Download - DETHERM Component - Methyl Palmitate

System: methyl palmitateComponent: methyl palmitateCAS-No.: 112-39-0Sum formula: C17H34O2Mol weight [g/mol]: 270.4612

quantity of this modUNIFAC(Do) increment modUNIFAC(Do) increment Collection:[-] [-]

2 CH3 DDB13 CH2 DDB

1 CH2COO DDB

UTI:

DDB-PURE:2008-DEC/9000253 DDB-PURE:2008-DEC/9000253DDB-PURE:2008-DEC/9000253DDB-PURE:2008-DEC/9000253

Gmehling,J.;et al.: Pure compound data from DDB. (1983-2010)


UNIQUAC volume parameter UNIQUAC area parameter Collection: UTI:[-] [-]

12.2458 10.136 DDB DDB-PURE:2005-JUL/4000253

DDB-PURE:2005-JUL/4000253

Gmehling,J.;et al.: Pure compound data from DDB. (1983-2010)


critical temperature critical pressure critical volu acentric factor Collection:[°C] [Pa] [m³/mol] [-]

491.85 1276695 0.001002 0.8037489.85 1650000

UTI:

DDB-PURE:2005-JUL/5000253 2008-JAN-24-15:58/10270 Simmrock,K.H.;Janowsky,R.;Ohnsorge,A.: Critical Data Of Pure Substances. (1986)2008-JAN-24-15:58/10270 DDB-PURE:2005-JUL/5000253 Gmehling,J.;et al.: Pure compound data from DDB. (1983-2010)

Simmrock,K.H.;Janowsky,R.;Ohnsorge,A.: Critical Data Of Pure Substances. (1986)Gmehling,J.;et al.: Pure compound data from DDB. (1983-2010)


temperature vapor pressure Methanol Frac Collection: UTI:[°C] [Pa]

30.3099999999999 0.01466 0.999999855281 INFOTHERM GENDE0200109_321/030.3099999999999 0.01466 0.999999855281 DDB DDB-PCP:2007-DEC/136411

30.33 0.0163 0.999999839092 DDB DDB-PCP:2007-DEC/13641130.33 0.0163 0.999999839092 INFOTHERM GENDE0200109_321/030.33 0.01499 0.999999852024 DDB DDB-PCP:2007-DEC/13641130.33 0.01499 0.999999852024 INFOTHERM GENDE0200109_321/030.39 0.0141 0.999999860809 INFOTHERM GENDE0200109_321/030.39 0.0141 0.999999860809 DDB DDB-PCP:2007-DEC/13641131.67 0.01722 0.99999983001 INFOTHERM GENDE0200109_321/031.67 0.01722 0.99999983001 DDB DDB-PCP:2007-DEC/13641131.67 0.01736 0.999999828628 INFOTHERM GENDE0200109_321/031.67 0.01736 0.999999828628 DDB DDB-PCP:2007-DEC/136411

32.6 0.01948 0.9999998077 DDB DDB-PCP:2007-DEC/13641132.6 0.01949 0.999999807601 DDB DDB-PCP:2007-DEC/13641132.6 0.01949 0.999999807601 INFOTHERM GENDE0200109_321/032.6 0.01948 0.9999998077 INFOTHERM GENDE0200109_321/0

35.52 0.02758 0.999999727739 DDB DDB-PCP:2007-DEC/13641135.52 0.02758 0.999999727739 INFOTHERM GENDE0200109_321/0

36.4 0.01467 0.999999855183 DDB DDB-PCP:2007-DEC/14043737.74 0.03584 0.999999646199 DDB DDB-PCP:2007-DEC/13641137.74 0.03584 0.999999646199 INFOTHERM GENDE0200109_321/037.77 0.0361 0.999999643633 INFOTHERM GENDE0200109_321/037.77 0.0361 0.999999643633 DDB DDB-PCP:2007-DEC/136411

38 0.02 0.999999802567 DDB DDB-PCP:2007-DEC/14043739.73 0.04467 0.999999559033 DDB DDB-PCP:2007-DEC/13641139.73 0.04467 0.999999559033 INFOTHERM GENDE0200109_321/0

42.5 0.036 0.99999964462 DDB DDB-PCP:2007-DEC/14043745.96 0.1 0.999999012833 DDB DDB-PCP:2007-DEC/15598845.96 0.1 0.999999012833 INFOTHERM GENDE0200109_330/0

46.9 0.06266 0.999999381441 DDB DDB-PCP:2007-DEC/14043749.2 0.07333 0.999999276111 DDB DDB-PCP:2007-DEC/140437



56.24 0.3 0.9999970385 DDB DDB-PCP:2007-DEC/15598856.24 0.3 0.9999970385 INFOTHERM GENDE0200109_330/0

59 0.2693 0.99999734156 DDB DDB-PCP:2007-DEC/14043759.05 0.4 0.999996051333 DDB DDB-PCP:2007-DEC/15598859.05 0.4 0.999996051333 INFOTHERM GENDE0200109_330/061.26 0.5 0.999995064166 DDB DDB-PCP:2007-DEC/15598861.26 0.5 0.999995064166 INFOTHERM GENDE0200109_330/0

