HSR Version 1.6 (20th August 2007)
SetupBrief InstructionsStreams to put in TableProperties to
reportCaseFlowsheetStreamPhasePropertyUnitZ:\PROJECT\14PRJ003 -
FLNG2 SEP-ISYS PACKAGE\2. ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW
SIMULATION 110814\LP MODE\CASE 16A_SEMI-LEAN GAS (LP
MODE-55.33MMSCFD, -10C).HSCCase (Main)ArrivalLabel******* Overall
********Z:\PROJECT\14PRJ003 - FLNG2 SEP-ISYS PACKAGE\2.
ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW SIMULATION 110814\LP
MODE\CASE 16A_SEMI-LEAN GAS (LP MODE-55.33MMSCFD, -10C).HSCCase
(Main)1OverallVapour FractionZ:\PROJECT\14PRJ003 - FLNG2 SEP-ISYS
PACKAGE\2. ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW SIMULATION
110814\LP MODE\CASE 16A_SEMI-LEAN GAS (LP MODE-55.33MMSCFD,
-10C).HSCCase (Main)2OverallTemperatureCZ:\PROJECT\14PRJ003 - FLNG2
SEP-ISYS PACKAGE\2. ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW
SIMULATION 110814\LP MODE\CASE 16A_SEMI-LEAN GAS (LP
MODE-55.33MMSCFD, -10C).HSCCase
(Main)3OverallPressurebarZ:\PROJECT\14PRJ003 - FLNG2 SEP-ISYS
PACKAGE\2. ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW SIMULATION
110814\LP MODE\CASE 16A_SEMI-LEAN GAS (LP MODE-55.33MMSCFD,
-10C).HSCCase (Main)4OverallMolar Flowkgmole/hZ:\PROJECT\14PRJ003 -
FLNG2 SEP-ISYS PACKAGE\2. ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW
SIMULATION 110814\LP MODE\CASE 16A_SEMI-LEAN GAS (LP
MODE-55.33MMSCFD, -10C).HSCCase (Main)5OverallMass
Flowkg/hZ:\PROJECT\14PRJ003 - FLNG2 SEP-ISYS PACKAGE\2.
ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW SIMULATION 110814\LP
MODE\CASE 16A_SEMI-LEAN GAS (LP MODE-55.33MMSCFD, -10C).HSCCase
(Main)6OverallActual Volume Flowm3/hZ:\PROJECT\14PRJ003 - FLNG2
SEP-ISYS PACKAGE\2. ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW
SIMULATION 110814\LP MODE\CASE 16A_SEMI-LEAN GAS (LP
MODE-55.33MMSCFD, -10C).HSCCase (Main)7OverallStd Gas
FlowMMSCFDZ:\PROJECT\14PRJ003 - FLNG2 SEP-ISYS PACKAGE\2.
ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW SIMULATION 110814\LP
MODE\CASE 16A_SEMI-LEAN GAS (LP MODE-55.33MMSCFD, -10C).HSCCase
(Main)8OverallLiquid Vol Flow @Std Condm3/hZ:\PROJECT\14PRJ003 -
FLNG2 SEP-ISYS PACKAGE\2. ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW
SIMULATION 110814\LP MODE\CASE 16A_SEMI-LEAN GAS (LP
MODE-55.33MMSCFD, -10C).HSCCase (Main)9OverallMolecular
WeightZ:\PROJECT\14PRJ003 - FLNG2 SEP-ISYS PACKAGE\2.
ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW SIMULATION 110814\LP
MODE\CASE 16A_SEMI-LEAN GAS (LP MODE-55.33MMSCFD, -10C).HSCCase
(Main)10OverallMass Densitykg/m3Z:\PROJECT\14PRJ003 - FLNG2
SEP-ISYS PACKAGE\2. ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW
SIMULATION 110814\LP MODE\CASE 16A_SEMI-LEAN GAS (LP
MODE-55.33MMSCFD, -10C).HSCCase (Main)HW InOverallMass
EnthalpykJ/kgZ:\PROJECT\14PRJ003 - FLNG2 SEP-ISYS PACKAGE\2.
ENGINEERING\1. PROCESS\2.0 SIMULATION\NEW SIMULATION 110814\LP
MODE\CASE 16A_SEMI-LEAN GAS (LP MODE-55.33MMSCFD, -10C).HSCCase
(Main)HW outLabelVapourVapourMolar Flowkgmole/hVapourMass
Flowkg/hVapourActual Volume Flowm3/hVapourStd Gas
FlowMMSCFDVapourLiquid Vol Flow @Std Condm3/hVapourMolecular
WeightVapourMass Densitykg/m3VapourViscositycPVapourMass Heat
CapacitykJ/kg-KVapourThermal ConductivityW/m-KVapourSurface
TensionCur. HYSYS UnitVapourCp/Cv (Gamma)VapourZ FactorVapourMass
EnthalpykJ/kgLabelMixed LiquidCombined LiquidMolar
Flowkgmole/hCombined LiquidMass Flowkg/hCombined LiquidActual
Volume Flowm3/hCombined LiquidStd Gas FlowMMSCFDCombined
LiquidLiquid Vol Flow @Std Condm3/hCombined LiquidMolecular
WeightCombined LiquidMass Densitykg/m3Combined
LiquidViscositycPCombined LiquidMass Heat CapacitykJ/kg-KCombined
LiquidThermal ConductivityW/m-KCombined LiquidSurface TensionCur.
HYSYS UnitCombined LiquidCp/Cv (Gamma)Combined LiquidZ
FactorCombined LiquidMass EnthalpykJ/kgLabelLight LiquidLight
LiquidMolar Flowkgmole/hLight LiquidMass Flowkg/hLight LiquidActual
Volume Flowm3/hLight LiquidStd Gas FlowMMSCFDLight LiquidLiquid Vol
Flow @Std Condm3/hLight LiquidMolecular WeightLight LiquidMass
Densitykg/m3Light LiquidViscositycPLight LiquidMass Heat
CapacitykJ/kg-KLight LiquidThermal ConductivityW/m-KLight
LiquidSurface TensionCur. HYSYS UnitLight LiquidCp/Cv (Gamma)Light
LiquidZ FactorLight LiquidMass EnthalpykJ/kgLabelHeavy LiquidHeavy
LiquidMolar Flowkgmole/hHeavy LiquidMass Flowkg/hHeavy LiquidActual
Volume Flowm3/hHeavy LiquidStd Gas FlowMMSCFDHeavy LiquidLiquid Vol
Flow @Std Condm3/hHeavy LiquidMolecular WeightHeavy LiquidMass
Densitykg/m3Heavy LiquidViscositycPHeavy LiquidMass Heat
CapacitykJ/kg-KHeavy LiquidThermal ConductivityW/m-KHeavy
LiquidSurface TensionCur. HYSYS UnitHeavy LiquidCp/Cv (Gamma)Heavy
LiquidZ FactorHeavy LiquidMass
EnthalpykJ/kgLabelCompositionOverallComponent Molar Fraction
How to use HSR:1. Choose streams of which to report properties,
by selecting them via the Cases, Flowsheets, and Streams listboxes
and pressing the Use Selected button.
2. Choose an output location, by pressing the Add Sheet button
and selecting the output worksheet in the listbox.
3. Choose the properties that you wish to report by choosing a
Phase, Property and Unit in the in cell drop downs, or by choosing
a saved property set.
4. Write the stream table by pressing the Write Table
button.
HSR can report properties from the following phases: Overall,
Vapour, Light and Heavy (/Aqueous) Liquid, Combined Liquid, and
Solid.
It also allows stream User Variables to be reported by typing in
the user variable "Tag." Additionally the values for any Property
Correlations and User Properties can be reported. It is also
possible to create formulae in the output table.Streams Listbox
Sorting Options:Ascending (A-Z)Descending (Z-A)Workbook = Same
order as the streams on the currently active workbook page for the
selected flowsheet.Order Added = (Previously called HYSYS Order)
The order the streams were added to the flowsheet.Enter the label
textEnter the label textEnter the label textEnter the label
textEnter the label textEnter the label textEnter the label
textEnter the label textEnter the label textEnter the label
textEnter the label text
ComparisonBrief InstructionsReference Worksheet
StreamsComparison Worksheet StreamsCaseFlowsheetStream
How to use HSR Case Comparison Tool:
Streams on the Comparison sheet are compared to those on the
Reference sheet.
1. Generate stream tables corresponding to the cases to be
compared (These should have the same list of properties). Choose
the worksheets corresponding to these in the Reference Worksheet
and Comparison Worksheet listboxes.
Press the Analyse streams on these worksheets button. This will
lists of the streams in both cases. HSR automatically tries to
match up like named streams - these matches can be changed if
required.
2. Choose an output location, by pressing the Add Sheet button
and selecting the comparison output worksheet in the listbox.
3. Write the table by pressing the Write Comparison Table
button.
For a full user guide, see the document: "HSR User
Guide.doc"
SettingsSetup Data - These are named cells - best not to edit
directlyPossible PhasesComparison Sheet Lookup TableSetup Streams
StartB23Cell on setup sheet where streams startPhase NameRange Name
for PropsInclude in All Props ListCase, Sheet, StreamColProperties
StartF23Cell on setup sheet where properties
startOverallOverallProps1Comp Ref Streams StartB16Cell on
comparision sheet where ref streams startVapourVapourProps1Comp
Comp Streams StartF16Cell on comparision sheet where comparison
streams startLight LiquidLiqProps1Output StartE1Cell on output
spreadsheets where first case name will appearHeavy
LiquidLiqProps1Comp Streams Lookup StartN4Combined
LiquidCombLiqProps1Stream Sort Order00-Asc, 1-Dsc, 2-Added to
flowsheet, 3--WorkbookSolidSolidProps1Visible Streams Only00-No,
1-YesCorrelationCorrelation0Establish Link on Startup00-No,
1-YesUser VariableUser Variable0Open HYSYS if not open10-No,
1-YesUser PropertyUser Property0Default Ouput Sheet Font
NameArialName exactly as it appears in
WindowsFormulaFormula0Default Ouput Sheet Font Size10LabelLabel0Cur
CaseZ:\PROJECT\14PRJ003 - FLNG2 SEP-ISYS PACKAGE\2. ENGINEERING\1.
