<?xml version="1.0" encoding="utf-8"?>
<DWSIM_Simulation_Data>
  <GeneralInfo>
    <BuildVersion>3.2.5398.28421</BuildVersion>
    <BuildDate>2014-10-12T15:47:22</BuildDate>
    <OSInfo>Microsoft Windows 8.1 Single Language, Version 6.2.9200.0, Win32NT Platform</OSInfo>
    <SavedOn>2015-03-05T18:03:42.2999075+05:30</SavedOn>
  </GeneralInfo>
  <Settings>
    <Type>DWSIM.DWSIM.FormClasses.ClsFormOptions</Type>
    <SimulationMode></SimulationMode>
    <SelectedUnitSystem>
      <Type>DWSIM.DWSIM.SistemasDeUnidades.UnidadesSI</Type>
      <nome>SI System</nome>
      <area>m2</area>
      <distance>m</distance>
      <time>s</time>
      <volume>m3</volume>
      <molar_volume>m3/kmol</molar_volume>
      <diameter>mm</diameter>
      <thickness>mm</thickness>
      <molar_conc>mol/m3</molar_conc>
      <mass_conc>kg/m3</mass_conc>
      <heat_transf_coeff>W/[m2.K]</heat_transf_coeff>
      <force>N</force>
      <accel>m2/s</accel>
      <spec_vol>m3/kg</spec_vol>
      <reac_rate>mol/[m3.s]</reac_rate>
      <velocity>m/s</velocity>
      <foulingfactor>K.m2/W</foulingfactor>
      <cakeresistance>m/kg</cakeresistance>
      <mediumresistance>m-1</mediumresistance>
      <molar_enthalpy>kJ/kmol</molar_enthalpy>
      <molar_entropy>kJ/[kmol.K]</molar_entropy>
      <tdp_idealGasHeatCapacity>kJ/[kg.K]</tdp_idealGasHeatCapacity>
      <tdp_surfaceTension>N/m</tdp_surfaceTension>
      <tdp_thermalConductivityOfLiquid>W/[m.K]</tdp_thermalConductivityOfLiquid>
      <tdp_thermalConductivityOfVapor>W/[m.K]</tdp_thermalConductivityOfVapor>
      <tdp_vaporPressure>Pa</tdp_vaporPressure>
      <tdp_viscosityOfLiquid>Pa.s</tdp_viscosityOfLiquid>
      <tdp_viscosityOfVapor>Pa.s</tdp_viscosityOfVapor>
      <pdp_boilingPointTemperature>K</pdp_boilingPointTemperature>
      <pdp_meltingTemperature>K</pdp_meltingTemperature>
      <spmp_activity>Pa</spmp_activity>
      <spmp_activityCoefficient>-</spmp_activityCoefficient>
      <spmp_compressibility>Pa-1</spmp_compressibility>
      <spmp_compressibilityFactor>-</spmp_compressibilityFactor>
      <spmp_density>kg/m3</spmp_density>
      <spmp_enthalpy>kJ/kg</spmp_enthalpy>
      <spmp_entropy>kJ/[kg.K]</spmp_entropy>
      <spmp_excessEnthalpy>kJ/kg</spmp_excessEnthalpy>
      <spmp_excessEntropy>kJ/[kg.K]</spmp_excessEntropy>
      <spmp_molarflow>mol/s</spmp_molarflow>
      <spmp_massflow>kg/s</spmp_massflow>
      <spmp_molarfraction>-</spmp_molarfraction>
      <spmp_massfraction>-</spmp_massfraction>
      <spmp_fugacity>Pa</spmp_fugacity>
      <spmp_fugacityCoefficient>-</spmp_fugacityCoefficient>
      <spmp_heatCapacityCp>kJ/[kg.K]</spmp_heatCapacityCp>
      <spmp_heatCapacityCv>kJ/[kg.K]</spmp_heatCapacityCv>
      <spmp_jouleThomsonCoefficient>K/Pa</spmp_jouleThomsonCoefficient>
      <spmp_logFugacityCoefficient>-</spmp_logFugacityCoefficient>
      <spmp_molecularWeight>kg/kmol</spmp_molecularWeight>
      <spmp_pressure>Pa</spmp_pressure>
      <spmp_temperature>K</spmp_temperature>
      <spmp_speedOfSound>m/s</spmp_speedOfSound>
      <spmp_thermalConductivity>W/[m.K]</spmp_thermalConductivity>
      <spmp_viscosity>Pa.s</spmp_viscosity>
      <spmp_cinematic_viscosity>m2/s</spmp_cinematic_viscosity>
      <spmp_volumetricFlow>m3/s</spmp_volumetricFlow>
      <spmp_heatflow>kW</spmp_heatflow>
      <spmp_head>m</spmp_head>
      <spmp_deltaT>K</spmp_deltaT>
      <spmp_deltaP>Pa</spmp_deltaP>
      <tpmp_kvalue>-</tpmp_kvalue>
      <tpmp_logKvalue>-</tpmp_logKvalue>
      <tpmp_surfaceTension>N/m</tpmp_surfaceTension>
    </SelectedUnitSystem>
    <NumberFormat>#0.0####</NumberFormat>
    <FractionNumberFormat>#0.0######</FractionNumberFormat>
    <SempreCalcularFlashPH>false</SempreCalcularFlashPH>
    <CalculateBubbleAndDewPoints>false</CalculateBubbleAndDewPoints>
    <ValidateEquilibriumCalc>true</ValidateEquilibriumCalc>
    <UsePhaseIdentificationAlgorithm>true</UsePhaseIdentificationAlgorithm>
    <SimNome>simulation_title</SimNome>
    <SimAutor>DELL-PC\dell</SimAutor>
    <SimComentario>simulation_details</SimComentario>
    <FilePath>E:\microsoft\dwsim problems\chapter 4\dwsim461.dwxml</FilePath>
    <BackupFileName>32193405.dwbcs</BackupFileName>
    <CalculatorActivated>true</CalculatorActivated>
    <PropertyPackageFlashAlgorithm>DWSIMDefault</PropertyPackageFlashAlgorithm>
    <PropertyPackageIOFlashQuickMode>true</PropertyPackageIOFlashQuickMode>
    <ThreePhaseFlashStabTestSeverity>0</ThreePhaseFlashStabTestSeverity>
    <FlashValidationDGETolerancePct>0.01</FlashValidationDGETolerancePct>
    <Password></Password>
    <UsePassword>false</UsePassword>
    <ThreePhaseFlashStabTestCompIds>Propylene,Ammonia,Oxygen,Acrylonitrile,Water</ThreePhaseFlashStabTestCompIds>
  </Settings>
  <SimulationObjects>
    <SimulationObject>
      <Type>DWSIM.DWSIM.SimulationObjects.Streams.MaterialStream</Type>
      <SpecType>Temperature_and_Pressure</SpecType>
      <IsElectrolyteStream>false</IsElectrolyteStream>
      <ReferenceSolvent>Propylene</ReferenceSolvent>
      <AtEquilibrium>true</AtEquilibrium>
      <CompositionBasis>Molar_Flows</CompositionBasis>
      <ComponentDescription>MAT-269b88da-3f09-48c8-8f98-655a639536a9</ComponentDescription>
      <ComponentName>feed</ComponentName>
      <code>0</code>
      <IsAdjustAttached>false</IsAdjustAttached>
      <AttachedAdjustId></AttachedAdjustId>
      <AdjustVarType>Nenhum</AdjustVarType>
      <IsSpecAttached>false</IsSpecAttached>
      <AttachedSpecId></AttachedSpecId>
      <SpecVarType>Nenhum</SpecVarType>
      <Descricao>CorrentedeMatria</Descricao>
      <Nome>MAT-269b88da-3f09-48c8-8f98-655a639536a9</Nome>
      <ShowQuickTable>true</ShowQuickTable>
      <Annotation></Annotation>
      <NodeItems />
      <PropertyPackage>PP-f5185d7a-9cb6-4dd1-8c39-e81537d452f1</PropertyPackage>
      <Phases>
        <Phase>
          <ID>0</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.1</FracaoMolar>
              <FracaoMassica>0.146336927249685</FracaoMassica>
              <MolarFlow>10</MolarFlow>
              <MassFlow>0.420797</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.12</FracaoMolar>
              <FracaoMassica>0.0710726799284989</FracaoMassica>
              <MolarFlow>12</MolarFlow>
              <MassFlow>0.204372</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.1638</FracaoMolar>
              <FracaoMassica>0.182276885976674</FracaoMassica>
              <MolarFlow>16.38</MolarFlow>
              <MassFlow>0.52414362</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.6162</FracaoMolar>
              <FracaoMassica>0.600313506845143</FracaoMassica>
              <MolarFlow>61.62</MolarFlow>
              <MassFlow>1.72622268</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Mixture</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <density>0.50051812463614</density>
            <enthalpy>534.209897227009</enthalpy>
            <entropy>1.50355614042521</entropy>
            <molarflow>100</molarflow>
            <massflow>2.8755353</massflow>
            <heatCapacityCp>1.46111537863908</heatCapacityCp>
            <heatCapacityCv>1.17175025320697</heatCapacityCv>
            <molecularWeight>28.755353</molecularWeight>
            <pressure>101325</pressure>
            <temperature>700</temperature>
            <thermalConductivity>0.0575415271418352</thermalConductivity>
            <volumetric_flow>5.74511722645492</volumetric_flow>
            <molar_enthalpy>15361.3941708564</molar_enthalpy>
            <molar_entropy>43.2352875732444</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
            <surfaceTension>NaN</surfaceTension>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>1</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Overall Liquid</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <compressibilityFactor>0</compressibilityFactor>
            <density>NaN</density>
            <enthalpy>0</enthalpy>
            <entropy>0</entropy>
            <molarflow>0</molarflow>
            <massflow>0</massflow>
            <molarfraction>0</molarfraction>
            <massfraction>0</massfraction>
            <heatCapacityCp>0</heatCapacityCp>
            <heatCapacityCv>0</heatCapacityCv>
            <molecularWeight>NaN</molecularWeight>
            <thermalConductivity>0</thermalConductivity>
            <viscosity>0</viscosity>
            <kinematic_viscosity>NaN</kinematic_viscosity>
            <volumetric_flow>NaN</volumetric_flow>
            <molar_enthalpy>NaN</molar_enthalpy>
            <molar_entropy>NaN</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>2</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.1</FracaoMolar>
              <FracaoMassica>0.146336927249685</FracaoMassica>
              <MolarFlow>10</MolarFlow>
              <MassFlow>0.420797</MassFlow>
              <FugacityCoeff>0.999944108482803</FugacityCoeff>
              <ActivityCoeff>5.11469709822538E-05</ActivityCoeff>
              <PartialVolume>0.0574337971428562</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0.574337997818717</VolumetricFlow>
              <VolumetricFraction>0.0999697613086161</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.12</FracaoMolar>
              <FracaoMassica>0.0710726799284989</FracaoMassica>
              <MolarFlow>12</MolarFlow>
              <MassFlow>0.204372</MassFlow>
              <FugacityCoeff>0.999842632253345</FugacityCoeff>
              <ActivityCoeff>0.000204946413317157</ActivityCoeff>
              <PartialVolume>0.0574279406423273</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0.689135319372884</VolumetricFlow>
              <VolumetricFraction>0.119951480920107</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.1638</FracaoMolar>
              <FracaoMassica>0.182276885976674</FracaoMassica>
              <MolarFlow>16.38</MolarFlow>
              <MassFlow>0.52414362</MassFlow>
              <FugacityCoeff>1.00021226384344</FugacityCoeff>
              <ActivityCoeff>5.3935672490338E-14</ActivityCoeff>
              <PartialVolume>0.0574491522359466</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0.941017156863436</VolumetricFlow>
              <VolumetricFraction>0.163794248188753</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0.999554623001418</FugacityCoeff>
              <ActivityCoeff>0.0043000914255696</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0.999333220686848</FugacityCoeff>
              <ActivityCoeff>0.00256631345195556</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.6162</FracaoMolar>
              <FracaoMassica>0.600313506845143</FracaoMassica>
              <MolarFlow>61.62</MolarFlow>
              <MassFlow>1.72622268</MassFlow>
              <FugacityCoeff>1.00038466057996</FugacityCoeff>
              <ActivityCoeff>4.42159220315921E-17</ActivityCoeff>
              <PartialVolume>0.057459048843107</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>3.54062675239989</VolumetricFlow>
              <VolumetricFraction>0.616284509582525</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Vapor</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <compressibilityFactor>1.00024743628741</compressibilityFactor>
            <density>0.50051812463614</density>
            <enthalpy>534.209897227009</enthalpy>
            <entropy>1.50355614042521</entropy>
            <molarflow>100</molarflow>
            <massflow>2.8755353</massflow>
            <molarfraction>1</molarfraction>
            <massfraction>1</massfraction>
            <heatCapacityCp>1.46111537863908</heatCapacityCp>
            <heatCapacityCv>1.17175025320697</heatCapacityCv>
            <molecularWeight>28.755353</molecularWeight>
            <thermalConductivity>0.0575415271418352</thermalConductivity>
            <viscosity>3.12675076460379E-05</viscosity>
            <kinematic_viscosity>6.24702805093589E-05</kinematic_viscosity>
            <volumetric_flow>5.74511722645492</volumetric_flow>
            <molar_enthalpy>15361.3941708564</molar_enthalpy>
