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SOLUTION 1-pressure 10 # atm temp 75.05 EQUILIBRIUM_PHASES 1 CO2(g) 1 3 # 1000 atmENDUSE SOLUTION 1USE EQUILIBRIUM_PHASES 1SELECTED_OUTPUT -reset false -high_precision true -molalities H+ OH- H2O CO2 (CO2)2 HCO3- CO3-2 H2 O2 -file co2.dat USER_PUNCH -headings PRESSURE Fugacity PR_P_CO2 CO2_g TOT_water TOT_C 10 PUNCH PRESSURE 20 PUNCH 10^SI("CO2(g)") 30 PUNCH PR_P("CO2(g)") 40 PUNCH EQUI("CO2(g)") 50 PUNCH TOT("water") 60 PUNCH [SYS("C(4)")]END

(MOL("CO2") + 2*MOL("(CO2)2"))*TOT("water")

SELECTED_OUTPUT -reset false -high_precision true -molalities H+ OH- H2O CO2 (CO2)2 HCO3- CO3-2 H2 O2 -file co2.dat USER_PUNCH -headings PRESSURE Fugacity PR_P_CO2 CO2_g TOT_water TOT_C 10 PUNCH PRESSURE 20 PUNCH 10^SI("CO2(g)") 30 PUNCH PR_P("CO2(g)") 40 PUNCH EQUI("CO2(g)") 50 PUNCH TOT("water") 60 PUNCH [SYS("C(4)")]END

SOLUTION-units mol/kgwpH 10 chargeNa 1ENDUSER_GRAPH 1 -headings CO2 TOTMOL(H) TOT(H) CO2 (CO2)2 HCO3 CO3 TOT(water) -axis_titles "CO2 dissolved, moles" "Moles" "Kg water" -initial_solutions false -connect_simulations true -plot_concentration_vs x -start10 GRAPH_X RXN20 GRAPH_Y TOT("H")*TOT("water")30 GRAPH_Y TOT("H")40 GRAPH_sy TOT("water") -end -active trueUSE solution 1REACTIONCO2(g) 10.1 in 10END