Class SimpleAbsorber

java.lang.Object

neqsim.util.NamedBaseClass

neqsim.process.SimulationBaseClass

neqsim.process.equipment.ProcessEquipmentBaseClass

neqsim.process.equipment.separator.Separator

neqsim.process.equipment.absorber.SimpleAbsorber

All Implemented Interfaces:

Serializable, Runnable, AbsorberInterface, ProcessEquipmentInterface, SeparatorInterface, StateVectorProvider, SimulationInterface, NamedInterface

Direct Known Subclasses:

SimpleTEGAbsorber, WaterStripperColumn

public class SimpleAbsorber
extends Separator
implements AbsorberInterface

SimpleAbsorber class.

Version:

$Id: $Id

Author:

Even Solbraa

See Also:

• Serialized Form

Nested Class Summary

Nested classes/interfaces inherited from class Separator

Separator.Builder

Field Summary

Fields

Modifier and Type	Field	Description
(package private) double	absorptionEfficiency
protected double	dT
private double	fsFactor
private double	HTU
(package private) StreamInterface[]	inStream
private double	NTU
private int	numberOfStages
private double	numberOfTheoreticalStages
(package private) StreamInterface[]	outStream
private static final long	serialVersionUID	Serialization version UID.
(package private) boolean	setTemperature
private double	stageEfficiency
(package private) SystemInterface	system
protected double	temperatureOut

Fields inherited from class Separator

liquidLevel, numberOfInputStreams

Fields inherited from class ProcessEquipmentBaseClass

conditionAnalysisMessage, energyStream, hasController, isSolved, properties, report

Fields inherited from class SimulationBaseClass

calcIdentifier, calculateSteadyState, time

Fields inherited from class NamedBaseClass

name

Constructor Summary

Constructors

Constructor	Description
SimpleAbsorber(String name)	Constructor for SimpleAbsorber.
SimpleAbsorber(String name, StreamInterface inStream1)	Constructor for SimpleAbsorber.

Method Summary

Modifier and Type	Method	Description
void	displayResult()	displayResult.
double	getFsFactor()	Getter for the field fsFactor.
double	getHTU()	getHTU.
StreamInterface	getInStream(int i)	Getter for the field inStream.
double	getInTemperature(int i)	* Get temperature of instream i.
AbsorberMechanicalDesign	getMechanicalDesign()	Get a mechanicalDesign for the equipment.
double	getNTU()	getNTU.
int	getNumberOfStages()	Getter for the field numberOfStages.
double	getNumberOfTheoreticalStages()	Getter for the field numberOfTheoreticalStages.
StreamInterface	getOutStream()	Getter for the field outStream.
StreamInterface	getOutStream(int i)	Getter for the field outStream.
double	getOutTemperature(int i)	Get temperature of outstream i.
StreamInterface	getSolventInStream()	getSolventInStream.
double	getStageEfficiency()	Getter for the field stageEfficiency.
double	getWettingRate()	getWettingRate.
void	run(UUID id)	In this method all thermodynamic and unit operations will be calculated in a steady state calculation.
void	setAproachToEquilibrium(double eff)	setAproachToEquilibrium.
void	setdT(double dT)	Setter for the field dT.
void	setHTU(double HTU)	setHTU.
void	setName(String name)	Setter for the field name.
void	setNTU(double NTU)	setNTU.
void	setNumberOfStages(int numberOfStages)	Setter for the field numberOfStages.
void	setNumberOfTheoreticalStages(double numberOfTheoreticalStages)	Setter for the field numberOfTheoreticalStages.
void	setOutTemperature(double temperature)	Setter for property temperatureOut.
void	setStageEfficiency(double stageEfficiency)	Setter for the field stageEfficiency.