62.9 0.3866 0.999996183613 DDB DDB-PCP:2007-DEC/14043763.08 0.6 0.999994076999 INFOTHERM GENDE0200109_330/063.08 0.6 0.999994076999 DDB DDB-PCP:2007-DEC/155988

0 50 100 150 200 250 300 3500

0.2

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0.6

0.8

1

1.2

VLE data for MeOH

VLE data for MeOH


66 0.8 0.999992102665 INFOTHERM GENDE0200109_330/066 0.8 0.999992102665 DDB DDB-PCP:2007-DEC/155988


67.5 0.6053 0.999994024679 DDB DDB-PCP:2007-DEC/14043768.3 1 0.999990128332 INFOTHERM GENDE0200109_330/068.3 1 0.999990128332 DDB DDB-PCP:2007-DEC/15598870.5 0.7999 0.999992103653 DDB DDB-PCP:2007-DEC/140437


73.6 1.08 0.999989338598 DDB DDB-PCP:2007-DEC/14043774.17 1.915 0.999981095755 INFOTHERM GENDE0200109_320/074.17 1.915 0.999981095755 DDB DDB-PCP:2007-DEC/136404

74.2 1.333 0.999986841066 DDB DDB-PCP:2007-DEC/14043776.08 2.157 0.999978706811 INFOTHERM GENDE0200109_320/076.08 2.157 0.999978706811 DDB DDB-PCP:2007-DEC/13640478.84 2.5 0.999975320829 INFOTHERM GENDE0200109_320/078.84 2.5 0.999975320829 DDB DDB-PCP:2007-DEC/13640479.01 2.514 0.999975182626 DDB DDB-PCP:2007-DEC/13640479.01 2.514 0.999975182626 INFOTHERM GENDE0200109_320/080.73 3.16 0.999968805528 INFOTHERM GENDE0200109_320/080.73 3.16 0.999968805528 DDB DDB-PCP:2007-DEC/13640482.02 3.264 0.999967778875 INFOTHERM GENDE0200109_320/082.02 3.264 0.999967778875 DDB DDB-PCP:2007-DEC/136404

83.8 2.906 0.999971312932 DDB DDB-PCP:2007-DEC/14043784.89 4.107 0.999959457058 INFOTHERM GENDE0200109_320/084.89 4.107 0.999959457058 DDB DDB-PCP:2007-DEC/13640488.06 5.153 0.999949131293 INFOTHERM GENDE0200109_320/088.06 5.153 0.999949131293 DDB DDB-PCP:2007-DEC/136404

91 5.426 0.999946436328 DDB DDB-PCP:2007-DEC/14043797 8.079 0.999920246792 DDB DDB-PCP:2007-DEC/140437

101.8 13.33 0.999868410661 DDB DDB-PCP:2007-DEC/140437105.34 17.10526 0.999831142547 DDB DDB-PCP:2007-DEC/18969112.63 28.55766 0.999718088253 DDB DDB-PCP:2007-DEC/18969116.14 36.51701 0.99963951619 DDB DDB-PCP:2007-DEC/18969129.66 85.19302 0.999159002764 DDB DDB-PCP:2007-DEC/18969

136 133.3224 0.998683885489 DDB DDB-PCP:2007-DEC/131002137 106.658 0.998947107601 DDB DDB-PCP:2007-DEC/158643


148 266.6448 0.997367770977 DDB DDB-PCP:2007-DEC/17746148 267 0.997364264561 COMDOR ALTHO4400605_1/194

148.5 266.6448 0.997367770977 DDB DDB-PCP:2007-DEC/89792149 266.6448 0.997367770977 DDB DDB-PCP:2007-DEC/131002

149.34 258.3788 0.997449370188 DDB DDB-PCP:2007-DEC/18969162 533.2896 0.994735541955 DDB DDB-PCP:2007-DEC/17746162 533 0.99473840079 COMDOR ALTHO4400605_1/194

162.2 494.6261 0.995117215202 DDB DDB-PCP:2007-DEC/18969163 533.289 0.994735547878 DDB DDB-PCP:2007-DEC/72397

163.2 533.2896 0.994735541955 DDB DDB-PCP:2007-DEC/89792166.5 666.612 0.993419427443 DDB DDB-PCP:2007-DEC/131002168.4 666.612 0.993419427443 DDB DDB-PCP:2007-DEC/89792



174 666.612 0.993419427443 DDB DDB-PCP:2007-DEC/120036177 1199.902 0.988154965449 DDB DDB-PCP:2007-DEC/158643177 1066.58 0.989471076012 DDB DDB-PCP:2007-DEC/17746177 1067 0.989466929911 COMDOR ALTHO4400605_1/194



184.705 1330 0.986870681145 DECHEMA 2010-APR-28-10:36/2797184.8 1333.224 0.986838854886 DDB DDB-PCP:2007-DEC/19656184.8 1333.224 0.986838854886 DDB DDB-PCP:2007-DEC/89792190.9 1959.84 0.980653109576 DDB DDB-PCP:2008-DEC/171078193.6 1906.51 0.981179565647 DDB DDB-PCP:2007-DEC/15378194.7 2253.15 0.977757650543 DDB DDB-PCP:2007-DEC/15378196.5 2666.448 0.973677709773 DDB DDB-PCP:2007-DEC/131002