PROCESS\2.0 SIMULATION\NEW SIMULATION 110814\LP MODE\CASE
16A_SEMI-LEAN GAS (LP MODE-55.33MMSCFD, -10C).HSCCur FlowsheetCase
(Main)Cur Output SheetOutput (1)Cur Reference SheetOutput (1)Cur
Comp SheetOutput (1)Cur Comp Output SheetOptions Settings0,1,1,1 =
Default behaviour (prior to HSR 1.5 was 1,1,1,1)Combined Liq Phase
Behaviour00=Display Single Phase props, 1=Only display if two
phases presentStream Sorting10=Text Only, 1=IntelligentNote
Format10=Raw RTF, 1=Plain TextNote Strip Mod Time/Date10=Leave
Modified Date/Time, 1=Strip itBuild no from which these units were
obtained:7337OverallVapourLiquidCombined LiquidSolidUnit Type
LookUp ListPossible ParametersPossible ParametersPossible
ParametersPossible ParametersPossible ParametersParameterUnit
TypeUnit TypesUnit Conv Type NoUnitActual Gas FlowActual Gas
FlowActual Volume FlowActual Volume FlowActual Volume FlowActual
Gas FlowAct. Gas FlowVapour Fraction0Actual Liquid FlowActual
Volume FlowComponent Ideal Liquid Volume FlowComponent Ideal Liquid
Volume FlowComponent Ideal Liquid Volume FlowActual Liquid
FlowActual Liquid FlowTemperature1C,K,F,RActual Volume
FlowComponent Ideal Liquid Volume FlowComponent Ideal Liquid Volume
FractionComponent Ideal Liquid Volume FractionComponent Ideal
Liquid Volume FractionActual Volume FlowAct. Vol.
FlowPressure2kPa,MPa,kg/m-s2,bar,mbar,N/m2,atm,at,kg/cm2,psia,lbf/ft2,torr,mmHg(0C),inHg(32F),inHg(60F),cmH2O(4C),inH2O(60F),kPag,MPag,bar_g,mbar_g,N/m2_g,atm_g,ate,kg/cm2_g,psig,lbf/ft2_g,torr_g,mmHg(0C)_g,inHg(32F)_g,inHg(60F)_g,cmH2O(4C)_gAvg
Liq DensityComponent Ideal Liquid Volume FractionComponent Mass
FlowComponent Mass FlowComponent Mass FlowAvg Liq DensityMolar
DensityMolar
Flow3kgmole/h,kgmole/min,kgmole/s,m3/h_(gas),m3/d_(gas),Nm3/h(gas),Nm3/d(gas),gmole/h,gmole/min,gmole/s,lbmole/hr,lbmole/h,MMSCFH,MMSCFD,kscfd,MSCFD,MSCFH,scfdBlack
Oil - Heat CapacityComponent Mass FlowComponent Mass
FractionComponent Mass FractionComponent Mass FractionBlack Oil -
Heat CapacityHeat CapacityMass
Flow4kg/h,kg/min,kg/s,kg/d,tonne/d,tonne/h,tonne/year,g/h,g/min,g/s,lb/hr,Mlb/hr,Mlb/day,MMlb/day,lb/day,klb/day,tn(short)/h,tn(short)/d,tn(long)/h,tn(long)/d,kilo
ton(short)/d,kilo ton(long)/dBlack Oil - Mass DensityComponent Mass
FractionComponent Molar FlowComponent Molar FlowComponent Molar
FlowBlack Oil - Mass DensityMass DensityLiq. Vol.
Flow5m3/h,m3/min,m3/s,m3/d,L/h,L/d,L/min,L/s,mL/h,mL/min,mL/s,cm3/h,cm3/min,cm3/s,barrel/day,kbpd,barrel/hr,Mgal/day,MMgal/day,USGPM,USGPH,ft3/hr,ft3/day,ft3/dBlack
Oil - Mass Flow RateComponent Molar FlowComponent Molar
FractionComponent Molar FractionComponent Molar FractionBlack Oil -
Mass Flow RateMass
FlowEnergy6kJ/h,kJ/min,kJ/s,MJ/h,GJ/h,kW,MW,kWh/day,MWh/day,kcal/h,cal/h,kcal/min,cal/min,kcal/s,cal/s,Btu/hr,Btu/h,Btu(tc)/hr,MMBtu/hr,MMBtu(tc)/hr,MMBtu/day,MMMBtu/day,hp,Mkcal/hBlack
Oil - Mass FractionComponent Molar
FractionCompressibilityCompressibilityCompressibilityBlack Oil -
Mass FractionUnitlessMolar
Density7kgmole/m3,gmole/L,gmole/cm3,gmole/mL,lbmole/ft3Black Oil -
Oil Formation Volume FactorCompressibilityCp/Cv (Gamma)Cp/Cv
(Gamma)Cp/Cv (Gamma)Black Oil - Oil Formation Volume
FactorUnitlessHeat
Capacity8kJ/gmole-C,kJ/gmole-K,kJ/kgmole-C,kJ/kgmole-K,J/gmole-C,J/gmole-K,J/kgmole-C,J/kgmole-K,kcal/gmol-C,kcal/gmol-K,kcal/kgmol-C,kcal/kgmol-K,cal/gmole-C,cal/gmole-K,cal/kgmole-C,cal/kgmole-K,Btu/lbmole-F,Btu/lbmole-F,Btu/lbmole-RBlack
Oil - Solution GORCp/Cv (Gamma)Heat FlowHeat FlowHeat FlowBlack Oil
- Solution
GORUnitlessEntropy9kJ/gmole-C,kJ/gmole-K,kJ/kgmole-C,kJ/kgmole-K,J/gmole-C,J/gmole-K,J/kgmole-C,J/kgmole-K,kcal/gmol-C,kcal/gmol-K,kcal/kgmol-C,kcal/kgmol-K,cal/gmole-C,cal/gmole-K,cal/kgmole-C,cal/kgmole-K,Btu/lbmole-F,Btu/lbmole-F,Btu/lbmole-RBlack
Oil - Visc. Coeff. AHeat FlowIs At EquilibriumIs At EquilibriumIs
At EquilibriumBlack Oil - Visc. Coeff. AUnitlessThermal
Cond.10W/m-K,Btu/hr-ft-F,Btu/h-ft-F,Kcal/m-hr-C,cal/cm-s-CBlack Oil
- Visc. Coeff. BIs At EquilibriumIs ValidIs ValidIs ValidBlack Oil
- Visc. Coeff.
BUnitlessViscosity11cP,mP,microP,P,Pa-s,lbf-s/ft2,lbm/s-ft,lbm/h-ft,slug/h-ft,poundals/ft2Black
Oil - ViscosityIs ValidK ValueK ValueLiquid Mass Density @Std
CondBlack Oil - ViscosityViscositySurf
Tension12dyne/cm,dyn/cm,lbf/ftBlack Oil - Vol. FractionKinematic
ViscosityKinematic ViscosityKinematic ViscosityLiquid Vol Flow @Std
CondBlack Oil - Vol. FractionUnitlessSG13Black Oil - Volumetric
FlowLiquid Mass Density @Std CondLiquid Mass Density @Std
CondLiquid Mass Density @Std CondMass DensityBlack Oil - Volumetric
FlowLiq. Vol. FlowSG Air14rel_to_airCase NameLiquid Vol Flow @Std
CondLiquid Vol Flow @Std CondLiquid Vol Flow @Std CondMass
EnthalpyCase NameUnitlessMass
Cp15kJ/g-C,kJ/g-K,kJ/kg-C,kJ/kg-K,J/g-C,J/g-K,J/kg-C,J/kg-K,kcal/g-C,kcal/g-K,kcal/kg-C,kcal/kg-K,cal/g-C,cal/g-K,cal/kg-C,cal/kg-K,Btu/lb-F,Btu/lb-F,Btu/lb-RComponent
Mass FlowMass DensityMass DensityMass DensityMass EntropyComponent
Ideal Liquid Volume FlowComp. Vol. FlowMass
Density16kg/m3,g/L,g/cm3,g/mL,lb/ft3,API,SG_60/60api,SG_H2O60nbs,SG_H2O4Component
Mass FractionMass EnthalpyMass EnthalpyMass EnthalpyMass
FlowComponent Ideal Liquid Volume
FractionUnitlessUA17kJ/C-h,kJ/C-s,W/C,Btu/F-hr,Btu/F-h,kcal/C-hComponent
Molar FlowMass EntropyMass EntropyMass EntropyMass Heat
CapacityComponent Mass FlowComp. Mass FlowActual Liquid
Flow18m3/h,m3/min,m3/s,m3/d,L/h,L/d,L/min,L/s,mL/h,mL/min,mL/s,cm3/h,cm3/min,cm3/s,barrel/day,kbpd,barrel/hr,Mgal/day,MMgal/day,USGPM,USGPH,ft3/hr,ft3/day,ft3/dComponent
Molar FractionMass FlowMass FlowMass FlowMolar DensityComponent
Mass FractionUnitlessStd. Gas
Flow19STD_m3/h,STD_m3/d,STD_m3/min,STD_m3/s,Nm3/h,Nm3/d,MMSCFD,kn_m3/h,kn_m3/d,MSCFD,MMSCFH,MSCFH,Mn_m3/h,Mn_m3/dComponent
Ideal Liquid Volume FlowMass Flow (Dry Basis)Mass Flow (Dry
Basis)Mass Flow (Dry Basis)Molar EnthalpyComponent Molar FlowComp.
Mole FlowAct. Gas
Flow20ACT_m3/h,ACT_m3/min,ACT_m3/s,ACFM,ft3/minComponent Ideal
Liquid Volume FractionMass Heat CapacityMass Heat CapacityMass Heat
CapacityMolar EntropyComponent Molar FractionUnitlessMolar
Enthalpy21kJ/gmole,kJ/kgmole,J/gmole,J/kgmole,kcal/gmole,MJ/kgmole,kcal/kgmole,cal/gmole,cal/kgmole,Btu/lbmole,kkcal/kgmole,Btu/SCF,Btu/MSCF,Btu/MMSCFCompressibilityMolar
DensityMolar DensityMolar DensityMolar FlowComponent Volume
FlowComp. Vol. FlowLength22m,cm,km,mm,micron,ft,in,milesCost Based
on FlowMolar EnthalpyMolar EnthalpyMolar EnthalpyMolar Heat
CapacityComponent Volume FractionUnitlessSmall
Length23m,cm,km,mm,micron,ft,in,milesCp/(Cp-R) (Ideal Gamma)Molar
EntropyMolar EntropyMolar EntropyMolar
VolumeCompressibilityUnitlessDelta Temp.24C,K,F,RCp/Cv (Ent
Method)Molar FlowMolar FlowMolar FlowMolecular WeightCost Based on
FlowCost Index per TimeMolar
Volume25m3/gmole,m3/kgmole,L/gmole,cm3/gmole,mL/gmole,kJ/kgmole-kPa,kJ/kgmole-atm,cal/gmole-atm,ft3/lbmoleCp/Cv
(Gamma)Molar Flow (Dry Basis)Molar Flow (Dry Basis)Molar Flow (Dry
Basis)NameCp/(Cp - R)UnitlessHt. Tran.
