Object Property Codes

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Introduction

Below is a table with all object property codes. Most of them are read-only. For example: with the Material Stream, you can write values only to properties from index 0 to 4, just like through the Property Grid in the Flowsheet GUI.

Property Codes

DWSIM - Object Property Codes ' ' ' '
Object Type Index Property Code Property Name (en-US)
Material Stream MS 0 PROP_MS_0 Temperature
MS 1 PROP_MS_1 Pressure
MS 2 PROP_MS_2 Mass Flow
MS 3 PROP_MS_3 Molar Flow
MS 4 PROP_MS_4 Volumetric Flow
MS 5 PROP_MS_5 Mixture Density
MS 6 PROP_MS_6 Mixture Molar Weight
MS 7 PROP_MS_7 Mixture Specific Enthalpy
MS 8 PROP_MS_8 Mixture Specific Entropy
MS 9 PROP_MS_9 Mixture Molar Enthalpy
MS 10 PROP_MS_10 Mixture Molar Entropy
MS 11 PROP_MS_11 Mixture Thermal Conductivity
MS 12 PROP_MS_12 Vapor Phase Density
MS 13 PROP_MS_13 Vapor Phase Molar Weight
MS 14 PROP_MS_14 Vapor Phase Specific Enthalpy
MS 15 PROP_MS_15 Vapor Phase Specific Entropy
MS 16 PROP_MS_16 Vapor Phase Molar Enthalpy
MS 17 PROP_MS_17 Vapor Phase Molar Entropy
MS 18 PROP_MS_18 Vapor Phase Thermal Conductivity
MS 19 PROP_MS_19 Vapor Phase Kinematic Viscosity
MS 20 PROP_MS_20 Vapor Phase Dynamic Viscosity
MS 21 PROP_MS_21 Vapor Phase Heat Capacity (Cp)
MS 22 PROP_MS_22 Vapor Phase Heat Capacity Ratio (Cp/Cv)
MS 23 PROP_MS_23 Vapor Phase Mass Flow
MS 24 PROP_MS_24 Vapor Phase Molar Flow
MS 25 PROP_MS_25 Vapor Phase Volumetric Flow
MS 26 PROP_MS_26 Vapor Phase Compressibility Factor
MS 27 PROP_MS_27 Vapor Phase Molar Fraction
MS 28 PROP_MS_28 Vapor Phase Mass Fraction
MS 29 PROP_MS_29 Vapor Phase Volumetric Fraction
MS 30 PROP_MS_30 Liquid Phase (Mixture) Density
MS 31 PROP_MS_31 Liquid Phase (Mixture) Molar Weight
MS 32 PROP_MS_32 Liquid Phase (Mixture) Specific Enthalpy
MS 33 PROP_MS_33 Liquid Phase (Mixture) Specific Entropy
MS 34 PROP_MS_34 Liquid Phase (Mixture) Molar Enthalpy
MS 35 PROP_MS_35 Liquid Phase (Mixture) Molar Entropy
MS 36 PROP_MS_36 Liquid Phase (Mixture) Thermal Conductivity
MS 37 PROP_MS_37 Liquid Phase (Mixture) Kinematic Viscosity
MS 38 PROP_MS_38 Liquid Phase (Mixture) Dynamic Viscosity
MS 39 PROP_MS_39 Liquid Phase (Mixture) Heat Capacity (Cp)
MS 40 PROP_MS_40 Liquid Phase (Mixture) Heat Capacity Ratio (Cp/Cv)
MS 41 PROP_MS_41 Liquid Phase (Mixture) Mass Flow
MS 42 PROP_MS_42 Liquid Phase (Mixture) Molar Flow
MS 43 PROP_MS_43 Liquid Phase (Mixture) Volumetric Flow
