Template:TPSSideCalc Tab Page

Unit Type: {{{TPS}}}SideCalc - The first tab page in the access window will have this name.

Tag (Long/Short)	Input / Calc	Description/Calculated Variables / Options
Tag	Display	This name tag may be modified with the change tag option.
Condition	Display	OK if no errors/warnings, otherwise lists errors/warnings.
ConditionCount	Display	The current number of errors/warnings. If condition is OK, returns 0.
GeneralDescription / GenDesc	Display	This is an automatically generated description for the unit. If the user has entered text in the 'EqpDesc' field on the Info tab (see below), this will be displayed here. If this field is blank, then SysCAD will display the UnitType or SubClass.
Requirements
On	Tickbox	If this option is deselected, the {{{TPS}}} SideCalc model will not be operational and thus no calculations will be performed.
Pressure / P	Input	The pressure at which the {{{TPS}}} side calculation is to be performed at.
StreamCount	Input	The number of SysCAD streams to be combined together prior to performing the {{{TPS}}} side calculation. For each stream, the StreamTag and Multiplier will need to be specified.
ContainerCount	Input	Only available in a dynamic project. The number of SysCAD contents to be combined together prior to performing the {{{TPS}}} side calculation. For each content, the ContainerTag and Multiplier will need to be specified.
StreamX.SourceTag	Input	Not displayed if StreamCount=0. For stream X, the tag of the stream that the user wants to perform a {{{TPS}}} side calculation on. The format is: [Unit Operation Tag Name].[Tab Page Name] Examples: XPG_1.QProd, P_1.Qo, X_1.QProd, TNK_1.QFeed
StreamX.Ratio	Input	Not displayed if StreamCount=0. For stream X, the ratio to be applied to the mass flow of the stream prior to performing the {{{TPS}}} side calculation. This is particularly important when mixing several streams prior to performing the {{{TPS}}} side calculation.
StreamX.Phase	Not displayed if StreamCount=0.
	All	The full contents of stream X will be part of the {{{TPS}}} side calculation.
	Gas	Only the gaseous phase of stream X will be part of the {{{TPS}}} side calculation.
	Liq	Only the liquid phase of stream X will be part of the {{{TPS}}} side calculation.
	Sol	Only the solid phase of stream X will be part of the {{{TPS}}} side calculation.
	SL	Only the solid and liquid phases of stream X will be part of the {{{TPS}}} side calculation.
	SG	Only the solid and gaseous phases of stream X will be part of the {{{TPS}}} side calculation.
	LG	Only the liquid and gaseous phases of stream X will be part of the {{{TPS}}} side calculation.
ContainerX.SourceTag	Input	Only available in a dynamic project. Not displayed if ContainerCount=0. The tag of the content that the user wants to perform a {{{TPS}}} side calculation on. The format is: [Unit Operation Tag Name].[Tab Page Name] Examples: TNK_001.Content
ContainerX.Ratio	Input	Only available in a dynamic project. Not displayed if ContainerCount=0. For content X, the ratio to be applied to the mass of the content prior to performing the {{{TPS}}} side calculation. This is particularly important when mixing several contents or streams prior to performing the {{{TPS}}} side calculation.
ContainerX.Phase	Only available in a dynamic project. Not displayed if ContainerCount=0.
	All	The full contents of content X will be part of the {{{TPS}}} side calculation.
	Gas	Only the gaseous phase of content X will be part of the {{{TPS}}} side calculation.
	Liq	Only the liquid phase of content X will be part of the {{{TPS}}} side calculation.
	Sol	Only the solid phase of content X will be part of the {{{TPS}}} side calculation.
	SL	Only the solid and liquid phases of content X will be part of the {{{TPS}}} side calculation.
	SG	Only the solid and gaseous phases of content X will be part of the {{{TPS}}} side calculation.
	LG	Only the liquid and gaseous phases of content X will be part of the {{{TPS}}} side calculation.
Drain.Mode	Only available in a dynamic project. Not displayed if ContainerCount=0.
	MatchToStep	Drain time is equal to the step size of the project. For example, a content containing 10 tonnes of material (after ratios and phase selections have been applied), with a project Step Size of 2 hours, would result in stream of 5 t/h of material being evaluated by the {{{TPS}}} solver.
	Normalised	Flow of material from all contents is set to 1 kg/s (3.6 t/h). Note this is after ratios are applied.
	DrainTime	User can specify the drain time to be used, see Drain.Time below.
	DrainRate	User can specify the drain rate, see Drain.MassFlow below.
Drain.Time	Input	Only available in a dynamic project and if Drain.Mode = DrainTime. The time parameter used to convert the content information into a stream (as required by {{{TPS}}}). For example, a content containing 10 tonnes of material (after ratios and phase selections have been applied), with a Drain.Time of 2 hours, would result in stream of 5 t/h of material being evaluated by the {{{TPS}}} solver.
Drain.MassFlow / Qm	Input	Only available in a dynamic project and if Drain.Mode = DrainRate. The flow of material from all contents is set to this value. Note this is after ratios are applied.
CheckTags		If the user clicks on this button, SysCAD will check that the SourceTag values are valid tags.
CalcWhen	Manual	The side calculation will only be performed if the user presses the Calculate button.
	Each Iter	The side calculation will be performed at the end of each iteration during the model run.
	Each N Iters	The side calculation will be performed at the end of each N iterations during the model run.
	OnStop	The side calculation will be performed once at the end of the run when the model is stopped.
ItersBetweenCalc	Input	Only available if CalcWhen = Each N Iters. The number of iterations between calculations.
Calculate		Click on this button to perform the side calculation to determine the conditions of the final solution, based on the specified target value.
Options
ShowQFeed	Tickbox	Allows the user to view the QFeed and associated tab pages, showing the properties of the combined feed stream. See Material Flow Section. This will be prior to the {{{TPS}}} calculations.
ShowQProd	Tickbox	Only available if Model is set to Reactor. Allows the user to view the QProd and associated tab pages, showing the properties of the products. See Material Flow Section. This will be after the {{{TPS}}} calculations have been applied.