File → Open → Thermo Data… thermo_hmw.tdat is the

File → Open → Thermo Data… thermo_hmw.tdat is the
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File → Open → Thermo Data… thermo_hmw.tdat is the - slide 1 of 7 File → Open → Thermo Data… thermo_hmw.tdat is the - slide 2 of 7 File → Open → Thermo Data… thermo_hmw.tdat is the - slide 3 of 7 File → Open → Thermo Data… thermo_hmw.tdat is the - slide 4 of 7 File → Open → Thermo Data… thermo_hmw.tdat is the - slide 5 of 7 File → Open → Thermo Data… thermo_hmw.tdat is the - slide 6 of 7 File → Open → Thermo Data… thermo_hmw.tdat is the - slide 7 of 7
File Open Thermo Data thermohmw.tdat is the Harvie-Moller-Weare formalism of the Pitzer equations. When dealing with concentrated fluids, its a good idea to use a thermo dataset utilizing the Pitzer equations. Set the composition of

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01
File → Open →
Thermo Data… thermo_hmw.tdat is the Harvie-Moller-Weare formalism of the Pitzer equations. When dealing with concentrated fluids, it’s a good idea to use a thermo dataset utilizing the Pitzer equations.<br>
02
Set the composition of the initial fluid on the Basis pane. 1 kg solvent water plus solutes define seawater Initial fluid is equilibrated with CO2 in the atmosphere<br>
03
Set up a titration path on the Reactants pane. add → Simple → Aqueous… H2O Simulate evaporation by removing solvent water from the system (react a negative mass)<br>