
	END
-------------------------------------------
Beginning of initial solution calculations.
-------------------------------------------

Initial solution 0.	 20xRainwater 

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	C                1.100e-005  1.100e-005
	Ca               1.920e-004  1.920e-004
	Cl               1.340e-004  1.340e-004
	Mg               3.600e-005  3.600e-005
	Na               1.230e-004  1.230e-004
	S                2.357e-004  2.357e-004  Charge balance

----------------------------Description of solution----------------------------

                                       pH  =   4.600    
                                       pe  =  16.005      Equilibrium with O2(g)
                        Activity of water  =   1.000
                           Ionic strength  =  1.037e-003
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  = -2.630e-005
                       Total CO2 (mol/kg)  =  1.100e-005
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  6.901e-016
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   9
                                  Total H  = 1.110125e+002
                                  Total O  = 5.550762e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               2.600e-005  2.512e-005    -4.585    -4.600    -0.015
	OH-              4.132e-010  3.985e-010    -9.384    -9.400    -0.016
	H2O              5.551e+001  1.000e+000     1.744    -0.000     0.000
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -145.416  -145.416     0.000
C(4)            1.100e-005
	CO2              1.080e-005  1.080e-005    -4.967    -4.966     0.000
	HCO3-            1.983e-007  1.913e-007    -6.703    -6.718    -0.016
	CaHCO3+          4.071e-010  3.926e-010    -9.390    -9.406    -0.016
	MgHCO3+          6.968e-011  6.720e-011   -10.157   -10.173    -0.016
	NaHCO3           1.275e-011  1.275e-011   -10.895   -10.894     0.000
	CO3-2            4.120e-013  3.572e-013   -12.385   -12.447    -0.062
	CaCO3            9.626e-014  9.629e-014   -13.017   -13.016     0.000
	MgCO3            1.023e-014  1.023e-014   -13.990   -13.990     0.000
	NaCO3-           8.173e-016  7.883e-016   -15.088   -15.103    -0.016
Ca              1.920e-004
	Ca+2             1.857e-004  1.609e-004    -3.731    -3.793    -0.062
	CaSO4            6.321e-006  6.323e-006    -5.199    -5.199     0.000
	CaHSO4+          9.647e-010  9.304e-010    -9.016    -9.031    -0.016
	CaHCO3+          4.071e-010  3.926e-010    -9.390    -9.406    -0.016
	CaOH+            1.102e-012  1.063e-012   -11.958   -11.973    -0.016
	CaCO3            9.626e-014  9.629e-014   -13.017   -13.016     0.000
Cl              1.340e-004
	Cl-              1.340e-004  1.292e-004    -3.873    -3.889    -0.016
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -44.360   -44.360     0.000
Mg              3.600e-005
	Mg+2             3.461e-005  3.002e-005    -4.461    -4.523    -0.062
	MgSO4            1.386e-006  1.386e-006    -5.858    -5.858     0.000
	MgHCO3+          6.968e-011  6.720e-011   -10.157   -10.173    -0.016
	MgOH+            4.500e-012  4.340e-012   -11.347   -11.363    -0.016
	MgCO3            1.023e-014  1.023e-014   -13.990   -13.990     0.000
Na              1.230e-004
	Na+              1.229e-004  1.185e-004    -3.911    -3.926    -0.016
	NaSO4-           1.213e-007  1.170e-007    -6.916    -6.932    -0.016
	NaHCO3           1.275e-011  1.275e-011   -10.895   -10.894     0.000
	NaCO3-           8.173e-016  7.883e-016   -15.088   -15.103    -0.016
O(0)            4.374e-004
	O2               2.187e-004  2.188e-004    -3.660    -3.660     0.000
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -137.102  -137.102     0.000
	HS-              0.000e+000  0.000e+000  -139.428  -139.443    -0.016
	S5-2             0.000e+000  0.000e+000  -144.380  -144.438    -0.058
	S4-2             0.000e+000  0.000e+000  -144.613  -144.672    -0.059
	S6-2             0.000e+000  0.000e+000  -144.667  -144.724    -0.057
	S-2              0.000e+000  0.000e+000  -147.698  -147.761    -0.063
	S3-2             0.000e+000  0.000e+000  -148.065  -148.125    -0.060
	S2-2             0.000e+000  0.000e+000  -149.310  -149.371    -0.061
S(6)            2.357e-004
	SO4-2            2.273e-004  1.969e-004    -3.643    -3.706    -0.062
	CaSO4            6.321e-006  6.323e-006    -5.199    -5.199     0.000
	MgSO4            1.386e-006  1.386e-006    -5.858    -5.858     0.000
	HSO4-            4.986e-007  4.809e-007    -6.302    -6.318    -0.016
	NaSO4-           1.213e-007  1.170e-007    -6.916    -6.932    -0.016
	CaHSO4+          9.647e-010  9.304e-010    -9.016    -9.031    -0.016