Coeff26kJ/h-m2-C,kJ/s-m2-C,W/m2-C,Btu/hr-ft2-F,Btu/h-ft2-F,kcal/h-m2-C,cal/s-m2-C,cal/s-cm2-CCvMolar
Heat CapacityMolar Heat CapacityMolar Heat
CapacityPressureCp/(Cp-R) (Ideal Gamma)UnitlessLarge Heat
Flow27kJ/h,kJ/min,kJ/s,MJ/h,GJ/h,kW,MW,kWh/day,MWh/day,kcal/h,cal/h,kcal/min,cal/min,kcal/s,cal/s,Btu/hr,Btu/h,Btu(tc)/hr,MMBtu/hr,MMBtu(tc)/hr,MMBtu/day,MMMBtu/day,hp,Mkcal/hCv
(Ent Method)Molar VolumeMolar VolumeMolar VolumePseudo Critical
PressureCp/Cv (Ent Method)UnitlessStandard
Density28kg/m3,g/L,g/cm3,g/mL,lb/ft3,API_60,SG_60/60api,SG_60/60nbs,SG_15/4Cv
(Semi-Ideal)Molecular WeightMolecular WeightMolecular WeightPseudo
Critical TemperatureCp/Cv (Gamma)UnitlessMass
Entropy29kJ/g-C,kJ/g-K,kJ/kg-C,kJ/kg-K,J/g-C,J/g-K,J/kg-C,J/kg-K,kcal/g-C,kcal/g-K,kcal/kg-C,kcal/kg-K,cal/g-C,cal/g-K,cal/kg-C,cal/kg-K,Btu/lb-F,Btu/lb-F,Btu/lb-RDescriptionNameNameNamePseudo
Critical VolumeCvHeat CapacityMass
Enthalpy30kJ/g,kJ/kg,J/g,J/kg,kcal/g,MJ/kg,kcal/kg,cal/g,cal/kg,Btu/lbDownstream
Operation(s)PressurePressurePressureSG AirCv (Ent Method)Heat
CapacityEnth. Coeff.
CA31kJ/g,kJ/kg,J/g,J/kg,kcal/g,MJ/kg,kcal/kg,cal/g,cal/kg,Btu/lbElectrolytes
- Heat CapacityPseudo Critical PressurePseudo Critical
PressurePseudo Critical PressureSpecific HeatCv (Semi-Ideal)Heat
CapacityEnth. Coeff.
CB32kJ/g-C,kJ/g-K,kJ/kg-C,kJ/kg-K,J/g-C,J/g-K,J/kg-C,J/kg-K,kcal/g-C,kcal/g-K,kcal/kg-C,kcal/kg-K,cal/g-C,cal/g-K,cal/kg-C,cal/kg-K,Btu/lb-F,Btu/lb-F,Btu/lb-RElectrolytes
- Ionic StrengthPseudo Critical TemperaturePseudo Critical
TemperaturePseudo Critical TemperatureStandard Ideal Liquid Volume
FlowDescriptionUnitlessEnth. Coeff.
CC33kJ/g-K^2,kJ/kg-K^2,Btu/lb-R^2,Btu/lb-R2,kcal/kg-K^2Electrolytes
- Molar Electrical ConductivityPseudo Critical VolumePseudo
Critical VolumePseudo Critical VolumeStd Gas FlowDownstream
Operation(s)UnitlessEnth. Coeff.
CD34kJ/g-K^3,kJ/kg-K^3,Btu/lb-R^3,Btu/lb-R3,kcal/kg-K^3Electrolytes
- Osmotic PressureSG AirSG AirSG AirTagged NameElectrolytes - Heat
CapacityHeat CapacityEnth. Coeff.
CE35kJ/g-K^4,kJ/kg-K^4,Btu/lb-R^4,Btu/lb-R4,kcal/kg-K^4Electrolytes
- pHSpecific HeatSpecific HeatSpecific HeatTemperatureElectrolytes
- Ionic StrengthMoles Per MassEnth. Coeff.
CF36kJ/g-K^5,kJ/kg-K^5,Btu/lb-R^5,Btu/lb-R5,kcal/kg-K^5Electrolytes
- Specific Electrical ConductivityStandard Ideal Liquid Mass
DensityStandard Ideal Liquid Mass DensityStandard Ideal Liquid Mass
DensityType NameElectrolytes - Molar Electrical ConductivityMolar
Electrical ConductivityGibbs. Coeff.
CA37kJ/gmole,kJ/kgmole,J/gmole,J/kgmole,kcal/gmole,MJ/kgmole,kcal/kgmole,cal/gmole,cal/kgmole,Btu/lbmole,kkcal/kgmole,Btu/SCF,Btu/MSCF,Btu/MMSCFElectrolytes
- ViscosityStandard Ideal Liquid Mass Density (Dry Basis)Standard
Ideal Liquid Mass Density (Dry Basis)Standard Ideal Liquid Mass
Density (Dry Basis)Unique IDElectrolytes - Osmotic
PressurePressureGibbs. Coeff.
CB38kJ/gmole-C,kJ/gmole-K,kJ/kgmole-C,kJ/kgmole-K,J/gmole-C,J/gmole-K,J/kgmole-C,J/kgmole-K,kcal/gmol-C,kcal/gmol-K,kcal/kgmol-C,kcal/kgmol-K,cal/gmole-C,cal/gmole-K,cal/kgmole-C,cal/kgmole-K,Btu/lbmole-F,Btu/lbmole-F,Btu/lbmole-RFlowsheet
NameStandard Ideal Liquid Volume FlowStandard Ideal Liquid Volume
FlowStandard Ideal Liquid Volume FlowVisible Type NameElectrolytes
- pHUnitlessGibbs. Coeff.
CC39kJ/gmol-K^2,kJ/kgmol-K^2,Btu/lbmolR^2,Btu/lbmole-R2,kcal/kgmol-K^2Fluid
PackageStandard Ideal Liquid Volume Flow (Dry Basis)Standard Ideal
Liquid Volume Flow (Dry Basis)Standard Ideal Liquid Volume Flow
(Dry Basis)Watson KElectrolytes - Specific Electrical
ConductivityElectrical ConductivityKinematic Visc.40cStHC Dew Point
(Gas)Std Gas FlowStd Gas FlowStd Gas FlowZ FactorElectrolytes -
ViscosityViscosityArea41m2,cm2,mm2,ft2,in2Heat FlowTagged
NameSurface TensionSurface TensionFlowsheet
NameUnitlessVolume42m3,cm3,mm3,L,mL,ft3,in3,gal,bblHeat Of
VapourisationTemperatureTagged NameTagged NameFluid
PackageUnitlessVelocity43m/s,m/min,m/h,km/h,cm/s,ft/s,MPH,ft/min,ft/hrHeavy
Liquid FractionThermal ConductivityTemperatureTemperatureHC Dew
Point
(Gas)TemperatureTime44seconds,minutes,hours,days,weeks,months,yearsHigher
Heating ValueType NameThermal ConductivityThermal ConductivityHeat
FlowEnergyDelta
Pressure45kPa,MPa,kg/m-s2,bar,mbar,N/m2,atm,at,kg/cm2,psi,lbf/ft2,torr,mmHg(0C),inHg(32F),inHg(60F),cmH2O(4C),inH2O(60F)Higher
Heating Value (Gas)Unique IDType NameType NameHeat Of
VapourisationHeat Of Vap.Heat
Flux46kJ/h-m2,kJ/s-m2,W/m2,Btu/hr-ft2,Btu/h-ft2,kcal/h-m2Is Energy
StreamViscosityUnique IDUnique IDHeavy Liquid
FractionUnitlessFouling47C-h-m2/J,C-h-m2/kJ,C-h-m2/kcal,C-m2/W,C-m2/kW,F-hr-ft2/Btu,F-h-ft2/BtuIs
ValidVisible Type NameViscosityViscosityHigher Heating ValueHeating
ValueCake Loading48m/g,m/kg,ft/lbKinematic ViscosityWatson KVisible
Type NameVisible Type NameHigher Heating Value (Gas)Volume Specific
EnergyPermeability49m3/s2,ft3/s2Light Liquid FractionZ FactorWatson
KZ FactorIs At EquilibriumUnitlessMass
Velocity50kg/s-m2,kg/h-m2,lb/s-ft2,lb/hr-ft2Liq Vol Flow - Sum (Std
Cond)Z FactorIs Energy
StreamUnitlessMass51kg,g,tonne,lb,ton(long),tn(short),ozLiquid
FractionIs
ValidUnitlessRho-V-Sqr52kg/m-s2,kg/m-h2,lb/ft-s2,lb/ft-hr2,lb/in-s2Liquid
Mass Density @Std CondK
ValueUnitlessAreaPerVolume53m2/m3,cm2/cm3,mm2/mm3,ft2/ft3,in2/in3Liquid
Vol Flow @Std CondKinematic ViscosityKinematic
Visc.PressPerLength54kPa/m,mmH2O/m,cmH2O/m,kPa/km,bar/m,bar/km,Pa/m,N/m2-m,atm/m,at/m,psi/ft,inH2O/ft,psi/100_ft,lbf/ft2-ft,torr/ft,mmHg(0C)/ft,inHg(32F)/ftLower
Heat ValueLight Liquid
FractionUnitlessVFlowPerLength55m3/h-m,m3/min-m,m3/s-m,L/h-m,L/min-m,L/s-m,USGPM/ft,USGPH/ft,ft3/hr-ft,barrel/hr-ftLower
Heating Value (Gas)Liq Vol Flow - Sum (Std Cond)Act. Vol.
