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on the entering and modifying data in the SysCAD.93.db3 file, please see Species Table. In addition to the Standard species model, which is available to

"good" enthalpy (Cp) data for species in the Species Database for the project. If there are significant differences, the SysCAD species data for the project

Properties ➔ Water and Steam Properties Related Links: Species Table, Standard Species Model, Plant Model - Species Property Overrides, Fast IF97 Sat Properties

the user to filter the species to display only species that meet certain criteria. See Species Filter for details on how the species filter is used. If Heat

Upgraded to PHREEQC version 3.7.3-15968. Trend window x-axis grid improvements. Flange, Tear, DirectLink and Links Table tidy-ups. General Controller

23 April 2024 - SysCAD 9.3 Build 139.35250 Related Links: What's New, Build 139 Revision History, Upgrading Projects SysCAD 9.3 Build 139 was released

front. TCE Improvements: Upgraded PHREEQC version in SysCAD from 3.5.0-14000 to 3.7.3-15968. NOTE: This may affect project results using PHREEQC. Added

published data has some maximum mass fraction data, in SysCAD implementation there are no limits applied or warnings given when outside of the fitted data mass

import data from other SysCAD project species databases; or import species data from the HSC Thermodynamic Database (Developed and sold by Outotec www.hsc-chemistry

The SysCAD feed stream(s) using SysCAD species is converted into PHREEQC "Input" using PHREEQC Species. The species mapping is defined in the corresponding

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

The SysCAD feed stream(s) using SysCAD species is converted into PHREEQC "Input" using PHREEQC Species. The species mapping is defined in the corresponding

streams, The SysCAD feed stream(s) using SysCAD species is converted into OLI "Input" using OLI Species. The species mapping is defined in the corresponding OLI

The SysCAD feed stream(s) using SysCAD species is converted into PHREEQC "Input" using PHREEQC Species. The species mapping is defined in the corresponding

(cfg File) ➔ Species Properties Configuration Latest SysCAD Version: 23 April 2024 - SysCAD 9.3 Build 139.35250 Related Links: Species Table, Editing User

The SysCAD feed stream(s) using SysCAD species is converted into PHREEQC "Input" using PHREEQC Species. The species mapping is defined in the corresponding

The SysCAD feed stream(s) using SysCAD species is converted into AQSol "Input" using AQSol Species. The species mapping is defined in the corresponding

default species (with no thermodynamic or properties data) as placeholders when a matching species is not found. If false, only matched species will be

solubility data from Perry (ref. 3) - therefore ignore any other species in solution and use data for 'pure' CaSO4; or Use solubility data from d'Ans (Ref

streams, The SysCAD feed stream(s) using SysCAD species is converted into OLI "Input" using OLI Species. The species mapping is defined in the corresponding OLI

model. The SysCAD feed stream(s) using SysCAD species is converted into OLI "Input" using OLI Species. The species mapping is defined in the corresponding OLI

The SysCAD feed stream(s) using SysCAD species is converted into PHREEQC "Input" using PHREEQC Species. The species mapping is defined in the corresponding

The SysCAD feed stream(s) using SysCAD species is converted into AQSol "Input" using AQSol Species. The species mapping is defined in the corresponding

being used by the PHREEQC Evaporator has solubility data for the species, then the amount of species that precipitates will be automatically calculated

default species (with no thermodynamic or properties data) as placeholders when a matching species is not found. If false, only matched species will be

streams, The SysCAD feed stream(s) using SysCAD species is converted into OLI "Input" using OLI Species. The species mapping is defined in the corresponding OLI

required species. This species then precipitates out as the crystal product. If the AQSol model being used by the AQSol Evaporator has solubility data for the

The SysCAD feed stream(s) using SysCAD species is converted into AQSol "Input" using AQSol Species. The species mapping is defined in the corresponding

called "Species Info" will be added to the selected MS Excel file. The information displayed on the Species Info worksheet includes the thermodynamic and physical

The SysCAD feed stream(s) using SysCAD species is converted into AQSol "Input" using AQSol Species. The species mapping is defined in the corresponding

The SysCAD feed stream(s) using SysCAD species is converted into ChemApp "Input" using ChemApp Species. The species mapping is defined in the corresponding

streams, The SysCAD feed stream(s) using SysCAD species is converted into OLI "Input" using OLI Species. The species mapping is defined in the corresponding OLI

streams, The SysCAD feed stream(s) using SysCAD species is converted into OLI "Input" using OLI Species. The species mapping is defined in the corresponding OLI

required species. This species then precipitates out as the crystal product. If the OLI model being used by the OLI Evaporator has solubility data for the

project. Please see: Editing User Species Database and Species Table for further information. Add a Hard-wired Species to the Project Configuration - this

the Temperature and Pressure AND the species composition, on the Define Species - DSp page. The Default species composition in a Feeder is 100% water

default species (with no thermodynamic or properties data) as placeholders when a matching species is not found. If false, only matched species will be

➔ Precipitation3 ➔ Model Theory (Growth) Latest SysCAD Version: 23 April 2024 - SysCAD 9.3 Build 139.35250 Related Links: Alumina 3 Bayer Species Model A Precipitation

The SysCAD feed stream(s) using SysCAD species is converted into ChemApp "Input" using ChemApp Species. The species mapping is defined in the corresponding

default species (with no thermodynamic or properties data) as placeholders when a matching species is not found. If false, only matched species will be

convert the SysCAD species flow data to ChemApp species data (and vice-versa) and use the ChemApp functionality to calculate equilibrium data. The ChemApp Model

can be used with SysCAD 9.2 and SysCAD 9.3. For 9.3 reactions, it supports new options for specifying Source species. For 9.3 reactions, it can perform

Elevation; Introduction to industry related Species Models such as Alumina, Potash and Sugar; Adding Annotation (data tables) to the flowsheet; Creating New Graphics

for Species Filter Expanded species display filter to display species with the largest flows. User can filter to show a specified number of species with

weight). Across the data set, the values range from 0.17 to 2.57 kJ/kg.K. When no Cp data is supplied for a species in the Species Database, SysCAD uses

Started ➔ Example Projects Latest SysCAD Version: 23 April 2024 - SysCAD 9.3 Build 139.35250 A number of example projects are distributed with the SysCAD

vapours and liquids of the selected species will be in equilibrium in the pipe. For example, if the equilibrium species is water and the pipe is at atmospheric