Dortmund Data Bank

Vapor-Liquid Equilibrium Data

The experimental data shown in these pages are freely available and have been published already in the DDB Explorer Edition. The data represent a small sub list of all available data in the Dortmund Data Bank. For more data or any further information please search the DDB or contact DDBST.

Vapor-Liquid Equilibrium Data Set 5103

Components

No. Formula Molar Mass CAS Registry Number Name
1 C3H8O 60.096 67-63-0 2-Propanol
2 C8H10 106.167 106-42-3 p-Xylene
Search the DDB for all data of this mixture

Constant Value

Pressure 101.33 kPa

Data Table

T [K] x1 [mol/mol] y1 [mol/mol]
404.75 0.00600 0.08200
398.95 0.02000 0.20500
397.55 0.02500 0.24400
392.55 0.03800 0.36400
387.65 0.05200 0.46800
383.75 0.06800 0.53800
381.05 0.08200 0.56600
378.55 0.09600 0.62200
374.75 0.13400 0.66200
370.55 0.17400 0.71400
367.95 0.21400 0.75400
366.05 0.26400 0.78000
364.25 0.34100 0.80200
362.25 0.42800 0.82500
361.35 0.48800 0.83200
360.05 0.56600 0.84800
358.95 0.66800 0.86600
357.95 0.76200 0.89000
357.05 0.84800 0.91600
356.45 0.92800 0.95100
356.05 0.95800 0.97200
355.95 0.97500 0.98200

(T - temperature, x - liquid mole fraction, y - vapor mole fraction)

Reference

Source
Kumar B.; Raju K.S.N.: Vapour-Liquid Equilibrium Data for the Systems 2-Propanol-Ethylbenzene & 2-Propanol-p-Xylene. Indian J.Technol. 14 (1976) 537-540


Vapor-Liquid Equilibrium Data Set 12013

Components

No. Formula Molar Mass CAS Registry Number Name
1 C3H8O 60.096 67-63-0 2-Propanol
2 C8H10 106.167 106-42-3 p-Xylene
Search the DDB for all data of this mixture

Constant Value

Pressure 101.33 kPa

Data Table

T [K] x1 [mol/mol] y1 [mol/mol]
411.55 0.00000 0.00000
407.55 0.00600 0.10300
404.55 0.01200 0.16500
403.85 0.01300 0.19400
401.55 0.01800 0.25000
397.75 0.02700 0.32300
393.75 0.04000 0.40300
391.35 0.05100 0.45200
387.15 0.06300 0.51700
385.25 0.06800 0.55000
382.95 0.07800 0.58600
380.45 0.09300 0.62700
377.45 0.10900 0.66100
375.20 0.12600 0.69100
373.70 0.13700 0.70600
370.05 0.19500 0.75950
367.50 0.22700 0.77850
365.90 0.26500 0.79250
365.15 0.29000 0.80250
364.65 0.31400 0.81300
364.00 0.34000 0.82050
362.30 0.40500 0.83850
361.40 0.46100 0.84550
360.75 0.50400 0.85300
360.20 0.53500 0.86250
359.80 0.57000 0.86900
359.20 0.62700 0.87600
358.70 0.66700 0.88300
358.30 0.69900 0.89150
357.95 0.73500 0.89800
357.90 0.74200 0.89950
357.60 0.76450 0.90550
357.10 0.81900 0.91850
356.60 0.86400 0.93200
356.20 0.90750 0.95350
355.85 0.95450 0.97100
355.70 0.97450 0.98400
355.55 1.00000 1.00000

(T - temperature, x - liquid mole fraction, y - vapor mole fraction)

Reference

Source
de Alfonso C.; Pintado M.; Saenz de la Torre A.F.: IV. Determination y estudio termodinamico en sistemas binarios de isopropanol con hidrocarburos aromaticos. An.Quim.Ser.A 79 (1983) 254-264


Vapor-Liquid Equilibrium Data Set 16800

Components

No. Formula Molar Mass CAS Registry Number Name
1 C3H8O 60.096 67-63-0 2-Propanol
2 C8H10 106.167 106-42-3 p-Xylene
Search the DDB for all data of this mixture

Constant Value

Temperature 298.15 K

Data Table

P [kPa] x1 [mol/mol]
1.1186 0.00000
3.936 0.07210
4.442 0.13710
4.721 0.18520
5.016 0.24900
5.213 0.32010
5.365 0.41020
5.469 0.49720
5.510 0.56130
5.605 0.67230
5.646 0.72540
5.721 0.79030
5.776 0.87820
5.846 0.93720
5.868 1.00000

(P - pressure, x - liquid mole fraction)

Reference

Source
Gupta V.; Maken S.; Kalra K.C.; Singh K.C.: Molar Excess Gibbs Free Energy of 1-Propanol or 2-Propanol + Aromatic Hydrocarbons at 298.15 K in Terms of an Association Model with a Flory Contribution Term. Thermochim.Acta 277 (1996) 187-198

Diagrams

Vapor-Liquid Equilibrium of 2-Propanol+p-Xylene
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Vapor-Liquid Equilibrium of 2-Propanol+p-Xylene
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Vapor-Liquid Equilibrium of 2-Propanol+p-Xylene
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List of All References

Source
Kumar B.; Raju K.S.N.: Vapour-Liquid Equilibrium Data for the Systems 2-Propanol-Ethylbenzene & 2-Propanol-p-Xylene. Indian J.Technol. 14 (1976) 537-540
de Alfonso C.; Pintado M.; Saenz de la Torre A.F.: IV. Determination y estudio termodinamico en sistemas binarios de isopropanol con hidrocarburos aromaticos. An.Quim.Ser.A 79 (1983) 254-264
Gupta V.; Maken S.; Kalra K.C.; Singh K.C.: Molar Excess Gibbs Free Energy of 1-Propanol or 2-Propanol + Aromatic Hydrocarbons at 298.15 K in Terms of an Association Model with a Flory Contribution Term. Thermochim.Acta 277 (1996) 187-198

Vapor-Liquid Equilibrium Data Overview


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