FlowVFlowPerArea56m3/h-m2,m3/min-m2,m3/s-m2,L/h-m2,L/min-m2,L/s-m2,USGPM/ft2,USGPH/ft2,ft3/hr-ft2,bbl/hr-ft2Mass
CvLiquid
FractionUnitlessMoles57kgmole,gmole,m3_(gas),lbmole,MMSCF,MSCF,SCFMass
Cv (Ent Method)Liquid FractionUnitlessReaction
Rate58kgmole/m3-s,kgmole/m3-h,gmole/L-s,gmole/L-h,gmole/cm3-s,gmole/cm3-h,gmole/mL-s,gmole/mL-h,lbmole/ft3-hr,lbmole/ft3-h,lbmole/ft3-min,lbmole/ft3-sMass
Cv (Semi-Ideal)Liquid Mass Density @Std CondStandard DensityValve
CV
Mole59kgmole/h-kPa,kgmole/h-Pa,kgmole/min-kPa,kgmole/s-kPa,kgmole/h-atm,kgmole/s-atm,kgmole/h-bar,kgmole/s-bar,kgmole/h-mmHg(OC),kgmole/h-mmH2O,kgmole/h-cmH2O(4C),gmole/h-kPa,gmole/min-kPa,gmole/s-kPa,gmole/h-atm,gmole/h-bar,gmole/h-mmHg(OC)Mass
DensityLiquid Vol Flow @Std CondStd. Vol. FlowValve CV
Mass60kg/h-kPa,kg/h-Pa,kg/min-kPa,kg/s-kPa,kg/h-atm,kg/s-atm,kg/h-bar,kg/s-bar,kg/h-mmHg(OC),kg/h-mmH2O,kg/h-cmH2O(4C),g/h-kPa,g/min-kPa,g/s-kPa,g/h-atm,g/h-bar,g/h-mmHg(OC),lb/h-psia,lb/min-psia,lb/s-psia,lb/h-atm,lb/h-inH2O(60F)Mass
Density (Std Cond) (Gas)Lower Heat ValueHeating ValueValve CV
Volume61m3/h-kPa,m3/min-kPa,m3/s-kPa,cm3/h-kPa,L/h-kPa,L/h-atm,L/h-mmHg(OC),mL/h-kPa,mL/h-atm,ft3/h-psia,ft3/min-psia,ft3/s-psia,in3/h-psia,barrel/h-psia,USGPM/psia,USGPH/psiaMass
EnthalpyLower Heating Value (Gas)Volume Specific EnergyStd. Vol.
Flow62m3/h,m3/min,m3/s,m3/d,L/h,L/d,L/min,L/s,mL/h,mL/min,mL/s,cm3/h,cm3/min,cm3/s,barrel/day,kbpd,barrel/hr,Mgal/day,MMgal/day,USGPM,USGPH,ft3/hr,ft3/day,ft3/dMass
EntropyMass CvMass CpFrequency63Hz,kHz,MHz,per sec,rpm,1/min,per
min,per hrMass FlowMass Cv (Ent Method)Mass
CpPercent64%,fract.,ppmMass Flow (Dry Basis)Mass Cv
(Semi-Ideal)Mass CpUnitless65Mass Heat CapacityMass DensityMass
DensityWork66kW,hpMass Heat Of VapourisationMass Density (Std Cond)
(Gas)Mass DensityComp. Mole
Flow67kgmole/h,kgmole/min,kgmole/s,m3/h_(gas),m3/d_(gas),Nm3/h(gas),Nm3/d(gas),gmole/h,gmole/min,gmole/s,lbmole/hr,lbmole/h,MMSCFH,MMSCFD,kscfd,MSCFD,MSCFH,scfdMass
Higher Heating ValueMass EnthalpyMass EnthalpyComp. Mass
Flow68kg/h,kg/min,kg/s,kg/d,tonne/d,tonne/h,tonne/year,g/h,g/min,g/s,lb/hr,Mlb/hr,Mlb/day,MMlb/day,lb/day,klb/day,tn(short)/h,tn(short)/d,tn(long)/h,tn(long)/d,kilo
ton(short)/d,kilo ton(long)/dMass Lower Heating ValueMass
EntropyMass EntropyComp. Vol.
Flow69m3/h,m3/min,m3/s,m3/d,L/h,L/d,L/min,L/s,mL/h,mL/min,mL/s,cm3/h,cm3/min,cm3/s,barrel/day,kbpd,barrel/hr,Mgal/day,MMgal/day,USGPM,USGPH,ft3/hr,ft3/day,ft3/dMolar
DensityMass FlowMass FlowAct. Vol.
Flow70m3/h,m3/min,m3/s,m3/d,L/h,L/d,L/min,L/s,mL/h,mL/min,mL/s,cm3/h,cm3/min,cm3/s,barrel/day,kbpd,barrel/hr,Mgal/day,MMgal/day,USGPM,USGPH,ft3/hr,ft3/day,ft3/dMolar
EnthalpyMass Flow (Dry Basis)Mass FlowHeating
Value71kJ/gmole,kJ/kgmole,J/gmole,J/kgmole,kcal/gmole,MJ/kgmole,kcal/kgmole,cal/gmole,cal/kgmole,Btu/lbmole,kkcal/kgmole,Btu/SCF,Btu/MSCF,Btu/MMSCFMolar
EntropyMass Heat CapacityMass CpMass Heating
Value72kJ/g,kJ/kg,J/g,J/kg,kcal/g,MJ/kg,kcal/kg,cal/g,cal/kg,Btu/lbMolar
FlowMass Heat Of VapourisationMass Heat Of Vap.Heat Of
Vap.73kJ/gmole,kJ/kgmole,J/gmole,J/kgmole,kcal/gmole,MJ/kgmole,kcal/kgmole,cal/gmole,cal/kgmole,Btu/lbmole,kkcal/kgmole,Btu/SCF,Btu/MSCF,Btu/MMSCFMolar
Flow (Dry Basis)Mass Higher Heating ValueMass Heating ValueMass
Heat Of
Vap.74kJ/g,kJ/kg,J/g,J/kg,kcal/g,MJ/kg,kcal/kg,cal/g,cal/kg,Btu/lbMolar
Heat CapacityMass Lower Heating ValueMass Heating ValueEnthalpy Per
Length75kJ/h-m,kJ/s-m,kW/m,kcal/h-m,cal/h-m,Btu/hr-ft,Btu/h-ft,Btu(tc)/hr-ft,MMBtu/hr-ft,MMBtu(tc)/hr-ft,hp-ftMolar
VolumeMolar DensityMolar DensityBWR 'A'76kPa m9/mol3,Pa m9/mol3,bar
m9/mol3,psi ft9/lbmol3,psi-ft9/lbmole3Molecular WeightMolar
EnthalpyMolar EnthalpyBWR 'A0'77kPa m6/mol2,Pa m6/mol2,bar
m6/mol2,psi ft6/lbmol2,psi-ft6/lbmole2NameMolar EntropyEntropyBWR
'B'78m6/mol2,ft6/lbmol2,ft6/lbmole2NotesMolar FlowMolar FlowBWR
'B0'79m3/mol,ft3/lbmolPartial Pressure of CO2Molar Flow (Dry
Basis)FlowBWR 'C'80kPa m9 K2/mol3,bar m9 K2/mol3,psi ft9
F2/lbmol3,psi-ft9-F2/lbmole3Partial Pressure of H2SMolar Heat
CapacityHeat CapacityBWR 'C0'81kPa m6 K2/mol2,bar m6 K2/mol2,psi
ft6 F2/lbmol2,psi-ft6-F2/lbmole2Phase Fraction (Mass Basis)Molar
VolumeMolar VolumeBWR 'Alpha'82m9/mol3,ft9/lbmol3Phase Fraction
(Molar Basis)Molecular WeightUnitlessPower Per
Flow83kW/kgmole/s,kJ/kgmole,kW/kgmole/h,hp/lbmole/s,hp-s/lbmole,hp/lbmole/h,hp/MMSCFH,hp/MMSCFD,Btu/lbmolePhase
Fraction (Vol.
Basis)NameUnitlessPower84kJ/h,kJ/min,kJ/s,MJ/h,GJ/h,kW,MW,kWh/day,MWh/day,kcal/h,cal/h,kcal/min,cal/min,kcal/s,cal/s,Btu/hr,Btu/h,Btu(tc)/hr,MMBtu/hr,MMBtu(tc)/hr,MMBtu/day,MMMBtu/day,hp,Mkcal/hPowerNotesUnitlessMoles
Per
Mass85kgmol/kg,gmol/g,gmol/kg,STD_m3/kg,kgmol/kg,STD_m3/kg,lbmol/lb,lbmole/lb,SCF/lbProperty
PackagePartial Pressure of CO2PressurePer Volume86per m3,per L,per
mL,per cm3,per m3,1/bbl,per ft3,1/ft3,1/galPressurePartial Pressure
of H2SPressurePer Mass Volume87per kg-m3,per kg-m3,per
lb-ft3,1/lb-ft3Pseudo Critical PressurePhase Fraction (Mass
Basis)UnitlessGas Oil Ratio88STD_m3/m3,SCF/bblPseudo Critical
TemperaturePhase Fraction (Molar Basis)UnitlessOil
Volume89m3,cm3,L,bbl,ft3Pseudo Critical VolumePhase Fraction (Vol.