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -3.14   -7.50   -4.36  CaSO4
	Aragonite        -7.90  -16.24   -8.34  CaCO3
	Artinite        -21.89  -12.29    9.60  MgCO3:Mg(OH)2:3H2O
	Brucite         -12.16    4.68   16.84  Mg(OH)2
	Calcite          -7.76  -16.24   -8.48  CaCO3
	CH4(g)         -142.56 -186.49  -43.93  CH4
	CO2(g)           -3.50  -21.65  -18.15  CO2
	Dolomite        -16.12  -33.21  -17.09  CaMg(CO3)2
	Dolomite(d)     -16.67  -33.21  -16.54  CaMg(CO3)2
	Epsomite         -6.09   -8.23   -2.14  MgSO4:7H2O
	Gypsum           -2.92   -7.50   -4.58  CaSO4:2H2O
	H2(g)           -41.21  -41.21    0.00  H2
	H2O(g)           -1.51   -0.00    1.51  H2O
	H2S(g)         -136.10 -177.75  -41.64  H2S
	Halite           -9.40   -7.81    1.58  NaCl
	Huntite         -37.18  -67.15  -29.97  CaMg3(CO3)4
	Hydromagnesite  -54.44  -63.20   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -8.94  -16.97   -8.03  MgCO3
	Mirabilite      -10.44  -11.56   -1.11  Na2SO4:10H2O
	Nahcolite       -10.10  -20.97  -10.88  NaHCO3
	Natron          -18.99  -20.30   -1.31  Na2CO3:10H2O
	Nesquehonite    -11.35  -16.97   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Portlandite     -17.39    5.41   22.80  Ca(OH)2
	Sulfur         -100.73 -136.54  -35.81  S
	Thenardite      -11.38  -11.56   -0.18  Na2SO4
	Thermonatrite   -20.42  -20.30    0.13  Na2CO3:H2O
	Trona           -30.15  -41.27  -11.12  NaHCO3:Na2CO3:2H2O

-----------------------------------------
Beginning of batch-reaction calculations.
-----------------------------------------

Reaction step 1.

Using solution 0.	 20xRainwater 
Using pure phase assemblage 0.	

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 9.966e-002-3.442e-004
	CO2(g)           -1.50  -19.65  -18.15 1.000e+001 9.996e+000-4.066e-003
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.599e+000-1.349e-003

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	C                7.119e-003  7.119e-003
	Ca               1.885e-003  1.885e-003
	Cl               1.340e-004  1.340e-004
	Mg               1.385e-003  1.385e-003
	Na               1.230e-004  1.230e-004
	S                2.357e-004  2.357e-004