Methods inherited from class Separator

addSeparatorSection, addStream, builder, calcLiquidVolume, enforceHeadspace, equals, evaluateFireExposure, evaluateFireExposure, getCapacityDuty, getCapacityMax, getDeRatedGasLoadFactor, getDeRatedGasLoadFactor, getDesignLiquidLevelFraction, getEfficiency, getEntropyProduction, getExergyChange, getExergyChange, getFeedStream, getGas, getGasCarryunderFraction, getGasLoadFactor, getGasLoadFactor, getGasOutStream, getGasSuperficialVelocity, getHeatDuty, getHeatDuty, getHeatInput, getHeatInput, getInnerSurfaceArea, getInternalDiameter, getLiquid, getLiquidCarryoverFraction, getLiquidLevel, getLiquidOutStream, getMassBalance, getOrientation, getPressure, getPressureDrop, getResultTable, getSeparatorLength, getSeparatorSection, getSeparatorSection, getSeparatorSections, getStateVector, getThermoSystem, getUnwettedArea, getWettedArea, hashCode, initializeTransientCalculation, initMechanicalDesign, isSetHeatInput, levelFromVolume, liquidArea, runTransient, setDesignLiquidLevelFraction, setDuty, setDuty, setEfficiency, setEntrainment, setGasCarryunderFraction, setHeatDuty, setHeatDuty, setHeatInput, setHeatInput, setInletStream, setInternalDiameter, setLiquidCarryoverFraction, setLiquidLevel, setOrientation, setPressureDrop, setSeparatorLength, setTempPres, toJson, toJson, validateSetup

Methods inherited from class ProcessEquipmentBaseClass

copy, getConditionAnalysisMessage, getController, getEnergyStream, getMassBalance, getMinimumFlow, getPressure, getProperty, getReport_json, getSpecification, getTemperature, getTemperature, isActive, isActive, isSetEnergyStream, reportResults, run_step, runConditionAnalysis, setController, setEnergyStream, setEnergyStream, setFlowValveController, setMinimumFlow, setPressure, setRegulatorOutSignal, setSpecification, setTemperature, solved

Methods inherited from class SimulationBaseClass

getCalculateSteadyState, getCalculationIdentifier, getTime, increaseTime, isRunInSteps, setCalculateSteadyState, setCalculationIdentifier, setRunInSteps, setTime

Methods inherited from class NamedBaseClass

getName, getTagName, setTagName

Methods inherited from class Object

clone, finalize, getClass, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface NamedInterface

getName, getTagName, setTagName

Methods inherited from interface ProcessEquipmentInterface

equals, getCapacityDuty, getCapacityMax, getConditionAnalysisMessage, getController, getEntropyProduction, getExergyChange, getExergyChange, getFluid, getMassBalance, getMassBalance, getPressure, getPressure, getReport_json, getRestCapacity, getResultTable, getSpecification, getTemperature, getTemperature, getThermoSystem, hashCode, initMechanicalDesign, needRecalculation, reportResults, runConditionAnalysis, setController, setPressure, setRegulatorOutSignal, setSpecification, setTemperature, toJson, toJson, validateSetup

Methods inherited from interface SimulationInterface

getCalculateSteadyState, getCalculationIdentifier, getTime, increaseTime, isRunInSteps, run, run_step, run_step, runTransient, runTransient, setCalculateSteadyState, setCalculationIdentifier, setRunInSteps, setTime, solved

Methods inherited from interface StateVectorProvider

getStateDimension, getStateNames

Field Details

serialVersionUID

private static final long serialVersionUID

Serialization version UID.

See Also:

• Constant Field Values

setTemperature

boolean setTemperature

outStream

StreamInterface[] outStream

inStream

StreamInterface[] inStream

system

SystemInterface system

temperatureOut

protected double temperatureOut

dT

protected double dT

numberOfStages

private int numberOfStages

numberOfTheoreticalStages

private double numberOfTheoreticalStages

absorptionEfficiency

double absorptionEfficiency

HTU

private double HTU

NTU

private double NTU

stageEfficiency

private double stageEfficiency

fsFactor

private double fsFactor

Constructor Details

SimpleAbsorber

public SimpleAbsorber(String name)

Constructor for SimpleAbsorber.