            <molar_entropy>43.2352875732444</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>3</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 1</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>4</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 2</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>5</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 3</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>6</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Aqueous</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>7</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Solid</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
      </Phases>
    </SimulationObject>
    <SimulationObject>
      <Type>DWSIM.DWSIM.SimulationObjects.Reactors.Reactor_Conversion</Type>
      <ReactorOperationMode>Isothermic</ReactorOperationMode>
      <ReactionSetID>DefaultSet</ReactionSetID>
      <ReactionSetName></ReactionSetName>
      <DeltaT>0</DeltaT>
      <DeltaQ>-1537.86385073518</DeltaQ>
      <ScriptExt_FontName>Courier New</ScriptExt_FontName>
      <ScriptExt_FontSize>10</ScriptExt_FontSize>
      <ScriptExt_ScriptTextB></ScriptExt_ScriptTextB>
      <ScriptExt_ScriptTextA></ScriptExt_ScriptTextA>
      <ScriptExt_Language>IronPython</ScriptExt_Language>
      <ErrorMessage>There is no material stream connected to the outlet port of the reactor.</ErrorMessage>
      <ComponentDescription>ReatorConversao</ComponentDescription>
      <ComponentName>RC-46af7865-8de9-4da1-a844-b8056e372c02</ComponentName>
      <ValStatus>CAPE_VALID</ValStatus>
      <code>0</code>
      <selectedReport></selectedReport>
      <IsAdjustAttached>false</IsAdjustAttached>
      <AttachedAdjustId></AttachedAdjustId>
      <AdjustVarType>Nenhum</AdjustVarType>
      <IsSpecAttached>false</IsSpecAttached>
      <AttachedSpecId></AttachedSpecId>
      <SpecVarType>Nenhum</SpecVarType>
      <Descricao>ReatorConversao</Descricao>
      <Nome>RC-46af7865-8de9-4da1-a844-b8056e372c02</Nome>
      <ShowQuickTable>false</ShowQuickTable>
      <Annotation></Annotation>
      <NodeItems />
      <PropertyPackage></PropertyPackage>
      <ReactionSequence>
        <Item Index="0">89287dd4-3aa7-4329-b84e-6b54b6e280ce</Item>
      </ReactionSequence>
      <Reactions>
        <Reaction ID="89287dd4-3aa7-4329-b84e-6b54b6e280ce" />
      </Reactions>
      <ReactionConversions>
        <Reaction ID="89287dd4-3aa7-4329-b84e-6b54b6e280ce">0.3</Reaction>
      </ReactionConversions>
      <CompoundConversions />
    </SimulationObject>
    <SimulationObject>
      <Type>DWSIM.DWSIM.SimulationObjects.Streams.MaterialStream</Type>
      <SpecType>Temperature_and_Pressure</SpecType>
      <IsElectrolyteStream>false</IsElectrolyteStream>
      <ReferenceSolvent></ReferenceSolvent>
      <AtEquilibrium>true</AtEquilibrium>
      <CompositionBasis>Molar_Flows</CompositionBasis>
      <ComponentDescription>MAT-87b2695e-5784-4f47-b882-c3705a74a623</ComponentDescription>
      <ComponentName>vapor </ComponentName>
      <code>0</code>
      <IsAdjustAttached>false</IsAdjustAttached>
      <AttachedAdjustId></AttachedAdjustId>
      <AdjustVarType>Nenhum</AdjustVarType>
      <IsSpecAttached>false</IsSpecAttached>
      <AttachedSpecId></AttachedSpecId>
      <SpecVarType>Nenhum</SpecVarType>
      <Descricao>CorrentedeMatria</Descricao>
      <Nome>MAT-87b2695e-5784-4f47-b882-c3705a74a623</Nome>
      <ShowQuickTable>true</ShowQuickTable>
      <Annotation></Annotation>
      <NodeItems />
      <PropertyPackage>PP-f5185d7a-9cb6-4dd1-8c39-e81537d452f1</PropertyPackage>
      <Phases>
        <Phase>
          <ID>0</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.0689655172413793</FracaoMolar>
              <FracaoMassica>0.102436020066558</FracaoMassica>
              <MolarFlow>7.00001168480042</MolarFlow>
              <MassFlow>0.294558391692896</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.0886699507389163</FracaoMolar>
              <FracaoMassica>0.0533045989253113</FracaoMassica>
              <MolarFlow>9.00001502331483</MolarFlow>
              <MassFlow>0.153279255862075</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.117044334975369</FracaoMolar>
              <FracaoMassica>0.132201039077833</FracaoMassica>
              <MolarFlow>11.8800198307756</MolarFlow>
              <MassFlow>0.380148754564988</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.0295566502463054</FracaoMolar>
              <FracaoMassica>0.0553594545423879</FracaoMassica>
              <MolarFlow>3.00000500777161</MolarFlow>
              <MassFlow>0.159188065725382</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.0886699507389162</FracaoMolar>
              <FracaoMassica>0.0563843784651215</FracaoMassica>
              <MolarFlow>9.00001502331483</MolarFlow>
              <MassFlow>0.162135270645017</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.607093596059113</FracaoMolar>
              <FracaoMassica>0.600314508922788</FracaoMassica>
              <MolarFlow>61.6201028596289</MolarFlow>
              <MassFlow>1.72622556150964</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Mixture</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <density>0.493163476963567</density>
            <enthalpy>537.812061062318</enthalpy>
            <entropy>1.58975852035128</entropy>
            <molarflow>101.500169429606</molarflow>
            <massflow>2.8755353</massflow>
            <molarfraction>1</molarfraction>
            <massfraction>1</massfraction>
            <heatCapacityCp>1.4609911889456</heatCapacityCp>
            <heatCapacityCv>1.16717238558806</heatCapacityCv>
            <molecularWeight>28.3303497536946</molecularWeight>
            <pressure>101325</pressure>
            <temperature>700</temperature>
            <thermalConductivity>0.05636193943306</thermalConductivity>
            <volumetric_flow>5.83079533323274</volumetric_flow>
            <molar_enthalpy>15236.4037916508</molar_enthalpy>
            <molar_entropy>45.0384149054678</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
            <surfaceTension>NaN</surfaceTension>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>1</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>NaN</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Overall Liquid</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <compressibilityFactor>0</compressibilityFactor>
            <density>NaN</density>
            <enthalpy>0</enthalpy>
            <entropy>0</entropy>
            <molarflow>0</molarflow>
            <massflow>0</massflow>
            <molarfraction>0</molarfraction>
            <massfraction>0</massfraction>
            <heatCapacityCp>0</heatCapacityCp>
            <heatCapacityCv>0</heatCapacityCv>
            <molecularWeight>NaN</molecularWeight>
            <thermalConductivity>0</thermalConductivity>
            <viscosity>0</viscosity>
            <kinematic_viscosity>NaN</kinematic_viscosity>
            <volumetric_flow>NaN</volumetric_flow>
            <molar_enthalpy>NaN</molar_enthalpy>
            <molar_entropy>NaN</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>2</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.0689655172413793</FracaoMolar>
              <FracaoMassica>0.102436020066558</FracaoMassica>
              <MolarFlow>7.00001168480042</MolarFlow>
              <MassFlow>0.294558391692896</MassFlow>
              <FugacityCoeff>0.999806577029054</FugacityCoeff>
              <ActivityCoeff>5.11399362717991E-05</ActivityCoeff>
              <PartialVolume>0.0574259030143409</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0.401982013304166</VolumetricFlow>
              <VolumetricFraction>0.0689411976121098</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.0886699507389163</FracaoMolar>
              <FracaoMassica>0.0533045989253113</FracaoMassica>
              <MolarFlow>9.00001502331483</MolarFlow>
              <MassFlow>0.153279255862075</MassFlow>
              <FugacityCoeff>0.99977540150531</FugacityCoeff>
              <ActivityCoeff>0.000204932632447819</ActivityCoeff>
              <PartialVolume>0.0574240793838143</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0.516817604402355</VolumetricFlow>
              <VolumetricFraction>0.0886358678132196</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.117044334975369</FracaoMolar>
              <FracaoMassica>0.132201039077833</FracaoMassica>
              <MolarFlow>11.8800198307756</MolarFlow>
              <MassFlow>0.380148754564988</MassFlow>
              <FugacityCoeff>1.0002427993563</FugacityCoeff>
              <ActivityCoeff>5.39373190942443E-14</ActivityCoeff>
              <PartialVolume>0.0574509035001824</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0.682517908862306</VolumetricFlow>
              <VolumetricFraction>0.117053998615297</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.0295566502463054</FracaoMolar>
              <FracaoMassica>0.0553594545423879</FracaoMassica>
              <MolarFlow>3.00000500777161</MolarFlow>
              <MassFlow>0.159188065725382</MassFlow>
              <FugacityCoeff>0.999261205814819</FugacityCoeff>
              <ActivityCoeff>0.0042988291426496</ActivityCoeff>
              <PartialVolume>0.0573946149316384</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0.172184141292046</VolumetricFlow>
              <VolumetricFraction>0.0295301295023474</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.0886699507389162</FracaoMolar>
              <FracaoMassica>0.0563843784651215</FracaoMassica>
              <MolarFlow>9.00001502331483</MolarFlow>
              <MassFlow>0.162135270645017</MassFlow>
              <FugacityCoeff>0.999194560226694</FugacityCoeff>
              <ActivityCoeff>0.00256595736832221</ActivityCoeff>
              <PartialVolume>0.0573907154223718</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0.516517328232304</VolumetricFlow>
              <VolumetricFraction>0.088584369492169</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0.607093596059113</FracaoMolar>
              <FracaoMassica>0.600314508922788</FracaoMassica>
              <MolarFlow>61.6201028596289</MolarFlow>
              <MassFlow>1.72622556150964</MassFlow>
              <FugacityCoeff>1.00042528967777</FugacityCoeff>
              <ActivityCoeff>4.42177177938543E-17</ActivityCoeff>
              <PartialVolume>0.0574613800714729</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>3.54077633713956</VolumetricFlow>
              <VolumetricFraction>0.607254436964857</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Vapor</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <compressibilityFactor>1.00016023257344</compressibilityFactor>
            <density>0.493163476963567</density>
            <enthalpy>537.812061062318</enthalpy>
            <entropy>1.58975852035128</entropy>
            <molarflow>101.500169429606</molarflow>
            <massflow>2.8755353</massflow>
            <molarfraction>1</molarfraction>
            <massfraction>1</massfraction>
            <heatCapacityCp>1.4609911889456</heatCapacityCp>
            <heatCapacityCv>1.16717238558806</heatCapacityCv>
            <molecularWeight>28.3303497536946</molecularWeight>
            <thermalConductivity>0.05636193943306</thermalConductivity>
            <viscosity>3.05784599577277E-05</viscosity>
            <kinematic_viscosity>6.20047132159925E-05</kinematic_viscosity>
            <volumetric_flow>5.83079533323274</volumetric_flow>
            <molar_enthalpy>15236.4037916508</molar_enthalpy>
            <molar_entropy>45.0384149054678</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>3</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 1</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>4</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 2</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>5</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 3</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>6</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Aqueous</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>7</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Solid</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
