Class SeparatorMechanicalDesignResponse

java.lang.Object
neqsim.process.mechanicaldesign.MechanicalDesignResponse
neqsim.process.mechanicaldesign.separator.SeparatorMechanicalDesignResponse
All Implemented Interfaces:
Serializable
public class SeparatorMechanicalDesignResponse extends MechanicalDesignResponse
Response class for separator mechanical design JSON export.

Extends MechanicalDesignResponse with separator-specific parameters including vessel sizing, internals, and process design data per API 12J and ASME VIII.

Version:
1.0
Author:
esol
See Also:

  • Field Details

    • serialVersionUID

      private static final long serialVersionUID
      Serialization version UID.
      See Also:

    • orientation

      private String orientation
      Separator orientation (horizontal, vertical).

    • separatorType

      private String separatorType
      Separator type (two-phase, three-phase, test separator).

    • gasLoadFactor

      private double gasLoadFactor
      Gas load factor (K-factor).

    • volumeSafetyFactor

      private double volumeSafetyFactor
      Volumetric design safety factor.

    • liquidLevelFraction

      private double liquidLevelFraction
      Liquid level fraction (Fg).

    • retentionTime

      private double retentionTime
      Liquid retention time [s].

    • demisterType

      private String demisterType
      Demister type (wire mesh, vane, cyclone).

    • demisterEfficiency

      private double demisterEfficiency
      Demister efficiency.

    • numberOfInletNozzles

      private int numberOfInletNozzles
      Number of inlet nozzles.

    • inletNozzleDiameter

      private double inletNozzleDiameter
      Inlet nozzle diameter [mm].

    • gasOutletNozzleDiameter

      private double gasOutletNozzleDiameter
      Gas outlet nozzle diameter [mm].

    • liquidOutletNozzleDiameter

      private double liquidOutletNozzleDiameter
      Liquid outlet nozzle diameter [mm].

    • waterOutletNozzleDiameter

      private double waterOutletNozzleDiameter
      Water outlet nozzle diameter (for 3-phase) [mm].

    • headType

      private String headType
      Head type (hemispherical, 2:1 ellipsoidal, torispherical).

    • headThickness

      private double headThickness
      Head thickness [mm].

    • shellThickness

      private double shellThickness
      Shell course thickness [mm].

    • designCode

      private String designCode
      Design code (ASME VIII Div 1, Div 2).

    • gasDesignVelocity

      private double gasDesignVelocity
      Gas design velocity [m/s].

    • actualGasVelocity

      private double actualGasVelocity
      Actual gas velocity [m/s].

    • allowableGasVelocity

      private double allowableGasVelocity
      Allowable gas velocity [m/s].

    • designGasFlow

      private double designGasFlow
      Design gas flow [Am³/h].

    • designLiquidFlow

      private double designLiquidFlow
      Design liquid flow [m³/h].

    • designWaterFlow

      private double designWaterFlow
      Design water flow (for 3-phase) [m³/h].

    • normalLiquidLevel

      private double normalLiquidLevel
      Normal liquid level [m].

    • highLiquidLevel

      private double highLiquidLevel
      High liquid level [m].

    • lowLiquidLevel

      private double lowLiquidLevel
      Low liquid level [m].

    • interfaceLevel

      private double interfaceLevel
      Oil-water interface level (for 3-phase) [m].

    • surgeVolume

      private double surgeVolume
      Liquid surge volume [m³].

    • holdupVolume

      private double holdupVolume
      Liquid holdup volume [m³].

    • emptyVesselWeight

      private double emptyVesselWeight
      Empty vessel weight [kg].

    • operatingLiquidVolume

      private double operatingLiquidVolume
      Operating liquid volume [m³].

    • liquidDensity

      private double liquidDensity
      Liquid density [kg/m³].

    • gasDensity

      private double gasDensity
      Gas density [kg/m³].

  • Constructor Details

    • SeparatorMechanicalDesignResponse

      public SeparatorMechanicalDesignResponse()
      Default constructor.

    • SeparatorMechanicalDesignResponse

      public SeparatorMechanicalDesignResponse(SeparatorMechanicalDesign mecDesign)
      Constructor from SeparatorMechanicalDesign.
      Parameters:
      mecDesign - the separator mechanical design

  • Method Details

    • populateFromSeparatorDesign

      public void populateFromSeparatorDesign(SeparatorMechanicalDesign mecDesign)
      Populate separator-specific fields from SeparatorMechanicalDesign.
      Parameters:
      mecDesign - the separator mechanical design

    • getOrientation

      public String getOrientation()

    • setOrientation

      public void setOrientation(String orientation)

    • getSeparatorType

      public String getSeparatorType()

    • setSeparatorType

      public void setSeparatorType(String separatorType)

    • getGasLoadFactor

      public double getGasLoadFactor()

    • setGasLoadFactor

      public void setGasLoadFactor(double gasLoadFactor)

