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PHREEQC algorithms and data to determine the status of the aqueous solution. Mapping of the SysCAD to PHREEQC streams is done via Species Mapping. The PHREEQC

algorithms and data to determine the status of the aqueous solution in the defined stream/s. Mapping of the SysCAD to PHREEQC streams is done via Species Mapping

of species that have been developed for use with sugar solutions, although any species may be added. The species and descriptions are in the table below

Temperature = {25, 30, 35} const Array AcidConc = {0, 9.8} const matrix GypsumSolubility = { {2.12, 2.11, 2.10}, {1.77, 1.82, 1.88} } ;Array Temperature = {25

have surge). Example 2: Dynamic Project Overall Mass Balance See How to perform a Species Mass Balance See also Example PGM - Species Check for how to check

ensure the organic species are defined with a lower density than the aqueous species. This requires the specification of appropriate data for organic-aqueous

set nFC = -2, nC = 2 : [math]\displaystyle{ \left(\cfrac{A_o - A^*}{F}\right)^2=\left(\cfrac{A_o - A^*}{C}\right)^2 \times \cfrac{C^2}{F^2} }[/math] SAL

algorithms and data to determine the status of the aqueous solution in the defined stream/s. Mapping of the SysCAD to OLI streams is done via Species Mapping

the OLI algorithms and data to determine the status of the aqueous solution. Mapping of the SysCAD to OLI streams is done via Species Mapping. The OLI Mixer

PHREEQC algorithms and data to determine the status of the aqueous solution. Mapping of the SysCAD to PHREEQC streams is done via Species Mapping. The PHREEQC

Vapour is flashed off and the remaining solution is then supersaturated with the required species. This species then precipitates out as the crystal product

calculations to generate a set of data. The data can be copied and pasted into external programs such as Excel to allow the data to be plotted and analysed.

AQSol algorithms and data to determine the status of the aqueous solution. Mapping of the SysCAD to AQSol streams is done via Species Mapping. The AQSol

138 to Build 139. A table of the SysCAD 9.3 Build 139 changes at the time of first release are shown below. Please click on the table headings, or use the

the OLI algorithms and data to determine the status of the aqueous solution. Mapping of the SysCAD to OLI streams is done via Species Mapping. The OLI Reverse

the OLI algorithms and data to determine the status of the aqueous solution. Mapping of the SysCAD to OLI streams is done via Species Mapping. The OLI Feeder

Evaporator has solubility data for the species, then the amount of species that precipitates will be automatically calculated. The solution properties will be

'map' OLI species/ions to SysCAD species/ions used in the project. This allows the other OLI models in SysCAD to convert the SysCAD species flow data to OLI

Vapour is flashed off and the remaining solution is then supersaturated with the required species. This species then precipitates out as the crystal product

Vapour is flashed off and the remaining solution is then supersaturated with the required species. This species then precipitates out as the crystal product