198 1999.836 0.98025828233 DDB DDB-PCP:2007-DEC/120036198.3 2479.797 0.975520266535 DDB DDB-PCP:2008-DEC/171078

202 2666 0.97368213228 COMDOR ALTHO4400605_1/194202 2666.448 0.973677709773 DDB DDB-PCP:2007-DEC/17746

202.2 2666.448 0.973677709773 DDB DDB-PCP:2007-DEC/89792204.6 3093.08 0.969466140178 DDB DDB-PCP:2007-DEC/15378205.3 2973.09 0.970650641658 DDB DDB-PCP:2008-DEC/171078208.6 3586.373 0.964596515301 DDB DDB-PCP:2007-DEC/15378210.5 4039.67 0.96012171767 DDB DDB-PCP:2008-DEC/171078214.8 4519.63 0.955383711747 DDB DDB-PCP:2007-DEC/15378217.9 5186.241 0.948803149062 DDB DDB-PCP:2008-DEC/171078219.4 5332.896 0.947355419546 DDB DDB-PCP:2008-DEC/172493219.5 5332.896 0.947355419546 DDB DDB-PCP:2007-DEC/15378222.9 5986.176 0.940906456071 DDB DDB-PCP:2007-DEC/15378224.3 6439.472 0.936431668312 DDB DDB-PCP:2008-DEC/171078225.1 6479.468 0.936036841066 DDB DDB-PCP:2007-DEC/15378227.3 7026.091 0.930640760118 DDB DDB-PCP:2007-DEC/15378229.9 7666.038 0.924323415597 DDB DDB-PCP:2007-DEC/15378232.5 9292.571 0.908266821323 DDB DDB-PCP:2007-DEC/15378235.8 8292.653 0.918137680158 DDB DDB-PCP:2007-DEC/15378

322 99591.84 0.016862388944 DDB DDB-PCP:2007-DEC/120036

GENDE0200109_321/0DDB-PCP:2007-DEC/136411DDB-PCP:2007-DEC/136411GENDE0200109_321/0DDB-PCP:2007-DEC/136411GENDE0200109_321/0GENDE0200109_321/0DDB-PCP:2007-DEC/136411GENDE0200109_321/0DDB-PCP:2007-DEC/136411GENDE0200109_321/0DDB-PCP:2007-DEC/136411DDB-PCP:2007-DEC/136411DDB-PCP:2007-DEC/136411GENDE0200109_321/0GENDE0200109_321/0DDB-PCP:2007-DEC/136411GENDE0200109_321/0DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/136411GENDE0200109_321/0GENDE0200109_321/0DDB-PCP:2007-DEC/136411DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/136411GENDE0200109_321/0DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/155988GENDE0200109_330/0DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/140437GENDE0200109_330/0DDB-PCP:2007-DEC/155988DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/155988GENDE0200109_330/0DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/155988GENDE0200109_330/0DDB-PCP:2007-DEC/155988GENDE0200109_330/0DDB-PCP:2007-DEC/140437GENDE0200109_330/0DDB-PCP:2007-DEC/155988

0 50 100 150 200 250 300 3500

0.2

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0.6

0.8

1

1.2

VLE data for MeOH

VLE data for MeOH

GENDE0200109_330/0DDB-PCP:2007-DEC/155988GENDE0200109_330/0DDB-PCP:2007-DEC/155988GENDE0200109_330/0DDB-PCP:2007-DEC/155988DDB-PCP:2007-DEC/140437GENDE0200109_330/0DDB-PCP:2007-DEC/155988DDB-PCP:2007-DEC/140437GENDE0200109_320/0DDB-PCP:2007-DEC/136404DDB-PCP:2007-DEC/140437GENDE0200109_320/0DDB-PCP:2007-DEC/136404DDB-PCP:2007-DEC/140437GENDE0200109_320/0DDB-PCP:2007-DEC/136404GENDE0200109_320/0DDB-PCP:2007-DEC/136404DDB-PCP:2007-DEC/136404GENDE0200109_320/0GENDE0200109_320/0DDB-PCP:2007-DEC/136404GENDE0200109_320/0DDB-PCP:2007-DEC/136404DDB-PCP:2007-DEC/140437GENDE0200109_320/0DDB-PCP:2007-DEC/136404GENDE0200109_320/0DDB-PCP:2007-DEC/136404DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/18969DDB-PCP:2007-DEC/18969DDB-PCP:2007-DEC/18969DDB-PCP:2007-DEC/18969DDB-PCP:2007-DEC/131002DDB-PCP:2007-DEC/158643DDB-PCP:2007-DEC/18969DDB-PCP:2007-DEC/19656DDB-PCP:2007-DEC/17746ALTHO4400605_1/194DDB-PCP:2007-DEC/89792DDB-PCP:2007-DEC/131002DDB-PCP:2007-DEC/18969DDB-PCP:2007-DEC/17746ALTHO4400605_1/194DDB-PCP:2007-DEC/18969DDB-PCP:2007-DEC/72397DDB-PCP:2007-DEC/89792DDB-PCP:2007-DEC/131002DDB-PCP:2007-DEC/89792

