The Rfld
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Heat transfer fluids in HYSYS Components list in the Basis Environment (Refrigerants via tab at bottom) Provided by the Aspen HYSYS support site and modified by W.R. Wilcox, Clarkson University (October 14, 2005) These fluids are presumably used for adding or removing heat as liquids, although some might be boiled or co Contact the manufacturers for more details. Abbreviation Full Name Manufacturer (click on cell) Composition MT-IG-2* Multitherm-IG-2 Single Cut Paraffinic Hydrocarbon 436 MT-PG-1* Multitherm-PG-1 White Mineral Oil Base 361 MT-503* Multitherm-503 Synthetic White Mineral Oil 329 THEOL-LT* Therminol-LT Alkyl Substituted Aromatic 181 THEOLD12* Therminol-D12 Synthetic Hydrocarbon Mixture 193 THEOL-44* Therminol-44 Modified Ester Based Fluid 363 THEOL-55* Therminol-55 Synthetic Hydrocarbon Mixture 351 THEOL-59* Therminol-59 Alkyl Substituted Aromatic 289 THEOL-60* Therminol-60 Polyaromatic Compounds 329 THEOL-66* Therminol-66 Modified Polyphenyl 341 THEOL-75* Therminol-75 Polyphenyl 383 THEOLVP1* Therminol-VP1 Eutectic Bipheny & Diphenyl Oxide 257 PathrmHE* Paratherm HE Single Cut Paraffinic Hydrocarbon 415 PathrmNF* Paratherm NF White Mineral Oil Base 346 MritrmS* MARLOTHERM SH Mixture of isomeric dibenzyltolue 390 MritrmL* MARLOTHERM LH Mixture of isomeric benzyltoluene 280 MritrmX* MARLOTHERM X Alkyl Benzenes 181 Hlcbn0.8* Halocarbon Oil 0. 133 Hlcbn1.8* Halocarbon Oil 1. 195 Hlcbn4.2* Halocarbon Oil 4. 225 DTRM-A Dowtherm_A Synthetic organics 257 DTRM-G Dowtherm_G 288 DTRM-Q Dowtherm_Q 267 DTRM-HT Dowtherm_HT 344 DTRM-LF Dowtherm_LF 273 DTRM-J Dowtherm_J 181 Norm boil pt ( o C) Multitherm Solutia Paratherm Sasol Halocarbon Low MW polymers of chlorotrifluoroethylene. Number is viscosity in cSt at 100°F. Dow
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Transcript of The Rfld
Heat transfer fluids in HYSYS Components list in the Basis Environment (Refrigerants via tab at bottom)Provided by the Aspen HYSYS support site and modified by W.R. Wilcox, Clarkson University (October 14, 2005)These fluids are presumably used for adding or removing heat as liquids, although some might be boiled or condensed.Contact the manufacturers for more details.