Basis)UnitlessSpecific
Volume90m3/kg,L/g,cm3/g,mL/g,ft3/lb,bbl/lbReid VP at 37.8
CPowerPowerCompressibility911/kPa,1/MPa,1/bar,m2/N,1/atm,cm2/kg,1/psia,ft2/lbf,1/torrRVP
- API 5B1.1PressurePressureVolumetric Enthalpy
Flow92kJ/m3-s,cal/cm3-s,cal/L-s,BTU/ft3-hRVP - API 5B1.2Property
PackageUnitlessMass Transfer
Coefficient93kgmol/m2-s-Pa,kgmol-s/kg-m,kgmol/m2-s-kPa,gmol/m2-s-torr,lbmol/ft2-s-psi,lbmol/ft2-s-atmRVP
- ASTM D323-73/79Pseudo Critical
PressurePressureDiffusivity94m2/s,cm2/sRVP - ASTM D323-82Pseudo
Critical TemperatureTemperatureMass Reaction
Rate95kgmol/kg-s,gmol/g-s,gmol/kg-s,lbmol/lb-sRVP - ASTM
D4953-91Pseudo Critical VolumeMolar VolumeMolar Yield From
Reaction96kgmol/kg,gmol/g,gmol/kg,lbmol/lbRVP - ASTM D5191-91Reid
VP at 37.8 CPressureMass Yield From Reaction97kg/kg,g/kg,lb/lbSG
AirRVP - API 5B1.1PressureMass Enthalpy
Flow98kJ/kg-s,kW/kg,cal/g-s,cal/kg-s,kcal/kg-s,BTU/lb-hSpecific
HeatRVP - API 5B1.2PressureCost
Index99Cost,UK,$,,Jap,A$,Bt,Can$,Cr,DKr,FI,HK$,NewPeso,NKr,NZ$,Peso(Argentina),Peso(Phillipines),R,S$,SFr,SKr,SR,T$,Won,MMUK,MM$,MM,MMJap,MMA$,MMBt,MMCan$,MMCr,MMDKr,MMFI,MMHK$,MMNewPeso,MMNKr,MMNZ$,MMPeso(Argentina),MMPeso(Phillipines)Standard
Ideal Liquid Mass DensityRVP - ASTM D323-73/79PressureCost Index
per Time100Cost/s,Cost/min,Cost/hr,Cost/day,Cost/yearStandard Ideal
Liquid Mass Density (Dry Basis)RVP - ASTM D323-82PressureCost Index
per
Energy101Cost/kJ,Cost/J,Cost/MJ,Cost/kW-h,Cost/kcal,Cost/cal,Cost/Btu,Cost/Btu(tc),Cost/MMBtu,Cost/MMBtu(tc)Standard
Ideal Liquid Volume FlowRVP - ASTM D4953-91PressureDynamics
Cv102USGPM(60F,1psi)Standard Ideal Liquid Volume Flow (Dry
Basis)RVP - ASTM D5191-91PressureDynamics k -
Turbulent103kg/hr/sqrt(kPa-kg/m3),kg/s/sqrt(kPa-kg/m3),kg/hr/sqrt(bar-kg/m3),kg/s/sqrt(bar-kg/m3),lb/hr/sqrt(psia-lb/ft3),lb/s/sqrt(psia-lb/ft3)Std
Gas FlowSG AirSG AirDynamics k -
Laminar104sqrt(kg/s/(kPa-kg/m3)),sqrt(lb/s/(psia-lb/ft3))Surface
TensionSpecific HeatHeat CapacitySurge Control Para. A105m,ftTagged
NameStandard Ideal Liquid Mass DensityStandard DensitySurge Control
Para. C106m/(m6/s2),ft/(ft6/s2),ft-s2/ft6TemperatureStandard Ideal
Liquid Mass Density (Dry Basis)Standard DensityQuick Opening
Rate107%/sThermal ConductivityStandard Ideal Liquid Volume FlowLiq.
Vol. FlowRotational Inertia108kg-m2,lb-ft2True VP at 37.8 CStandard
Ideal Liquid Volume Flow (Dry Basis)Liq. Vol. FlowFriction Power
Loss Factor109kg-m2/s,lb-ft2/sType NameStd Gas FlowStd. Gas
FlowSmall Area110m2,cm2,mm2,ft2,in2Unique IDSurface TensionSurf
TensionForce111newton,kg-m/s2,kN,dyn,kgf,tonf,lbf,pdlUpstream
Operation(s)Tagged NameUnitlessActual Mass
Density112kg/m3,lb/ft3Vapour
FractionTemperatureTemperatureElectrical
Flow113kW-h/h,kW-h/dViscosityThermal ConductivityThermal
Cond.Emissions114mg/mile,mg/kmVisible Type NameTrue VP at 37.8
CPressureEnergy
(Lrg)115kJ,MJ,GJ,kW-hr,MW-hr,J,kW-yr,cal,kcal,Mcal,Gcal,MMkcal,lbf-ft,Btu,MMBtu,Btu(tc),MMBtu(tc)Water
Content In Mg/m3 (Gas)Type NameUnitlessElectrical Fuel Oil
Factor116teFOE/kW-h,bblFOE/kW-hWater Dew Point (Gas)Unique
IDUnitlessFuel Oil eqv
Factor117teFOE/te,bblFOE/lb,teFOE/lb,bblFOE/teWatson KUpstream
Operation(s)UnitlessFuel Oil eqv Mass
Flowrate118teFOE/h,teFOE/d,bblFOE/h,bblFOE/d,lbFOE/h,lbFOE/dWobbe
Index (Gas)Vapour FractionVapour FractionLead Level in
Gasoline119kgPb/m3,gPb/l,ccTEL/gal,lTEL/m3,ccTEL/Impgal,ccTEL/lZ
FactorViscosityViscosityReciprocal
FOE1201/teFOE,1/bblFOE,1/lbFOEVisible Type NameUnitlessReciprocal
Mass1211/kg,1/g,1/tonne,1/lb,1/ton,1/tn,1/ozWater Content In Mg/m3
(Gas)UnitlessReciprocal Moles1221/kgmole,1/gmole,1/lbmoleWater Dew
Point (Gas)TemperatureReciprocal
Time1231/seconds,1/minutes,1/hours,1/days,1/yearsWatson
KUnitlessReciprocal Vapour
Volume1241/nm3,1/knm3,1/nft3,1/knft3Wobbe Index (Gas)Volume
Specific EnergySteam
Ratio125kgsteam/m3,lbsteam/gal,gsteam/l,lbsteam/impgalZ
FactorUnitlessVapour Volume126nm3,knm3,nft3,knft3Volume
Ratio127nm3/m3,nft3/bbl,SCF/bblVolume Specific
Energy128MJ/m3,Mkcal/m3,MMBtu/gal,MMBtu/Impgal,MMBtu/bblVolume
Concentration129vol %,ppmvol,vol/volMass Concentration130wt
%,ppmwt,wt/wtMolar Concentration131mol
%,ppmmol,mol/molConcentration132%,ppm,%/%Volume Concentration
ppm133vol %,ppmvol,vol/volMass Concentration ppm134wt
%,ppmwt,wt/wtMolar Concentration ppm135mol
%,ppmmol,mol/molDeactivation
Rate136C/(bbl/lb),F/(bbl/lb)Acidity137mg KOH/gElectric
Potential138V,mVElectrical
Conductivity139S/m,S/cm,S/ft,S/in,1/ohm-m,1/ohm-cmMolar Electrical
Conductivity140S-m2/kgmole,S-cm2/kgmole,S-m2/gmole,S-cm2/gmole,S-ft2/lbmole,S-in2/lbmole,cm2/ohm-kgmole,cm2/ohm-gmoleMass
Ratio Concentration141wt %,ppmwt,wt/wtVolume Ratio
Concentration142vol %,ppmvol,vol/volMolar Ratio Concentration143mol
%,ppmmol,mol/molCost Per
FOE144Cost/teFOE,Cost/bblFOE,Cost/lbFOECost Per
Mass145Cost/kg,Cost/g,Cost/tonne,Cost/lb,Cost/ton,Cost/tn,Cost/ozCost
Per Mole146Cost/kgmole,Cost/gmole,Cost/lbmoleCost Per
Volume147Cost/m3,Cost/L,Cost/mL,Cost/cm3,Cost/m3,Cost/bbl,Cost/ft3,Cost/ft3,Cost/galAPI
Fire Equation
Constant148kJ/h-m1.64,kJ/s-m1.64,W/m1.64,Btu/hr-ft1.64,Btu/h-ft1.64Radiusgy149Angstrom,m,AngstromDipmoment150Debye,coulomb
meter,DebyeDistributed Gas Specific Productivity
Index151sm3/s-Pa2-mDistributed Liquid Specific Productivity
Index152sm3/s-Pa-mGas Specific Productivity
Index153sm3/s-Pa2Reciprocal Gas Volume Flow154s/sm3Jones Gas
A155Pa2/sm6-s2Jones Gas B156Pa2/sm3-sJones Liq A157Pa-s2/sm6Jones
Liquid B158Pa/sm3-sLiquid Specific Productivity
Index159sm3/s/Pa,sm3/s/Pa,stb/d/psiReciprocal Liquid Volume
Flow160s/sm3Reservoir
Permeability161m2Shots162Shots/m2Angle163deg,radStd Gas
Den164kg/m3,g/cm3,lb/ft3,SG_rel_to_airFluid
Potential165kJ/kg,m2/s2,lbf-ft/lbmTorque166N-m,kg-m2/s2,kgf-m,tonf-ft,lbf-ft,lbf-inSurge
Control Para. B167m/(m3/s),ft/(ft3/s),ft-s/ft3Surge Control Para.
D168m/(m9/s3),ft/(ft9/s3),ft-s3/ft9Flow To Temp Link
Coeff169C/(Kg/h),C/(Kg/min),C/(Kg/s),C/(Kg/d),C/(tonne/d),C/(tonne/h),C/(g/h),C/(g/min),C/(g/s),K/(Kg/h),K/(Kg/min),K/(Kg/s),K/(Kg/d),K/(tonne/d),K/(tonne/h),K/(g/h),K/(g/min),K/(g/s),F/(lb/hr),F/(Mlb/hr),F/(lb/day),F/(klb/day),F/(tn(short)/h)Temp
To Flow Link
Coeff170(Kg/h)/C,(Kg/min)/C,(Kg/s)/C,(Kg/d)/C,(tonne/d)/C,(tonne/h)/C,(g/h)/C,(g/min)/C,(g/s)/C,(Kg/h)/K,(Kg/min)/K,(Kg/s)/K,(Kg/d)/K,(tonne/d)/K,(tonne/h)/K,(g/h)/K,(g/min)/K,(g/s)/K,(lb/hr)/F,(Mlb/hr)/F,(lb/day)/F,(klb/day)/F,(tn(short)/h)/FDelta
Density171kg/m3,g/L,g/cm3,g/mL,lb/ft3,SG_60/60api,SG_60/60nbs,SG_15/4Per
Length1721/m,1/cm,1/mm,1/ft,1/inMass
Emissions173kg/kJ,kg/GJ,kg/J,kg/MJ,tonne/GJ,kg/kcal,kg/MMkcal,tonne/MMkcal,lb/Btu,lb/MMBtu,MMlb/MMBtu,ton(long)/MMBtu,tn(short)/MMBtuWater
Content174g/STD_m3,mg/STD_m3,g/Nm3,mg/Nm3,lb/SCF,lb/MSCF
Some units removed since length exceeded 255 character maximum:
inH2O(60F)_gSome units removed since length exceeded 255 character
maximum:
lbmole/h-psia,lbmole/min-psia,lbmole/s-psia,lbmole/h-atm,lbmole/h-inH2O(60F),lbmole/h-inHg(32F),lbmole/h-lbf/ft2,lbmole/s-atm,MMSCF/h-psia,MMSCF/min-psia,MMSCF/h-inH2O(60F),MMSCF/h-inHg(32F),MSCF/h-psia,SCF/h-psiaSome
units removed since length exceeded 255 character maximum:
lb/h-inHg(32F),lb/h-lbf/ft2,lb/s-atmSome units removed since length
exceeded 255 character maximum:
F/(tn(short)/d),R/(lb/hr),R/(Mlb/hr),R/(lb/day),R/(klb/day),R/(tn(short)/h),R/(tn(short)/d)Some
units removed since length exceeded 255 character maximum:
(tn(short)/d)/F,(lb/hr)/R,(Mlb/hr)/R,(lb/day)/R,(klb/day)/R,(tn(short)/h)/R,(tn(short)/d)/RSome
units removed since length exceeded 255 character maximum:
MMR,MMS$,MMSFr,MMSKr,MMSR,MMT$,MMWon
PropSetsStart Row5Start Col5NameOrderOffsetRefineryAll
PropertiesHYSIM Stream SummaryDefault HYSYS WorkbookHYSYS Worksheet
... Conditions pageHYSYS Stream Worksheet All
PropertiesHMB1HMB106Label********** Refinery Stream Summary
***********Label*******Overall********Label******* Overall
********OverallVapour FractionOverallNameLabelConditions
pageLabel******* Overall ********Refinery10OverallNameOverallActual
Gas FlowCur. HYSYS UnitOverallNameOverallTemperatureCur. HYSYS
UnitOverallVapour FractionOverallNameOverallNameAll
Properties21OverallVapour FractionOverallActual Liquid FlowCur.