----------------------------Description of solution----------------------------

                                       pH  =   7.047      Charge balance
                                       pe  =  13.558      Adjusted to redox equilibrium
                        Activity of water  =   1.000
                           Ionic strength  =  9.631e-003
                       Mass of water (kg)  =  9.999e-001
                 Total alkalinity (eq/kg)  =  6.057e-003
                       Total CO2 (mol/kg)  =  7.119e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  6.891e-016
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =  16
                                  Total H  = 1.110125e+002
                                  Total O  = 5.552488e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	OH-              1.234e-007  1.115e-007    -6.909    -6.953    -0.044
	H+               9.815e-008  8.977e-008    -7.008    -7.047    -0.039
	H2O              5.551e+001  9.998e-001     1.744    -0.000     0.000
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.421  -143.420     0.001
C(4)            7.119e-003
	HCO3-            5.882e-003  5.333e-003    -2.230    -2.273    -0.043
	CO2              1.074e-003  1.077e-003    -2.969    -2.968     0.001
	CaHCO3+          8.951e-005  8.088e-005    -4.048    -4.092    -0.044
	MgHCO3+          6.082e-005  5.496e-005    -4.216    -4.260    -0.044
	CaCO3            5.537e-006  5.550e-006    -5.257    -5.256     0.001
	CO3-2            4.124e-006  2.786e-006    -5.385    -5.555    -0.170
	MgCO3            2.336e-006  2.341e-006    -5.631    -5.631     0.001
	NaHCO3           3.318e-007  3.326e-007    -6.479    -6.478     0.001
	NaCO3-           6.367e-009  5.753e-009    -8.196    -8.240    -0.044
Ca              1.885e-003
	Ca+2             1.761e-003  1.189e-003    -2.754    -2.925    -0.171
	CaHCO3+          8.951e-005  8.088e-005    -4.048    -4.092    -0.044
	CaSO4            2.888e-005  2.895e-005    -4.539    -4.538     0.001
	CaCO3            5.537e-006  5.550e-006    -5.257    -5.256     0.001
	CaOH+            2.432e-009  2.198e-009    -8.614    -8.658    -0.044
	CaHSO4+          1.685e-011  1.522e-011   -10.773   -10.817    -0.044
Cl              1.340e-004
	Cl-              1.340e-004  1.209e-004    -3.873    -3.918    -0.045
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -44.361   -44.361     0.001
Mg              1.385e-003
	Mg+2             1.296e-003  8.807e-004    -2.887    -3.055    -0.168
	MgHCO3+          6.082e-005  5.496e-005    -4.216    -4.260    -0.044
	MgSO4            2.514e-005  2.519e-005    -4.600    -4.599     0.001
	MgCO3            2.336e-006  2.341e-006    -5.631    -5.631     0.001
	MgOH+            3.942e-008  3.561e-008    -7.404    -7.448    -0.044
Na              1.230e-004
	Na+              1.226e-004  1.109e-004    -3.912    -3.955    -0.044
	NaHCO3           3.318e-007  3.326e-007    -6.479    -6.478     0.001
	NaSO4-           7.506e-008  6.782e-008    -7.125    -7.169    -0.044
	NaCO3-           6.367e-009  5.753e-009    -8.196    -8.240    -0.044
O(0)            4.375e-004
	O2               2.187e-004  2.192e-004    -3.660    -3.659     0.001
S(-2)           0.000e+000
	HS-              0.000e+000  0.000e+000  -142.056  -142.100    -0.044
	H2S              0.000e+000  0.000e+000  -142.206  -142.205     0.001
	S5-2             0.000e+000  0.000e+000  -144.504  -144.648    -0.144
	S4-2             0.000e+000  0.000e+000  -144.731  -144.882    -0.151
	S6-2             0.000e+000  0.000e+000  -144.796  -144.934    -0.138
	S-2              0.000e+000  0.000e+000  -147.795  -147.971    -0.176
	S3-2             0.000e+000  0.000e+000  -148.176  -148.335    -0.159
	S2-2             0.000e+000  0.000e+000  -149.416  -149.581    -0.165
S(6)            2.357e-004
	SO4-2            1.816e-004  1.220e-004    -3.741    -3.914    -0.173
	CaSO4            2.888e-005  2.895e-005    -4.539    -4.538     0.001
	MgSO4            2.514e-005  2.519e-005    -4.600    -4.599     0.001
	NaSO4-           7.506e-008  6.782e-008    -7.125    -7.169    -0.044
	HSO4-            1.179e-009  1.065e-009    -8.929    -8.973    -0.044
	CaHSO4+          1.685e-011  1.522e-011   -10.773   -10.817    -0.044

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -2.48   -6.84   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Artinite         -7.17    2.43    9.60  MgCO3:Mg(OH)2:3H2O
	Brucite          -5.80   11.04   16.84  Mg(OH)2
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.56 -184.49  -43.93  CH4
	CO2(g)           -1.50  -19.65  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -4.83   -6.97   -2.14  MgSO4:7H2O
	Gypsum           -2.26   -6.84   -4.58  CaSO4:2H2O
	H2(g)           -41.21  -41.21    0.00  H2
	H2O(g)           -1.51   -0.00    1.51  H2O
	H2S(g)         -141.21 -182.85  -41.64  H2S
	Halite           -9.45   -7.87    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -14.64  -23.40   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite      -10.71  -11.82   -1.11  Na2SO4:10H2O
	Nahcolite        -5.68  -16.56  -10.88  NaHCO3
	Natron          -12.15  -13.47   -1.31  Na2CO3:10H2O
	Nesquehonite     -2.99   -8.61   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Portlandite     -11.63   11.17   22.80  Ca(OH)2
	Sulfur         -105.83 -141.64  -35.81  S
	Thenardite      -11.64  -11.82   -0.18  Na2SO4
	Thermonatrite   -13.59  -13.47    0.13  Na2CO3:H2O
	Trona           -18.90  -30.02  -11.12  NaHCO3:Na2CO3:2H2O

