Mixture of Butanoic acid, methyl ester + Heptane

Excel

Butanoic acid, methyl ester

Name
Butanoic acid, methyl ester
InChI
InChI=1S/C5H10O2/c1-3-4-5(6)7-2/h3-4H2,1-2H3
InChI Key
UUIQMZJEGPQKFD-UHFFFAOYSA-N
Formula
C5H10O2
SMILES
CCCC(=O)OC
Mol. Weight (g/mol)
102.13
CAS
623-42-7

Heptane

Name
Heptane
InChI
InChI=1S/C7H16/c1-3-5-7-6-4-2/h3-7H2,1-2H3
InChI Key
IMNFDUFMRHMDMM-UHFFFAOYSA-N
Formula
C7H16
SMILES
CCCCCCC
Mol. Weight (g/mol)
100.20
CAS
142-82-5
Cheméo is a service of Céondo GmbH, since 2007, we provide simulation, modelling and software development services for the industry. Do not hesitate to contact us for your projects.

Datasets

  1. Mole fraction (8)
  2. ρl - Mass density, kg/m3 (4)
  3. Tboil - Boiling temperature at pressure P, K (4)

Mole fraction of Butanoic acid, methyl ester (1) [ref]

Operational condition: Pressure, kPa = 101.325 (Liquid)

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Mole fraction of Butanoic acid, methyl ester (1) - Gas
0.0137 0.0239
0.0320 0.0488
0.0594 0.0835
0.0848 0.1159
0.1157 0.1501
0.1460 0.1831
0.1793 0.2168
0.2169 0.2519
0.2684 0.2976
0.3037 0.3271
0.3339 0.3489
0.3629 0.3706
0.4376 0.4290
0.4623 0.4462
0.4938 0.4648
0.5344 0.4977
0.5759 0.5262
0.6212 0.5634
0.6499 0.5858
0.6932 0.6242
0.7213 0.6503
0.7651 0.6916
0.8003 0.7273
0.8514 0.7855
0.8930 0.8387
0.9406 0.9077

Azeotropic composition: mole fraction of Butanoic acid, methyl ester (1) [ref]

Temperature, K - Liquid Azeotropic composition: mole fraction of Butanoic acid, methyl ester (1) - Liquid
368.22 0.3980

Azeotropic composition: mole fraction of Butanoic acid, methyl ester (1) [ref]

Pressure, kPa - Liquid Azeotropic composition: mole fraction of Butanoic acid, methyl ester (1) - Liquid
101.32 0.3980

Mole fraction of Butanoic acid, methyl ester (1) [ref]

Operational condition: Pressure, kPa = 101.32 (Liquid)

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Mole fraction of Butanoic acid, methyl ester (1) - Gas
0.0000 0.0000
0.0180 0.0290
0.0280 0.0430
0.0360 0.0540
0.0440 0.0660
0.0480 0.0710
0.0570 0.0830
0.0780 0.1100
0.0920 0.1280
0.1070 0.1450
0.1170 0.1580
0.1470 0.1900
0.1560 0.1990
0.1860 0.2280
0.1960 0.2380
0.2050 0.2470
0.2180 0.2590
0.2300 0.2680
0.2460 0.2830
0.2630 0.2970
0.2800 0.3110
0.2990 0.3260
0.3170 0.3400
0.3340 0.3530
0.3570 0.3690
0.3790 0.3860
0.4040 0.4040
0.4260 0.4190
0.4470 0.4330
0.4660 0.4470
0.4860 0.4610
0.5050 0.4740
0.5240 0.4880
0.5410 0.4990
0.5590 0.5110
0.5760 0.5240
0.5910 0.5340
0.6290 0.5630
0.6630 0.5890
0.6980 0.6160
0.7360 0.6490
0.7590 0.6710
0.7820 0.6930
0.8030 0.7140
0.8300 0.7420
0.8480 0.7650
0.8610 0.7800
0.8760 0.7970
0.8880 0.8140
0.8970 0.8250
0.9050 0.8370
0.9140 0.8500
0.9480 0.9020
0.9570 0.9180
0.9690 0.9390
0.9810 0.9600
0.9920 0.9830
1.0000 1.0000