MS 44 PROP_MS_44 Liquid Phase (Mixture) Compressibility Factor
MS 45 PROP_MS_45 Liquid Phase (Mixture) Molar Fraction
MS 46 PROP_MS_46 Liquid Phase (Mixture) Mass Fraction
MS 47 PROP_MS_47 Liquid Phase (Mixture) Volumetric Fraction
MS 48 PROP_MS_48 Liquid Phase (1) Density
MS 49 PROP_MS_49 Liquid Phase (1) Molar Weight
MS 50 PROP_MS_50 Liquid Phase (1) Specific Enthalpy
MS 51 PROP_MS_51 Liquid Phase (1) Specific Entropy
MS 52 PROP_MS_52 Liquid Phase (1) Molar Enthalpy
MS 53 PROP_MS_53 Liquid Phase (1) Molar Entropy
MS 54 PROP_MS_54 Liquid Phase (1) Thermal Conductivity
MS 55 PROP_MS_55 Liquid Phase (1) Kinematic Viscosity
MS 56 PROP_MS_56 Liquid Phase (1) Dynamic Viscosity
MS 57 PROP_MS_57 Liquid Phase (1) Heat Capacity (Cp)
MS 58 PROP_MS_58 Liquid Phase (1) Heat Capacity Ratio (Cp/Cv)
MS 59 PROP_MS_59 Liquid Phase (1) Mass Flow
MS 60 PROP_MS_60 Liquid Phase (1) Molar Flow
MS 61 PROP_MS_61 Liquid Phase (1) Volumetric Flow
MS 62 PROP_MS_62 Liquid Phase (1) Compressibility Factor
MS 63 PROP_MS_63 Liquid Phase (1) Molar Fraction
MS 64 PROP_MS_64 Liquid Phase (1) Mass Fraction
MS 65 PROP_MS_65 Liquid Phase (1) Volumetric Fraction
MS 66 PROP_MS_66 Liquid Phase (2) Density
MS 67 PROP_MS_67 Liquid Phase (2) Molar Weight
MS 68 PROP_MS_68 Liquid Phase (2) Specific Enthalpy
MS 69 PROP_MS_69 Liquid Phase (2) Specific Entropy
MS 70 PROP_MS_70 Liquid Phase (2) Molar Enthalpy
MS 71 PROP_MS_71 Liquid Phase (2) Molar Entropy
MS 72 PROP_MS_72 Liquid Phase (2) Thermal Conductivity
MS 73 PROP_MS_73 Liquid Phase (2) Kinematic Viscosity
MS 74 PROP_MS_74 Liquid Phase (2) Dynamic Viscosity
MS 75 PROP_MS_75 Liquid Phase (2) Heat Capacity (Cp)
MS 76 PROP_MS_76 Liquid Phase (2) Heat Capacity Ratio (Cp/Cv)
MS 77 PROP_MS_77 Liquid Phase (2) Mass Flow
MS 78 PROP_MS_78 Liquid Phase (2) Molar Flow
MS 79 PROP_MS_79 Liquid Phase (2) Volumetric Flow
MS 80 PROP_MS_80 Liquid Phase (2) Compressibility Factor
MS 81 PROP_MS_81 Liquid Phase (2) Molar Fraction
MS 82 PROP_MS_82 Liquid Phase (2) Mass Fraction
MS 83 PROP_MS_83 Liquid Phase (2) Volumetric Fraction
MS 84 PROP_MS_84 Aqueous Phase Density
MS 85 PROP_MS_85 Aqueous Phase Molar Weight
MS 86 PROP_MS_86 Aqueous Phase Specific Enthalpy
MS 87 PROP_MS_87 Aqueous Phase Specific Entropy
MS 88 PROP_MS_88 Aqueous Phase Molar Enthalpy
MS 89 PROP_MS_89 Aqueous Phase Molar Entropy
MS 90 PROP_MS_90 Aqueous Phase Thermal Conductivity
MS 91 PROP_MS_91 Aqueous Phase Kinematic Viscosity
MS 92 PROP_MS_92 Aqueous Phase Dynamic Viscosity