DDB-PCP:2007-DEC/17746ALTHO4400605_1/194DDB-PCP:2007-DEC/18969DDB-PCP:2007-DEC/89792DDB-PCP:2007-DEC/120036DDB-PCP:2007-DEC/158643DDB-PCP:2007-DEC/17746ALTHO4400605_1/194DDB-PCP:2007-DEC/89792DDB-PCP:2007-DEC/131002DDB-PCP:2007-DEC/17746ALTHO4400605_1/1942010-APR-28-10:36/2797DDB-PCP:2007-DEC/19656DDB-PCP:2007-DEC/89792DDB-PCP:2008-DEC/171078DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/131002DDB-PCP:2007-DEC/120036DDB-PCP:2008-DEC/171078ALTHO4400605_1/194DDB-PCP:2007-DEC/17746DDB-PCP:2007-DEC/89792DDB-PCP:2007-DEC/15378DDB-PCP:2008-DEC/171078DDB-PCP:2007-DEC/15378DDB-PCP:2008-DEC/171078DDB-PCP:2007-DEC/15378DDB-PCP:2008-DEC/171078DDB-PCP:2008-DEC/172493DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/15378DDB-PCP:2008-DEC/171078DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/120036

DDB-PCP:2007-DEC/19656DDB-PCP:2007-DEC/158643DDB-PCP:2007-DEC/72397DDB-PCP:2007-DEC/89792DDB-PCP:2007-DEC/131002DDB-PCP:2007-DEC/136404DDB-PCP:2007-DEC/136411DDB-PCP:2007-DEC/155988DDB-PCP:2007-DEC/140437DDB-PCP:2007-DEC/120036DDB-PCP:2008-DEC/171078DDB-PCP:2008-DEC/1724932010-APR-28-10:36/2797ALTHO4400605_1/194DDB-PCP:2007-DEC/17746DDB-PCP:2007-DEC/15378DDB-PCP:2007-DEC/18969GENDE0200109_320/0GENDE0200109_321/0GENDE0200109_330/0

0 50 100 150 200 250 300 3500

0.2

0.4

0.6

0.8

1

1.2

VLE data for MeOH

VLE data for MeOH

Nevin,C.S.;Althouse,P.M.;Triebold,H.O.: Surface tension determinations of some saturated fatty acid methyl esters. J. Am. Oil Chem. Soc. (1951), 28 (8), pp 325-327. doi: 10.1007/BF02589702Mitrofanova,T.K.;Gusev,V.D.;Preobrazhenskii,N.A.: Investigations in the Field of Lipids. XL. Synthesis of the Glyceride Principles of Sunflower-Seed Oil. J. Org. Chem. USSR (1966), 2, pp 1748-1750Monick,J.A.;Allen,H.D.;Marlies,C.J.: Vapor-Liquid Equilibrium Data for Fatty Acids and Fatty Methyl Esters at Low Pressures. Oil Soap Chikago (1946), 23, pp 177-182. doi: 10.1007/BF02545630Bonhorst,C.W.;Althouse,P.M.;Triebold,H.O.: Esters of Naturally Occurring Fatty Acids. Ind. Eng. Chem. (1948), 40 (12), pp 2379-2384. doi: 10.1021/ie50468a031Norris,F.A.;Terry,D.E.: Precise Laboratory Fractional Distillation of Fatty Acid Esters. Oil Soap Chikago (1945), 22, pp 41-46. doi: 10.1007/BF02637476van Bommel,M.J.: Thermodynamic Behavior of Methyl Esters of Long Chain Linear Carboxylic Acids. Thesis (1986), pp 1-154van Bommel,M.J.: Thermodynamic Behavior of Methyl Esters of Long Chain Linear Carboxylic Acids. Thesis (1986), pp 1-154van Bommel,M.J.: Thermodynamic Behavior of Methyl Esters of Long Chain Linear Carboxylic Acids. Thesis (1986), pp 1-154Spizzichino,C. J. Rech. C. N. R. S. (1956) (34), pp 1-24Krop,H.B.;Velzen,J.M.V.;Persons,J.R.;Covers,A.J.: Determination of environmentally relevant physico-chemical properties of some fatty acid esters. J. Am. Oil Chem. Soc. (1997), 74 (3), pp 309-315. doi: 10.1007/s11746-997-0142-9Goodwin,S.R.;Newsham,D.M.T.: Kinetics of Decomposition of Methyl Linoleate and Vapor-Liquid Equilibria in Mixtures of Methyl Palmiate and Methyl Linoleate. J. Chem. Eng. Data (1975), 20 (2), pp 180-181. doi: 10.1021/je60065a026Naik,K.A.;Husain,A.;Chari,K.S.: Consistency of Isobaric Binary Vapor-Liquid Equilibrium Data: Methyl Esters of Fatty Acids. Indian J. Technol. (1964), 2, pp 255-258Wenzel,H. (1979)Althouse,P.M.;Triebold,H.O.: Physical constants of methyl esters of commonly occuring fatty acids. Vapor pressure. Ind. Eng. Chem. Anal. Ed. (1944), 16 (10), pp 605-606. doi: 10.1021/i560134a003Althouse,P.M.;Triebold,H.O.: Physical constants of methyl esters of commonly occurring fatty acids - vapor pressure. Ind. Eng. Chem. Anal. Ed. (1944), 16 (10), pp 605-606. doi: 10.1021/i560134a003Rose,A.;Supina,W.R.: Vapor Pressure and Vapor-Liquid Equilibrium Data for Methyl Esters of the Common Saturated Normal Fatty Acids. J. Chem. Eng. Data (1961), 6 (2), pp 173-179. doi: 10.1021/je60010a003Scott,T.A.;MacMillan,D.;Melvin,E.H.: Vapor pressures and distillation of methyl esters of some fatty acids.. Ind. Eng. Chem. (1952), 44 (1), pp 172-175. doi: 10.1021/ie50505a049van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3