Mole fraction of Butanoic acid, methyl ester (1) [ref]

Operational condition: Pressure, kPa = 101.325 (Liquid)

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Mole fraction of Butanoic acid, methyl ester (1) - Gas
0.0137 0.0239
0.0320 0.0488
0.0594 0.0835
0.0848 0.1159
0.1157 0.1501
0.1460 0.1831
0.1793 0.2168
0.2169 0.2519
0.2684 0.2976
0.3037 0.3271
0.3339 0.3489
0.3629 0.3706
0.4376 0.4290
0.4623 0.4462
0.4938 0.4648
0.5344 0.4977
0.5759 0.5262
0.6212 0.5634
0.6499 0.5858
0.6932 0.6242
0.7213 0.6503
0.7651 0.6916
0.8003 0.7273
0.8514 0.7855
0.8930 0.8387
0.9406 0.9077

Azeotropic composition: mole fraction of Butanoic acid, methyl ester (1) [ref]

Temperature, K - Liquid Azeotropic composition: mole fraction of Butanoic acid, methyl ester (1) - Liquid
368.22 0.3980

Azeotropic composition: mole fraction of Butanoic acid, methyl ester (1) [ref]

Pressure, kPa - Liquid Azeotropic composition: mole fraction of Butanoic acid, methyl ester (1) - Liquid
101.32 0.3980

Mole fraction of Butanoic acid, methyl ester (1) [ref]

Operational condition: Pressure, kPa = 101.32 (Liquid)

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Mole fraction of Butanoic acid, methyl ester (1) - Gas
0.0000 0.0000
0.0180 0.0290
0.0280 0.0430
0.0360 0.0540
0.0440 0.0660
0.0480 0.0710
0.0570 0.0830
0.0780 0.1100
0.0920 0.1280
0.1070 0.1450
0.1170 0.1580
0.1470 0.1900
0.1560 0.1990
0.1860 0.2280
0.1960 0.2380
0.2050 0.2470
0.2180 0.2590
0.2300 0.2680
0.2460 0.2830
0.2630 0.2970
0.2800 0.3110
0.2990 0.3260
0.3170 0.3400
0.3340 0.3530
0.3570 0.3690
0.3790 0.3860
0.4040 0.4040
0.4260 0.4190
0.4470 0.4330
0.4660 0.4470
0.4860 0.4610
0.5050 0.4740
0.5240 0.4880
0.5410 0.4990
0.5590 0.5110
0.5760 0.5240
0.5910 0.5340
0.6290 0.5630
0.6630 0.5890
0.6980 0.6160
0.7360 0.6490
0.7590 0.6710
0.7820 0.6930
0.8030 0.7140
0.8300 0.7420
0.8480 0.7650
0.8610 0.7800
0.8760 0.7970
0.8880 0.8140
0.8970 0.8250
0.9050 0.8370
0.9140 0.8500
0.9480 0.9020
0.9570 0.9180
0.9690 0.9390
0.9810 0.9600
0.9920 0.9830
1.0000 1.0000

Mass density, kg/m3 [ref]

Operational conditions:

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Mass density, kg/m3 - Liquid
0.0337 684.36
0.0689 689.75
0.1020 694.93
0.1531 703.25
0.2487 719.6
0.3261 733.58
0.3824 744.29
0.4586 759.5
0.5333 775.25
0.6085 791.88
0.6618 804.18
0.7161 817.1
0.7869 834.67
0.8394 848.24
0.8882 861.22
0.9255 871.41

