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3-12 • Modeling a Sour Water Stripper Getting Started - Electrolytes
The Properties | Specifications | Global sheet appears. The
Electrolyte Wizard has already completed this sheet:
5 Ensure that the Use true-components checkbox is cleared.
6 Click to continue.
The Binary Interaction sheet appears for the binary
parameters HENRY-1. Use this sheet to view the Henry's Law
parameters retrieved by the electrolytes expert system. If you
had your own Henry's Law parameters, you could enter them
on this sheet.
7 Click to continue.
The Binary Interaction sheet appears for the binary
parameters NRTL-1. Use this sheet to view the moleculemolecule
interaction parameters retrieved by the electrolytes
expert system. If you had your own molecule-molecule
interaction parameters, you could enter them on this sheet.
8 From the Data Browser, select the Properties folder, then
select the Parameters folder, and then select the Electrolyte
Pair folder.
The Electrolyte Pair sheets define the electrolyte pair
parameters: GMELCC, GMELCD, GMELCE, and GMELCN.
If you had your own pair parameters, you could enter them on
these sheets.
9 Click to continue.
The Electrolyte Pair GMELCC-1 Input sheet appears.
10 Click to continue.
Getting Started - Electrolytes Modeling a Sour Water Stripper • 3-13
The Electrolyte Pair GMELCD-1 Input sheet appears.
11 Click to continue.
The Electrolyte Pair GMELCE-1 Input sheet appears.
12 Click to continue.
The Electrolyte Pair GMELCN-1 Input sheet appears.
13 Click to continue.
The Required Properties Input Complete dialog box
appears:
Correct representation of physical properties is essential to
process modeling. For many simulations, the only physical
property specification that you must provide is the selection of
an option set. This dialog box shows that the Aspen Plus
physical property system has many optional capabilities to
increase the accuracy of the physical property calculations.
Because the Aspen Plus electrolytes database has data for all
components and pairs in this system, you don't need to provide
any optional specifications or data.
Now that the Components and Properties specifications are
complete, complete the rest of the flowsheet specifications in
the same way as for non-electrolytes. Use all Aspen Plus unit
operation models in an electrolytes simulation.
14 Click OK to move to the next required input.
3-14 • Modeling a Sour Water Stripper Getting Started - Electrolytes
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