      </Phases>
    </SimulationObject>
    <SimulationObject>
      <Type>DWSIM.DWSIM.SimulationObjects.Streams.MaterialStream</Type>
      <SpecType>Temperature_and_Pressure</SpecType>
      <IsElectrolyteStream>false</IsElectrolyteStream>
      <ReferenceSolvent></ReferenceSolvent>
      <AtEquilibrium>true</AtEquilibrium>
      <CompositionBasis>Molar_Flows</CompositionBasis>
      <ComponentDescription>MAT-fed49970-a1bf-4763-9d60-22a22061ca78</ComponentDescription>
      <ComponentName>liquid </ComponentName>
      <code>0</code>
      <IsAdjustAttached>false</IsAdjustAttached>
      <AttachedAdjustId></AttachedAdjustId>
      <AdjustVarType>Nenhum</AdjustVarType>
      <IsSpecAttached>false</IsSpecAttached>
      <AttachedSpecId></AttachedSpecId>
      <SpecVarType>Nenhum</SpecVarType>
      <Descricao>CorrentedeMatria</Descricao>
      <Nome>MAT-fed49970-a1bf-4763-9d60-22a22061ca78</Nome>
      <ShowQuickTable>true</ShowQuickTable>
      <Annotation></Annotation>
      <NodeItems />
      <PropertyPackage>PP-f5185d7a-9cb6-4dd1-8c39-e81537d452f1</PropertyPackage>
      <Phases>
        <Phase>
          <ID>0</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>NaN</lnKvalue>
              <Kvalue>NaN</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>NaN</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Mixture</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <density>NaN</density>
            <enthalpy>NaN</enthalpy>
            <entropy>NaN</entropy>
            <molarflow>NaN</molarflow>
            <massflow>0</massflow>
            <molarfraction>1</molarfraction>
            <massfraction>0</massfraction>
            <heatCapacityCp>NaN</heatCapacityCp>
            <heatCapacityCv>NaN</heatCapacityCv>
            <molecularWeight>0</molecularWeight>
            <pressure>101325</pressure>
            <temperature>700</temperature>
            <thermalConductivity>NaN</thermalConductivity>
            <volumetric_flow>NaN</volumetric_flow>
            <molar_enthalpy>NaN</molar_enthalpy>
            <molar_entropy>NaN</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
            <surfaceTension>0</surfaceTension>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>1</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>NaN</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Overall Liquid</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <compressibilityFactor>0</compressibilityFactor>
            <density>NaN</density>
            <enthalpy>NaN</enthalpy>
            <entropy>NaN</entropy>
            <molarflow>NaN</molarflow>
            <massflow>NaN</massflow>
            <molarfraction>1</molarfraction>
            <massfraction>NaN</massfraction>
            <heatCapacityCp>NaN</heatCapacityCp>
            <heatCapacityCv>NaN</heatCapacityCv>
            <molecularWeight>0</molecularWeight>
            <thermalConductivity>NaN</thermalConductivity>
            <viscosity>NaN</viscosity>
            <kinematic_viscosity>NaN</kinematic_viscosity>
            <volumetric_flow>NaN</volumetric_flow>
            <molar_enthalpy>NaN</molar_enthalpy>
            <molar_entropy>NaN</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>2</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Vapor</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>3</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>NaN</MolarFlow>
              <MassFlow>NaN</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>NaN</ActivityCoeff>
              <PartialVolume>NaN</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>NaN</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 1</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
            <compressibilityFactor>0</compressibilityFactor>
            <density>NaN</density>
            <enthalpy>0</enthalpy>
            <entropy>0</entropy>
            <molarflow>NaN</molarflow>
            <massflow>NaN</massflow>
            <molarfraction>1</molarfraction>
            <massfraction>NaN</massfraction>
            <heatCapacityCp>NaN</heatCapacityCp>
            <heatCapacityCv>NaN</heatCapacityCv>
            <molecularWeight>0</molecularWeight>
            <thermalConductivity>0</thermalConductivity>
            <viscosity>0</viscosity>
            <kinematic_viscosity>NaN</kinematic_viscosity>
            <volumetric_flow>NaN</volumetric_flow>
            <molar_enthalpy>0</molar_enthalpy>
            <molar_entropy>0</molar_entropy>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>4</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 2</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>5</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Liquid 3</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>6</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>0</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Aqueous</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
        <Phase>
          <ID>7</ID>
          <Compounds>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Propylene</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Ammonia</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Oxygen</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Acrylonitrile</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Water</Nome>
            </Compound>
            <Compound>
              <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.Substancia</Type>
              <lnKvalue>0</lnKvalue>
              <Kvalue>0</Kvalue>
              <FracaoDePetroleo>false</FracaoDePetroleo>
              <FracaoMolar>0</FracaoMolar>
              <FracaoMassica>0</FracaoMassica>
              <MolarFlow>0</MolarFlow>
              <MassFlow>0</MassFlow>
              <FugacityCoeff>NaN</FugacityCoeff>
              <ActivityCoeff>0</ActivityCoeff>
              <PartialVolume>0</PartialVolume>
              <PartialPressure>0</PartialPressure>
              <VolumetricFlow>0</VolumetricFlow>
              <VolumetricFraction>0</VolumetricFraction>
              <Descricao></Descricao>
              <Nome>Nitrogen</Nome>
            </Compound>
          </Compounds>
          <Descricao></Descricao>
          <Nome>Solid</Nome>
          <SPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.SinglePhaseMixtureProperties</Type>
          </SPMProperties>
          <TPMProperties>
            <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.TwoPhaseMixtureProperties</Type>
          </TPMProperties>
        </Phase>
      </Phases>
    </SimulationObject>
    <SimulationObject>
      <Type>DWSIM.DWSIM.SimulationObjects.Streams.EnergyStream</Type>
      <Energia>-1537.86385073518</Energia>
      <ComponentDescription>EN-98ef9a1b-eded-4727-8825-66aa55b83a13</ComponentDescription>
      <ComponentName>e1</ComponentName>
      <IsAdjustAttached>false</IsAdjustAttached>
      <AttachedAdjustId></AttachedAdjustId>
      <AdjustVarType>Nenhum</AdjustVarType>
      <IsSpecAttached>false</IsSpecAttached>
      <AttachedSpecId></AttachedSpecId>
      <SpecVarType>Nenhum</SpecVarType>
      <Descricao>Correntedeenergia</Descricao>
      <Nome>EN-98ef9a1b-eded-4727-8825-66aa55b83a13</Nome>
      <ShowQuickTable>true</ShowQuickTable>
      <Annotation></Annotation>
      <NodeItems />
    </SimulationObject>
  </SimulationObjects>
  <GraphicObjects>
    <GraphicObject>
      <Type>Microsoft.MSDN.Samples.GraphicObjects.MaterialStreamGraphic</Type>
      <LineWidth>2</LineWidth>
      <GradientMode>true</GradientMode>
      <LineColor>SteelBlue</LineColor>
      <Fill>true</Fill>
      <FillColor>WhiteSmoke</FillColor>
      <GradientColor1>LightGrey</GradientColor1>
      <GradientColor2>White</GradientColor2>
      <MixPoint>false</MixPoint>
      <SplitPoint>false</SplitPoint>
      <ShapeOverride>DefaultShape</ShapeOverride>
      <Status>Calculated</Status>
      <Description>CorrentedeMatria</Description>
      <Shape>0</Shape>
      <FlippedH>false</FlippedH>
      <FlippedV>false</FlippedV>
      <TipoObjeto>MaterialStream</TipoObjeto>
      <IsEnergyStream>false</IsEnergyStream>
      <Active>true</Active>
      <Calculated>true</Calculated>
      <Tag>feed</Tag>
      <AutoSize>false</AutoSize>
      <IsConnector>false</IsConnector>
      <X>5095</X>
      <Y>3618</Y>
      <Name>MAT-269b88da-3f09-48c8-8f98-655a639536a9</Name>
      <Height>20</Height>
      <Width>20</Width>
      <Rotation>0</Rotation>
      <InputConnectors>
        <Connector IsAttached="False" />
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      <OutputConnectors>
        <Connector IsAttached="True" ConnType="ConOut" AttachedToObjID="RC-46af7865-8de9-4da1-a844-b8056e372c02" AttachedToConnIndex="0" AttachedToEnergyConn="False" />
      </OutputConnectors>
      <EnergyConnector>
        <Connector IsAttached="False" />
      </EnergyConnector>
      <SpecialConnectors />
    </GraphicObject>
    <GraphicObject>
      <Type>Microsoft.MSDN.Samples.GraphicObjects.ReactorConversionGraphic</Type>
      <LineWidth>2</LineWidth>
      <GradientMode>true</GradientMode>
      <LineColor>SteelBlue</LineColor>
      <Fill>true</Fill>
      <FillColor>WhiteSmoke</FillColor>
      <GradientColor1>LightGrey</GradientColor1>
      <GradientColor2>White</GradientColor2>
      <MixPoint>false</MixPoint>
      <SplitPoint>true</SplitPoint>
      <ShapeOverride>DefaultShape</ShapeOverride>
      <Status>Calculated</Status>
      <Description>ReatorConversao</Description>
      <Shape>0</Shape>
      <FlippedH>false</FlippedH>
      <FlippedV>false</FlippedV>
      <TipoObjeto>RCT_Conversion</TipoObjeto>
      <IsEnergyStream>false</IsEnergyStream>
      <Active>true</Active>
      <Calculated>true</Calculated>
      <Tag>RC-000</Tag>
      <AutoSize>false</AutoSize>
      <IsConnector>false</IsConnector>
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      <OutputConnectors>
        <Connector IsAttached="True" ConnType="ConOut" AttachedToObjID="MAT-87b2695e-5784-4f47-b882-c3705a74a623" AttachedToConnIndex="0" AttachedToEnergyConn="False" />
        <Connector IsAttached="True" ConnType="ConOut" AttachedToObjID="MAT-fed49970-a1bf-4763-9d60-22a22061ca78" AttachedToConnIndex="0" AttachedToEnergyConn="False" />
      </OutputConnectors>
      <EnergyConnector>
        <Connector IsAttached="False" />
      </EnergyConnector>
      <SpecialConnectors />
    </GraphicObject>
    <GraphicObject>
      <Type>Microsoft.MSDN.Samples.GraphicObjects.MaterialStreamGraphic</Type>
      <LineWidth>2</LineWidth>
      <GradientMode>true</GradientMode>
      <LineColor>SteelBlue</LineColor>
      <Fill>true</Fill>
      <FillColor>WhiteSmoke</FillColor>
      <GradientColor1>LightGrey</GradientColor1>
      <GradientColor2>White</GradientColor2>
      <MixPoint>false</MixPoint>
      <SplitPoint>false</SplitPoint>
      <ShapeOverride>DefaultShape</ShapeOverride>
      <Status>Calculated</Status>
      <Description>CorrentedeMatria</Description>
      <Shape>0</Shape>
      <FlippedH>false</FlippedH>
      <FlippedV>false</FlippedV>
      <TipoObjeto>MaterialStream</TipoObjeto>
      <IsEnergyStream>false</IsEnergyStream>
      <Active>true</Active>
      <Calculated>true</Calculated>
      <Tag>vapor </Tag>
      <AutoSize>false</AutoSize>
      <IsConnector>false</IsConnector>
      <X>5313</X>
      <Y>3583</Y>
      <Name>MAT-87b2695e-5784-4f47-b882-c3705a74a623</Name>
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      <Width>20</Width>
      <Rotation>0</Rotation>
      <InputConnectors>
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      <OutputConnectors>
        <Connector IsAttached="False" />
      </OutputConnectors>
      <EnergyConnector>
        <Connector IsAttached="False" />
      </EnergyConnector>
      <SpecialConnectors />
    </GraphicObject>
    <GraphicObject>
      <Type>Microsoft.MSDN.Samples.GraphicObjects.MaterialStreamGraphic</Type>
      <LineWidth>2</LineWidth>
      <GradientMode>true</GradientMode>
      <LineColor>SteelBlue</LineColor>