MS 93 PROP_MS_93 Aqueous Phase Heat Capacity (Cp)
MS 94 PROP_MS_94 Aqueous Phase Heat Capacity Ratio (Cp/Cv)
MS 95 PROP_MS_95 Aqueous Phase Mass Flow
MS 96 PROP_MS_96 Aqueous Phase Molar Flow
MS 97 PROP_MS_97 Aqueous Phase Volumetric Flow
MS 98 PROP_MS_98 Aqueous Phase Compressibility Factor
MS 99 PROP_MS_99 Aqueous Phase Molar Fraction
MS 100 PROP_MS_100 Aqueous Phase Mass Fraction
MS 101 PROP_MS_101 Aqueous Phase Volumetric Fraction
MS 102 PROP_MS_102 Molar Fraction (Mixture)
MS 103 PROP_MS_103 Mass Fraction (Mixture)
MS 104 PROP_MS_104 Molar Flow (Mixture)
MS 105 PROP_MS_105 Mass Flow (Mixture)
MS 106 PROP_MS_106 Molar Fraction (Vapor Phase)
MS 107 PROP_MS_107 Molar Fraction (Overall Liquid Phase)
MS 108 PROP_MS_108 Molar Fraction (Liquid Phase 1)
MS 109 PROP_MS_109 Molar Fraction (Liquid Phase 2)
MS 110 PROP_MS_110 Molar Fraction (Aqueous Phase)
MS 111 PROP_MS_111 Mass Fraction (Vapor Phase)
MS 112 PROP_MS_112 Mass Fraction (Overall Liquid Phase)
MS 113 PROP_MS_113 Mass Fraction (Liquid Phase 1)
MS 114 PROP_MS_114 Mass Fraction (Liquid Phase 2)
MS 115 PROP_MS_115 Mass Fraction (Aqueous Phase)
MS 116 PROP_MS_116 Molar Flow (Vapor Phase)
MS 117 PROP_MS_117 Molar Flow (Overall Liquid Phase)
MS 118 PROP_MS_118 Molar Flow (Liquid Phase 1)
MS 119 PROP_MS_119 Molar Flow (Liquid Phase 2)
MS 120 PROP_MS_120 Molar Flow (Aqueous Phase)
MS 121 PROP_MS_121 Mass Flow (Vapor Phase)
MS 122 PROP_MS_122 Mass Flow (Overall Liquid Phase)
MS 123 PROP_MS_123 Mass Flow (Liquid Phase 1)
MS 124 PROP_MS_124 Mass Flow (Liquid Phase 2)
MS 125 PROP_MS_125 Mass Flow (Aqueous Phase)
Energy Stream ES 0 PROP_ES_0 Power
Valve VA 0 PROP_VA_0 Calculation Mode
VA 1 PROP_VA_1 Pressure Drop
VA 2 PROP_VA_2 Outlet Pressure
VA 3 PROP_VA_3 Temperature Drop
Pipe Segment PS 0 PROP_PS_0 Pressure Drop
PS 1 PROP_PS_1 Temperature Drop
PS 2 PROP_PS_2 Heat Exchanged
Pump PU 0 PROP_PU_0 Pressure Increase (Head)
PU 1 PROP_PU_1 Efficiency
PU 2 PROP_PU_2 Delta-T
PU 3 PROP_PU_3 Power Required
Tank TK 0 PROP_TK_0 Pressure Drop
Separator Vessel SV 0 PROP_SV_0 Separation Temperature
SV 1 PROP_SV_1 Separation Pressure
Compressor CO 0 PROP_CO_0 Pressure Increase (Head)
CO 1 PROP_CO_1 Efficiency
CO 2 PROP_CO_2 Delta-T
CO 3 PROP_CO_3 Power Required
Expander (Turbine) TU 0 PROP_TU_0 Pressure Drop
TU 1 PROP_TU_1 Efficiency
TU 2 PROP_TU_2 Delta-T
TU 3 PROP_TU_3 Power Generated
Heater HT 0 PROP_HT_0 Pressure Drop
HT 1 PROP_HT_1 Efficiency
HT 2 PROP_HT_2 Outlet Temperature
