SDS Volume (4489)

Volume 72. Nitromethane with Water or Organic Solvents: Ternary and Quaternary Systems, p None

Original Measurements

Lafyatis, D. S.; Scott, L. S.; Trampe, D. M.; Eckert, C. A.; Ind. Eng. Chem. Res. 28, 585-90 (1989).

Variables:

Room Temp: 323 $\pu{K}$

Prepared by:

V.P. Sazonov

Method/Apparatus/Procedure:

The analytical method was used. The equilibrium cell consisted of a vertical glass cylinder with a volume of about 80 mL. A magnetic stir bar was used for mixing the sample, and the cell was thermostated. The two partially miscible components were charged to the equilibrium cell in approximately equal volumes, and the mixture was stirred for a minimum of 15 min. Next, the third component, which distributes itself between the two phases was added to the equilibrium cell, stirred, and allowed to equilibrate before sampling. Samples of each phase were taken and analyzed by gas chromatography.

Source and Purity of Materials:
  1. Source not specified; purity greater than 99.9 mole%; not purified.
  2. Source not specified, purity greater than 99.9 mole%; not purified.
  3. Source not specified, purity greater than 99.9 mole%; not purified.
  4. Source not specified, purity greater than 99.9 mole%; not purified.
Estimated Errors:

Ambient temperature: control to ±0.01 K.
Composition: discrepancy of 2 determinations always less than 0.005 mole fraction.

Components:
  1. Nitromethane, $\ce{ CH3NO2 }$; [75-52-5] NIST WebBook
  2. 2-Furancarboxaldehyde, $\ce{ C5H4O2 }$; [98-01-1] NIST WebBook
  3. Toluene, $\ce{ C7H8 }$; [108-88-3] NIST WebBook
  4. Methylcyclohexane, $\ce{ C7H14 }$; [108-87-2] NIST WebBook
Experimental Data
Compositions of the two liquid phases at equilibrium for the quaternary system
$T$ (°C) $T$ ($\pu{K}$) w1 w2 w3 $x_{1}$ $x_{2}$ $x_{3}$
50.00323.15 0.4100.4660.0140.5230.3770.012
50.00323.15 0.4080.4480.0280.5200.3630.024
50.00323.15 0.3880.4280.0530.5000.3500.045
50.00323.15 0.3650.4050.0780.4760.3340.067
50.00323.15 0.3560.3850.0940.4650.3200.081
50.00323.15 0.3410.3660.1080.4480.3060.094
50.00323.15 0.6990.2078 x 10-30.7860.1486 x 10-3
50.00323.15 0.6920.1980.0240.7800.1420.018
50.00323.15 0.6590.1960.0420.7530.1420.032
50.00323.15 0.6400.1870.0590.7370.1370.045
50.00323.15 0.6070.1770.0870.7080.1310.067
50.00323.15 0.5470.1670.1230.6540.1270.097
50.00323.15 0.4500.1390.1650.5630.1100.137
50.00323.15 0.3670.1140.1880.4770.0940.162
50.00323.15 0.1900.6530.0230.2700.5900.022
50.00323.15 0.1820.6000.0570.2600.5440.054
50.00323.15 0.1610.5250.0910.2320.4810.087
50.00323.15 0.0460.0600.0230.0710.0600.024
50.00323.15 0.0470.0610.0450.0740.0600.046
50.00323.15 0.0630.0770.0780.0970.0750.080
50.00323.15 0.0780.0960.1100.1180.0930.111
50.00323.15 0.0870.1090.1300.1320.1050.130
50.00323.15 0.1080.1260.1440.1610.1200.142
50.00323.15 0.0530.0210.0160.0820.0210.016
50.00323.15 0.0620.0260.0430.0960.0250.044
50.00323.15 0.0790.0300.0720.1210.0290.073
50.00323.15 0.0920.0340.0970.1390.0330.097
50.00323.15 0.1230.0420.1350.1820.0400.133
50.00323.15 0.1720.0580.1710.2480.0530.163
50.00323.15 0.2740.0860.1920.3730.0740.173
50.00323.15 0.3670.1140.1880.4770.0940.162
50.00323.15 0.0290.1070.0350.0450.1070.037
50.00323.15 0.0440.1530.0800.0680.1510.083
50.00323.15 0.0610.1320.1290.0860.1980.121

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