      <Fill>true</Fill>
      <FillColor>WhiteSmoke</FillColor>
      <GradientColor1>LightGrey</GradientColor1>
      <GradientColor2>White</GradientColor2>
      <MixPoint>false</MixPoint>
      <SplitPoint>false</SplitPoint>
      <ShapeOverride>DefaultShape</ShapeOverride>
      <Status>Calculated</Status>
      <Description>CorrentedeMatria</Description>
      <Shape>0</Shape>
      <FlippedH>false</FlippedH>
      <FlippedV>false</FlippedV>
      <TipoObjeto>MaterialStream</TipoObjeto>
      <IsEnergyStream>false</IsEnergyStream>
      <Active>true</Active>
      <Calculated>true</Calculated>
      <Tag>liquid </Tag>
      <AutoSize>false</AutoSize>
      <IsConnector>false</IsConnector>
      <X>5317</X>
      <Y>3655</Y>
      <Name>MAT-fed49970-a1bf-4763-9d60-22a22061ca78</Name>
      <Height>20</Height>
      <Width>20</Width>
      <Rotation>0</Rotation>
      <InputConnectors>
        <Connector IsAttached="True" ConnType="ConIn" AttachedFromObjID="RC-46af7865-8de9-4da1-a844-b8056e372c02" AttachedFromConnIndex="1" AttachedFromEnergyConn="False" />
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      <OutputConnectors>
        <Connector IsAttached="False" />
      </OutputConnectors>
      <EnergyConnector>
        <Connector IsAttached="False" />
      </EnergyConnector>
      <SpecialConnectors />
    </GraphicObject>
    <GraphicObject>
      <Type>Microsoft.MSDN.Samples.GraphicObjects.EnergyStreamGraphic</Type>
      <LineWidth>2</LineWidth>
      <GradientMode>true</GradientMode>
      <LineColor>SteelBlue</LineColor>
      <Fill>true</Fill>
      <FillColor>LightYellow</FillColor>
      <GradientColor1>LightGrey</GradientColor1>
      <GradientColor2>White</GradientColor2>
      <MixPoint>false</MixPoint>
      <SplitPoint>false</SplitPoint>
      <ShapeOverride>DefaultShape</ShapeOverride>
      <Status>Calculated</Status>
      <Description>Correntedeenergia</Description>
      <Shape>0</Shape>
      <FlippedH>false</FlippedH>
      <FlippedV>false</FlippedV>
      <TipoObjeto>EnergyStream</TipoObjeto>
      <IsEnergyStream>true</IsEnergyStream>
      <Active>true</Active>
      <Calculated>true</Calculated>
      <Tag>e1</Tag>
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      <IsConnector>false</IsConnector>
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      <EnergyConnector>
        <Connector IsAttached="False" />
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  <PropertyPackages>
    <PropertyPackage>
      <ID>PP-f5185d7a-9cb6-4dd1-8c39-e81537d452f1</ID>
      <Type>DWSIM.DWSIM.SimulationObjects.PropertyPackages.PengRobinsonPropertyPackage</Type>
      <ComponentName>Peng-Robinson (PR)</ComponentName>
      <ComponentDescription>Property Package that uses the Peng-Robinson EOS. Recommended for use with hydrocarbons and non-condensables.
The properties are calculated directly from the EOS and/or experimental data, except:
Liquid Density: Rackett Method
Liquid Thermal Conductivity: Latini et al Method
Vapor Thermal Conductivity: Ely-Hanley Method
Liquid Surface Tension: Brock-Bird Method</ComponentDescription>
      <Tag>PP_1</Tag>
      <IOQUick>true</IOQUick>
      <TPSeverity>0</TPSeverity>
      <TPCompIDs>Propylene,Ammonia,Oxygen,Acrylonitrile,Water</TPCompIDs>
      <Parameters>
        <Parameter ID="PP_PHFILT" Value="0.001" />
        <Parameter ID="PP_PSFILT" Value="0.001" />
        <Parameter ID="PP_PHFELT" Value="0.001" />
        <Parameter ID="PP_PSFELT" Value="0.001" />
        <Parameter ID="PP_PHFMEI" Value="50" />
        <Parameter ID="PP_PSFMEI" Value="50" />
        <Parameter ID="PP_PHFMII" Value="100" />
        <Parameter ID="PP_PSFMII" Value="100" />
        <Parameter ID="PP_PTFMEI" Value="100" />
        <Parameter ID="PP_PTFMII" Value="100" />
        <Parameter ID="PP_PTFILT" Value="0.001" />
        <Parameter ID="PP_PTFELT" Value="0.001" />
        <Parameter ID="PP_FLASHALGORITHM" Value="2" />
        <Parameter ID="PP_IDEAL_MIXRULE_LIQDENS" Value="0" />
        <Parameter ID="PP_USEEXPLIQDENS" Value="0" />
        <Parameter ID="PP_USE_EOS_LIQDENS" Value="0" />
        <Parameter ID="PP_USE_EOS_VOLUME_SHIFT" Value="0" />
      </Parameters>
      <InteractionParameters>
        <InteractionParameter Compound1="Nitrogen" Compound2="Oxygen" Value="-0.0159" />
        <InteractionParameter Compound1="Nitrogen" Compound2="Propylene" Value="0.09" />
        <InteractionParameter Compound1="Nitrogen" Compound2="Ammonia" Value="0.2193" />
      </InteractionParameters>
    </PropertyPackage>
  </PropertyPackages>
  <Compounds>
    <Compound>
      <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.ConstantProperties</Type>
      <Name>Propylene</Name>
      <CAS_Number>115-07-1</CAS_Number>
      <Formula>CH2CHCH3</Formula>
      <SMILES>C=CC</SMILES>
      <InChI></InChI>
      <ChemicalStructure></ChemicalStructure>
      <Molar_Weight>42.0797</Molar_Weight>
      <Critical_Temperature>364.85</Critical_Temperature>
      <Critical_Pressure>4600000</Critical_Pressure>
      <Critical_Volume>0.185</Critical_Volume>
      <Critical_Compressibility>0.281</Critical_Compressibility>
      <Acentric_Factor>0.137588</Acentric_Factor>
      <Z_Rackett>0.2785</Z_Rackett>
      <PR_Volume_Translation_Coefficient>0</PR_Volume_Translation_Coefficient>
      <SRK_Volume_Translation_Coefficient>0</SRK_Volume_Translation_Coefficient>
      <Chao_Seader_Acentricity>0.1477</Chao_Seader_Acentricity>
      <Chao_Seader_Solubility_Parameter>0.0031413981304</Chao_Seader_Solubility_Parameter>
      <Chao_Seader_Liquid_Molar_Volume>68.956</Chao_Seader_Liquid_Molar_Volume>
      <IG_Entropy_of_Formation_25C>6.3451022702158</IG_Entropy_of_Formation_25C>
      <IG_Enthalpy_of_Formation_25C>480.754378001744</IG_Enthalpy_of_Formation_25C>
      <IG_Gibbs_Energy_of_Formation_25C>1488.60376856299</IG_Gibbs_Energy_of_Formation_25C>
      <Dipole_Moment>1.22E-30</Dipole_Moment>
      <Vapor_Pressure_Constant_A>90.171</Vapor_Pressure_Constant_A>
      <Vapor_Pressure_Constant_B>-4383.8</Vapor_Pressure_Constant_B>
      <Vapor_Pressure_Constant_C>-11.125</Vapor_Pressure_Constant_C>
      <Vapor_Pressure_Constant_D>2.1182E-05</Vapor_Pressure_Constant_D>
      <Vapor_Pressure_Constant_E>2</Vapor_Pressure_Constant_E>
      <Vapor_Pressure_TMIN>87.89</Vapor_Pressure_TMIN>
      <Vapor_Pressure_TMAX>365.57</Vapor_Pressure_TMAX>
      <Ideal_Gas_Heat_Capacity_Const_A>38965.36</Ideal_Gas_Heat_Capacity_Const_A>
      <Ideal_Gas_Heat_Capacity_Const_B>-516.3838</Ideal_Gas_Heat_Capacity_Const_B>
      <Ideal_Gas_Heat_Capacity_Const_C>11.75322</Ideal_Gas_Heat_Capacity_Const_C>
      <Ideal_Gas_Heat_Capacity_Const_D>0.000509119</Ideal_Gas_Heat_Capacity_Const_D>
      <Ideal_Gas_Heat_Capacity_Const_E>-1.771348E-07</Ideal_Gas_Heat_Capacity_Const_E>
      <Liquid_Viscosity_Const_A>-82.854</Liquid_Viscosity_Const_A>
      <Liquid_Viscosity_Const_B>1932.2</Liquid_Viscosity_Const_B>
      <Liquid_Viscosity_Const_C>12.786</Liquid_Viscosity_Const_C>
      <Liquid_Viscosity_Const_D>-6.8648E-05</Liquid_Viscosity_Const_D>
      <Liquid_Viscosity_Const_E>2</Liquid_Viscosity_Const_E>
      <Liquid_Density_Const_A>0.98129</Liquid_Density_Const_A>
      <Liquid_Density_Const_B>0.22226</Liquid_Density_Const_B>
      <Liquid_Density_Const_C>365.58</Liquid_Density_Const_C>
      <Liquid_Density_Const_D>0.24039</Liquid_Density_Const_D>
      <Liquid_Density_Const_E>0</Liquid_Density_Const_E>
      <Liquid_Density_Tmin>87.89</Liquid_Density_Tmin>
      <Liquid_Density_Tmax>365.57</Liquid_Density_Tmax>
      <Liquid_Heat_Capacity_Const_A>79790</Liquid_Heat_Capacity_Const_A>
      <Liquid_Heat_Capacity_Const_B>300.8</Liquid_Heat_Capacity_Const_B>
      <Liquid_Heat_Capacity_Const_C>5.1342</Liquid_Heat_Capacity_Const_C>
      <Liquid_Heat_Capacity_Const_D>0.0095615</Liquid_Heat_Capacity_Const_D>
      <Liquid_Heat_Capacity_Const_E>1.2777E-05</Liquid_Heat_Capacity_Const_E>
      <Liquid_Heat_Capacity_Tmin>87.85</Liquid_Heat_Capacity_Tmin>
      <Liquid_Heat_Capacity_Tmax>340</Liquid_Heat_Capacity_Tmax>
      <Liquid_Thermal_Conductivity_Const_A>-0.044587</Liquid_Thermal_Conductivity_Const_A>
      <Liquid_Thermal_Conductivity_Const_B>22.061</Liquid_Thermal_Conductivity_Const_B>
      <Liquid_Thermal_Conductivity_Const_C>-1.744</Liquid_Thermal_Conductivity_Const_C>
      <Liquid_Thermal_Conductivity_Const_D>0.0015214</Liquid_Thermal_Conductivity_Const_D>
      <Liquid_Thermal_Conductivity_Const_E>-7.8162E-06</Liquid_Thermal_Conductivity_Const_E>
      <Liquid_Thermal_Conductivity_Tmin>87.89</Liquid_Thermal_Conductivity_Tmin>
      <Liquid_Thermal_Conductivity_Tmax>340.49</Liquid_Thermal_Conductivity_Tmax>
      <Vapor_Thermal_Conductivity_Const_A>4.5373E-05</Vapor_Thermal_Conductivity_Const_A>
      <Vapor_Thermal_Conductivity_Const_B>1.2</Vapor_Thermal_Conductivity_Const_B>
      <Vapor_Thermal_Conductivity_Const_C>415.83</Vapor_Thermal_Conductivity_Const_C>
      <Vapor_Thermal_Conductivity_Const_D>2757.2</Vapor_Thermal_Conductivity_Const_D>
      <Vapor_Thermal_Conductivity_Const_E>0</Vapor_Thermal_Conductivity_Const_E>
      <Vapor_Thermal_Conductivity_Tmin>225.45</Vapor_Thermal_Conductivity_Tmin>
      <Vapor_Thermal_Conductivity_Tmax>1000</Vapor_Thermal_Conductivity_Tmax>
      <Vapor_Viscosity_Const_A>7.3873E-07</Vapor_Viscosity_Const_A>
      <Vapor_Viscosity_Const_B>0.54213</Vapor_Viscosity_Const_B>
      <Vapor_Viscosity_Const_C>262.33</Vapor_Viscosity_Const_C>
      <Vapor_Viscosity_Const_D>-108.51</Vapor_Viscosity_Const_D>
      <Vapor_Viscosity_Const_E>0</Vapor_Viscosity_Const_E>
      <Vapor_Viscosity_Tmin>87.89</Vapor_Viscosity_Tmin>
      <Vapor_Viscosity_Tmax>1000</Vapor_Viscosity_Tmax>
      <Solid_Density_Const_A>20.846</Solid_Density_Const_A>
      <Solid_Density_Const_B>-0.020946</Solid_Density_Const_B>
      <Solid_Density_Const_C>0</Solid_Density_Const_C>
      <Solid_Density_Const_D>0</Solid_Density_Const_D>
      <Solid_Density_Const_E>0</Solid_Density_Const_E>
      <Solid_Density_Tmin>73.15</Solid_Density_Tmin>
      <Solid_Density_Tmax>88.1</Solid_Density_Tmax>
      <Surface_Tension_Const_A>-0.012171</Surface_Tension_Const_A>
      <Surface_Tension_Const_B>10.886</Surface_Tension_Const_B>
      <Surface_Tension_Const_C>-2.9978</Surface_Tension_Const_C>
      <Surface_Tension_Const_D>-0.00044205</Surface_Tension_Const_D>
      <Surface_Tension_Const_E>-9.7257E-06</Surface_Tension_Const_E>
      <Surface_Tension_Tmin>87.89</Surface_Tension_Tmin>
      <Surface_Tension_Tmax>364.85</Surface_Tension_Tmax>
      <Solid_Heat_Capacity_Const_A>-1062</Solid_Heat_Capacity_Const_A>
      <Solid_Heat_Capacity_Const_B>-87.684</Solid_Heat_Capacity_Const_B>
      <Solid_Heat_Capacity_Const_C>46.783</Solid_Heat_Capacity_Const_C>
      <Solid_Heat_Capacity_Const_D>-0.8344</Solid_Heat_Capacity_Const_D>
      <Solid_Heat_Capacity_Const_E>0.0046648</Solid_Heat_Capacity_Const_E>
      <Solid_Heat_Capacity_Tmin>14</Solid_Heat_Capacity_Tmin>
      <Solid_Heat_Capacity_Tmax>87.89</Solid_Heat_Capacity_Tmax>
      <Normal_Boiling_Point>225.45</Normal_Boiling_Point>
      <ID>202</ID>
      <IsPF>0</IsPF>
      <IsHYPO>0</IsHYPO>
      <HVap_A>27525000</HVap_A>
      <HVap_B>0.61217</HVap_B>
      <HVap_C>-0.41646</HVap_C>
      <HVap_D>0.083772</HVap_D>
      <HVap_TMIN>87.89</HVap_TMIN>
      <HVap_TMAX>365</HVap_TMAX>
      <UNIQUAC_R>2.25</UNIQUAC_R>
      <UNIQUAC_Q>2.02</UNIQUAC_Q>
      <IsFPROPSSupported>false</IsFPROPSSupported>
      <IsCOOLPROPSupported>true</IsCOOLPROPSupported>
      <IsModified>false</IsModified>
      <VaporPressureEquation>101</VaporPressureEquation>
      <IdealgasCpEquation>16</IdealgasCpEquation>
      <LiquidViscosityEquation>101</LiquidViscosityEquation>
      <VaporViscosityEquation>102</VaporViscosityEquation>
      <VaporizationEnthalpyEquation>106</VaporizationEnthalpyEquation>
      <LiquidDensityEquation>105</LiquidDensityEquation>
      <LiquidHeatCapacityEquation>16</LiquidHeatCapacityEquation>
      <LiquidThermalConductivityEquation>16</LiquidThermalConductivityEquation>
      <VaporThermalConductivityEquation>102</VaporThermalConductivityEquation>