Nevin,C.S.;Althouse,P.M.;Triebold,H.O.: Surface tension determinations of some saturated fatty acid methyl esters. J. Am. Oil Chem. Soc. (1951), 28 (8), pp 325-327. doi: 10.1007/BF02589702Mitrofanova,T.K.;Gusev,V.D.;Preobrazhenskii,N.A.: Investigations in the Field of Lipids. XL. Synthesis of the Glyceride Principles of Sunflower-Seed Oil. J. Org. Chem. USSR (1966), 2, pp 1748-1750Monick,J.A.;Allen,H.D.;Marlies,C.J.: Vapor-Liquid Equilibrium Data for Fatty Acids and Fatty Methyl Esters at Low Pressures. Oil Soap Chikago (1946), 23, pp 177-182. doi: 10.1007/BF02545630Bonhorst,C.W.;Althouse,P.M.;Triebold,H.O.: Esters of Naturally Occurring Fatty Acids. Ind. Eng. Chem. (1948), 40 (12), pp 2379-2384. doi: 10.1021/ie50468a031Norris,F.A.;Terry,D.E.: Precise Laboratory Fractional Distillation of Fatty Acid Esters. Oil Soap Chikago (1945), 22, pp 41-46. doi: 10.1007/BF02637476van Bommel,M.J.: Thermodynamic Behavior of Methyl Esters of Long Chain Linear Carboxylic Acids. Thesis (1986), pp 1-154van Bommel,M.J.: Thermodynamic Behavior of Methyl Esters of Long Chain Linear Carboxylic Acids. Thesis (1986), pp 1-154van Bommel,M.J.: Thermodynamic Behavior of Methyl Esters of Long Chain Linear Carboxylic Acids. Thesis (1986), pp 1-154

Krop,H.B.;Velzen,J.M.V.;Persons,J.R.;Covers,A.J.: Determination of environmentally relevant physico-chemical properties of some fatty acid esters. J. Am. Oil Chem. Soc. (1997), 74 (3), pp 309-315. doi: 10.1007/s11746-997-0142-9Goodwin,S.R.;Newsham,D.M.T.: Kinetics of Decomposition of Methyl Linoleate and Vapor-Liquid Equilibria in Mixtures of Methyl Palmiate and Methyl Linoleate. J. Chem. Eng. Data (1975), 20 (2), pp 180-181. doi: 10.1021/je60065a026Naik,K.A.;Husain,A.;Chari,K.S.: Consistency of Isobaric Binary Vapor-Liquid Equilibrium Data: Methyl Esters of Fatty Acids. Indian J. Technol. (1964), 2, pp 255-258

Althouse,P.M.;Triebold,H.O.: Physical constants of methyl esters of commonly occuring fatty acids. Vapor pressure. Ind. Eng. Chem. Anal. Ed. (1944), 16 (10), pp 605-606. doi: 10.1021/i560134a003Althouse,P.M.;Triebold,H.O.: Physical constants of methyl esters of commonly occurring fatty acids - vapor pressure. Ind. Eng. Chem. Anal. Ed. (1944), 16 (10), pp 605-606. doi: 10.1021/i560134a003Rose,A.;Supina,W.R.: Vapor Pressure and Vapor-Liquid Equilibrium Data for Methyl Esters of the Common Saturated Normal Fatty Acids. J. Chem. Eng. Data (1961), 6 (2), pp 173-179. doi: 10.1021/je60010a003Scott,T.A.;MacMillan,D.;Melvin,E.H.: Vapor pressures and distillation of methyl esters of some fatty acids.. Ind. Eng. Chem. (1952), 44 (1), pp 172-175. doi: 10.1021/ie50505a049van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3

Krop,H.B.;Velzen,J.M.V.;Persons,J.R.;Covers,A.J.: Determination of environmentally relevant physico-chemical properties of some fatty acid esters. J. Am. Oil Chem. Soc. (1997), 74 (3), pp 309-315. doi: 10.1007/s11746-997-0142-9Goodwin,S.R.;Newsham,D.M.T.: Kinetics of Decomposition of Methyl Linoleate and Vapor-Liquid Equilibria in Mixtures of Methyl Palmiate and Methyl Linoleate. J. Chem. Eng. Data (1975), 20 (2), pp 180-181. doi: 10.1021/je60065a026