HT 3 PROP_HT_3 Heat Added
HT 4 PROP_HT_4 Delta-T
Cooler CL 0 PROP_CL_0 Pressure Drop
CL 1 PROP_CL_1 Efficiency
CL 2 PROP_CL_2 Outlet Temperature
CL 3 PROP_CL_3 Heat Removed
CL 4 PROP_CL_4 Delta-T
Recycle RY 0 PROP_RY_0 Maximum Iterations
RY 1 PROP_RY_1 Mass Flow Tolerance
RY 2 PROP_RY_2 Temperature Tolerance
RY 3 PROP_RY_3 Pressure Tolerance
RY 4 PROP_RY_4 Mass Flow Error
RY 5 PROP_RY_5 Temperature Error
RY 6 PROP_RY_6 Pressure Error
Energy Recycle ER 0 PROP_ER_0 Maximum Iterations
ER 1 PROP_ER_1 Power Tolerance
ER 2 PROP_ER_2 Power Error
Conversion Reactor CR 0 PROP_CR_0 Pressure Drop
Equilibrium Reactor EQ 0 PROP_EQ_0 Pressure Drop
Gibbs Reactor GR 0 PROP_GR_0 Pressure Drop
CSTR CS 0 PROP_CS_0 Pressure Drop
PFR PR 0 PROP_PR_0 Pressure Drop
Heat Exchanger HX 0 PROP_HX_0 Global Heat Transfer Coefficient (U)
HX 1 PROP_HX_1 Heat Exchange Area (A)
HX 2 PROP_HX_2 Heat Load
Shortcut Column SC 0 PROP_SC_0 Reflux Ratio
SC 1 PROP_SC_1 Heavy Key Molar Fraction
SC 2 PROP_SC_2 Light Key Molar Fraction
SC 3 PROP_SC_3 Condenser Pressure
SC 4 PROP_SC_4 Reboiler Pressure
SC 5 PROP_SC_5 Minimun Reflux Ratio
SC 6 PROP_SC_6 Minimum Stages
SC 7 PROP_SC_7 Optimal Feed Stage
SC 8 PROP_SC_8 Stripping Liquid Molar Flow
SC 9 PROP_SC_9 Rectify Liquid Molar Flow
SC 10 PROP_SC_10 Stripping Vapor Molar Flow
SC 11 PROP_SC_11 Rectify Vapor Molar Flow
SC 12 PROP_SC_12 Condenser Duty
SC 13 PROP_SC_13 Reboiler Duty
Distillation Column DC 0 PROP_DC_0 Condenser Pressure
DC 1 PROP_DC_1 Reboiler Pressure
DC 2 PROP_DC_2 Condenser Pressure Drop
DC 3 PROP_DC_3 Reflux Ratio
DC 4 PROP_DC_4 Distillate Molar Flow
DC 5 PROP_DC_5 Condenser Duty
DC 6 PROP_DC_6 Reboiler Duty
DC 7 PROP_DC_7 Number of Stages
Absorption Column AC 0 PROP_AC_0 Top Stage Pressure
AC 1 PROP_AC_1 Bottom Stage Pressure
AC 2 PROP_AC_2 Number of Stages
Reboiled Absorber RA 0 PROP_RA_0 Top Stage Pressure
RA 1 PROP_RA_1 Reboiler Pressure
RA 2 PROP_RA_2 Boil-Up Ratio
RA 3 PROP_RA_3 Reboiler Duty
RA 4 PROP_RA_4 Number of Stages
Refluxed Absorber RF 0 PROP_RF_0 Condenser Pressure
RF 1 PROP_RF_1 Bottom Stage Pressure
RF 2 PROP_RF_2 Condenser Pressure Drop
RF 3 PROP_RF_3 Reflux Ratio
RF 4 PROP_RF_4 Distillate Molar Flow
RF 5 PROP_RF_5 Condenser Duty
RF 6 PROP_RF_6 Number of Stages
Orifice Plate OP 0 PROP_OP_0 Pressure Tappings
OP 1 PROP_OP_1 Orifice Diameter
OP 2 PROP_OP_2 Beta (d/D)
OP 3 PROP_OP_3 Correction Factor
OP 4 PROP_OP_4 Overall Pressure Drop
OP 5 PROP_OP_5 Orifice Pressure Drop
OP 6 PROP_OP_6 Delta T