      <SolidDensityEquation>2</SolidDensityEquation>
      <SolidHeatCapacityEquation>100</SolidHeatCapacityEquation>
      <SurfaceTensionEquation>16</SurfaceTensionEquation>
      <PC_SAFT_sigma>0</PC_SAFT_sigma>
      <PC_SAFT_epsilon_k>0</PC_SAFT_epsilon_k>
      <PC_SAFT_m>0</PC_SAFT_m>
      <OriginalDB>ChemSep</OriginalDB>
      <CurrentDB>ChemSep</CurrentDB>
      <CompCreatorStudyFile></CompCreatorStudyFile>
      <COSMODBName></COSMODBName>
      <IsIon>false</IsIon>
      <IsSalt>false</IsSalt>
      <IsHydratedSalt>false</IsHydratedSalt>
      <HydrationNumber>0</HydrationNumber>
      <Charge>0</Charge>
      <PositiveIon></PositiveIon>
      <NegativeIon></NegativeIon>
      <PositiveIonStoichCoeff>0</PositiveIonStoichCoeff>
      <NegativeIonStoichCoeff>0</NegativeIonStoichCoeff>
      <StoichSum>0</StoichSum>
      <Electrolyte_DelGF>0</Electrolyte_DelGF>
      <Electrolyte_DelHF>0</Electrolyte_DelHF>
      <Electrolyte_Cp0>0</Electrolyte_Cp0>
      <TemperatureOfFusion>87.9</TemperatureOfFusion>
      <EnthalpyOfFusionAtTf>2.936</EnthalpyOfFusionAtTf>
      <SolidTs>0</SolidTs>
      <SolidDensityAtTs>0</SolidDensityAtTs>
      <StandardStateMolarVolume>0</StandardStateMolarVolume>
      <MolarVolume_v2i>0</MolarVolume_v2i>
      <MolarVolume_v3i>0</MolarVolume_v3i>
      <MolarVolume_k1i>0</MolarVolume_k1i>
      <MolarVolume_k2i>0</MolarVolume_k2i>
      <MolarVolume_k3i>0</MolarVolume_k3i>
      <Ion_CpAq_a>0</Ion_CpAq_a>
      <Ion_CpAq_b>0</Ion_CpAq_b>
      <Ion_CpAq_c>0</Ion_CpAq_c>
      <UNIFACGroups>
        <Item Name="CH2=CH" Value="1" />
        <Item Name="CH3" Value="1" />
      </UNIFACGroups>
      <MODFACGroups>
        <Item Name="CH2=CH" Value="1" />
        <Item Name="CH3" Value="1" />
      </MODFACGroups>
      <Elements />
    </Compound>
    <Compound>
      <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.ConstantProperties</Type>
      <Name>Ammonia</Name>
      <CAS_Number>7664-41-7</CAS_Number>
      <Formula>NH3</Formula>
      <SMILES>N</SMILES>
      <InChI></InChI>
      <ChemicalStructure></ChemicalStructure>
      <Molar_Weight>17.031</Molar_Weight>
      <Critical_Temperature>405.4</Critical_Temperature>
      <Critical_Pressure>11353000</Critical_Pressure>
      <Critical_Volume>0.07247</Critical_Volume>
      <Critical_Compressibility>0.255</Critical_Compressibility>
      <Acentric_Factor>0.256</Acentric_Factor>
      <Z_Rackett>0</Z_Rackett>
      <PR_Volume_Translation_Coefficient>0</PR_Volume_Translation_Coefficient>
      <SRK_Volume_Translation_Coefficient>0</SRK_Volume_Translation_Coefficient>
      <Chao_Seader_Acentricity>0.2517</Chao_Seader_Acentricity>
      <Chao_Seader_Solubility_Parameter>0.0069802504654</Chao_Seader_Solubility_Parameter>
      <Chao_Seader_Liquid_Molar_Volume>24.9801</Chao_Seader_Liquid_Molar_Volume>
      <IG_Entropy_of_Formation_25C>11.3123128412894</IG_Entropy_of_Formation_25C>
      <IG_Enthalpy_of_Formation_25C>-2694.96799953027</IG_Enthalpy_of_Formation_25C>
      <IG_Gibbs_Energy_of_Formation_25C>-962.949914861136</IG_Gibbs_Energy_of_Formation_25C>
      <Dipole_Moment>4.9E-30</Dipole_Moment>
      <Vapor_Pressure_Constant_A>60.656</Vapor_Pressure_Constant_A>
      <Vapor_Pressure_Constant_B>-4055.2</Vapor_Pressure_Constant_B>
      <Vapor_Pressure_Constant_C>-5.9695</Vapor_Pressure_Constant_C>
      <Vapor_Pressure_Constant_D>8.699E-06</Vapor_Pressure_Constant_D>
      <Vapor_Pressure_Constant_E>2</Vapor_Pressure_Constant_E>
      <Vapor_Pressure_TMIN>191.24</Vapor_Pressure_TMIN>
      <Vapor_Pressure_TMAX>406.05</Vapor_Pressure_TMAX>
      <Ideal_Gas_Heat_Capacity_Const_A>33239</Ideal_Gas_Heat_Capacity_Const_A>
      <Ideal_Gas_Heat_Capacity_Const_B>-913.64</Ideal_Gas_Heat_Capacity_Const_B>
      <Ideal_Gas_Heat_Capacity_Const_C>10.802</Ideal_Gas_Heat_Capacity_Const_C>
      <Ideal_Gas_Heat_Capacity_Const_D>0.00021047</Ideal_Gas_Heat_Capacity_Const_D>
      <Ideal_Gas_Heat_Capacity_Const_E>-4.1739E-08</Ideal_Gas_Heat_Capacity_Const_E>
      <Liquid_Viscosity_Const_A>-39.742</Liquid_Viscosity_Const_A>
      <Liquid_Viscosity_Const_B>1486.5</Liquid_Viscosity_Const_B>
      <Liquid_Viscosity_Const_C>4.7749</Liquid_Viscosity_Const_C>
      <Liquid_Viscosity_Const_D>-1.5796E-05</Liquid_Viscosity_Const_D>
      <Liquid_Viscosity_Const_E>2</Liquid_Viscosity_Const_E>
      <Liquid_Density_Const_A>4.0518</Liquid_Density_Const_A>
      <Liquid_Density_Const_B>0.27129</Liquid_Density_Const_B>
      <Liquid_Density_Const_C>405.4</Liquid_Density_Const_C>
      <Liquid_Density_Const_D>0.31349</Liquid_Density_Const_D>
      <Liquid_Density_Const_E>0</Liquid_Density_Const_E>
      <Liquid_Density_Tmin>195</Liquid_Density_Tmin>
      <Liquid_Density_Tmax>405.15</Liquid_Density_Tmax>
      <Liquid_Heat_Capacity_Const_A>77659</Liquid_Heat_Capacity_Const_A>
      <Liquid_Heat_Capacity_Const_B>-45330</Liquid_Heat_Capacity_Const_B>
      <Liquid_Heat_Capacity_Const_C>445.74</Liquid_Heat_Capacity_Const_C>
      <Liquid_Heat_Capacity_Const_D>-1.4197</Liquid_Heat_Capacity_Const_D>
      <Liquid_Heat_Capacity_Const_E>0.0015508</Liquid_Heat_Capacity_Const_E>
      <Liquid_Heat_Capacity_Tmin>195.45</Liquid_Heat_Capacity_Tmin>
      <Liquid_Heat_Capacity_Tmax>401.15</Liquid_Heat_Capacity_Tmax>
      <Liquid_Thermal_Conductivity_Const_A>-0.95309</Liquid_Thermal_Conductivity_Const_A>
      <Liquid_Thermal_Conductivity_Const_B>14.684</Liquid_Thermal_Conductivity_Const_B>
      <Liquid_Thermal_Conductivity_Const_C>0.56768</Liquid_Thermal_Conductivity_Const_C>
      <Liquid_Thermal_Conductivity_Const_D>-0.00028968</Liquid_Thermal_Conductivity_Const_D>
      <Liquid_Thermal_Conductivity_Const_E>-1.9238E-06</Liquid_Thermal_Conductivity_Const_E>
      <Liquid_Thermal_Conductivity_Tmin>195.41</Liquid_Thermal_Conductivity_Tmin>
      <Liquid_Thermal_Conductivity_Tmax>400.05</Liquid_Thermal_Conductivity_Tmax>
      <Vapor_Thermal_Conductivity_Const_A>1.6165E-05</Vapor_Thermal_Conductivity_Const_A>
      <Vapor_Thermal_Conductivity_Const_B>1.3146</Vapor_Thermal_Conductivity_Const_B>
      <Vapor_Thermal_Conductivity_Const_C>75.168</Vapor_Thermal_Conductivity_Const_C>
      <Vapor_Thermal_Conductivity_Const_D>-8202.1</Vapor_Thermal_Conductivity_Const_D>
      <Vapor_Thermal_Conductivity_Const_E>0</Vapor_Thermal_Conductivity_Const_E>
      <Vapor_Thermal_Conductivity_Tmin>200</Vapor_Thermal_Conductivity_Tmin>
      <Vapor_Thermal_Conductivity_Tmax>900</Vapor_Thermal_Conductivity_Tmax>
      <Vapor_Viscosity_Const_A>4.59E-08</Vapor_Viscosity_Const_A>
      <Vapor_Viscosity_Const_B>0.96936</Vapor_Viscosity_Const_B>
      <Vapor_Viscosity_Const_C>48.366</Vapor_Viscosity_Const_C>
      <Vapor_Viscosity_Const_D>-2671.4</Vapor_Viscosity_Const_D>
      <Vapor_Viscosity_Const_E>0</Vapor_Viscosity_Const_E>
      <Vapor_Viscosity_Tmin>194.6</Vapor_Viscosity_Tmin>
      <Vapor_Viscosity_Tmax>1000</Vapor_Viscosity_Tmax>
      <Solid_Density_Const_A>47.973</Solid_Density_Const_A>
      <Solid_Density_Const_B>-1.0295E-08</Solid_Density_Const_B>
      <Solid_Density_Const_C>0</Solid_Density_Const_C>
      <Solid_Density_Const_D>0</Solid_Density_Const_D>
      <Solid_Density_Const_E>0</Solid_Density_Const_E>
      <Solid_Density_Tmin>194.15</Solid_Density_Tmin>
      <Solid_Density_Tmax>203.65</Solid_Density_Tmax>
      <Surface_Tension_Const_A>-0.01195</Surface_Tension_Const_A>
      <Surface_Tension_Const_B>209.99</Surface_Tension_Const_B>
      <Surface_Tension_Const_C>-5.1813</Surface_Tension_Const_C>
      <Surface_Tension_Const_D>0.011762</Surface_Tension_Const_D>
      <Surface_Tension_Const_E>-2.7715E-05</Surface_Tension_Const_E>
      <Surface_Tension_Tmin>195.41</Surface_Tension_Tmin>
      <Surface_Tension_Tmax>405.55</Surface_Tension_Tmax>
      <Solid_Heat_Capacity_Const_A>-5983.8</Solid_Heat_Capacity_Const_A>
      <Solid_Heat_Capacity_Const_B>380.66</Solid_Heat_Capacity_Const_B>
      <Solid_Heat_Capacity_Const_C>-0.59542</Solid_Heat_Capacity_Const_C>
      <Solid_Heat_Capacity_Const_D>-0.00029099</Solid_Heat_Capacity_Const_D>
      <Solid_Heat_Capacity_Const_E>4.9048E-06</Solid_Heat_Capacity_Const_E>
      <Solid_Heat_Capacity_Tmin>20</Solid_Heat_Capacity_Tmin>
      <Solid_Heat_Capacity_Tmax>190</Solid_Heat_Capacity_Tmax>
      <Normal_Boiling_Point>239.82</Normal_Boiling_Point>
      <ID>1911</ID>
      <IsPF>0</IsPF>
      <IsHYPO>0</IsHYPO>
      <HVap_A>24542000</HVap_A>
      <HVap_B>-1.3178</HVap_B>
      <HVap_C>4.7194</HVap_C>
      <HVap_D>-5.4808</HVap_D>
      <HVap_TMIN>195.41</HVap_TMIN>
      <HVap_TMAX>403.15</HVap_TMAX>
      <UNIQUAC_R>0.9097</UNIQUAC_R>
      <UNIQUAC_Q>0.98</UNIQUAC_Q>
      <IsFPROPSSupported>true</IsFPROPSSupported>
      <IsCOOLPROPSupported>true</IsCOOLPROPSupported>
      <IsModified>false</IsModified>
      <VaporPressureEquation>101</VaporPressureEquation>
      <IdealgasCpEquation>16</IdealgasCpEquation>
      <LiquidViscosityEquation>101</LiquidViscosityEquation>
      <VaporViscosityEquation>102</VaporViscosityEquation>
      <VaporizationEnthalpyEquation>106</VaporizationEnthalpyEquation>
      <LiquidDensityEquation>105</LiquidDensityEquation>
      <LiquidHeatCapacityEquation>16</LiquidHeatCapacityEquation>
      <LiquidThermalConductivityEquation>16</LiquidThermalConductivityEquation>
      <VaporThermalConductivityEquation>102</VaporThermalConductivityEquation>
      <SolidDensityEquation>2</SolidDensityEquation>
      <SolidHeatCapacityEquation>100</SolidHeatCapacityEquation>
      <SurfaceTensionEquation>16</SurfaceTensionEquation>
      <PC_SAFT_sigma>0</PC_SAFT_sigma>
      <PC_SAFT_epsilon_k>0</PC_SAFT_epsilon_k>
      <PC_SAFT_m>0</PC_SAFT_m>
      <OriginalDB>ChemSep</OriginalDB>
      <CurrentDB>ChemSep</CurrentDB>
      <CompCreatorStudyFile></CompCreatorStudyFile>
      <COSMODBName></COSMODBName>
      <IsIon>false</IsIon>
      <IsSalt>false</IsSalt>
      <IsHydratedSalt>false</IsHydratedSalt>
      <HydrationNumber>0</HydrationNumber>
      <Charge>0</Charge>
      <PositiveIon></PositiveIon>
      <NegativeIon></NegativeIon>
      <PositiveIonStoichCoeff>0</PositiveIonStoichCoeff>
      <NegativeIonStoichCoeff>0</NegativeIonStoichCoeff>
      <StoichSum>0</StoichSum>
      <Electrolyte_DelGF>0</Electrolyte_DelGF>
      <Electrolyte_DelHF>0</Electrolyte_DelHF>
      <Electrolyte_Cp0>0</Electrolyte_Cp0>
      <TemperatureOfFusion>195.41</TemperatureOfFusion>
      <EnthalpyOfFusionAtTf>5.657</EnthalpyOfFusionAtTf>
      <SolidTs>0</SolidTs>
      <SolidDensityAtTs>0</SolidDensityAtTs>
      <StandardStateMolarVolume>0</StandardStateMolarVolume>
      <MolarVolume_v2i>0</MolarVolume_v2i>
      <MolarVolume_v3i>0</MolarVolume_v3i>
      <MolarVolume_k1i>0</MolarVolume_k1i>
      <MolarVolume_k2i>0</MolarVolume_k2i>
      <MolarVolume_k3i>0</MolarVolume_k3i>
      <Ion_CpAq_a>0</Ion_CpAq_a>
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      <Ion_CpAq_c>0</Ion_CpAq_c>
      <UNIFACGroups />
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    </Compound>
    <Compound>
      <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.ConstantProperties</Type>
      <Name>Oxygen</Name>
      <CAS_Number>7782-44-7</CAS_Number>
      <Formula>O2</Formula>
      <SMILES>O=O</SMILES>
      <InChI></InChI>
      <ChemicalStructure></ChemicalStructure>
      <Molar_Weight>31.999</Molar_Weight>
      <Critical_Temperature>154.58</Critical_Temperature>
      <Critical_Pressure>5043000</Critical_Pressure>
      <Critical_Volume>0.07337</Critical_Volume>
      <Critical_Compressibility>0.288</Critical_Compressibility>
      <Acentric_Factor>0.022</Acentric_Factor>
      <Z_Rackett>0.2908</Z_Rackett>
      <PR_Volume_Translation_Coefficient>0</PR_Volume_Translation_Coefficient>
      <SRK_Volume_Translation_Coefficient>0</SRK_Volume_Translation_Coefficient>
      <Chao_Seader_Acentricity>0.019</Chao_Seader_Acentricity>
      <Chao_Seader_Solubility_Parameter>0.00195422125278</Chao_Seader_Solubility_Parameter>
      <Chao_Seader_Liquid_Molar_Volume>28.0225</Chao_Seader_Liquid_Molar_Volume>
      <IG_Entropy_of_Formation_25C>6.4077939935623</IG_Entropy_of_Formation_25C>
      <IG_Enthalpy_of_Formation_25C>0</IG_Enthalpy_of_Formation_25C>
