Dortmund Data Bank

Solid-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.



Solid-Liquid Equilibrium Data Set 1960

Components

No. Formula Molar Mass CAS Registry Number Name
1 C10H8 128.174 91-20-3 Naphthalene
2 CH4O 32.042 67-56-1 Methanol
3 H2O 18.015 7732-18-5 Water
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Data Table

T [K] xL1 [mol/mol] xL2 [mol/mol]
278.15 2.439999889E-6 0.00000
278.15 3.01E-6 0.023215
278.15 3.520000064E-6 0.04337
278.15 4.129999979E-6 0.06437
278.15 5.23000017E-6 0.08237
278.15 6.57999999E-6 0.10068
283.15 2.849999873E-6 0.00000
283.15 3.579999884E-6 0.023215
283.15 4.179999905E-6 0.04337
283.15 5.219999821E-6 0.06437
283.15 6.429999758E-6 0.08237
283.15 8.469999557E-6 0.10068
288.15 3.429999879E-6 0.00000
288.15 4.380000064E-6 0.023215
288.15 5.360000159E-6 0.04337
288.15 6.390000181E-6 0.06437
288.15 8.469999557E-6 0.08237
288.15 1.108000015E-5 0.10068
293.15 4.040000022E-6 0.00000
293.15 5.500000043E-6 0.023215
293.15 6.390000181E-6 0.04337
293.15 7.640000149E-6 0.06437
293.15 1.043999964E-5 0.08237
293.15 1.35600003E-5 0.10068
298.15 4.749999789E-6 0.00000
298.15 6.390000181E-6 0.023215
298.15 7.56999998E-6 0.04337
298.15 9.649999811E-6 0.06437
298.15 1.255000006E-5 0.08237
298.15 1.707000047E-5 0.10068
303.15 5.84999998E-6 0.00000
303.15 7.560000086E-6 0.023215
303.15 9.360000149E-6 0.04337
303.15 1.145999977E-5 0.06437
303.15 1.560999954E-5 0.08237
303.15 2.203000076E-5 0.10068
308.15 6.700000085E-6 0.00000
308.15 8.580000213E-6 0.023215
308.15 1.040000006E-5 0.04337
308.15 1.358000009E-5 0.06437
308.15 1.732999954E-5 0.08237
308.15 2.651000068E-5 0.10068

(P - pressure, T - temperature, xl - liquid mole fraction)

Reference

Source
Perez-Tejeda P.; Yanes C.; Maestre A.: Solubility of Naphthalene in Water + Alcohol Solutions at Various Temperatures. J.Chem.Eng.Data 35 (1990) 244-246

Comment: Solubility of Naphthalene given in mole/L. Assumptions: Liter at 20°C, vE = 0.



Solid-Liquid Equilibrium Data Set 4004

Components

No. Formula Molar Mass CAS Registry Number Name
1 CH4O 32.042 67-56-1 Methanol
2 H2O 18.015 7732-18-5 Water
3 C10H8 128.174 91-20-3 Naphthalene
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Data Table

T [K] xL1 [mol/mol] xL2 [mol/mol]
308.82 0.89969 0.07626
323.75 0.87933 0.07454
336.98 0.81651 0.06920
339.91 0.76842 0.06512
343.31 0.54835 0.04649
343.60 0.51882 0.04398
346.83 0.20532 0.01738
341.90 0.70890 0.09138
343.25 0.61280 0.07898
343.53 0.57948 0.07472
343.61 0.57344 0.07391
343.57 0.52843 0.06812
344.20 0.49298 0.06354
344.15 0.49123 0.06334
344.46 0.45093 0.05814
344.55 0.43070 0.05550
344.65 0.42430 0.05468
345.25 0.37164 0.04789
345.53 0.32135 0.04142
346.65 0.21193 0.02733
346.90 0.21321 0.040275
347.09 0.20636 0.03897
339.30 0.76504 0.15755
343.75 0.69314 0.14276

(P - pressure, T - temperature, xl - liquid mole fraction)

Reference

Source
Mannhardt O.W.; de Right R.E.; Martin W.H.; Burmaster C.F.; Wadt W.F.: The Solubility of Naphthalene in Aqueous Solutions of Methanol, Ethanol, 1-Propanol, and 1-Butanol at Several Temperatures. J.Phys.Chem. 47 (1943) 685-701

Solid-Liquid Equilibrium Data Set 15263

Components

No. Formula Molar Mass CAS Registry Number Name
1 C10H8 128.174 91-20-3 Naphthalene
2 CH4O 32.042 67-56-1 Methanol
3 H2O 18.015 7732-18-5 Water
Search the DDB for all data of this mixture

Data Table

T [K] xL1 [mol/mol] xL2 [mol/mol]
298.15 3.630090077E-6 0.00000
298.15 3.727370085E-6 0.00000
298.15 6.15036015E-6 0.04697
298.15 7.19530999E-6 0.04697
298.15 1.062790034E-5 0.09982
298.15 1.443490055E-5 0.09982
298.15 2.149079955E-5 0.15974
298.15 2.385980042E-5 0.15973
298.15 5.503190187E-5 0.22822
298.15 6.273770123E-5 0.22821
298.15 0.0001626689918 0.30723
298.15 0.0001447059913 0.30723
298.15 0.0004283609742 0.39936
298.15 0.0004854479921 0.39934
298.15 0.001160150045 0.50801
298.15 0.001270720037 0.50796
298.15 0.003095 0.63757
298.15 0.003479 0.63733
298.15 0.007197 0.79393
298.15 0.008992 0.79250
298.15 0.02060 0.97940
298.15 0.019024 0.98098

(P - pressure, T - temperature, xl - liquid mole fraction)

Reference

Source
Morris K.R.: Solubility of Aromatic Compounds in Mixed Solvents. Thesis (1988)

Solid-Liquid Equilibrium Data Overview


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