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Mole fraction of Butanoic acid, methyl ester (1) - Liquid Temperature, K - Liquid Mass density, kg/m3 - Liquid
0.0000 288.15 688.16
0.0000 298.15 679.62
0.0000 308.15 670.96
0.0000 318.15 662.33
0.0000 328.15 653.61
0.0440 328.15 659.99
0.0478 288.15 695.54
0.0485 298.15 686.88
0.0630 308.15 680.36
0.0768 318.15 673.72
0.0876 298.15 693.0
0.0890 318.15 675.62
0.0921 328.15 667.12
0.0940 288.15 702.79
0.1170 308.15 688.78
0.1388 328.15 674.29
0.1389 298.15 701.34
0.1411 288.15 710.56
0.1535 318.15 685.7
0.1870 308.15 700.22
0.1890 328.15 682.37
0.2025 288.15 720.91
0.2117 318.15 695.29
0.2122 298.15 713.65
0.2476 288.15 728.91
0.2567 318.15 702.97
0.2586 298.15 721.76
0.2611 328.15 694.33
0.2996 288.15 738.37
0.3006 328.15 701.19
0.3020 298.15 729.67
0.3025 308.15 720.34
0.3050 318.15 711.44
0.3531 288.15 748.53
0.3544 318.15 720.36
0.3571 298.15 739.98
0.4019 298.15 748.57
0.4042 318.15 729.76
0.4098 328.15 721.06
0.4112 288.15 759.9
0.4170 308.15 741.86
0.4351 318.15 735.72
0.4484 288.15 767.46
0.4492 298.15 758.07
0.4532 328.15 729.42
0.5011 318.15 748.89
0.5017 298.15 768.87
0.5023 288.15 778.63
0.5031 328.15 739.32
0.5047 308.15 759.48
0.5487 318.15 758.83
0.5522 328.15 749.41
0.5526 288.15 789.52
0.5573 298.15 780.67
0.5651 308.15 772.28
0.5933 308.15 778.47
0.5952 298.15 789.01
0.5962 318.15 768.97
0.5979 328.15 759.1
0.5984 288.15 799.7
0.6466 298.15 800.69
0.6471 288.15 810.83
0.6473 328.15 769.85
0.6532 308.15 791.9
0.6971 318.15 791.66
0.7045 308.15 803.77
0.7060 328.15 783.28
0.7063 298.15 814.61
0.7077 288.15 825.2
0.7424 298.15 823.41
0.7456 328.15 792.62
0.7463 288.15 834.68
0.7469 318.15 803.4
0.7487 308.15 814.31
0.7648 308.15 818.37
0.7890 308.15 824.36
0.7926 328.15 803.93
0.7973 318.15 815.75
0.7980 288.15 847.73
0.7993 298.15 837.66
0.8454 318.15 827.9
0.8514 308.15 840.37
0.8600 328.15 820.85
0.8623 298.15 853.85
0.8818 308.15 848.32
0.8912 288.15 872.29
0.8948 318.15 840.81
0.9015 298.15 864.37
0.9028 328.15 832.08
0.9257 308.15 860.13
0.9493 288.15 888.46
0.9507 298.15 878.23
0.9508 328.15 845.05
0.9513 318.15 856.25
0.9603 308.15 869.83
1.0000 288.15 903.31
1.0000 298.15 892.31
1.0000 308.15 881.19
1.0000 318.15 870.06
1.0000 328.15 858.8

Mass density, kg/m3 [ref]

Operational conditions:

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Mass density, kg/m3 - Liquid
0.0337 684.36
0.0689 689.75
0.1020 694.93
0.1531 703.25
0.2487 719.6
0.3261 733.58
0.3824 744.29
0.4586 759.5
0.5333 775.25
0.6085 791.88
0.6618 804.18
0.7161 817.1
0.7869 834.67
0.8394 848.24
0.8882 861.22
0.9255 871.41

Mass density, kg/m3 [ref]

Operational condition: Pressure, kPa = 101 (Liquid)