      <IG_Gibbs_Energy_of_Formation_25C>0</IG_Gibbs_Energy_of_Formation_25C>
      <Dipole_Moment>0</Dipole_Moment>
      <Vapor_Pressure_Constant_A>45.477</Vapor_Pressure_Constant_A>
      <Vapor_Pressure_Constant_B>-1192.8</Vapor_Pressure_Constant_B>
      <Vapor_Pressure_Constant_C>-4.7115</Vapor_Pressure_Constant_C>
      <Vapor_Pressure_Constant_D>5.953E-05</Vapor_Pressure_Constant_D>
      <Vapor_Pressure_Constant_E>2</Vapor_Pressure_Constant_E>
      <Vapor_Pressure_TMIN>54.35</Vapor_Pressure_TMIN>
      <Vapor_Pressure_TMAX>154.8</Vapor_Pressure_TMAX>
      <Ideal_Gas_Heat_Capacity_Const_A>29061.62</Ideal_Gas_Heat_Capacity_Const_A>
      <Ideal_Gas_Heat_Capacity_Const_B>-1470.897</Ideal_Gas_Heat_Capacity_Const_B>
      <Ideal_Gas_Heat_Capacity_Const_C>11.10778</Ideal_Gas_Heat_Capacity_Const_C>
      <Ideal_Gas_Heat_Capacity_Const_D>-0.00128484</Ideal_Gas_Heat_Capacity_Const_D>
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      <Liquid_Viscosity_Const_A>-5.2319</Liquid_Viscosity_Const_A>
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      <Liquid_Heat_Capacity_Const_A>53393</Liquid_Heat_Capacity_Const_A>
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      <Liquid_Heat_Capacity_Tmin>54.36</Liquid_Heat_Capacity_Tmin>
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      <Liquid_Thermal_Conductivity_Const_A>-0.19654</Liquid_Thermal_Conductivity_Const_A>
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      <Liquid_Thermal_Conductivity_Const_C>-0.46717</Liquid_Thermal_Conductivity_Const_C>
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      <Liquid_Thermal_Conductivity_Tmin>50</Liquid_Thermal_Conductivity_Tmin>
      <Liquid_Thermal_Conductivity_Tmax>150</Liquid_Thermal_Conductivity_Tmax>
      <Vapor_Thermal_Conductivity_Const_A>0.0004508</Vapor_Thermal_Conductivity_Const_A>
      <Vapor_Thermal_Conductivity_Const_B>0.74544</Vapor_Thermal_Conductivity_Const_B>
      <Vapor_Thermal_Conductivity_Const_C>58.278</Vapor_Thermal_Conductivity_Const_C>
      <Vapor_Thermal_Conductivity_Const_D>-562.62</Vapor_Thermal_Conductivity_Const_D>
      <Vapor_Thermal_Conductivity_Const_E>0</Vapor_Thermal_Conductivity_Const_E>
      <Vapor_Thermal_Conductivity_Tmin>60</Vapor_Thermal_Conductivity_Tmin>
      <Vapor_Thermal_Conductivity_Tmax>2000</Vapor_Thermal_Conductivity_Tmax>
      <Vapor_Viscosity_Const_A>8.0134E-07</Vapor_Viscosity_Const_A>
      <Vapor_Viscosity_Const_B>0.60321</Vapor_Viscosity_Const_B>
      <Vapor_Viscosity_Const_C>56.09</Vapor_Viscosity_Const_C>
      <Vapor_Viscosity_Const_D>1584.9</Vapor_Viscosity_Const_D>
      <Vapor_Viscosity_Const_E>0</Vapor_Viscosity_Const_E>
      <Vapor_Viscosity_Tmin>54.35</Vapor_Viscosity_Tmin>
      <Vapor_Viscosity_Tmax>1950</Vapor_Viscosity_Tmax>
      <Solid_Density_Const_A>44.552</Solid_Density_Const_A>
      <Solid_Density_Const_B>-4.4857E-08</Solid_Density_Const_B>
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      <Solid_Density_Const_D>0</Solid_Density_Const_D>
      <Solid_Density_Const_E>0</Solid_Density_Const_E>
      <Solid_Density_Tmin>20.65</Solid_Density_Tmin>
      <Solid_Density_Tmax>30.15</Solid_Density_Tmax>
      <Surface_Tension_Const_A>-0.0062662</Surface_Tension_Const_A>
      <Surface_Tension_Const_B>17.53</Surface_Tension_Const_B>
      <Surface_Tension_Const_C>-3.9173</Surface_Tension_Const_C>
      <Surface_Tension_Const_D>0.0058473</Surface_Tension_Const_D>
      <Surface_Tension_Const_E>-9.1613E-05</Surface_Tension_Const_E>
      <Surface_Tension_Tmin>54.35</Surface_Tension_Tmin>
      <Surface_Tension_Tmax>154.58</Surface_Tension_Tmax>
      <Solid_Heat_Capacity_Const_A>-15381</Solid_Heat_Capacity_Const_A>
      <Solid_Heat_Capacity_Const_B>1601.9</Solid_Heat_Capacity_Const_B>
      <Solid_Heat_Capacity_Const_C>-10.968</Solid_Heat_Capacity_Const_C>
      <Solid_Heat_Capacity_Const_D>0.24187</Solid_Heat_Capacity_Const_D>
      <Solid_Heat_Capacity_Const_E>-0.0020734</Solid_Heat_Capacity_Const_E>
      <Solid_Heat_Capacity_Tmin>13.46</Solid_Heat_Capacity_Tmin>
      <Solid_Heat_Capacity_Tmax>43.78</Solid_Heat_Capacity_Tmax>
      <Normal_Boiling_Point>90.17</Normal_Boiling_Point>
      <ID>901</ID>
      <IsPF>0</IsPF>
      <IsHYPO>0</IsHYPO>
      <HVap_A>10672000</HVap_A>
      <HVap_B>1.5661</HVap_B>
      <HVap_C>-3.4356</HVap_C>
      <HVap_D>3.5416</HVap_D>
      <HVap_TMIN>54.36</HVap_TMIN>
      <HVap_TMAX>154.58</HVap_TMAX>
      <UNIQUAC_R>0.857</UNIQUAC_R>
      <UNIQUAC_Q>0.94</UNIQUAC_Q>
      <IsFPROPSSupported>false</IsFPROPSSupported>
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      <IsModified>false</IsModified>
      <VaporPressureEquation>101</VaporPressureEquation>
      <IdealgasCpEquation>16</IdealgasCpEquation>
      <LiquidViscosityEquation>101</LiquidViscosityEquation>
      <VaporViscosityEquation>102</VaporViscosityEquation>
      <VaporizationEnthalpyEquation>106</VaporizationEnthalpyEquation>
      <LiquidDensityEquation>105</LiquidDensityEquation>
      <LiquidHeatCapacityEquation>16</LiquidHeatCapacityEquation>
      <LiquidThermalConductivityEquation>16</LiquidThermalConductivityEquation>
      <VaporThermalConductivityEquation>102</VaporThermalConductivityEquation>
      <SolidDensityEquation>2</SolidDensityEquation>
      <SolidHeatCapacityEquation>100</SolidHeatCapacityEquation>
      <SurfaceTensionEquation>16</SurfaceTensionEquation>
      <PC_SAFT_sigma>0</PC_SAFT_sigma>
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      <PC_SAFT_m>0</PC_SAFT_m>
      <OriginalDB>ChemSep</OriginalDB>
      <CurrentDB>ChemSep</CurrentDB>
      <CompCreatorStudyFile></CompCreatorStudyFile>
      <COSMODBName></COSMODBName>
      <IsIon>false</IsIon>
      <IsSalt>false</IsSalt>
      <IsHydratedSalt>false</IsHydratedSalt>
      <HydrationNumber>0</HydrationNumber>
      <Charge>0</Charge>
      <PositiveIon></PositiveIon>
      <NegativeIon></NegativeIon>
      <PositiveIonStoichCoeff>0</PositiveIonStoichCoeff>
      <NegativeIonStoichCoeff>0</NegativeIonStoichCoeff>
      <StoichSum>0</StoichSum>
      <Electrolyte_DelGF>0</Electrolyte_DelGF>
      <Electrolyte_DelHF>0</Electrolyte_DelHF>
      <Electrolyte_Cp0>0</Electrolyte_Cp0>
      <TemperatureOfFusion>54.361</TemperatureOfFusion>
      <EnthalpyOfFusionAtTf>0.444</EnthalpyOfFusionAtTf>
      <SolidTs>0</SolidTs>
      <SolidDensityAtTs>0</SolidDensityAtTs>
      <StandardStateMolarVolume>0</StandardStateMolarVolume>
      <MolarVolume_v2i>0</MolarVolume_v2i>
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      <MolarVolume_k1i>0</MolarVolume_k1i>
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      <MolarVolume_k3i>0</MolarVolume_k3i>
      <Ion_CpAq_a>0</Ion_CpAq_a>
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    </Compound>
    <Compound>
      <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.ConstantProperties</Type>
      <Name>Acrylonitrile</Name>
      <CAS_Number>107-13-1</CAS_Number>
      <Formula>CH2CHCN</Formula>
      <SMILES>C=CC#N</SMILES>
      <InChI></InChI>
      <ChemicalStructure></ChemicalStructure>
      <Molar_Weight>53.0626</Molar_Weight>
      <Critical_Temperature>535</Critical_Temperature>
      <Critical_Pressure>4480000</Critical_Pressure>
      <Critical_Volume>0.212</Critical_Volume>
      <Critical_Compressibility>0.214</Critical_Compressibility>
      <Acentric_Factor>0.349801</Acentric_Factor>
      <Z_Rackett>0.259865</Z_Rackett>
      <PR_Volume_Translation_Coefficient>0</PR_Volume_Translation_Coefficient>
      <SRK_Volume_Translation_Coefficient>0</SRK_Volume_Translation_Coefficient>
      <Chao_Seader_Acentricity>0.349801</Chao_Seader_Acentricity>
      <Chao_Seader_Solubility_Parameter>0.0051484210684</Chao_Seader_Solubility_Parameter>
      <Chao_Seader_Liquid_Molar_Volume>66.2367</Chao_Seader_Liquid_Molar_Volume>
      <IG_Entropy_of_Formation_25C>5.18821165943621</IG_Entropy_of_Formation_25C>
      <IG_Enthalpy_of_Formation_25C>3461.94871717556</IG_Enthalpy_of_Formation_25C>
      <IG_Gibbs_Energy_of_Formation_25C>3650.40537026079</IG_Gibbs_Energy_of_Formation_25C>
      <Dipole_Moment>1.29E-29</Dipole_Moment>
      <Vapor_Pressure_Constant_A>6.3983</Vapor_Pressure_Constant_A>
      <Vapor_Pressure_Constant_B>-3163.1</Vapor_Pressure_Constant_B>
      <Vapor_Pressure_Constant_C>2.4467</Vapor_Pressure_Constant_C>
      <Vapor_Pressure_Constant_D>-1.9048E-06</Vapor_Pressure_Constant_D>
      <Vapor_Pressure_Constant_E>2</Vapor_Pressure_Constant_E>
      <Vapor_Pressure_TMIN>189.63</Vapor_Pressure_TMIN>
      <Vapor_Pressure_TMAX>535</Vapor_Pressure_TMAX>
      <Ideal_Gas_Heat_Capacity_Const_A>42651</Ideal_Gas_Heat_Capacity_Const_A>
      <Ideal_Gas_Heat_Capacity_Const_B>-533.04</Ideal_Gas_Heat_Capacity_Const_B>
      <Ideal_Gas_Heat_Capacity_Const_C>11.728</Ideal_Gas_Heat_Capacity_Const_C>
      <Ideal_Gas_Heat_Capacity_Const_D>0.00013096</Ideal_Gas_Heat_Capacity_Const_D>
      <Ideal_Gas_Heat_Capacity_Const_E>-6.2176E-08</Ideal_Gas_Heat_Capacity_Const_E>
      <Liquid_Viscosity_Const_A>-0.5429</Liquid_Viscosity_Const_A>
      <Liquid_Viscosity_Const_B>318.29</Liquid_Viscosity_Const_B>
      <Liquid_Viscosity_Const_C>-1.481</Liquid_Viscosity_Const_C>
      <Liquid_Viscosity_Const_D>-8.3759E-07</Liquid_Viscosity_Const_D>
      <Liquid_Viscosity_Const_E>2</Liquid_Viscosity_Const_E>
      <Liquid_Density_Const_A>1.0816</Liquid_Density_Const_A>
      <Liquid_Density_Const_B>0.2293</Liquid_Density_Const_B>
      <Liquid_Density_Const_C>535</Liquid_Density_Const_C>
      <Liquid_Density_Const_D>0.28939</Liquid_Density_Const_D>
      <Liquid_Density_Const_E>0</Liquid_Density_Const_E>
      <Liquid_Density_Tmin>189.63</Liquid_Density_Tmin>
      <Liquid_Density_Tmax>535</Liquid_Density_Tmax>
      <Liquid_Heat_Capacity_Const_A>83847</Liquid_Heat_Capacity_Const_A>
      <Liquid_Heat_Capacity_Const_B>240.59</Liquid_Heat_Capacity_Const_B>
      <Liquid_Heat_Capacity_Const_C>6.8887</Liquid_Heat_Capacity_Const_C>
      <Liquid_Heat_Capacity_Const_D>0.0095277</Liquid_Heat_Capacity_Const_D>
      <Liquid_Heat_Capacity_Const_E>-4.6046E-06</Liquid_Heat_Capacity_Const_E>
      <Liquid_Heat_Capacity_Tmin>189.63</Liquid_Heat_Capacity_Tmin>
      <Liquid_Heat_Capacity_Tmax>400</Liquid_Heat_Capacity_Tmax>
      <Liquid_Thermal_Conductivity_Const_A>-0.15669</Liquid_Thermal_Conductivity_Const_A>
      <Liquid_Thermal_Conductivity_Const_B>19.22</Liquid_Thermal_Conductivity_Const_B>
      <Liquid_Thermal_Conductivity_Const_C>-1.0721</Liquid_Thermal_Conductivity_Const_C>
      <Liquid_Thermal_Conductivity_Const_D>0.00025871</Liquid_Thermal_Conductivity_Const_D>
      <Liquid_Thermal_Conductivity_Const_E>-2.2582E-06</Liquid_Thermal_Conductivity_Const_E>
      <Liquid_Thermal_Conductivity_Tmin>189.63</Liquid_Thermal_Conductivity_Tmin>
      <Liquid_Thermal_Conductivity_Tmax>350.5</Liquid_Thermal_Conductivity_Tmax>
      <Vapor_Thermal_Conductivity_Const_A>0.0012317</Vapor_Thermal_Conductivity_Const_A>
      <Vapor_Thermal_Conductivity_Const_B>1.2472</Vapor_Thermal_Conductivity_Const_B>
      <Vapor_Thermal_Conductivity_Const_C>60863</Vapor_Thermal_Conductivity_Const_C>
      <Vapor_Thermal_Conductivity_Const_D>-1968600</Vapor_Thermal_Conductivity_Const_D>
      <Vapor_Thermal_Conductivity_Const_E>0</Vapor_Thermal_Conductivity_Const_E>
      <Vapor_Thermal_Conductivity_Tmin>350.5</Vapor_Thermal_Conductivity_Tmin>
      <Vapor_Thermal_Conductivity_Tmax>990.5</Vapor_Thermal_Conductivity_Tmax>
      <Vapor_Viscosity_Const_A>4.616E-08</Vapor_Viscosity_Const_A>
      <Vapor_Viscosity_Const_B>0.90278</Vapor_Viscosity_Const_B>
      <Vapor_Viscosity_Const_C>67.424</Vapor_Viscosity_Const_C>
      <Vapor_Viscosity_Const_D>-1672.6</Vapor_Viscosity_Const_D>
      <Vapor_Viscosity_Const_E>0</Vapor_Viscosity_Const_E>
      <Vapor_Viscosity_Tmin>189.63</Vapor_Viscosity_Tmin>
      <Vapor_Viscosity_Tmax>1000</Vapor_Viscosity_Tmax>
      <Solid_Density_Const_A>21.906</Solid_Density_Const_A>
      <Solid_Density_Const_B>-0.012833</Solid_Density_Const_B>
      <Solid_Density_Const_C>0</Solid_Density_Const_C>
      <Solid_Density_Const_D>0</Solid_Density_Const_D>
      <Solid_Density_Const_E>0</Solid_Density_Const_E>