HYSYS UnitOverallVapour FractionOverallPressureCur. HYSYS
UnitOverallTemperatureCur. HYSYS UnitOverallVapour
FractionOverallVapour FractionHYSIM Stream
Summary32OverallTemperatureCur. HYSYS UnitOverallActual Volume
FlowCur. HYSYS UnitOverallTemperatureCur. HYSYS UnitOverallMolar
FlowCur. HYSYS UnitOverallPressureCur. HYSYS
UnitOverallTemperatureCur. HYSYS UnitOverallTemperatureCDefault
HYSYS Workbook43OverallPressureCur. HYSYS UnitOverallAvg Liq
DensityCur. HYSYS UnitOverallPressureCur. HYSYS UnitOverallMass
FlowCur. HYSYS UnitOverallMolar FlowCur. HYSYS
UnitOverallPressureCur. HYSYS UnitOverallPressurebar_gHYSYS
Worksheet ... Conditions page54OverallMolar FlowCur. HYSYS
UnitOverallBlack Oil - Heat CapacityCur. HYSYS UnitOverallMolar
FlowCur. HYSYS UnitOverallStandard Ideal Liquid Volume FlowCur.
HYSYS UnitOverallMass FlowCur. HYSYS UnitOverallMolar FlowCur.
HYSYS UnitOverallMolar FlowCur. HYSYS UnitHYSYS Stream Worksheet
All Properties65OverallMass FlowCur. HYSYS UnitOverallBlack Oil -
Mass DensityCur. HYSYS UnitOverallMass FlowCur. HYSYS
UnitOverallHeat FlowCur. HYSYS UnitOverallStandard Ideal Liquid
Volume FlowCur. HYSYS UnitOverallMass FlowCur. HYSYS
UnitOverallMass FlowCur. HYSYS UnitOverallStandard Ideal Liquid
Volume FlowCur. HYSYS UnitOverallBlack Oil - Mass Flow RateCur.
HYSYS UnitOverallStandard Ideal Liquid Volume FlowCur. HYSYS
UnitOverallComponent Molar FractionOverallMolar EnthalpyCur. HYSYS
UnitOverallStandard Ideal Liquid Volume FlowCur. HYSYS
UnitOverallMass Heat CapacityCur. HYSYS UnitOverallMolecular
WeightOverallBlack Oil - Mass FractionOverallMolecular
WeightOverallMolar EntropyCur. HYSYS UnitOverallMolar EnthalpyCur.
HYSYS UnitOverallMass DensityCur. HYSYS UnitOverallHeat FlowCur.
HYSYS UnitOverallBlack Oil - Oil Formation Volume FactorOverallHeat
FlowCur. HYSYS UnitOverallHeat FlowCur. HYSYS UnitOverallMolar
EntropyCur. HYSYS UnitLabel******* Vapour ********OverallMolar
EnthalpyCur. HYSYS UnitOverallBlack Oil - Solution GOROverallMolar
EnthalpyCur. HYSYS UnitOverallLiquid Vol Flow @Std CondCur. HYSYS
UnitOverallHeat FlowCur. HYSYS UnitVapourMolar FlowCur. HYSYS
UnitOverallMass Heat CapacityCur. HYSYS UnitOverallBlack Oil -
Visc. Coeff. AOverallMolar EntropyCur. HYSYS UnitOverallFluid
PackageOverallLiquid Vol Flow @Std CondCur. HYSYS UnitVapourMass
FlowCur. HYSYS UnitOverallMass DensityCur. HYSYS UnitOverallBlack
Oil - Visc. Coeff. BOverallMass Heat CapacityCur. HYSYS
UnitOverallFluid PackageVapourStd Gas FlowMMSCFDOverallWatson
KOverallBlack Oil - ViscosityCur. HYSYS UnitOverallMass DensityCur.
HYSYS UnitLabelProperties pageVapourMolecular WeightLabel*******
Vapour ********OverallBlack Oil - Vol.
FractionOverallCompressibilityOverallNameVapourViscositycPVapourMolar
FlowCur. HYSYS UnitOverallBlack Oil - Volumetric FlowCur. HYSYS
UnitLabel******* Vapour ********OverallMolecular WeightVapourMass
Heat CapacityCur. HYSYS UnitVapourMass FlowCur. HYSYS
UnitOverallCase NameVapourMolar FlowCur. HYSYS UnitOverallMolar
DensityCur. HYSYS UnitVapourThermal ConductivityW/m-KVapourHeat
FlowCur. HYSYS UnitOverallComponent Mass FlowCur. HYSYS
UnitVapourMass FlowCur. HYSYS UnitOverallMass DensityCur. HYSYS
UnitVapourZ FactorVapourActual Volume FlowCur. HYSYS
UnitOverallComponent Mass FractionVapourStd Gas FlowCur. HYSYS
UnitOverallActual Volume FlowCur. HYSYS UnitVapourCp/Cv
(Gamma)VapourMass DensityCur. HYSYS UnitOverallComponent Molar
FlowCur. HYSYS UnitVapourActual Volume FlowCur. HYSYS
UnitOverallMass EnthalpyCur. HYSYS UnitLabel******* Light Liquid
********VapourCompressibilityOverallComponent Molar
FractionVapourMolecular WeightOverallMass EntropyCur. HYSYS
UnitLight LiquidMass FlowCur. HYSYS UnitVapourThermal
ConductivityCur. HYSYS UnitOverallComponent Ideal Liquid Volume
FlowCur. HYSYS UnitVapourHeat FlowCur. HYSYS UnitOverallMolar Heat
CapacityCur. HYSYS UnitLight LiquidStandard Ideal Liquid Volume
Flowbarrel/dayVapourViscosityCur. HYSYS UnitOverallComponent Ideal
Liquid Volume FractionVapourMolar EnthalpyCur. HYSYS
UnitOverallMass Heat CapacityCur. HYSYS UnitLight
LiquidViscositycPVapourMolar FlowCur. HYSYS
UnitOverallCompressibilityVapourMolar EntropyCur. HYSYS
UnitOverallLower Heat ValueCur. HYSYS UnitLight LiquidMass
DensityCur. HYSYS UnitLabel******* Liquid ********OverallCost Based
on FlowCur. HYSYS UnitVapourMass Heat CapacityCur. HYSYS
UnitOverallMass Lower Heating ValueCur. HYSYS UnitLight LiquidMass
Heat CapacityCur. HYSYS UnitLight LiquidMolar FlowCur. HYSYS
UnitOverallCp/(Cp-R) (Ideal Gamma)VapourMass DensityCur. HYSYS
UnitOverallPhase Fraction (Vol. Basis)Light LiquidThermal
ConductivityW/m-KLight LiquidMass FlowCur. HYSYS UnitOverallCp/Cv
(Ent Method)VapourSG Airrel_to_airOverallPhase Fraction (Mass
Basis)Light LiquidSurface TensionCur. HYSYS UnitLight
LiquidMolecular WeightOverallCp/Cv
(Gamma)VapourCompressibilityOverallPartial Pressure of CO2Cur.
HYSYS UnitLabel******* Heavy Liquid ********Light LiquidHeat
FlowCur. HYSYS UnitOverallCvCur. HYSYS UnitVapourThermal
ConductivityCur. HYSYS UnitOverallCost Based on FlowCur. HYSYS
UnitHeavy LiquidMass FlowCur. HYSYS UnitLight LiquidMass Heat
CapacityCur. HYSYS UnitOverallCv (Ent Method)Cur. HYSYS
UnitVapourViscosityCur. HYSYS UnitOverallActual Gas FlowCur. HYSYS
UnitHeavy LiquidStandard Ideal Liquid Volume Flowbarrel/dayLight
LiquidStandard Ideal Liquid Volume FlowCur. HYSYS UnitOverallCv
(Semi-Ideal)Cur. HYSYS UnitLabel******* Light Liquid
********OverallAvg Liq DensityCur. HYSYS UnitHeavy
LiquidViscositycPLight LiquidMass DensityCur. HYSYS
UnitOverallDescriptionLight LiquidMolar FlowCur. HYSYS
UnitOverallSpecific HeatCur. HYSYS UnitHeavy LiquidMass DensityCur.
HYSYS UnitLight LiquidThermal ConductivityCur. HYSYS
UnitOverallDownstream Operation(s)Light LiquidMass FlowCur. HYSYS
UnitOverallStd Gas FlowCur. HYSYS UnitHeavy LiquidMass Heat
CapacityCur. HYSYS UnitLight LiquidViscosityCur. HYSYS
UnitOverallElectrolytes - Heat CapacityCur. HYSYS UnitLight
LiquidStandard Ideal Liquid Volume FlowCur. HYSYS
UnitOverallStandard Ideal Liquid Mass DensityCur. HYSYS UnitHeavy
LiquidThermal ConductivityW/m-KLight LiquidSurface TensionCur.
HYSYS UnitOverallElectrolytes - Ionic StrengthCur. HYSYS UnitLight
LiquidActual Volume FlowCur. HYSYS UnitOverallActual Liquid
FlowCur. HYSYS UnitHeavy LiquidSurface TensionCur. HYSYS UnitLight
LiquidActual Volume FlowCur. HYSYS UnitOverallElectrolytes - Molar
Electrical ConductivityCur. HYSYS UnitLight LiquidMolecular
WeightOverallZ FactorLabel******* Heavy Liquid ********Label*******
Aqueous Liquid ********OverallElectrolytes - Osmotic PressureCur.