Parameters:

name - name of absorber

SimpleAbsorber

public SimpleAbsorber(String name,
 StreamInterface inStream1)

Constructor for SimpleAbsorber.

Parameters:

name - name of absorber

inStream1 - a StreamInterface object

Method Details

setName

public void setName(String name)

Setter for the field name.

Specified by:

setName in interface NamedInterface

Overrides:

setName in class NamedBaseClass

Parameters:

name - a String object

setdT

public void setdT(double dT)

Setter for the field dT.

Parameters:

dT - a double

getOutStream

public StreamInterface getOutStream()

Getter for the field outStream.

Returns:

a Stream object

getOutStream

public StreamInterface getOutStream(int i)

Getter for the field outStream.

Parameters:

i - a int

Returns:

a Stream object

getSolventInStream

public StreamInterface getSolventInStream()

getSolventInStream.

Returns:

a Stream object

getInStream

public StreamInterface getInStream(int i)

Getter for the field inStream.

Parameters:

i - a int

Returns:

a Stream object

setOutTemperature

public void setOutTemperature(double temperature)

Setter for property temperatureOut.

Parameters:

temperature - Temperature in Kelvin

getOutTemperature

public double getOutTemperature(int i)

Get temperature of outstream i.

Parameters:

i - a int

Returns:

Temperature of outstream i in Kelvin

getInTemperature

public double getInTemperature(int i)

* Get temperature of instream i.

Parameters:

i - a int

Returns:

Temperature of instream i in Kelvin

run

public void run(UUID id)

In this method all thermodynamic and unit operations will be calculated in a steady state calculation.

Specified by:

run in interface SimulationInterface

Overrides:

run in class Separator

Parameters:

id - UUID

displayResult

public void displayResult()

displayResult.

Specified by:

displayResult in interface ProcessEquipmentInterface

Overrides:

displayResult in class Separator

setAproachToEquilibrium

public void setAproachToEquilibrium(double eff)

setAproachToEquilibrium.

Specified by:

setAproachToEquilibrium in interface AbsorberInterface

Parameters:

eff - a double

getNumberOfTheoreticalStages

public double getNumberOfTheoreticalStages()

Getter for the field numberOfTheoreticalStages.

Returns:

a double

setNumberOfTheoreticalStages

public void setNumberOfTheoreticalStages(double numberOfTheoreticalStages)

Setter for the field numberOfTheoreticalStages.

Parameters:

numberOfTheoreticalStages - a double

getNumberOfStages

public int getNumberOfStages()

Getter for the field numberOfStages.

Returns:

a int

setNumberOfStages

public void setNumberOfStages(int numberOfStages)

Setter for the field numberOfStages.

Parameters:

numberOfStages - a int

getStageEfficiency

public double getStageEfficiency()

Getter for the field stageEfficiency.

Returns:

a double

setStageEfficiency

public void setStageEfficiency(double stageEfficiency)

Setter for the field stageEfficiency.

Parameters:

stageEfficiency - a double

getHTU

public double getHTU()

getHTU.

Returns:

a double

setHTU

public void setHTU(double HTU)

setHTU.

Parameters:

HTU - a double

getNTU

public double getNTU()

getNTU.

Returns:

a double

setNTU

public void setNTU(double NTU)

setNTU.

Parameters:

NTU - a double

getFsFactor

public double getFsFactor()

Getter for the field fsFactor.

Returns:

a double

getWettingRate

public double getWettingRate()

getWettingRate.

Returns:

a double

getMechanicalDesign

public AbsorberMechanicalDesign getMechanicalDesign()

Get a mechanicalDesign for the equipment.

Specified by:

getMechanicalDesign in interface ProcessEquipmentInterface

Overrides:

getMechanicalDesign in class Separator

Returns:

a MechanicalDesign object