      <Solid_Density_Tmin>75.85</Solid_Density_Tmin>
      <Solid_Density_Tmax>189.63</Solid_Density_Tmax>
      <Surface_Tension_Const_A>-0.031468</Surface_Tension_Const_A>
      <Surface_Tension_Const_B>13.152</Surface_Tension_Const_B>
      <Surface_Tension_Const_C>-2.5363</Surface_Tension_Const_C>
      <Surface_Tension_Const_D>-0.00042782</Surface_Tension_Const_D>
      <Surface_Tension_Const_E>-2.5175E-06</Surface_Tension_Const_E>
      <Surface_Tension_Tmin>189.63</Surface_Tension_Tmin>
      <Surface_Tension_Tmax>535</Surface_Tension_Tmax>
      <Solid_Heat_Capacity_Const_A>378880</Solid_Heat_Capacity_Const_A>
      <Solid_Heat_Capacity_Const_B>-12940</Solid_Heat_Capacity_Const_B>
      <Solid_Heat_Capacity_Const_C>173.11</Solid_Heat_Capacity_Const_C>
      <Solid_Heat_Capacity_Const_D>-0.95095</Solid_Heat_Capacity_Const_D>
      <Solid_Heat_Capacity_Const_E>0.001872</Solid_Heat_Capacity_Const_E>
      <Solid_Heat_Capacity_Tmin>109.32</Solid_Heat_Capacity_Tmin>
      <Solid_Heat_Capacity_Tmax>183.69</Solid_Heat_Capacity_Tmax>
      <Normal_Boiling_Point>350.5</Normal_Boiling_Point>
      <ID>1774</ID>
      <IsPF>0</IsPF>
      <IsHYPO>0</IsHYPO>
      <HVap_A>52247520</HVap_A>
      <HVap_B>0.877802</HVap_B>
      <HVap_C>-0.432396</HVap_C>
      <HVap_D>-0.672186</HVap_D>
      <HVap_TMIN>189.63</HVap_TMIN>
      <HVap_TMAX>535</HVap_TMAX>
      <UNIQUAC_R>2.31</UNIQUAC_R>
      <UNIQUAC_Q>2.05</UNIQUAC_Q>
      <IsFPROPSSupported>false</IsFPROPSSupported>
      <IsCOOLPROPSupported>false</IsCOOLPROPSupported>
      <IsModified>false</IsModified>
      <VaporPressureEquation>101</VaporPressureEquation>
      <IdealgasCpEquation>16</IdealgasCpEquation>
      <LiquidViscosityEquation>101</LiquidViscosityEquation>
      <VaporViscosityEquation>102</VaporViscosityEquation>
      <VaporizationEnthalpyEquation>106</VaporizationEnthalpyEquation>
      <LiquidDensityEquation>105</LiquidDensityEquation>
      <LiquidHeatCapacityEquation>16</LiquidHeatCapacityEquation>
      <LiquidThermalConductivityEquation>16</LiquidThermalConductivityEquation>
      <VaporThermalConductivityEquation>102</VaporThermalConductivityEquation>
      <SolidDensityEquation>2</SolidDensityEquation>
      <SolidHeatCapacityEquation>100</SolidHeatCapacityEquation>
      <SurfaceTensionEquation>16</SurfaceTensionEquation>
      <PC_SAFT_sigma>0</PC_SAFT_sigma>
      <PC_SAFT_epsilon_k>0</PC_SAFT_epsilon_k>
      <PC_SAFT_m>0</PC_SAFT_m>
      <OriginalDB>ChemSep</OriginalDB>
      <CurrentDB>ChemSep</CurrentDB>
      <CompCreatorStudyFile></CompCreatorStudyFile>
      <COSMODBName></COSMODBName>
      <IsIon>false</IsIon>
      <IsSalt>false</IsSalt>
      <IsHydratedSalt>false</IsHydratedSalt>
      <HydrationNumber>0</HydrationNumber>
      <Charge>0</Charge>
      <PositiveIon></PositiveIon>
      <NegativeIon></NegativeIon>
      <PositiveIonStoichCoeff>0</PositiveIonStoichCoeff>
      <NegativeIonStoichCoeff>0</NegativeIonStoichCoeff>
      <StoichSum>0</StoichSum>
      <Electrolyte_DelGF>0</Electrolyte_DelGF>
      <Electrolyte_DelHF>0</Electrolyte_DelHF>
      <Electrolyte_Cp0>0</Electrolyte_Cp0>
      <TemperatureOfFusion>189.63</TemperatureOfFusion>
      <EnthalpyOfFusionAtTf>6.23</EnthalpyOfFusionAtTf>
      <SolidTs>0</SolidTs>
      <SolidDensityAtTs>0</SolidDensityAtTs>
      <StandardStateMolarVolume>0</StandardStateMolarVolume>
      <MolarVolume_v2i>0</MolarVolume_v2i>
      <MolarVolume_v3i>0</MolarVolume_v3i>
      <MolarVolume_k1i>0</MolarVolume_k1i>
      <MolarVolume_k2i>0</MolarVolume_k2i>
      <MolarVolume_k3i>0</MolarVolume_k3i>
      <Ion_CpAq_a>0</Ion_CpAq_a>
      <Ion_CpAq_b>0</Ion_CpAq_b>
      <Ion_CpAq_c>0</Ion_CpAq_c>
      <UNIFACGroups>
        <Item Name="Acrylonitrile" Value="1" />
      </UNIFACGroups>
      <MODFACGroups>
        <Item Name="Acrylonitrile" Value="1" />
      </MODFACGroups>
      <Elements />
    </Compound>
    <Compound>
      <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.ConstantProperties</Type>
      <Name>Water</Name>
      <CAS_Number>7732-18-5</CAS_Number>
      <Formula>HOH</Formula>
      <SMILES>O</SMILES>
      <InChI></InChI>
      <ChemicalStructure></ChemicalStructure>
      <Molar_Weight>18.015</Molar_Weight>
      <Critical_Temperature>647.14</Critical_Temperature>
      <Critical_Pressure>22064000</Critical_Pressure>
      <Critical_Volume>0.05595</Critical_Volume>
      <Critical_Compressibility>0.229</Critical_Compressibility>
      <Acentric_Factor>0.344</Acentric_Factor>
      <Z_Rackett>0.2338</Z_Rackett>
      <PR_Volume_Translation_Coefficient>0</PR_Volume_Translation_Coefficient>
      <SRK_Volume_Translation_Coefficient>0</SRK_Volume_Translation_Coefficient>
      <Chao_Seader_Acentricity>0.328</Chao_Seader_Acentricity>
      <Chao_Seader_Solubility_Parameter>0.0114198721442</Chao_Seader_Solubility_Parameter>
      <Chao_Seader_Liquid_Molar_Volume>18.0674</Chao_Seader_Liquid_Molar_Volume>
      <IG_Entropy_of_Formation_25C>10.4759367194005</IG_Entropy_of_Formation_25C>
      <IG_Enthalpy_of_Formation_25C>-13422.9253399944</IG_Enthalpy_of_Formation_25C>
      <IG_Gibbs_Energy_of_Formation_25C>-12688.8703857896</IG_Gibbs_Energy_of_Formation_25C>
      <Dipole_Moment>6.17E-30</Dipole_Moment>
      <Vapor_Pressure_Constant_A>98.515</Vapor_Pressure_Constant_A>
      <Vapor_Pressure_Constant_B>-8530.7</Vapor_Pressure_Constant_B>
      <Vapor_Pressure_Constant_C>-10.984</Vapor_Pressure_Constant_C>
      <Vapor_Pressure_Constant_D>6.3663E-06</Vapor_Pressure_Constant_D>
      <Vapor_Pressure_Constant_E>2</Vapor_Pressure_Constant_E>
      <Vapor_Pressure_TMIN>263.15</Vapor_Pressure_TMIN>
      <Vapor_Pressure_TMAX>647.29</Vapor_Pressure_TMAX>
      <Ideal_Gas_Heat_Capacity_Const_A>33200</Ideal_Gas_Heat_Capacity_Const_A>
      <Ideal_Gas_Heat_Capacity_Const_B>-878.9001</Ideal_Gas_Heat_Capacity_Const_B>
      <Ideal_Gas_Heat_Capacity_Const_C>8.436956</Ideal_Gas_Heat_Capacity_Const_C>
      <Ideal_Gas_Heat_Capacity_Const_D>0.00207627</Ideal_Gas_Heat_Capacity_Const_D>
      <Ideal_Gas_Heat_Capacity_Const_E>-6.467085E-07</Ideal_Gas_Heat_Capacity_Const_E>
      <Liquid_Viscosity_Const_A>-133.7</Liquid_Viscosity_Const_A>
      <Liquid_Viscosity_Const_B>6785.7</Liquid_Viscosity_Const_B>
      <Liquid_Viscosity_Const_C>18.47</Liquid_Viscosity_Const_C>
      <Liquid_Viscosity_Const_D>-1.4736E-05</Liquid_Viscosity_Const_D>
      <Liquid_Viscosity_Const_E>2</Liquid_Viscosity_Const_E>
      <Liquid_Density_Const_A>32.51621</Liquid_Density_Const_A>
      <Liquid_Density_Const_B>-3.213004</Liquid_Density_Const_B>
      <Liquid_Density_Const_C>7.92411</Liquid_Density_Const_C>
      <Liquid_Density_Const_D>-7.359898</Liquid_Density_Const_D>
      <Liquid_Density_Const_E>2.703522</Liquid_Density_Const_E>
      <Liquid_Density_Tmin>253.1</Liquid_Density_Tmin>
      <Liquid_Density_Tmax>647.29</Liquid_Density_Tmax>
      <Liquid_Heat_Capacity_Const_A>75539</Liquid_Heat_Capacity_Const_A>
      <Liquid_Heat_Capacity_Const_B>-22297</Liquid_Heat_Capacity_Const_B>
      <Liquid_Heat_Capacity_Const_C>136.02</Liquid_Heat_Capacity_Const_C>
      <Liquid_Heat_Capacity_Const_D>-0.25622</Liquid_Heat_Capacity_Const_D>
      <Liquid_Heat_Capacity_Const_E>0.00018273</Liquid_Heat_Capacity_Const_E>
      <Liquid_Heat_Capacity_Tmin>273.1</Liquid_Heat_Capacity_Tmin>
      <Liquid_Heat_Capacity_Tmax>533.15</Liquid_Heat_Capacity_Tmax>
      <Liquid_Thermal_Conductivity_Const_A>-1.5697</Liquid_Thermal_Conductivity_Const_A>
      <Liquid_Thermal_Conductivity_Const_B>-55.141</Liquid_Thermal_Conductivity_Const_B>
      <Liquid_Thermal_Conductivity_Const_C>0.7832</Liquid_Thermal_Conductivity_Const_C>
      <Liquid_Thermal_Conductivity_Const_D>0.0011484</Liquid_Thermal_Conductivity_Const_D>
      <Liquid_Thermal_Conductivity_Const_E>-1.8151E-06</Liquid_Thermal_Conductivity_Const_E>
      <Liquid_Thermal_Conductivity_Tmin>273.1</Liquid_Thermal_Conductivity_Tmin>
      <Liquid_Thermal_Conductivity_Tmax>633.15</Liquid_Thermal_Conductivity_Tmax>
      <Vapor_Thermal_Conductivity_Const_A>6.5986E-06</Vapor_Thermal_Conductivity_Const_A>
      <Vapor_Thermal_Conductivity_Const_B>1.3947</Vapor_Thermal_Conductivity_Const_B>
      <Vapor_Thermal_Conductivity_Const_C>59.478</Vapor_Thermal_Conductivity_Const_C>
      <Vapor_Thermal_Conductivity_Const_D>-15484</Vapor_Thermal_Conductivity_Const_D>
      <Vapor_Thermal_Conductivity_Const_E>0</Vapor_Thermal_Conductivity_Const_E>
      <Vapor_Thermal_Conductivity_Tmin>273.16</Vapor_Thermal_Conductivity_Tmin>
      <Vapor_Thermal_Conductivity_Tmax>1073.15</Vapor_Thermal_Conductivity_Tmax>
      <Vapor_Viscosity_Const_A>7.002327E-08</Vapor_Viscosity_Const_A>
      <Vapor_Viscosity_Const_B>0.934576</Vapor_Viscosity_Const_B>
      <Vapor_Viscosity_Const_C>195.6338</Vapor_Viscosity_Const_C>
      <Vapor_Viscosity_Const_D>-13045.99</Vapor_Viscosity_Const_D>
      <Vapor_Viscosity_Const_E>0</Vapor_Viscosity_Const_E>
      <Vapor_Viscosity_Tmin>273.16</Vapor_Viscosity_Tmin>
      <Vapor_Viscosity_Tmax>1073.15</Vapor_Viscosity_Tmax>
      <Solid_Density_Const_A>52.967</Solid_Density_Const_A>
      <Solid_Density_Const_B>-0.0075822</Solid_Density_Const_B>
      <Solid_Density_Const_C>0</Solid_Density_Const_C>
      <Solid_Density_Const_D>0</Solid_Density_Const_D>
      <Solid_Density_Const_E>0</Solid_Density_Const_E>
      <Solid_Density_Tmin>233.15</Solid_Density_Tmin>
      <Solid_Density_Tmax>273.15</Solid_Density_Tmax>
      <Surface_Tension_Const_A>-0.031819</Surface_Tension_Const_A>
      <Surface_Tension_Const_B>167.09</Surface_Tension_Const_B>
      <Surface_Tension_Const_C>-3.6781</Surface_Tension_Const_C>
      <Surface_Tension_Const_D>0.0053717</Surface_Tension_Const_D>
      <Surface_Tension_Const_E>-8.4188E-06</Surface_Tension_Const_E>
      <Surface_Tension_Tmin>265.1</Surface_Tension_Tmin>
      <Surface_Tension_Tmax>647.1</Surface_Tension_Tmax>
      <Solid_Heat_Capacity_Const_A>-262.51</Solid_Heat_Capacity_Const_A>
      <Solid_Heat_Capacity_Const_B>140.52</Solid_Heat_Capacity_Const_B>
      <Solid_Heat_Capacity_Const_C>-3.8869E-06</Solid_Heat_Capacity_Const_C>
      <Solid_Heat_Capacity_Const_D>-1.1996E-08</Solid_Heat_Capacity_Const_D>
      <Solid_Heat_Capacity_Const_E>7.1879E-11</Solid_Heat_Capacity_Const_E>
      <Solid_Heat_Capacity_Tmin>3.15</Solid_Heat_Capacity_Tmin>
      <Solid_Heat_Capacity_Tmax>273.15</Solid_Heat_Capacity_Tmax>
      <Normal_Boiling_Point>373.15</Normal_Boiling_Point>
      <ID>1921</ID>
      <IsPF>0</IsPF>
      <IsHYPO>0</IsHYPO>
      <HVap_A>59640000</HVap_A>
      <HVap_B>0.86515</HVap_B>
      <HVap_C>-1.1134</HVap_C>
      <HVap_D>0.67764</HVap_D>
      <HVap_TMIN>273.15</HVap_TMIN>
      <HVap_TMAX>647.28</HVap_TMAX>
      <UNIQUAC_R>0.92</UNIQUAC_R>
      <UNIQUAC_Q>1.4</UNIQUAC_Q>
      <IsFPROPSSupported>true</IsFPROPSSupported>
      <IsCOOLPROPSupported>true</IsCOOLPROPSupported>
      <IsModified>false</IsModified>
      <VaporPressureEquation>101</VaporPressureEquation>
      <IdealgasCpEquation>16</IdealgasCpEquation>
      <LiquidViscosityEquation>101</LiquidViscosityEquation>
      <VaporViscosityEquation>102</VaporViscosityEquation>
      <VaporizationEnthalpyEquation>106</VaporizationEnthalpyEquation>
      <LiquidDensityEquation>106</LiquidDensityEquation>
      <LiquidHeatCapacityEquation>16</LiquidHeatCapacityEquation>
      <LiquidThermalConductivityEquation>16</LiquidThermalConductivityEquation>
      <VaporThermalConductivityEquation>102</VaporThermalConductivityEquation>
      <SolidDensityEquation>2</SolidDensityEquation>
      <SolidHeatCapacityEquation>100</SolidHeatCapacityEquation>
      <SurfaceTensionEquation>16</SurfaceTensionEquation>
      <PC_SAFT_sigma>0</PC_SAFT_sigma>
      <PC_SAFT_epsilon_k>0</PC_SAFT_epsilon_k>
      <PC_SAFT_m>0</PC_SAFT_m>
      <OriginalDB>ChemSep</OriginalDB>
      <CurrentDB>ChemSep</CurrentDB>
      <CompCreatorStudyFile></CompCreatorStudyFile>
      <COSMODBName></COSMODBName>
      <IsIon>false</IsIon>
      <IsSalt>false</IsSalt>
      <IsHydratedSalt>false</IsHydratedSalt>
      <HydrationNumber>0</HydrationNumber>
      <Charge>0</Charge>
      <PositiveIon></PositiveIon>