HYSYS UnitLight LiquidHeat FlowCur. HYSYS UnitOverallWatson
KOverallComponent Molar FractionHeavy LiquidMolar FlowCur. HYSYS
UnitOverallElectrolytes - pHLight LiquidMolar EnthalpyCur. HYSYS
UnitOverallCp/(Cp-R) (Ideal Gamma)Heavy LiquidMass FlowCur. HYSYS
UnitOverallElectrolytes - Specific Electrical ConductivityCur.
HYSYS UnitLight LiquidMolar EntropyCur. HYSYS UnitOverallCp/Cv
(Gamma)Heavy LiquidStandard Ideal Liquid Volume FlowCur. HYSYS
UnitOverallElectrolytes - ViscosityCur. HYSYS UnitLight LiquidMass
Heat CapacityCur. HYSYS UnitOverallHeat Of VapourisationCur. HYSYS
UnitHeavy LiquidHeat FlowCur. HYSYS UnitOverallFlowsheet NameLight
LiquidMass DensityCur. HYSYS UnitOverallKinematic
ViscositycStOverallFluid PackageLight LiquidMass
DensitySG_60/60apiOverallLiquid Mass Density @Std CondCur. HYSYS
UnitOverallHC Dew Point (Gas)Cur. HYSYS UnitLight LiquidWatson
KOverallLiq Vol Flow - Sum (Std Cond)Cur. HYSYS UnitOverallHeat
FlowCur. HYSYS UnitLight LiquidThermal ConductivityCur. HYSYS
UnitOverallLiquid FractionOverallHeat Of VapourisationCur. HYSYS
UnitLight LiquidViscosityCur. HYSYS UnitOverallMolar VolumeCur.
HYSYS UnitOverallHeavy Liquid FractionLabel******* Heavy Liquid
********OverallMass Heat Of VapourisationCur. HYSYS
UnitOverallHigher Heating ValueCur. HYSYS UnitHeavy LiquidMolar
FlowCur. HYSYS UnitOverallPhase Fraction (Molar Basis)OverallHigher
Heating Value (Gas)Cur. HYSYS UnitHeavy LiquidMass FlowCur. HYSYS
UnitOverallSurface TensionCur. HYSYS UnitOverallIs Energy
StreamHeavy LiquidStandard Ideal Liquid Volume FlowCur. HYSYS
UnitOverallThermal ConductivityCur. HYSYS UnitOverallIs
ValidOverallViscosityCur. HYSYS UnitOverallKinematic
ViscositycStOverallCv (Semi-Ideal)Cur. HYSYS UnitOverallLight
Liquid FractionOverallMass Cv (Semi-Ideal)Cur. HYSYS UnitOverallLiq
Vol Flow - Sum (Std Cond)Cur. HYSYS UnitOverallCvCur. HYSYS
UnitOverallLiquid FractionOverallMass CvCur. HYSYS
UnitOverallLiquid Mass Density @Std CondCur. HYSYS UnitOverallCv
(Ent Method)Cur. HYSYS UnitOverallLiquid Vol Flow @Std CondCur.
HYSYS UnitOverallMass Cv (Ent Method)Cur. HYSYS UnitOverallLower
Heat ValueCur. HYSYS UnitOverallCp/Cv (Ent Method)OverallLower
Heating Value (Gas)Cur. HYSYS UnitOverallLiq Vol Flow - Sum (Std
Cond)Cur. HYSYS UnitOverallMass CvCur. HYSYS UnitOverallReid VP at
37.8 CCur. HYSYS UnitOverallMass Cv (Ent Method)Cur. HYSYS
UnitOverallTrue VP at 37.8 CCur. HYSYS UnitOverallMass Cv
(Semi-Ideal)Cur. HYSYS UnitOverallPartial Pressure of H2SCur. HYSYS
UnitOverallMass DensityCur. HYSYS UnitOverallMass Density (Std
Cond) (Gas)Cur. HYSYS UnitOverallMass EnthalpyCur. HYSYS
UnitOverallMass EntropyCur. HYSYS UnitOverallMass FlowCur. HYSYS
UnitOverallMass Flow (Dry Basis)Cur. HYSYS UnitOverallMass Heat
CapacityCur. HYSYS UnitOverallMass Heat Of VapourisationCur. HYSYS
UnitOverallMass Higher Heating ValueCur. HYSYS UnitOverallMass
Lower Heating ValueCur. HYSYS UnitOverallMolar DensityCur. HYSYS
UnitOverallMolar EnthalpyCur. HYSYS UnitOverallMolar EntropyCur.
HYSYS UnitOverallMolar FlowCur. HYSYS UnitOverallMolar Flow (Dry
Basis)Cur. HYSYS UnitOverallMolar Heat CapacityCur. HYSYS
UnitOverallMolar VolumeCur. HYSYS UnitOverallMolecular
WeightOverallNameOverallNotesOverallPartial Pressure of CO2Cur.
HYSYS UnitOverallPartial Pressure of H2SCur. HYSYS UnitOverallPhase
Fraction (Mass Basis)OverallPhase Fraction (Molar
Basis)OverallPhase Fraction (Vol. Basis)OverallPowerCur. HYSYS
UnitOverallProperty PackageOverallPressureCur. HYSYS
UnitOverallPseudo Critical PressureCur. HYSYS UnitOverallPseudo
Critical TemperatureCur. HYSYS UnitOverallPseudo Critical
VolumeCur. HYSYS UnitOverallReid VP at 37.8 CCur. HYSYS
UnitOverallRVP - API 5B1.1Cur. HYSYS UnitOverallRVP - API 5B1.2Cur.
HYSYS UnitOverallRVP - ASTM D323-73/79Cur. HYSYS UnitOverallRVP -
ASTM D323-82Cur. HYSYS UnitOverallRVP - ASTM D4953-91Cur. HYSYS
UnitOverallRVP - ASTM D5191-91Cur. HYSYS UnitOverallSG
Airrel_to_airOverallSpecific HeatCur. HYSYS UnitOverallStandard
Ideal Liquid Mass DensityCur. HYSYS UnitOverallStandard Ideal
Liquid Mass Density (Dry Basis)Cur. HYSYS UnitOverallStandard Ideal
Liquid Volume FlowCur. HYSYS UnitOverallStandard Ideal Liquid
Volume Flow (Dry Basis)Cur. HYSYS UnitOverallStd Gas FlowCur. HYSYS
UnitOverallSurface TensionCur. HYSYS UnitOverallTagged
NameOverallTemperatureCur. HYSYS UnitOverallThermal
ConductivityCur. HYSYS UnitOverallTrue VP at 37.8 CCur. HYSYS
UnitOverallType NameOverallUnique IDOverallUpstream
Operation(s)OverallVapour FractionOverallViscosityCur. HYSYS
UnitOverallVisible Type NameOverallWater Content In Mg/m3
(Gas)OverallWater Dew Point (Gas)Cur. HYSYS UnitOverallWatson
KOverallWobbe Index (Gas)Cur. HYSYS UnitOverallZ
FactorLabel*******Vapour********VapourActual Gas FlowCur. HYSYS
UnitVapourActual Volume FlowCur. HYSYS UnitVapourComponent Ideal
Liquid Volume FlowCur. HYSYS UnitVapourComponent Ideal Liquid
Volume FractionVapourComponent Mass FlowCur. HYSYS
UnitVapourComponent Mass FractionVapourComponent Molar FlowCur.
HYSYS UnitVapourComponent Molar
FractionVapourCompressibilityVapourCp/Cv (Gamma)VapourHeat FlowCur.
HYSYS UnitVapourIs At EquilibriumVapourIs ValidVapourKinematic
ViscositycStVapourLiquid Mass Density @Std CondCur. HYSYS
UnitVapourLiquid Vol Flow @Std CondCur. HYSYS UnitVapourMass
DensityCur. HYSYS UnitVapourMass EnthalpyCur. HYSYS UnitVapourMass
EntropyCur. HYSYS UnitVapourMass FlowCur. HYSYS UnitVapourMass Flow
(Dry Basis)Cur. HYSYS UnitVapourMass Heat CapacityCur. HYSYS
UnitVapourMolar DensityCur. HYSYS UnitVapourMolar EnthalpyCur.
HYSYS UnitVapourMolar EntropyCur. HYSYS UnitVapourMolar FlowCur.
HYSYS UnitVapourMolar Flow (Dry Basis)Cur. HYSYS UnitVapourMolar
Heat CapacityCur. HYSYS UnitVapourMolar VolumeCur. HYSYS
UnitVapourMolecular WeightVapourNameVapourPressureCur. HYSYS
UnitVapourPseudo Critical PressureCur. HYSYS UnitVapourPseudo
Critical TemperatureCur. HYSYS UnitVapourPseudo Critical VolumeCur.
HYSYS UnitVapourSG Airrel_to_airVapourSpecific HeatCur. HYSYS
UnitVapourStandard Ideal Liquid Mass DensityCur. HYSYS
UnitVapourStandard Ideal Liquid Mass Density (Dry Basis)Cur. HYSYS
UnitVapourStandard Ideal Liquid Volume FlowCur. HYSYS
UnitVapourStandard Ideal Liquid Volume Flow (Dry Basis)Cur. HYSYS
UnitVapourStd Gas FlowCur. HYSYS UnitVapourTagged
NameVapourTemperatureCur. HYSYS UnitVapourThermal ConductivityCur.
HYSYS UnitVapourType NameVapourUnique IDVapourViscosityCur. HYSYS
UnitVapourVisible Type NameVapourWatson KVapourZ
FactorLabel*******Light Liquid********Light LiquidActual Volume
FlowCur. HYSYS UnitLight LiquidComponent Ideal Liquid Volume
FlowCur. HYSYS UnitLight LiquidComponent Ideal Liquid Volume
FractionLight LiquidComponent Mass FlowCur. HYSYS UnitLight
LiquidComponent Mass FractionLight LiquidComponent Molar FlowCur.