Rose,A.;Supina,W.R.: Vapor Pressure and Vapor-Liquid Equilibrium Data for Methyl Esters of the Common Saturated Normal Fatty Acids. J. Chem. Eng. Data (1961), 6 (2), pp 173-179. doi: 10.1021/je60010a003

van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3

van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3


normal boiling point (L) Collection: UTI:[ºC]

326.15 DECHEMA 2008-JAN-24-15:58/10271

2008-JAN-24-15:58/10271

Simmrock,K.H.;Janowsky,R.;Ohnsorge,A.: Critical Data Of Pure Substances. (1986)


temperature enthalpy of vaporization Collection: UTI:[°C] [J/kg]

24.85 344486 DDB DDB-PCP:2007-DEC/2747425 353470 DDB DDB-PCP:2007-DEC/15665525 355689 DDB DDB-PCP:2010-NOV/18731125 371587 DDB DDB-PCP:2007-DEC/15872625 358055 INFOTHERM GENDE0200109_347/025 356534 DDB DDB-PCP:2007-DEC/120021

DDB-PCP:2007-DEC/120021DDB-PCP:2007-DEC/158726DDB-PCP:2007-DEC/156655DDB-PCP:2010-NOV/187311DDB-PCP:2007-DEC/27474GENDE0200109_347/0

Krop,H.B.;Velzen,J.M.V.;Persons,J.R.;Covers,A.J.: Determination of environmentally relevant physico-chemical properties of some fatty acid esters. J. Am. Oil Chem. Soc. (1997), 74 (3), pp 309-315. doi: 10.1007/s11746-997-0142-9Perisanu,S.;Contineanu,I.;Banciu,M.D.;Liebman,J.F.;Farivar,B.S.;Mullan,M.A.;Chickos,J.S.;Rath,N.;Hillesheim,D.M.: The Enthalpies of Formation of Two Dibenzocyclooctadienones. Thermochim. Acta (2003), 400 (1-2), pp 109-120. doi: 10.1016/S0040-6031(02)00485-9Chickos,J.S.;Zhao,H.;Nichols,G.: The Vaporization Enthalpies and Vapor Pressures of Fatty Acid Methyl Esters C18, C21 to C23, and C25 to C29 by Correlation - Gas Chromatography. Thermochim. Acta (2004), 424 (1-2), pp 111-121. doi: 10.1016/j.tca.2004.05.020Lipkind,D.;Kapustin,Y.;Umnahanant,P.;Chickos,J.S.: The Vaporization Enthalpies and Vapor Pressures of a Series of Unsaturated Fatty Acid Methyl Esters by Correlation Gas Chromatography. Thermochim. Acta (2007), 456 (2), pp 94-101. doi: 10.1016/j.tca.2007.02.008Chickos,J.S.;Hosseini,S.;Hesse,D.G.: Determination of vaporization enthalpies of simple organic molecules by correlations of changes in gas chromatographic net retention times. Thermochim. Acta (1995), 249 (1), pp 41-62. doi: 10.1016/0040-6031(94)01943-Bvan Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3

van Genderen,A.C.G.;van Miltenburg,J.C.;Blok,J.G.;van Bommel,M.J.;van Ekeren,P.J.;van den Berg,G.J.K.;Oonk,H.A.J.: Liquid-vapour equilibria of the methyl esters of alkanoic acids: vapour pressures as a function of temperature and standard thermodynamic function changes. Fluid Phase Equilib. (2002), 202 (1), pp 109-120. doi: 10.1016/S0378-3812(02)00097-3


temperature enthalpy (L) heat capacity (cp) (L) entropy (L) Collection:[°C] [J/mol] [J/mol.K] [J/mol.K]

36.85 138668 570.55 708.87 DDB46.85 144404 576.47 727.67 DDB56.85 150201 583.02 746.08 DDB66.85 156066 590.14 764.13 DDB76.85 162005 597.66 781.86 DDB

UTI:

DDB-PCP:2007-DEC/154536 DDB-PCP:2007-DEC/154536DDB-PCP:2007-DEC/154536DDB-PCP:2007-DEC/154536DDB-PCP:2007-DEC/154536DDB-PCP:2007-DEC/154536

van Bommel,M.J.;Oonk,H.A.J.;van Miltenburg,J.C.: Heat Capacity Measurements of 13 Methyl Esters of n-Carboxylic Acids from Methyl Eicosanoate between 5 K and 350 K. J. Chem. Eng. Data (2004), 49 (4), pp 1036-1042. doi: 10.1021/je0499364


temperature viscosity, dynamic (L) Collection: UTI:[°C] [Pa.s]

30 0.006116 INFOTHERM GERAS8500006_195/340 0.005018 INFOTHERM GERAS8500006_195/350 0.004352 INFOTHERM GERAS8500006_195/360 0.002845 INFOTHERM GERAS8500006_195/370 0.002161 INFOTHERM GERAS8500006_195/380 0.001778 INFOTHERM GERAS8500006_195/3