------------------
End of simulation.
------------------

------------------------------------
Reading input data for simulation 5.
------------------------------------

	SELECTED_OUTPUT
		reset false
		file ok.sel
		solution
		ph
		totals   Cl	Na Ca As
		molalities	Hfo_wOH2+ NaX CaX2 MgX2 
		equilibrium_phases	Calcite Dolomite
	USER_PUNCH
	headings As(ug/L)
	start
	10 PUNCH TOT("As")*1e6*74.92
	end
	ADVECTION
	    cells 10
	    shifts 1
	    punch_frequency 5
	    warnings true
	END
------------------------------------
Beginning of advection calculations.
------------------------------------

Beginning of advection time step 1, cumulative pore volumes 0.100000.

Cell 1.

Using solution 1.	Solution after simulation 4.
Using exchange 1.	Exchange assemblage after simulation 3.
Using surface 1.	Surface assemblage after simulation 3.
Using pure phase assemblage 1.	

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 8.183e-002-1.817e-002
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.585e+000-1.522e-002

------------------------------Surface composition------------------------------

Hfo           
	 5.452e-003  Surface charge, eq
	 2.923e-002  sigma, C/m**2
	 4.180e-002  psi, V
	-1.627e+000  -F*psi/RT
	 1.965e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH          4.780e-002       0.683  4.780e-002      -1.321
	Hfo_wOH2+        1.622e-002       0.232  1.622e-002      -1.790
	Hfo_wO-          3.228e-003       0.046  3.228e-003      -2.491
	Hfo_wOHAsO4-3    2.125e-003       0.030  2.125e-003      -2.673
	Hfo_wOHSO4-2     5.319e-004       0.008  5.318e-004      -3.274
	Hfo_wSO4-        9.067e-005       0.001  9.067e-005      -4.043
	Hfo_wHAsO4-      5.490e-006       0.000  5.490e-006      -5.260
	Hfo_wH2AsO4      6.027e-008       0.000  6.027e-008      -7.220
	Hfo_wOCa+        1.773e-014       0.000  1.773e-014     -13.751
	Hfo_wOMg+        1.313e-014       0.000  1.313e-014     -13.882
	Hfo_wH2AsO3      1.447e-033       0.000  1.447e-033     -32.840

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              8.334e-001  8.334e-001  8.334e-001     0.000
	CaX2             5.677e-002  1.135e-001  1.135e-001     0.000
	MgX2             2.653e-002  5.306e-002  5.306e-002     0.000
	HX               9.188e-006  9.188e-006  9.188e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               9.627e-010  9.627e-010
	C                5.574e-002  5.574e-002
	Ca               5.025e-004  5.025e-004
	Cl               1.340e-004  1.340e-004
	Mg               3.552e-004  3.552e-004
	Na               1.022e-001  1.022e-001
	S                2.099e-004  2.099e-004