HYSYS UnitLight LiquidComponent Molar FractionLight
LiquidCompressibilityLight LiquidCp/Cv (Gamma)Light LiquidHeat
FlowCur. HYSYS UnitLight LiquidIs At EquilibriumLight LiquidIs
ValidLight LiquidK ValueLight LiquidKinematic ViscositycStLight
LiquidLiquid Mass Density @Std CondCur. HYSYS UnitLight
LiquidLiquid Vol Flow @Std CondCur. HYSYS UnitLight LiquidMass
DensityCur. HYSYS UnitLight LiquidMass EnthalpyCur. HYSYS UnitLight
LiquidMass EntropyCur. HYSYS UnitLight LiquidMass FlowCur. HYSYS
UnitLight LiquidMass Flow (Dry Basis)Cur. HYSYS UnitLight
LiquidMass Heat CapacityCur. HYSYS UnitLight LiquidMolar
DensityCur. HYSYS UnitLight LiquidMolar EnthalpyCur. HYSYS
UnitLight LiquidMolar EntropyCur. HYSYS UnitLight LiquidMolar
FlowCur. HYSYS UnitLight LiquidMolar Flow (Dry Basis)Cur. HYSYS
UnitLight LiquidMolar Heat CapacityCur. HYSYS UnitLight LiquidMolar
VolumeCur. HYSYS UnitLight LiquidMolecular WeightLight
LiquidNameLight LiquidPressureCur. HYSYS UnitLight LiquidPseudo
Critical PressureCur. HYSYS UnitLight LiquidPseudo Critical
TemperatureCur. HYSYS UnitLight LiquidPseudo Critical VolumeCur.
HYSYS UnitLight LiquidSG Airrel_to_airLight LiquidSpecific HeatCur.
HYSYS UnitLight LiquidStandard Ideal Liquid Mass DensityCur. HYSYS
UnitLight LiquidStandard Ideal Liquid Mass Density (Dry Basis)Cur.
HYSYS UnitLight LiquidStandard Ideal Liquid Volume FlowCur. HYSYS
UnitLight LiquidStandard Ideal Liquid Volume Flow (Dry Basis)Cur.
HYSYS UnitLight LiquidStd Gas FlowCur. HYSYS UnitLight
LiquidSurface TensionCur. HYSYS UnitLight LiquidTagged NameLight
LiquidTemperatureCur. HYSYS UnitLight LiquidThermal
ConductivityCur. HYSYS UnitLight LiquidType NameLight LiquidUnique
IDLight LiquidViscosityCur. HYSYS UnitLight LiquidVisible Type
NameLight LiquidWatson KLight LiquidZ FactorLabel*******Heavy
Liquid********Heavy LiquidActual Volume FlowCur. HYSYS UnitHeavy
LiquidComponent Ideal Liquid Volume FlowCur. HYSYS UnitHeavy
LiquidComponent Ideal Liquid Volume FractionHeavy LiquidComponent
Mass FlowCur. HYSYS UnitHeavy LiquidComponent Mass FractionHeavy
LiquidComponent Molar FlowCur. HYSYS UnitHeavy LiquidComponent
Molar FractionHeavy LiquidCompressibilityHeavy LiquidCp/Cv
(Gamma)Heavy LiquidHeat FlowCur. HYSYS UnitHeavy LiquidIs At
EquilibriumHeavy LiquidIs ValidHeavy LiquidK ValueHeavy
LiquidKinematic ViscositycStHeavy LiquidLiquid Mass Density @Std
CondCur. HYSYS UnitHeavy LiquidLiquid Vol Flow @Std CondCur. HYSYS
UnitHeavy LiquidMass DensityCur. HYSYS UnitHeavy LiquidMass
EnthalpyCur. HYSYS UnitHeavy LiquidMass EntropyCur. HYSYS UnitHeavy
LiquidMass FlowCur. HYSYS UnitHeavy LiquidMass Flow (Dry Basis)Cur.
HYSYS UnitHeavy LiquidMass Heat CapacityCur. HYSYS UnitHeavy
LiquidMolar DensityCur. HYSYS UnitHeavy LiquidMolar EnthalpyCur.
HYSYS UnitHeavy LiquidMolar EntropyCur. HYSYS UnitHeavy LiquidMolar
FlowCur. HYSYS UnitHeavy LiquidMolar Flow (Dry Basis)Cur. HYSYS
UnitHeavy LiquidMolar Heat CapacityCur. HYSYS UnitHeavy LiquidMolar
VolumeCur. HYSYS UnitHeavy LiquidMolecular WeightHeavy
LiquidNameHeavy LiquidPressureCur. HYSYS UnitHeavy LiquidPseudo
Critical PressureCur. HYSYS UnitHeavy LiquidPseudo Critical
TemperatureCur. HYSYS UnitHeavy LiquidPseudo Critical VolumeCur.
HYSYS UnitHeavy LiquidSG Airrel_to_airHeavy LiquidSpecific HeatCur.
HYSYS UnitHeavy LiquidStandard Ideal Liquid Mass DensityCur. HYSYS
UnitHeavy LiquidStandard Ideal Liquid Mass Density (Dry Basis)Cur.
HYSYS UnitHeavy LiquidStandard Ideal Liquid Volume FlowCur. HYSYS
UnitHeavy LiquidStandard Ideal Liquid Volume Flow (Dry Basis)Cur.
HYSYS UnitHeavy LiquidStd Gas FlowCur. HYSYS UnitHeavy
LiquidSurface TensionCur. HYSYS UnitHeavy LiquidTagged NameHeavy
LiquidTemperatureCur. HYSYS UnitHeavy LiquidThermal
ConductivityCur. HYSYS UnitHeavy LiquidType NameHeavy LiquidUnique
IDHeavy LiquidViscosityCur. HYSYS UnitHeavy LiquidVisible Type
NameHeavy LiquidWatson KHeavy LiquidZ FactorLabel*******Combined
Liquid********Combined LiquidActual Volume FlowCur. HYSYS
UnitCombined LiquidComponent Ideal Liquid Volume FlowCur. HYSYS
UnitCombined LiquidComponent Ideal Liquid Volume FractionCombined
LiquidComponent Mass FlowCur. HYSYS UnitCombined LiquidComponent
Mass FractionCombined LiquidComponent Molar FlowCur. HYSYS
UnitCombined LiquidComponent Molar FractionCombined
LiquidCompressibilityCombined LiquidCp/Cv (Gamma)Combined
LiquidHeat FlowCur. HYSYS UnitCombined LiquidIs At
EquilibriumCombined LiquidIs ValidCombined LiquidK ValueCombined
LiquidKinematic ViscositycStCombined LiquidLiquid Mass Density @Std
CondCur. HYSYS UnitCombined LiquidLiquid Vol Flow @Std CondCur.
HYSYS UnitCombined LiquidMass DensityCur. HYSYS UnitCombined
LiquidMass EnthalpyCur. HYSYS UnitCombined LiquidMass EntropyCur.
HYSYS UnitCombined LiquidMass FlowCur. HYSYS UnitCombined
LiquidMass Flow (Dry Basis)Cur. HYSYS UnitCombined LiquidMass Heat
CapacityCur. HYSYS UnitCombined LiquidMolar DensityCur. HYSYS
UnitCombined LiquidMolar EnthalpyCur. HYSYS UnitCombined
LiquidMolar EntropyCur. HYSYS UnitCombined LiquidMolar FlowCur.
HYSYS UnitCombined LiquidMolar Flow (Dry Basis)Cur. HYSYS
UnitCombined LiquidMolar Heat CapacityCur. HYSYS UnitCombined
LiquidMolar VolumeCur. HYSYS UnitCombined LiquidMolecular
WeightCombined LiquidNameCombined LiquidPressureCur. HYSYS
UnitCombined LiquidPseudo Critical PressureCur. HYSYS UnitCombined
LiquidPseudo Critical TemperatureCur. HYSYS UnitCombined
LiquidPseudo Critical VolumeCur. HYSYS UnitCombined LiquidSG
Airrel_to_airCombined LiquidSpecific HeatCur. HYSYS UnitCombined
LiquidStandard Ideal Liquid Mass DensityCur. HYSYS UnitCombined
LiquidStandard Ideal Liquid Mass Density (Dry Basis)Cur. HYSYS
UnitCombined LiquidStandard Ideal Liquid Volume FlowCur. HYSYS
UnitCombined LiquidStandard Ideal Liquid Volume Flow (Dry
Basis)Cur. HYSYS UnitCombined LiquidStd Gas FlowCur. HYSYS
UnitCombined LiquidSurface TensionCur. HYSYS UnitCombined
LiquidTagged NameCombined LiquidTemperatureCur. HYSYS UnitCombined
LiquidThermal ConductivityCur. HYSYS UnitCombined LiquidType
NameCombined LiquidUnique IDCombined LiquidViscosityCur. HYSYS
UnitCombined LiquidVisible Type NameCombined LiquidZ
FactorLabel*******Solid********SolidActual Volume FlowCur. HYSYS
UnitSolidComponent Ideal Liquid Volume FlowCur. HYSYS
UnitSolidComponent Ideal Liquid Volume FractionSolidComponent Mass
FlowCur. HYSYS UnitSolidComponent Mass FractionSolidComponent Molar
FlowCur. HYSYS UnitSolidComponent Molar
FractionSolidCompressibilitySolidCp/Cv (Gamma)SolidHeat FlowCur.
HYSYS UnitSolidIs At EquilibriumSolidIs ValidSolidLiquid Mass
Density @Std CondCur. HYSYS UnitSolidLiquid Vol Flow @Std CondCur.
HYSYS UnitSolidMass DensityCur. HYSYS UnitSolidMass EnthalpyCur.
HYSYS UnitSolidMass EntropyCur. HYSYS UnitSolidMass FlowCur. HYSYS
UnitSolidMass Heat CapacityCur. HYSYS UnitSolidMolar DensityCur.
HYSYS UnitSolidMolar EnthalpyCur. HYSYS UnitSolidMolar EntropyCur.
HYSYS UnitSolidMolar FlowCur. HYSYS UnitSolidMolar Heat
CapacityCur. HYSYS UnitSolidMolar VolumeCur. HYSYS
UnitSolidMolecular WeightSolidNameSolidPressureCur. HYSYS
UnitSolidPseudo Critical PressureCur. HYSYS UnitSolidPseudo
Critical TemperatureCur. HYSYS UnitSolidPseudo Critical VolumeCur.
HYSYS UnitSolidSG Airrel_to_airSolidSpecific HeatCur. HYSYS
UnitSolidStandard Ideal Liquid Volume FlowCur. HYSYS UnitSolidStd
Gas FlowCur. HYSYS UnitSolidTagged NameSolidTemperatureCur. HYSYS
UnitSolidType NameSolidUnique IDSolidVisible Type NameSolidWatson
KSolidZ Factor
Enter the label textEnter the label textEnter the label
textEnter the label textEnter the label textEnter the label
textEnter the label textEnter the label textEnter the label
textEnter the label textEnter the label textEnter the label
textEnter the label textEnter the label textEnter the label
textEnter the label textEnter the label textEnter the label
textEnter the label textEnter the label textEnter the label
text
Output TemplateOutput Sheet Template - Can't edit
Comparison Output TemplateComparison Output Sheet Template -
Can't edit
