Sage Modeling and Simulation Library

VacuumDryModel..::..VacuumDry Method

This model is used to calculate the emissions associated with drying solid product in a vacuum dryer. The calculation of the emission from the operation is identical to that for the Vacuum Distill model, except that the total calculated VOC emission cannot exceed the amount of VOC in the wet cake.

Namespace:  Highpoint.Sage.Materials.Chemistry.Emissions
Assembly:  Sage4 (in Sage4.dll)

Syntax


public void VacuumDry(
	Mixture initial,
	out Mixture final,
	out Mixture emission,
	bool modifyInPlace,
	double controlTemperature,
	double systemPressure,
	double airLeakRate,
	double airLeakDuration,
	Hashtable materialGuidToVolumeFraction,
	double massOfDriedProductCake
)

Parameters

initial
Type: Highpoint.Sage.Materials.Chemistry..::..Mixture
The mixture as it exists before the emission.
final
Type: Highpoint.Sage.Materials.Chemistry..::..Mixture%
The resultant mixture after the emission.
emission
Type: Highpoint.Sage.Materials.Chemistry..::..Mixture%
The mixture emitted as a result of this model.
modifyInPlace
Type: Boolean
If true, then the initial mixture is returned in its final state after emission, otherwise, it is left as-is.
controlTemperature
Type: Double
In degrees kelvin.
systemPressure
Type: Double
In Pascals.
airLeakRate
Type: Double
In kilograms per time unit.
airLeakDuration
Type: Double
In matching time units.
materialGuidToVolumeFraction
Type: Hashtable
Hashtable with Material Type Guids as keys, and a double, [0..1] representing the fraction of that material present lost during the drying of the product cake.
massOfDriedProductCake
Type: Double
The final mass of the dried product cake.