----------------------------Description of solution----------------------------

                                       pH  =   7.053      Charge balance
                                       pe  =  13.555      Adjusted to redox equilibrium
                        Activity of water  =   0.997
                           Ionic strength  =  7.544e-002
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  4.849e-002
                       Total CO2 (mol/kg)  =  5.574e-002
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.486e-002
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =  36.80
                               Iterations  =  11
                                  Total H  = 1.110626e+002
                                  Total O  = 5.566827e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	OH-              1.414e-007  1.128e-007    -6.850    -6.948    -0.098
	H+               1.058e-007  8.855e-008    -6.976    -7.053    -0.077
	H2O              5.551e+001  9.973e-001     1.744    -0.001     0.000
As(3)           1.164e-037
	H3AsO3           1.154e-037  1.174e-037   -36.938   -36.930     0.008
	H2AsO3-          9.835e-040  7.845e-040   -39.007   -39.105    -0.098
	HAsO3-2          0.000e+000  0.000e+000   -43.762   -44.155    -0.393
	H4AsO3+          0.000e+000  0.000e+000   -44.190   -44.288    -0.098
	AsO3-3           0.000e+000  0.000e+000   -49.632   -50.516    -0.884
As(5)           9.627e-010
	HAsO4-2          7.656e-010  3.098e-010    -9.116    -9.509    -0.393
	H2AsO4-          1.970e-010  1.571e-010    -9.705    -9.804    -0.098
	AsO4-3           6.791e-014  8.871e-015   -13.168   -14.052    -0.884
	H3AsO4           2.393e-015  2.435e-015   -14.621   -14.614     0.008
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -142.601  -142.594     0.008
C(4)            5.574e-002
	HCO3-            4.647e-002  3.742e-002    -1.333    -1.427    -0.094
	CO2              7.341e-003  7.470e-003    -2.134    -2.127     0.008
	NaHCO3           1.661e-003  1.690e-003    -2.780    -2.772     0.008
	CaHCO3+          1.000e-004  7.977e-005    -4.000    -4.098    -0.098
	MgHCO3+          6.796e-005  5.421e-005    -4.168    -4.266    -0.098
	CO3-2            4.714e-005  1.982e-005    -4.327    -4.703    -0.376
	NaCO3-           3.717e-005  2.964e-005    -4.430    -4.528    -0.098
	CaCO3            5.454e-006  5.550e-006    -5.263    -5.256     0.008
	MgCO3            2.301e-006  2.341e-006    -5.638    -5.631     0.008
Ca              5.025e-004
	Ca+2             3.947e-004  1.671e-004    -3.404    -3.777    -0.373
	CaHCO3+          1.000e-004  7.977e-005    -4.000    -4.098    -0.098
	CaCO3            5.454e-006  5.550e-006    -5.263    -5.256     0.008
	CaSO4            2.283e-006  2.323e-006    -5.641    -5.634     0.008
	CaOH+            3.917e-010  3.124e-010    -9.407    -9.505    -0.098
	CaHSO4+          1.511e-012  1.205e-012   -11.821   -11.919    -0.098
Cl              1.340e-004
	Cl-              1.340e-004  1.052e-004    -3.873    -3.978    -0.105
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -44.372   -44.365     0.008
Mg              3.552e-004
	Mg+2             2.829e-004  1.238e-004    -3.548    -3.907    -0.359
	MgHCO3+          6.796e-005  5.421e-005    -4.168    -4.266    -0.098
	MgCO3            2.301e-006  2.341e-006    -5.638    -5.631     0.008
	MgSO4            1.987e-006  2.022e-006    -5.702    -5.694     0.008
	MgOH+            6.348e-009  5.063e-009    -8.197    -8.296    -0.098
Na              1.022e-001
	Na+              1.005e-001  8.032e-002    -0.998    -1.095    -0.097
	NaHCO3           1.661e-003  1.690e-003    -2.780    -2.772     0.008
	NaCO3-           3.717e-005  2.964e-005    -4.430    -4.528    -0.098
	NaSO4-           3.516e-005  2.804e-005    -4.454    -4.552    -0.098
O(0)            4.374e-004
	O2               2.187e-004  2.226e-004    -3.660    -3.653     0.008
S(-2)           0.000e+000
	HS-              0.000e+000  0.000e+000  -142.264  -142.362    -0.098
	H2S              0.000e+000  0.000e+000  -142.481  -142.474     0.008
	S5-2             0.000e+000  0.000e+000  -144.636  -144.905    -0.269
	S4-2             0.000e+000  0.000e+000  -144.844  -145.139    -0.294
	S6-2             0.000e+000  0.000e+000  -144.943  -145.191    -0.247
	S-2              0.000e+000  0.000e+000  -147.835  -148.228    -0.393
	S3-2             0.000e+000  0.000e+000  -148.266  -148.592    -0.325
	S2-2             0.000e+000  0.000e+000  -149.485  -149.838    -0.353
S(6)            2.099e-004
	SO4-2            1.705e-004  6.966e-005    -3.768    -4.157    -0.389
	NaSO4-           3.516e-005  2.804e-005    -4.454    -4.552    -0.098
	CaSO4            2.283e-006  2.323e-006    -5.641    -5.634     0.008
	MgSO4            1.987e-006  2.022e-006    -5.702    -5.694     0.008
	HSO4-            7.519e-010  5.997e-010    -9.124    -9.222    -0.098
	CaHSO4+          1.511e-012  1.205e-012   -11.821   -11.919    -0.098