Fixed Measured
Mole fraction of Butanoic acid, methyl ester (1) - Liquid Temperature, K - Liquid Mass density, kg/m3 - Liquid
0.0000 288.15 688.16
0.0000 298.15 679.62
0.0000 308.15 670.96
0.0000 318.15 662.33
0.0000 328.15 653.61
0.0440 328.15 659.99
0.0478 288.15 695.54
0.0485 298.15 686.88
0.0630 308.15 680.36
0.0768 318.15 673.72
0.0876 298.15 693.0
0.0890 318.15 675.62
0.0921 328.15 667.12
0.0940 288.15 702.79
0.1170 308.15 688.78
0.1388 328.15 674.29
0.1389 298.15 701.34
0.1411 288.15 710.56
0.1535 318.15 685.7
0.1870 308.15 700.22
0.1890 328.15 682.37
0.2025 288.15 720.91
0.2117 318.15 695.29
0.2122 298.15 713.65
0.2476 288.15 728.91
0.2567 318.15 702.97
0.2586 298.15 721.76
0.2611 328.15 694.33
0.2996 288.15 738.37
0.3006 328.15 701.19
0.3020 298.15 729.67
0.3025 308.15 720.34
0.3050 318.15 711.44
0.3531 288.15 748.53
0.3544 318.15 720.36
0.3571 298.15 739.98
0.4019 298.15 748.57
0.4042 318.15 729.76
0.4098 328.15 721.06
0.4112 288.15 759.9
0.4170 308.15 741.86
0.4351 318.15 735.72
0.4484 288.15 767.46
0.4492 298.15 758.07
0.4532 328.15 729.42
0.5011 318.15 748.89
0.5017 298.15 768.87
0.5023 288.15 778.63
0.5031 328.15 739.32
0.5047 308.15 759.48
0.5487 318.15 758.83
0.5522 328.15 749.41
0.5526 288.15 789.52
0.5573 298.15 780.67
0.5651 308.15 772.28
0.5933 308.15 778.47
0.5952 298.15 789.01
0.5962 318.15 768.97
0.5979 328.15 759.1
0.5984 288.15 799.7
0.6466 298.15 800.69
0.6471 288.15 810.83
0.6473 328.15 769.85
0.6532 308.15 791.9
0.6971 318.15 791.66
0.7045 308.15 803.77
0.7060 328.15 783.28
0.7063 298.15 814.61
0.7077 288.15 825.2
0.7424 298.15 823.41
0.7456 328.15 792.62
0.7463 288.15 834.68
0.7469 318.15 803.4
0.7487 308.15 814.31
0.7648 308.15 818.37
0.7890 308.15 824.36
0.7926 328.15 803.93
0.7973 318.15 815.75
0.7980 288.15 847.73
0.7993 298.15 837.66
0.8454 318.15 827.9
0.8514 308.15 840.37
0.8600 328.15 820.85
0.8623 298.15 853.85
0.8818 308.15 848.32
0.8912 288.15 872.29
0.8948 318.15 840.81
0.9015 298.15 864.37
0.9028 328.15 832.08
0.9257 308.15 860.13
0.9493 288.15 888.46
0.9507 298.15 878.23
0.9508 328.15 845.05
0.9513 318.15 856.25
0.9603 308.15 869.83
1.0000 288.15 903.31
1.0000 298.15 892.31
1.0000 308.15 881.19
1.0000 318.15 870.06
1.0000 328.15 858.8

Boiling temperature at pressure P, K [ref]

Operational condition: Pressure, kPa = 101.325 (Liquid)

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Boiling temperature at pressure P, K - Liquid
0.0137 371.28
0.0320 370.95
0.0594 370.50
0.0848 370.08
0.1157 369.73
0.1460 369.39
0.1793 369.07
0.2169 368.76
0.2684 368.46
0.3037 368.36
0.3339 368.25
0.3629 368.23
0.4376 368.20
0.4623 368.24
0.4938 368.32
0.5344 368.47
0.5759 368.68
0.6212 368.98
0.6499 369.21
0.6932 369.62
0.7213 369.93
0.7651 370.49
0.8003 371.01
0.8514 371.90
0.8930 372.75
0.9406 373.89