Abbreviation Full Name Manufacturer (click on cell) Composition Permissible Operating RangeMT-IG-2* Multitherm-IG-2 Single Cut Paraffinic Hydrocarbon 436 10 to 550 FMT-PG-1* Multitherm-PG-1 White Mineral Oil Base 361MT-503* Multitherm-503 Synthetic White Mineral Oil 329THEOL-LT* Therminol-LT Alkyl Substituted Aromatic 181 -100 to 600FTHEOLD12* Therminol-D12 Synthetic Hydrocarbon Mixture 193 -120 to 450FTHEOL-44* Therminol-44 Modified Ester Based Fluid 363THEOL-55* Therminol-55 Synthetic Hydrocarbon Mixture 351 -15 to 550FTHEOL-59* Therminol-59 Alkyl Substituted Aromatic 289 -50 to 600FTHEOL-60* Therminol-60 Polyaromatic Compounds 329THEOL-66* Therminol-66 Modified Polyphenyl 341THEOL-75* Therminol-75 Polyphenyl 383 175 to 725FTHEOLVP1* Therminol-VP1 Eutectic Bipheny & Diphenyl Oxide 257PathrmHE* Paratherm HE Single Cut Paraffinic Hydrocarbon 415PathrmNF* Paratherm NF White Mineral Oil Base 346MritrmS* MARLOTHERM SH Mixture of isomeric dibenzyltoluenes 390MritrmL* MARLOTHERM LH Mixture of isomeric benzyltoluenes 280MritrmX* MARLOTHERM X Alkyl Benzenes 181 -70 to 300CHlcbn0.8* Halocarbon Oil 0.8 133 >-129CHlcbn1.8* Halocarbon Oil 1.8 195 >-93CHlcbn4.2* Halocarbon Oil 4.2 225 >-73CDTRM-A Dowtherm_A
Synthetic organics
257 20 to 400CDTRM-G Dowtherm_G 288 0 to 370CDTRM-Q Dowtherm_Q 267 -25 to 320CDTRM-HT Dowtherm_HT 344 0 to 340CDTRM-LF Dowtherm_LF 273DTRM-J Dowtherm_J 181 -70 to 310C
Norm boil pt (oC)
Multitherm
Solutia
Paratherm
Sasol
Halocarbon
Low MW polymers of chlorotrifluoroethylene. Number is viscosity in cSt at 100°F.
Dow
Possible refrigerants in HYSYS Components list in the Basis EnvironmentProvided by the Aspen HYSYS support site and modified by W.R. Wilcox, Clarkson University (October 14, 2005)These fluids are presumably used for removing heat by evaporation not far from the normal boiling point.They would subsequently be compressed and cooled to liquify them, before being recycled.Caution should be exercised using flammable or toxic compounds. Fluorinated hydrocarbons may be prohibited to avoid destruction of Earth's ozone layer.
Sim Name Full Name/Synonym FormulaRefrig-11 Refrig-11 CCl3F 24Refrig-12 Refrig-12 CCl2F2 -30Refrig-13 Refrig-13 CClF3 -81Refrig-14 Refrig-14 CF4 -128Refrig-22 Refrig-22 CHClF2 -41Refrig-23 Refrig-23 CHF3 -82Refrig-50 Refrig-50 CH4 -162
Refrig-113 Refrig-113 C2Cl3F3 48Refrig-114 Refrig-114 C2Cl2F4 4Refrig-170 Refrig-170 C2H6 -89Refrig-290 Refrig-290 C3H8 -42Refrig-500 Refrig-500 unknown -34Refrig-502 Refrig-502 unknown -45Refrig-503 Refrig-503 unknown -88Refrig-600 Refrig-600 C4H10 -1Refrig-702 Refrig-702 H2 -253Refrig-704 Refrig-704 He -269Refrig-717 Refrig-717 NH3 -33Refrig-718 Refrig-718 H2O 100Refrig-720 Refrig-720 Ne -246Refrig-728 Refrig-728 N2 -196Refrig-729 Refrig-729 <Unknown> -195Refrig-732 Refrig-732 O2 -183Refrig-740 Refrig-740 Ar -186Refrig-744 Refrig-744 CO2 -79
Refrig-1150 Refrig-1150 C2H4 -104Refrig-1270 Refrig-1270 C3H6 -48Refrig-13B1 Refrig-13B1 CBrF3 -58Refrig-142b Refrig-142b C2H3ClF2 -10Refrig-152a Refrig-152a C2H4F2 -25Refrig-600a Refrig-600a C4H10 -12Refrig-702a Refrig-702a H2 -253Refrig-113 Refrigerant_113 C2Cl3F3 48
C5-F-Ethane Refrigerant_125 C2HF5 -4812-FluoroC2 Refrigerant_152 C2H4F2 112-Cl-111-FC2 Refrigerant_133a C2H2ClF3 6
1112-F-C2 Refrigerant_134a C2H2F4 -2613-ClHexaFC3 Refrigerant_216ca C3Cl2F6 36
Norm boil pt (oC)
Provided by the Aspen HYSYS support site and modified by W.R. Wilcox, Clarkson University (October 14, 2005)