      <NegativeIon></NegativeIon>
      <PositiveIonStoichCoeff>0</PositiveIonStoichCoeff>
      <NegativeIonStoichCoeff>0</NegativeIonStoichCoeff>
      <StoichSum>0</StoichSum>
      <Electrolyte_DelGF>0</Electrolyte_DelGF>
      <Electrolyte_DelHF>0</Electrolyte_DelHF>
      <Electrolyte_Cp0>0</Electrolyte_Cp0>
      <TemperatureOfFusion>273.15</TemperatureOfFusion>
      <EnthalpyOfFusionAtTf>6.00174</EnthalpyOfFusionAtTf>
      <SolidTs>0</SolidTs>
      <SolidDensityAtTs>0</SolidDensityAtTs>
      <StandardStateMolarVolume>0</StandardStateMolarVolume>
      <MolarVolume_v2i>0</MolarVolume_v2i>
      <MolarVolume_v3i>0</MolarVolume_v3i>
      <MolarVolume_k1i>0</MolarVolume_k1i>
      <MolarVolume_k2i>0</MolarVolume_k2i>
      <MolarVolume_k3i>0</MolarVolume_k3i>
      <Ion_CpAq_a>0</Ion_CpAq_a>
      <Ion_CpAq_b>0</Ion_CpAq_b>
      <Ion_CpAq_c>0</Ion_CpAq_c>
      <UNIFACGroups>
        <Item Name="H2O" Value="1" />
      </UNIFACGroups>
      <MODFACGroups>
        <Item Name="H2O" Value="1" />
      </MODFACGroups>
      <Elements />
    </Compound>
    <Compound>
      <Type>DWSIM.DWSIM.ClassesBasicasTermodinamica.ConstantProperties</Type>
      <Name>Nitrogen</Name>
      <CAS_Number>7727-37-9</CAS_Number>
      <Formula>N2</Formula>
      <SMILES>N#N</SMILES>
      <InChI></InChI>
      <ChemicalStructure></ChemicalStructure>
      <Molar_Weight>28.014</Molar_Weight>
      <Critical_Temperature>126.2</Critical_Temperature>
      <Critical_Pressure>3398000</Critical_Pressure>
      <Critical_Volume>0.0901</Critical_Volume>
      <Critical_Compressibility>0.289</Critical_Compressibility>
      <Acentric_Factor>0.037</Acentric_Factor>
      <Z_Rackett>0.2906</Z_Rackett>
      <PR_Volume_Translation_Coefficient>0</PR_Volume_Translation_Coefficient>
      <SRK_Volume_Translation_Coefficient>0</SRK_Volume_Translation_Coefficient>
      <Chao_Seader_Acentricity>0.045</Chao_Seader_Acentricity>
      <Chao_Seader_Solubility_Parameter>0.00216918504124</Chao_Seader_Solubility_Parameter>
      <Chao_Seader_Liquid_Molar_Volume>34.6723</Chao_Seader_Liquid_Molar_Volume>
      <IG_Entropy_of_Formation_25C>6.83586778039552</IG_Entropy_of_Formation_25C>
      <IG_Enthalpy_of_Formation_25C>0</IG_Enthalpy_of_Formation_25C>
      <IG_Gibbs_Energy_of_Formation_25C>0</IG_Gibbs_Energy_of_Formation_25C>
      <Dipole_Moment>0</Dipole_Moment>
      <Vapor_Pressure_Constant_A>40.523</Vapor_Pressure_Constant_A>
      <Vapor_Pressure_Constant_B>-943.5</Vapor_Pressure_Constant_B>
      <Vapor_Pressure_Constant_C>-3.9646</Vapor_Pressure_Constant_C>
      <Vapor_Pressure_Constant_D>7.3431E-05</Vapor_Pressure_Constant_D>
      <Vapor_Pressure_Constant_E>2</Vapor_Pressure_Constant_E>
      <Vapor_Pressure_TMIN>60.81</Vapor_Pressure_TMIN>
      <Vapor_Pressure_TMAX>126.26</Vapor_Pressure_TMAX>
      <Ideal_Gas_Heat_Capacity_Const_A>29103.63</Ideal_Gas_Heat_Capacity_Const_A>
      <Ideal_Gas_Heat_Capacity_Const_B>-2305.946</Ideal_Gas_Heat_Capacity_Const_B>
      <Ideal_Gas_Heat_Capacity_Const_C>11.31935</Ideal_Gas_Heat_Capacity_Const_C>
      <Ideal_Gas_Heat_Capacity_Const_D>-0.00100557</Ideal_Gas_Heat_Capacity_Const_D>
      <Ideal_Gas_Heat_Capacity_Const_E>1.706099E-07</Ideal_Gas_Heat_Capacity_Const_E>
      <Liquid_Viscosity_Const_A>3.4358</Liquid_Viscosity_Const_A>
      <Liquid_Viscosity_Const_B>-24.706</Liquid_Viscosity_Const_B>
      <Liquid_Viscosity_Const_C>-2.6748</Liquid_Viscosity_Const_C>
      <Liquid_Viscosity_Const_D>-4.1603E-05</Liquid_Viscosity_Const_D>
      <Liquid_Viscosity_Const_E>2</Liquid_Viscosity_Const_E>
      <Liquid_Density_Const_A>2.435</Liquid_Density_Const_A>
      <Liquid_Density_Const_B>0.25137</Liquid_Density_Const_B>
      <Liquid_Density_Const_C>126.27</Liquid_Density_Const_C>
      <Liquid_Density_Const_D>0.249</Liquid_Density_Const_D>
      <Liquid_Density_Const_E>0</Liquid_Density_Const_E>
      <Liquid_Density_Tmin>63.15</Liquid_Density_Tmin>
      <Liquid_Density_Tmax>126.26</Liquid_Density_Tmax>
      <Liquid_Heat_Capacity_Const_A>55135</Liquid_Heat_Capacity_Const_A>
      <Liquid_Heat_Capacity_Const_B>217.45</Liquid_Heat_Capacity_Const_B>
      <Liquid_Heat_Capacity_Const_C>-0.9071</Liquid_Heat_Capacity_Const_C>
      <Liquid_Heat_Capacity_Const_D>0.05327</Liquid_Heat_Capacity_Const_D>
      <Liquid_Heat_Capacity_Const_E>0.00024166</Liquid_Heat_Capacity_Const_E>
      <Liquid_Heat_Capacity_Tmin>63.15</Liquid_Heat_Capacity_Tmin>
      <Liquid_Heat_Capacity_Tmax>115</Liquid_Heat_Capacity_Tmax>
      <Liquid_Thermal_Conductivity_Const_A>-0.21743</Liquid_Thermal_Conductivity_Const_A>
      <Liquid_Thermal_Conductivity_Const_B>10.383</Liquid_Thermal_Conductivity_Const_B>
      <Liquid_Thermal_Conductivity_Const_C>-1.0631</Liquid_Thermal_Conductivity_Const_C>
      <Liquid_Thermal_Conductivity_Const_D>0.00036245</Liquid_Thermal_Conductivity_Const_D>
      <Liquid_Thermal_Conductivity_Const_E>-2.3265E-05</Liquid_Thermal_Conductivity_Const_E>
      <Liquid_Thermal_Conductivity_Tmin>60</Liquid_Thermal_Conductivity_Tmin>
      <Liquid_Thermal_Conductivity_Tmax>124</Liquid_Thermal_Conductivity_Tmax>
      <Vapor_Thermal_Conductivity_Const_A>0.0003395</Vapor_Thermal_Conductivity_Const_A>
      <Vapor_Thermal_Conductivity_Const_B>0.76921</Vapor_Thermal_Conductivity_Const_B>
      <Vapor_Thermal_Conductivity_Const_C>19.592</Vapor_Thermal_Conductivity_Const_C>
      <Vapor_Thermal_Conductivity_Const_D>293.93</Vapor_Thermal_Conductivity_Const_D>
      <Vapor_Thermal_Conductivity_Const_E>0</Vapor_Thermal_Conductivity_Const_E>
      <Vapor_Thermal_Conductivity_Tmin>50</Vapor_Thermal_Conductivity_Tmin>
      <Vapor_Thermal_Conductivity_Tmax>2000</Vapor_Thermal_Conductivity_Tmax>
      <Vapor_Viscosity_Const_A>4.6051E-07</Vapor_Viscosity_Const_A>
      <Vapor_Viscosity_Const_B>0.65049</Vapor_Viscosity_Const_B>
      <Vapor_Viscosity_Const_C>5.8019</Vapor_Viscosity_Const_C>
      <Vapor_Viscosity_Const_D>2822.7</Vapor_Viscosity_Const_D>
      <Vapor_Viscosity_Const_E>0</Vapor_Viscosity_Const_E>
      <Vapor_Viscosity_Tmin>63.15</Vapor_Viscosity_Tmin>
      <Vapor_Viscosity_Tmax>1970</Vapor_Viscosity_Tmax>
      <Solid_Density_Const_A>37.87</Solid_Density_Const_A>
      <Solid_Density_Const_B>-0.06027</Solid_Density_Const_B>
      <Solid_Density_Const_C>0</Solid_Density_Const_C>
      <Solid_Density_Const_D>0</Solid_Density_Const_D>
      <Solid_Density_Const_E>0</Solid_Density_Const_E>
      <Solid_Density_Tmin>20.65</Solid_Density_Tmin>
      <Solid_Density_Tmax>63.15</Solid_Density_Tmax>
      <Surface_Tension_Const_A>-0.0025409</Surface_Tension_Const_A>
      <Surface_Tension_Const_B>96.836</Surface_Tension_Const_B>
      <Surface_Tension_Const_C>-7.6473</Surface_Tension_Const_C>
      <Surface_Tension_Const_D>0.05313</Surface_Tension_Const_D>
      <Surface_Tension_Const_E>-0.00036553</Surface_Tension_Const_E>
      <Surface_Tension_Tmin>63.15</Surface_Tension_Tmin>
      <Surface_Tension_Tmax>126.2</Surface_Tension_Tmax>
      <Solid_Heat_Capacity_Const_A>383890</Solid_Heat_Capacity_Const_A>
      <Solid_Heat_Capacity_Const_B>-28798</Solid_Heat_Capacity_Const_B>
      <Solid_Heat_Capacity_Const_C>875.74</Solid_Heat_Capacity_Const_C>
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      <Solid_Heat_Capacity_Const_E>0.057106</Solid_Heat_Capacity_Const_E>
      <Solid_Heat_Capacity_Tmin>32.8</Solid_Heat_Capacity_Tmin>
      <Solid_Heat_Capacity_Tmax>63</Solid_Heat_Capacity_Tmax>
      <Normal_Boiling_Point>77.35</Normal_Boiling_Point>
      <ID>905</ID>
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      <IsHYPO>0</IsHYPO>
      <HVap_A>27284000</HVap_A>
      <HVap_B>7.8021</HVap_B>
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      <HVap_TMIN>63.15</HVap_TMIN>
      <HVap_TMAX>126.26</HVap_TMAX>
      <UNIQUAC_R>1.0415</UNIQUAC_R>
      <UNIQUAC_Q>1.088</UNIQUAC_Q>
      <IsFPROPSSupported>true</IsFPROPSSupported>
      <IsCOOLPROPSupported>true</IsCOOLPROPSupported>
      <IsModified>false</IsModified>
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      <IdealgasCpEquation>16</IdealgasCpEquation>
      <LiquidViscosityEquation>101</LiquidViscosityEquation>
      <VaporViscosityEquation>102</VaporViscosityEquation>
      <VaporizationEnthalpyEquation>106</VaporizationEnthalpyEquation>
      <LiquidDensityEquation>105</LiquidDensityEquation>
      <LiquidHeatCapacityEquation>16</LiquidHeatCapacityEquation>
      <LiquidThermalConductivityEquation>16</LiquidThermalConductivityEquation>
      <VaporThermalConductivityEquation>102</VaporThermalConductivityEquation>
      <SolidDensityEquation>2</SolidDensityEquation>
      <SolidHeatCapacityEquation>100</SolidHeatCapacityEquation>
      <SurfaceTensionEquation>16</SurfaceTensionEquation>
      <PC_SAFT_sigma>0</PC_SAFT_sigma>
      <PC_SAFT_epsilon_k>0</PC_SAFT_epsilon_k>
      <PC_SAFT_m>0</PC_SAFT_m>
      <OriginalDB>ChemSep</OriginalDB>
      <CurrentDB>ChemSep</CurrentDB>
      <CompCreatorStudyFile></CompCreatorStudyFile>
      <COSMODBName></COSMODBName>
      <IsIon>false</IsIon>
      <IsSalt>false</IsSalt>
      <IsHydratedSalt>false</IsHydratedSalt>
      <HydrationNumber>0</HydrationNumber>
      <Charge>0</Charge>
      <PositiveIon></PositiveIon>
      <NegativeIon></NegativeIon>
      <PositiveIonStoichCoeff>0</PositiveIonStoichCoeff>
      <NegativeIonStoichCoeff>0</NegativeIonStoichCoeff>
      <StoichSum>0</StoichSum>
      <Electrolyte_DelGF>0</Electrolyte_DelGF>
      <Electrolyte_DelHF>0</Electrolyte_DelHF>
      <Electrolyte_Cp0>0</Electrolyte_Cp0>
      <TemperatureOfFusion>63.149</TemperatureOfFusion>
      <EnthalpyOfFusionAtTf>0.72</EnthalpyOfFusionAtTf>
      <SolidTs>0</SolidTs>
      <SolidDensityAtTs>0</SolidDensityAtTs>
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      <MolarVolume_v2i>0</MolarVolume_v2i>
      <MolarVolume_v3i>0</MolarVolume_v3i>
      <MolarVolume_k1i>0</MolarVolume_k1i>
      <MolarVolume_k2i>0</MolarVolume_k2i>
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      <Ion_CpAq_a>0</Ion_CpAq_a>
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    </Compound>
  </Compounds>
  <ReactionSets>
    <ReactionSet>
      <ID>DefaultSet</ID>
      <Name>Default Set</Name>
      <Description>Default Reaction Set</Description>
      <Reactions>
        <Reaction Key="89287dd4-3aa7-4329-b84e-6b54b6e280ce" ReactionID="89287dd4-3aa7-4329-b84e-6b54b6e280ce" Rank="0" IsActive="true" />
      </Reactions>
    </ReactionSet>
  </ReactionSets>
  <Reactions>
    <Reaction>
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      <ReactionHeatCO>0</ReactionHeatCO>
      <ReactionHeat>-516074</ReactionHeat>
      <Equation>CH2CHCH3 + NH3 + 1.5O2 --&gt; CH2CHCN + 3HOH </Equation>
      <Name></Name>
      <ID>89287dd4-3aa7-4329-b84e-6b54b6e280ce</ID>
      <Description></Description>
      <BaseReactant>Propylene</BaseReactant>
      <ReactionPhase>Mixture</ReactionPhase>
      <ReactionType>Conversion</ReactionType>
      <ReactionBasis>MolarConc</ReactionBasis>
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      <Tmin>0</Tmin>
      <Approach>0</Approach>
      <Expression>30</Expression>
      <KExprType>Gibbs</KExprType>
      <Rate>0</Rate>
      <VelUnit>mol/[m3.s]</VelUnit>
      <ConcUnit>mol/m3</ConcUnit>
      <A_Forward>0</A_Forward>
      <A_Reverse>0</A_Reverse>
      <E_Forward>0</E_Forward>
      <E_Reverse>0</E_Reverse>
      <Compounds>
        <Compound Name="Propylene" StoichCoeff="-1" DirectOrder="0" ReverseOrder="0" IsBaseReactant="true" />
        <Compound Name="Ammonia" StoichCoeff="-1" DirectOrder="0" ReverseOrder="0" IsBaseReactant="false" />
        <Compound Name="Oxygen" StoichCoeff="-1.5" DirectOrder="0" ReverseOrder="0" IsBaseReactant="false" />
        <Compound Name="Acrylonitrile" StoichCoeff="1" DirectOrder="0" ReverseOrder="0" IsBaseReactant="false" />
        <Compound Name="Water" StoichCoeff="3" DirectOrder="0" ReverseOrder="0" IsBaseReactant="false" />
      </Compounds>
    </Reaction>
  </Reactions>
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  <SensitivityAnalysis />
  <PetroleumAssays />
  <WatchItems />
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