GERAS8500006_195/3

Gerasimov,P.A.;Blokh,E.L.;Gubareva,A.I.;Tatarinova,E.S.: Physico-chemical properties of palmitic acid methyl ester. Deposited Doc. 1985 VINITI N4161-85 dep. 6 pp. Avail. Email: [email protected] (1985), pp 6


temperature density (L) specific volume (L) Collection: UTI:[°C] [kg/m³] [m³/mol]

30 861.56 0.297632 INFOTHERM GERAS8500006_195/240 852.97 0.300629 INFOTHERM GERAS8500006_195/250 845.73 0.303203 INFOTHERM GERAS8500006_195/260 839.27 0.305536 INFOTHERM GERAS8500006_195/270 830.48 0.30877 INFOTHERM GERAS8500006_195/280 821.9 0.311994 INFOTHERM GERAS8500006_195/2

GERAS8500006_195/2

Gerasimov,P.A.;Blokh,E.L.;Gubareva,A.I.;Tatarinova,E.S.: Physico-chemical properties of palmitic acid methyl ester. Deposited Doc. 1985 VINITI N4161-85 dep. 6 pp. Avail. Email: [email protected] (1985), pp 6


temperature surface tension (L) Collection: UTI:[°C] [N/m]

40 0.0284 DDB DDB-PCP:2007-DEC/8825760 0.0268 DDB DDB-PCP:2007-DEC/8825775 0.0257 DDB DDB-PCP:2007-DEC/5510280 0.0253 DDB DDB-PCP:2007-DEC/88257

DDB-PCP:2007-DEC/55102DDB-PCP:2007-DEC/88257

Gros,A.T.;Feuge,R.O.: Surface and interfacial tensions, viscosities, and other physical properties of some n-aliphatic acids and their methyl and ethyl esters. J. Am. Oil Chem. Soc. (1952), 29 (8), pp 313-317. doi: 10.1007/BF02639809Nevin,C.S.;Althouse,P.M.;Triebold,H.O.: Surface tension determinations of some saturated fatty acid methyl esters. J. Am. Oil Chem. Soc. (1951), 28 (8), pp 325-327. doi: 10.1007/BF02589702


pressure melting point Collection: UTI:[Pa] [K]

303.75 DECHEMA 2007-NOV-20-11:00/5091101325 302.7 COMDOR GIOIA8300029_5/5027

303.15 DDB DDB-PURE:2005-JUL/7000253302.71 INFOTHERM BOMME0401036_248/0

2007-NOV-20-11:00/5091GIOIA8300029_5/5027DDB-PURE:2005-JUL/7000253BOMME0401036_248/0

Dykyi,J.;Repas,M.: Saturation Vapor Pressure of Organic Compounds. (1979)Gioia Lobbia,G.;Berchiesi,G.;Vitali,G.: CRYSTALLIZATION CURVE OF HEXADECANE IN MIXTURES WITH METHYL NONADECANOATE, METHYL OCTADECANOATE, ETHYL OCTADECANOATE AND METHYL HECADECANOATE. A COMPARISON OF THE EXPERIMENTAL AND CALCULATED CURVES. Thermochim. ActaGmehling,J.;et al.: Pure compound data from DDB. (1983-2010)van Bommel,M.J.;Oonk,H.A.J.;van Miltenburg,J.C.: Heat capacity measurements of 13 methyl esters of n-carboxylic acids from methyl octanoate to methyl eicosanoate between 5 K and 350 K. J. Chem. Eng. Data (2004), 49 (4), pp 1036-1042. doi: 10.1021/je04993

Gioia Lobbia,G.;Berchiesi,G.;Vitali,G.: CRYSTALLIZATION CURVE OF HEXADECANE IN MIXTURES WITH METHYL NONADECANOATE, METHYL OCTADECANOATE, ETHYL OCTADECANOATE AND METHYL HECADECANOATE. A COMPARISON OF THE EXPERIMENTAL AND CALCULATED CURVES. Thermochim. Acta


temperature enthalpy of fusion Collection: UTI:[°C] [J/kg]

221987.47916522 INFOTHERM BOMME0401036_248/025 203726.07974822 DDB DDB-PCP:2007-DEC/156667

29.5599999999999 221987.47916522 DDB DDB-PCP:2007-DEC/15451029.5599999999999 221987.47916522 DDB DDB-PCP:2007-DEC/136387

32 207053.72896371 DDB DDB-PCP:2007-DEC/156667

DDB-PCP:2007-DEC/136387DDB-PCP:2007-DEC/156667DDB-PCP:2007-DEC/154510BOMME0401036_248/0

van Bommel,M.J.: Thermodynamic Behavior of Methyl Esters of Long Chain Linear Carboxylic Acids. Thesis (1986), pp 1-154Chickos,J.S.;Zhao,H.;Nichols,G.: The Vaporization Enthalpies and Vapor Pressures of Fatty Acid Methyl Esters C18, C21 to C23, and C25 to C29 by Correlation - Gas Chromatography. Thermochim. Acta (2004), 424 (1-2), pp 111-121. doi: 10.1016/j.tca.2004.05.020van Bommel,M.J.;Oonk,H.A.J.;van Miltenburg,J.C.: Heat Capacity Measurements of 13 Methyl Esters of n-Carboxylic Acids from Methyl Eicosanoate between 5 K and 350 K. J. Chem. Eng. Data (2004), 49 (4), pp 1036-1042. doi: 10.1021/je0499364van Bommel,M.J.;Oonk,H.A.J.;van Miltenburg,J.C.: Heat capacity measurements of 13 methyl esters of n-carboxylic acids from methyl octanoate to methyl eicosanoate between 5 K and 350 K. J. Chem. Eng. Data (2004), 49 (4), pp 1036-1042. doi: 10.1021/je0499364


temperature enthalpy (S) heat capacity (cp) (S) entropy (S) Collection:[°C] [J/mol] [J/mol.K] [J/mol.K]