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -3.57   -7.93   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -144.91 -223.30  -78.39  As4O6
	Artinite         -8.02    1.58    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -35.92  -29.22    6.70  As2O5
	Brucite          -6.64   10.20   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -20.53    1.75   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -139.73 -183.66  -43.93  CH4
	Claudetite     -144.65 -223.30  -78.65  As4O6
	CO2(g)           -0.66  -18.81  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -5.93   -8.07   -2.14  MgSO4:7H2O
	Gypsum           -3.36   -7.94   -4.58  CaSO4:2H2O
	H2(g)           -41.21  -41.21    0.00  H2
	H2O(g)           -1.51   -0.00    1.51  H2O
	H2S(g)         -141.48 -183.12  -41.64  H2S
	Halite           -6.66   -5.07    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.49  -24.25   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -5.24   -6.36   -1.11  Na2SO4:10H2O
	Nahcolite        -1.97  -12.85  -10.88  NaHCO3
	Natron           -5.59   -6.90   -1.31  Na2CO3:10H2O
	Nesquehonite     -2.99   -8.61   -5.62  MgCO3:3H2O
	O2(g)            -0.69   82.43   83.12  O2
	Orpiment       -461.13 -661.00 -199.87  As2S3
	Portlandite     -12.47   10.33   22.80  Ca(OH)2
	Realgar        -187.20 -259.55  -72.35  AsS
	Sulfur         -106.09 -141.90  -35.81  S
	Thenardite       -6.17   -6.35   -0.18  Na2SO4
	Thermonatrite    -7.02   -6.89    0.13  Na2CO3:H2O
	Trona            -8.62  -19.75  -11.12  NaHCO3:Na2CO3:2H2O


Cell 2.

Using solution 2.	Solution after simulation 2.
Using exchange 2.	Exchanger defined in simulation 3.
Using surface 2.	Surface defined in simulation 3.
Using pure phase assemblage 2.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O


Cell 3.

Using solution 3.	Solution after simulation 2.
Using exchange 3.	Exchanger defined in simulation 3.
Using surface 3.	Surface defined in simulation 3.
Using pure phase assemblage 3.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O


Cell 4.

Using solution 4.	Solution after simulation 2.
Using exchange 4.	Exchanger defined in simulation 3.
Using surface 4.	Surface defined in simulation 3.
Using pure phase assemblage 4.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O


Cell 5.

Using solution 5.	Solution after simulation 2.
Using exchange 5.	Exchanger defined in simulation 3.
Using surface 5.	Surface defined in simulation 3.
Using pure phase assemblage 5.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O


Cell 6.

Using solution 6.	Solution after simulation 2.
Using exchange 6.	Exchanger defined in simulation 3.
Using surface 6.	Surface defined in simulation 3.
Using pure phase assemblage 6.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O


Cell 7.

Using solution 7.	Solution after simulation 2.
Using exchange 7.	Exchanger defined in simulation 3.
Using surface 7.	Surface defined in simulation 3.
Using pure phase assemblage 7.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O


Cell 8.

Using solution 8.	Solution after simulation 2.
Using exchange 8.	Exchanger defined in simulation 3.
Using surface 8.	Surface defined in simulation 3.
Using pure phase assemblage 8.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O


Cell 9.

Using solution 9.	Solution after simulation 2.
Using exchange 9.	Exchanger defined in simulation 3.
Using surface 9.	Surface defined in simulation 3.
Using pure phase assemblage 9.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O


Cell 10.

Using solution 10.	Solution after simulation 2.
Using exchange 10.	Exchanger defined in simulation 3.
Using surface 10.	Surface defined in simulation 3.
Using pure phase assemblage 10.	Pp_Assemblage defined in simulation 1.

-------------------------------Phase assemblage--------------------------------

                                                     Moles in assemblage
	Phase               SI log IAP  log KT    Initial      Final      Delta

	Calcite           0.00   -8.48   -8.48 1.000e-001 1.000e-001 9.710e-013
	Dolomite          0.00  -17.09  -17.09 1.600e+000 1.600e+000-1.117e-013

------------------------------Surface composition------------------------------

Hfo           
	 6.031e-002  Surface charge, eq
	 3.233e-001  sigma, C/m**2
	 4.606e-002  psi, V
	-1.793e+000  -F*psi/RT
	 1.665e-001  exp(-F*psi/RT)
	 6.000e+002  specific area, m**2/g
	 1.800e+004  m**2 for  3.000e+001 g


Hfo_w         
	 7.000e-002  moles
	                                   Mole                     Log
	Species               Moles    Fraction    Molality    Molality

	Hfo_wOH2+        6.293e-002       0.899  6.293e-002      -1.201
	Hfo_wOH          4.336e-003       0.062  4.336e-003      -2.363
	Hfo_wHAsO4-      1.302e-003       0.019  1.302e-003      -2.885
	Hfo_wH2AsO4      6.116e-004       0.009  6.116e-004      -3.214
	Hfo_wSO4-        5.387e-004       0.008  5.387e-004      -3.269
	Hfo_wOHAsO4-3    2.167e-004       0.003  2.167e-004      -3.664
	Hfo_wOHSO4-2     5.811e-005       0.001  5.811e-005      -4.236
	Hfo_wO-          6.846e-006       0.000  6.846e-006      -5.165
	Hfo_wOCa+        1.147e-013       0.000  1.147e-013     -12.940
	Hfo_wOMg+        8.498e-014       0.000  8.498e-014     -13.071
	Hfo_wH2AsO3      1.481e-029       0.000  1.481e-029     -28.829

