Mixture of Naphthalene, 1-methyl- + p-Xylene + Water

Datasets

1. Pressure, kPa x Mole fraction (2)

Pressure, kPa x Mole fraction [ref]

Operational condition: Temperature, K = 573 (Liquid mixture 1)

Fixed		Measured
Pressure, kPa - Liquid mixture 1	Mole fraction of Naphthalene, 1-methyl- (1) - Liquid mixture 2	Mole fraction of Water (3) - Liquid mixture 2	Mole fraction of Naphthalene, 1-methyl- (1) - Liquid mixture 1	Mole fraction of Water (3) - Liquid mixture 1
11900.00	0.1200	0.6410	0.0010	0.9890
14100.00	0.1580	0.5640	0.0010	0.9900
16000.00	0.1350	0.5890	0.0010	0.9910
18100.00	0.1540	0.5800	0.0010	0.9910
19900.00	0.1850	0.5310	0.0010	0.9920
11800.00	0.1900	0.6300	0.0010	0.9930
14000.00	0.2240	0.5940	0.0010	0.9920
15000.00	0.2250	0.5790	0.0010	0.9920
15900.00	0.2810	0.5320	0.0010	0.9940
18400.00	0.2830	0.5340	0.0010	0.9920
20200.00	0.3030	0.4960	0.0010	0.9940
12000.00	0.3560	0.5330	0.0010	0.9970
14200.00	0.3710	0.5070	0.0010	0.9970
16200.00	0.3650	0.5070	0.0010	0.9970
18200.00	0.3480	0.5360	0.0010	0.9960

Temperature, K x Pressure, kPa x Mole fraction [ref]

Fixed			Measured
Temperature, K - Liquid	Pressure, kPa - Liquid	Mole fraction of Water (3) - Liquid	Mole fraction of Naphthalene, 1-methyl- (1) - Liquid	Mole fraction of Naphthalene, 1-methyl- (1) - Gas	Mole fraction of Water (3) - Gas
573.00	5200.00	0.2230	0.3710	0.0010	0.7950
623.00	6200.00	0.2780	0.4410	0.1440	0.6640
623.00	8000.00	0.2770	0.4110	0.1140	0.7180
573.00	6300.00	0.2590	0.3930	0.0010	0.8110
623.00	10200.00	0.3770	0.3390	0.1050	0.7380
623.00	12300.00	0.4170	0.3810	0.1150	0.7430
623.00	14200.00	0.5280	0.3060	0.1260	0.7670
623.00	14700.00	0.5300	0.2810	0.1250	0.7650
623.00	17600.00	0.9510	0.0240	0.0110	0.9790
623.00	18100.00	0.9430	0.0270	0.0190	0.9670
623.00	7400.00	0.2370	0.6030	0.1180	0.8160
573.00	6200.00	0.3220	0.5420	0.0670	0.8790
623.00	9000.00	0.3610	0.5330	0.1080	0.8370
623.00	11300.00	0.4230	0.4720	0.0940	0.8560
623.00	13500.00	0.5260	0.3820	0.0990	0.8570
573.00	7200.00	0.3440	0.3470	0.0010	0.8590
623.00	15800.00	0.6540	0.2820	0.1070	0.8520
623.00	16900.00	0.9180	0.0650	0.0650	0.9240
623.00	17400.00	0.9130	0.0680	0.0640	0.9230
653.00	8000.00	0.1880	0.3130	0.1870	0.4050
653.00	10000.00	0.2740	0.2520	0.2080	0.4280
653.00	11100.00	0.3230	0.2270	0.1660	0.4770
573.00	7000.00	0.3980	0.4990	0.0550	0.9090
653.00	6000.00	0.1980	0.4840	0.2360	0.4700
653.00	8100.00	0.3200	0.3690	0.1730	0.6140
653.00	10300.00	0.3230	0.4000	0.1570	0.6690
653.00	12400.00	0.4180	0.3350	0.1540	0.6820
573.00	7900.00	0.4040	0.2310	0.0010	0.8100
653.00	14100.00	0.5120	0.2730	0.1710	0.6600
653.00	6300.00	0.2350	0.6540	0.2350	0.6740
653.00	7800.00	0.2930	0.5870	0.1800	0.7470
653.00	10300.00	0.3230	0.5430	0.1860	0.7260
653.00	11800.00	0.3970	0.4700	0.1690	0.7470
623.00	7100.00	0.1830	0.3780	0.1460	0.5330
653.00	13300.00	0.3680	0.4950	0.1570	0.7700
653.00	15600.00	0.5780	0.3230	0.1470	0.7900
573.00	4200.00	0.1820	0.5740	0.0670	0.8360
573.00	5900.00	0.2780	0.5540	0.0510	0.8890
573.00	7100.00	0.3260	0.4090	0.0450	0.8600
573.00	8000.00	0.4480	0.3140	0.0360	0.8870
573.00	5300.00	0.2460	0.6470	0.0680	0.8910
623.00	8500.00	0.2610	0.3460	0.1190	0.6190
623.00	10200.00	0.3510	0.2540	0.1180	0.5970
623.00	11000.00	0.3830	0.2200	0.1190	0.5910
623.00	17700.00	0.9930	0.0010	0.0010	0.9670
623.00	18400.00	0.9830	0.0010	0.0010	0.9570

Sources

• Phase equilibria for the [{water + 1-methylnaphthalene + p-xylene}] system at T = (573, 623 and 653) K

Note: These property values are available through the Cheméo API. A free account gives you an access key.