-268.15 0.83 0.66 0.22 DDB-263.15 13.2 5.56 1.76 DDB-253.15 149 23.7 10.48 DDB-243.15 503 47.98 24.47 DDB-233.15 1120 75.87 42.05 DDB-223.15 2021 104.12 62.04 DDB-213.15 3194 129.69 83.35 DDB-203.15 4610 151.19 105.13 DDB-193.15 6193 167.13 126.24 DDB-183.15 7949 184.19 146.91 DDB-173.15 9858 198.32 167.01 DDB-163.15 11921 213.49 186.66 DDB-153.15 14123 226.5 205.81 DDB-143.15 16449 238.62 224.42 DDB-133.15 18894 250.27 242.54 DDB-123.15 21453 261.54 260.19 DDB-113.15 24125 272.73 277.43 DDB-103.15 26908 284.03 294.3 DDB

-93.15 29804 295.27 310.85 DDB-83.15 32814 306.8 327.12 DDB-73.15 35941 318.65 343.16 DDB-63.15 39189 330.97 359 DDB-53.15 42564 343.93 374.7 DDB-43.15 46072 357.74 390.29 DDB-33.15 49721 372.37 405.82 DDB-23.15 53522 388.24 421.33 DDB-13.15 57490 405.39 436.89 DDB

-3.15 61636 423.81 452.54 DDB6.84999999999997 65993 448.6 468.38 DDB

16.85 70668 482.7 484.81 DDB26.85 76774 740.48 505.58 DDB

UTI:

DDB-PCP:2007-DEC/154523 DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523DDB-PCP:2007-DEC/154523

van Bommel,M.J.;Oonk,H.A.J.;van Miltenburg,J.C.: Heat Capacity Measurements of 13 Methyl Esters of n-Carboxylic Acids from Methyl Eicosanoate between 5 K and 350 K. J. Chem. Eng. Data (2004), 49 (4), pp 1036-1042. doi: 10.1021/je0499364


temperature enthalpy of combustion (S) Collection: UTI:[°C] [J/kg]

25 -37369500.6899326 INFOTHERM GERAS8500006_195/025 -37369500.6899326 DDB DDB-PCP:2007-DEC/14237

DDB-PCP:2007-DEC/14237GERAS8500006_195/0

Gerasimov,P.A.;Blokh,E.L.;Gubareva,A.I.;Tatarinova,E.S.: Physico-chemical properties of methyl palmitate. Deposited Doc. VINITI (1985) (4161-85), pp 1-6Gerasimov,P.A.;Blokh,E.L.;Gubareva,A.I.;Tatarinova,E.S.: Physico-chemical properties of palmitic acid methyl ester. Deposited Doc. 1985 VINITI N4161-85 dep. 6 pp. Avail. Email: [email protected] (1985), pp 6


temperature enthalpy of formation (S) Collection: UTI:[°C] [J/kg]

25 -2818888.62432024 INFOTHERM GERAS8500006_195/125 -2818888.62432024 DDB DDB-PCP:2007-DEC/14238

DDB-PCP:2007-DEC/14238GERAS8500006_195/1

Gerasimov,P.A.;Blokh,E.L.;Gubareva,A.I.;Tatarinova,E.S.: Physico-chemical properties of methyl palmitate. Deposited Doc. VINITI (1985) (4161-85), pp 1-6Gerasimov,P.A.;Blokh,E.L.;Gubareva,A.I.;Tatarinova,E.S.: Physico-chemical properties of palmitic acid methyl ester. Deposited Doc. 1985 VINITI N4161-85 dep. 6 pp. Avail. Email: [email protected] (1985), pp 6


temperature enthalpy of sublimation Collection: UTI:[°C] [J/kg]

23 563112.195020949 DDB DDB-PCP:2007-DEC/5847425 561633.239814066 DDB DDB-PCP:2007-DEC/156679

DDB-PCP:2007-DEC/58474DDB-PCP:2007-DEC/156679

Davies,M.;Kybett,B.: Sublimation heats of long-chain methyl esters. Trans. Faraday Soc. (1965), 61, pp 1893-1896. doi: 10.1039/tf9656101893Chickos,J.S.;Zhao,H.;Nichols,G.: The Vaporization Enthalpies and Vapor Pressures of Fatty Acid Methyl Esters C18, C21 to C23, and C25 to C29 by Correlation - Gas Chromatography. Thermochim. Acta (2004), 424 (1-2), pp 111-121. doi: 10.1016/j.tca.2004.05.020

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