Boiling temperature at pressure P, K [ref]

Operational condition: Pressure, kPa = 101.32 (Liquid)

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Boiling temperature at pressure P, K - Liquid
0.0000 371.38
0.0180 370.85
0.0280 370.64
0.0360 370.47
0.0440 370.32
0.0480 370.28
0.0570 370.11
0.0780 369.76
0.0920 369.55
0.1070 369.36
0.1170 369.23
0.1470 368.88
0.1560 368.81
0.1860 368.53
0.1960 368.45
0.2050 368.38
0.2180 368.30
0.2300 368.23
0.2460 368.13
0.2630 368.03
0.2800 367.97
0.2990 367.87
0.3170 367.82
0.3340 367.80
0.3570 367.75
0.3790 367.66
0.4040 367.65
0.4260 367.65
0.4470 367.66
0.4660 367.69
0.4860 367.72
0.5050 367.79
0.5240 367.84
0.5410 367.91
0.5590 367.99
0.5760 368.10
0.5910 368.18
0.6290 368.45
0.6630 368.62
0.6980 368.83
0.7360 369.17
0.7590 369.43
0.7820 369.71
0.8030 370.03
0.8300 370.46
0.8480 370.85
0.8610 371.04
0.8760 371.35
0.8880 371.63
0.8970 371.78
0.9050 372.03
0.9140 372.24
0.9480 373.22
0.9570 373.35
0.9690 373.90
0.9810 374.43
0.9920 374.97
1.0000 375.74

Boiling temperature at pressure P, K [ref]

Operational condition: Pressure, kPa = 101.325 (Liquid)

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Boiling temperature at pressure P, K - Liquid
0.0137 371.28
0.0320 370.95
0.0594 370.50
0.0848 370.08
0.1157 369.73
0.1460 369.39
0.1793 369.07
0.2169 368.76
0.2684 368.46
0.3037 368.36
0.3339 368.25
0.3629 368.23
0.4376 368.20
0.4623 368.24
0.4938 368.32
0.5344 368.47
0.5759 368.68
0.6212 368.98
0.6499 369.21
0.6932 369.62
0.7213 369.93
0.7651 370.49
0.8003 371.01
0.8514 371.90
0.8930 372.75
0.9406 373.89

Boiling temperature at pressure P, K [ref]

Operational condition: Pressure, kPa = 101.32 (Liquid)

Mole fraction of Butanoic acid, methyl ester (1) - Liquid Boiling temperature at pressure P, K - Liquid
0.0000 371.38
0.0180 370.85
0.0280 370.64
0.0360 370.47
0.0440 370.32
0.0480 370.28
0.0570 370.11
0.0780 369.76
0.0920 369.55
0.1070 369.36
0.1170 369.23
0.1470 368.88
0.1560 368.81
0.1860 368.53
0.1960 368.45
0.2050 368.38
0.2180 368.30
0.2300 368.23
0.2460 368.13
0.2630 368.03
0.2800 367.97
0.2990 367.87
0.3170 367.82
0.3340 367.80
0.3570 367.75
0.3790 367.66
0.4040 367.65
0.4260 367.65
0.4470 367.66
0.4660 367.69
0.4860 367.72
0.5050 367.79
0.5240 367.84
0.5410 367.91
0.5590 367.99
0.5760 368.10
0.5910 368.18
0.6290 368.45
0.6630 368.62
0.6980 368.83
0.7360 369.17
0.7590 369.43
0.7820 369.71
0.8030 370.03
0.8300 370.46
0.8480 370.85
0.8610 371.04
0.8760 371.35
0.8880 371.63
0.8970 371.78
0.9050 372.03
0.9140 372.24
0.9480 373.22
0.9570 373.35
0.9690 373.90
0.9810 374.43
0.9920 374.97
1.0000 375.74

Sources