SOLUTION 1
	pH      7 charge
	Na	1
	Cl	1
	Ca	1
	C	  2
END
CALCULATE_VALUES
TOTAL_C
-start
10 save TOT("C")
-end
END
EQUILIBRIUM_PHASES 1
	CO2(g) -2
	Dolomite 0
END
REACTION 1
	HCl 1
	0.1 mmol
END
GAS_PHASE
	-fixed_volume
	N2(g)	1.2
END
KINETICS
	Calcite
		-tol    1e-8
		-m0	 3.e-3
		-m	3.e-3
		-parms	50	  0.6
END
SOLID_SOLUTION
Sulfate
	-comp 	Anhydrite	1.0
	-comp	Barite		1.0
END
RUN_CELLS
	-cell 1
SELECTED_OUTPUT 
	-file multi_punch_1.sel
	-reset false
	-sim
	-state
	-solution
	-dist
	-time
	-step
	-pH
	-pe
	-reaction
	-temperature
	-alkalinity
	-ionic_strength
	-water
	-charge_balance
	-percent_error
	-totals			Na	Ca
	-molalities		Na+	HCO3-
	-activities		Ca+2	CO3-2
	-equilibrium_phases	CO2(g)	dolomite
	-saturation_indices	Halite
	-gases			N2(g)
	-kinetics		Calcite
	-solid_solutions	Anhydrite	Barite
	-calculate_values       TOTAL_C
	-inverse                false
SELECTED_OUTPUT 2
	-file multi_punch_2.sel
	-si Halite Calcite
USER_PUNCH 20
-heading Dummy
10 PUNCH "Dummy"
END
USER_PUNCH 2
-heading DUMMY_1 DUMMY_2
10 PUNCH "Dummy1", "Dummy2"
RUN_CELLS
	-cell 1
SELECTED_OUTPUT 1
	-active false
END
RUN_CELLS
	-cell 1
SELECTED_OUTPUT 1
	-active true
END
SOLUTION 2
	pH 7 charge
END
SOLUTION 3
	pH 7 charge
	Na	1
	Cl	1
END
INVERSE_MODELING
	-solution  2 3
	-phases
		Halite
SELECTED_OUTPUT 3
	-reset false
	-file multi_punch_3.sel
END
RUN_CELLS
	-cell 1