-----------------------------Exchange composition------------------------------

X               1.000e+000 mol

	                               Equiv-    Equivalent      Log 
	Species             Moles      alents      Fraction     Gamma

	NaX              9.355e-001  9.355e-001  9.355e-001     0.000
	CaX2             2.199e-002  4.398e-002  4.398e-002     0.000
	MgX2             1.028e-002  2.055e-002  2.055e-002     0.000
	HX               4.428e-006  4.428e-006  4.428e-006     0.000

-----------------------------Solution composition------------------------------

	Elements           Molality       Moles

	As               5.000e-008  5.000e-008
	C                3.514e-003  3.514e-003
	Ca               4.643e-001  4.643e-001
	Cl               6.642e+000  6.642e+000
	Mg               1.617e-001  1.617e-001
	Na               5.402e+000  5.402e+000
	S                4.725e-003  4.725e-003

----------------------------Description of solution----------------------------

                                       pH  =   5.350      Charge balance
                                       pe  =  15.308      Adjusted to redox equilibrium
                        Activity of water  =   0.785
                           Ionic strength  =  7.269e+000
                       Mass of water (kg)  =  1.000e+000
                 Total alkalinity (eq/kg)  =  2.441e-003
                       Total CO2 (mol/kg)  =  3.514e-003
                      Temperature (deg C)  =  25.000
                  Electrical balance (eq)  =  5.095e-010
 Percent error, 100*(Cat-|An|)/(Cat+|An|)  =   0.00
                               Iterations  =   2
                                  Total H  = 1.110158e+002
                                  Total O  = 5.553511e+001

----------------------------Distribution of species----------------------------

	                                           Log       Log         Log 
	Species            Molality    Activity  Molality  Activity     Gamma

	H+               6.361e-006  4.471e-006    -5.196    -5.350    -0.153
	OH-              3.204e-010  1.757e-009    -9.494    -8.755     0.739
	H2O              5.551e+001  7.846e-001     1.744    -0.105     0.000
As(3)           1.955e-033
	H3AsO3           1.955e-033  1.042e-032   -32.709   -31.982     0.727
	H2AsO3-          2.515e-037  1.379e-036   -36.599   -35.860     0.739
	H4AsO3+          4.210e-039  2.309e-038   -38.376   -37.637     0.739
	HAsO3-2          0.000e+000  0.000e+000   -45.569   -42.613     2.956
	AsO3-3           0.000e+000  0.000e+000   -57.329   -50.677     6.652
As(5)           5.000e-008
	H2AsO4-          4.995e-008  2.739e-007    -7.301    -6.562     0.739
	H3AsO4           4.019e-011  2.143e-010   -10.396    -9.669     0.727
	HAsO4-2          1.183e-011  1.070e-008   -10.927    -7.971     2.956
	AsO4-3           1.353e-021  6.064e-015   -20.869   -14.217     6.652
C(-4)           0.000e+000
	CH4              0.000e+000  0.000e+000  -143.632  -142.905     0.727
C(4)            3.514e-003
	CO2              1.068e-003  5.694e-003    -2.971    -2.245     0.727
	HCO3-            7.680e-004  4.444e-004    -3.115    -3.352    -0.238
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
	CO3-2            4.158e-008  4.662e-009    -7.381    -8.331    -0.950
Ca              4.643e-001
	Ca+2             4.619e-001  7.106e-001    -0.335    -0.148     0.187
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	CaHCO3+          7.345e-004  4.028e-003    -3.134    -2.395     0.739
	CaCO3            1.041e-006  5.550e-006    -5.983    -5.256     0.727
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	CaOH+            3.774e-009  2.069e-008    -8.423    -7.684     0.739
Cl              6.642e+000
	Cl-              6.642e+000  3.947e+000     0.822     0.596    -0.226
H(0)            0.000e+000
	H2               0.000e+000  0.000e+000   -45.192   -44.465     0.727
Mg              1.617e-001
	Mg+2             1.598e-001  5.263e-001    -0.796    -0.279     0.518
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	MgHCO3+          4.991e-004  2.737e-003    -3.302    -2.563     0.739
	MgCO3            4.392e-007  2.341e-006    -6.357    -5.631     0.727
	MgOH+            6.115e-008  3.353e-007    -7.214    -6.475     0.739
Na              5.402e+000
	Na+              5.401e+000  9.445e+000     0.732     0.975     0.243
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	NaHCO3           4.428e-004  2.361e-003    -3.354    -2.627     0.727
	NaCO3-           1.495e-007  8.199e-007    -6.825    -6.086     0.739
O(0)            8.206e-005
	O2               4.103e-005  2.188e-004    -4.387    -3.660     0.727
S(-2)           0.000e+000
	H2S              0.000e+000  0.000e+000  -139.842  -139.115     0.727
	HS-              0.000e+000  0.000e+000  -141.447  -140.707     0.739
	S5-2             0.000e+000  0.000e+000  -144.480  -144.953    -0.473
	S4-2             0.000e+000  0.000e+000  -144.629  -145.187    -0.558
	S6-2             0.000e+000  0.000e+000  -144.829  -145.239    -0.410
	S3-2             0.000e+000  0.000e+000  -147.960  -148.640    -0.680
	S2-2             0.000e+000  0.000e+000  -149.073  -149.886    -0.813
	S-2              0.000e+000  0.000e+000  -151.232  -148.276     2.956
S(6)            4.725e-003
	CaSO4            1.601e-003  8.538e-003    -2.796    -2.069     0.727
	MgSO4            1.394e-003  7.430e-003    -2.856    -2.129     0.727
	SO4-2            1.210e-003  6.022e-005    -2.917    -4.220    -1.303
	NaSO4-           5.199e-004  2.851e-003    -3.284    -2.545     0.739
	CaHSO4+          4.078e-008  2.236e-007    -7.390    -6.650     0.739
	HSO4-            4.774e-009  2.618e-008    -8.321    -7.582     0.739