    • getVolumeSafetyFactor

      public double getVolumeSafetyFactor()

    • setVolumeSafetyFactor

      public void setVolumeSafetyFactor(double volumeSafetyFactor)

    • getLiquidLevelFraction

      public double getLiquidLevelFraction()

    • setLiquidLevelFraction

      public void setLiquidLevelFraction(double liquidLevelFraction)

    • getRetentionTime

      public double getRetentionTime()

    • setRetentionTime

      public void setRetentionTime(double retentionTime)

    • getDemisterType

      public String getDemisterType()

    • setDemisterType

      public void setDemisterType(String demisterType)

    • getDemisterEfficiency

      public double getDemisterEfficiency()

    • setDemisterEfficiency

      public void setDemisterEfficiency(double demisterEfficiency)

    • getNumberOfInletNozzles

      public int getNumberOfInletNozzles()

    • setNumberOfInletNozzles

      public void setNumberOfInletNozzles(int numberOfInletNozzles)

    • getInletNozzleDiameter

      public double getInletNozzleDiameter()

    • setInletNozzleDiameter

      public void setInletNozzleDiameter(double inletNozzleDiameter)

    • getGasOutletNozzleDiameter

      public double getGasOutletNozzleDiameter()

    • setGasOutletNozzleDiameter

      public void setGasOutletNozzleDiameter(double gasOutletNozzleDiameter)

    • getLiquidOutletNozzleDiameter

      public double getLiquidOutletNozzleDiameter()

    • setLiquidOutletNozzleDiameter

      public void setLiquidOutletNozzleDiameter(double liquidOutletNozzleDiameter)

    • getWaterOutletNozzleDiameter

      public double getWaterOutletNozzleDiameter()

    • setWaterOutletNozzleDiameter

      public void setWaterOutletNozzleDiameter(double waterOutletNozzleDiameter)

    • getHeadType

      public String getHeadType()

    • setHeadType

      public void setHeadType(String headType)

    • getHeadThickness

      public double getHeadThickness()

    • setHeadThickness

      public void setHeadThickness(double headThickness)

    • getShellThickness

      public double getShellThickness()

    • setShellThickness

      public void setShellThickness(double shellThickness)

    • getDesignCode

      public String getDesignCode()

    • setDesignCode

      public void setDesignCode(String designCode)

    • getGasDesignVelocity

      public double getGasDesignVelocity()

    • setGasDesignVelocity

      public void setGasDesignVelocity(double gasDesignVelocity)

    • getActualGasVelocity

      public double getActualGasVelocity()

    • setActualGasVelocity

      public void setActualGasVelocity(double actualGasVelocity)

    • getAllowableGasVelocity

      public double getAllowableGasVelocity()

    • setAllowableGasVelocity

      public void setAllowableGasVelocity(double allowableGasVelocity)

    • getDesignGasFlow

      public double getDesignGasFlow()

    • setDesignGasFlow

      public void setDesignGasFlow(double designGasFlow)

    • getDesignLiquidFlow

      public double getDesignLiquidFlow()

    • setDesignLiquidFlow

      public void setDesignLiquidFlow(double designLiquidFlow)

    • getDesignWaterFlow

      public double getDesignWaterFlow()

    • setDesignWaterFlow

      public void setDesignWaterFlow(double designWaterFlow)

    • getNormalLiquidLevel

      public double getNormalLiquidLevel()

    • setNormalLiquidLevel

      public void setNormalLiquidLevel(double normalLiquidLevel)

    • getHighLiquidLevel

      public double getHighLiquidLevel()

    • setHighLiquidLevel

      public void setHighLiquidLevel(double highLiquidLevel)

    • getLowLiquidLevel

      public double getLowLiquidLevel()

    • setLowLiquidLevel

      public void setLowLiquidLevel(double lowLiquidLevel)

    • getInterfaceLevel

      public double getInterfaceLevel()

    • setInterfaceLevel

      public void setInterfaceLevel(double interfaceLevel)

    • getSurgeVolume

      public double getSurgeVolume()

    • setSurgeVolume

      public void setSurgeVolume(double surgeVolume)

    • getHoldupVolume

      public double getHoldupVolume()

    • setHoldupVolume

      public void setHoldupVolume(double holdupVolume)

    • getEmptyVesselWeight

      public double getEmptyVesselWeight()

    • setEmptyVesselWeight

      public void setEmptyVesselWeight(double emptyVesselWeight)

    • getOperatingLiquidVolume

      public double getOperatingLiquidVolume()

    • setOperatingLiquidVolume

      public void setOperatingLiquidVolume(double operatingLiquidVolume)

    • getLiquidDensity

      public double getLiquidDensity()

    • setLiquidDensity

      public void setLiquidDensity(double liquidDensity)

    • getGasDensity

      public double getGasDensity()

    • setGasDensity

      public void setGasDensity(double gasDensity)