------------------------------Saturation indices-------------------------------

	Phase               SI log IAP  log KT

	Anhydrite        -0.01   -4.37   -4.36  CaSO4
	Aragonite        -0.14   -8.48   -8.34  CaCO3
	Arsenolite     -124.49 -202.88  -78.39  As4O6
	Artinite         -8.32    1.28    9.60  MgCO3:Mg(OH)2:3H2O
	As2O5           -25.72  -19.02    6.70  As2O5
	Brucite          -6.63   10.21   16.84  Mg(OH)2
	Ca3(AsO4)2:4w   -10.40   11.89   22.29  Ca3(AsO4)2:4H2O
	Calcite           0.00   -8.48   -8.48  CaCO3
	CH4(g)         -140.04 -183.98  -43.93  CH4
	Claudetite     -124.23 -202.88  -78.65  As4O6
	CO2(g)           -0.78  -18.93  -18.15  CO2
	Dolomite          0.00  -17.09  -17.09  CaMg(CO3)2
	Dolomite(d)      -0.55  -17.09  -16.54  CaMg(CO3)2
	Epsomite         -3.10   -5.24   -2.14  MgSO4:7H2O
	Gypsum            0.00   -4.58   -4.58  CaSO4:2H2O
	H2(g)           -41.32  -41.32    0.00  H2
	H2O(g)           -1.62   -0.11    1.51  H2O
	H2S(g)         -138.12 -179.76  -41.64  H2S
	Halite           -0.01    1.57    1.58  NaCl
	Huntite          -4.34  -34.31  -29.97  CaMg3(CO3)4
	Hydromagnesite  -15.89  -24.65   -8.76  Mg5(CO3)4(OH)2:4H2O
	Magnesite        -0.58   -8.61   -8.03  MgCO3
	Mirabilite       -2.21   -3.32   -1.11  Na2SO4:10H2O
	Nahcolite        -1.83  -12.71  -10.88  NaHCO3
	Natron           -6.12   -7.43   -1.31  Na2CO3:10H2O
	Nesquehonite     -3.31   -8.93   -5.62  MgCO3:3H2O
	O2(g)            -0.70   82.42   83.12  O2
	Orpiment       -440.53 -640.40 -199.87  As2S3
	Portlandite     -12.46   10.34   22.80  Ca(OH)2
	Realgar        -178.63 -250.98  -72.35  AsS
	Sulfur         -102.63 -138.44  -35.81  S
	Thenardite       -2.09   -2.27   -0.18  Na2SO4
	Thermonatrite    -6.61   -6.49    0.13  Na2CO3:H2O
	Trona            -8.17  -19.30  -11.12  NaHCO3:Na2CO3:2H2O

------------------
End of simulation.
------------------

------------------------------------
Reading input data for simulation 6.
------------------------------------

-----------
End of run.
-----------