Mixture of N,N-DIETHYL-1,3-PROPANEDIAMINE + Water

Datasets

1. P_vap - Vapor or sublimation pressure, kPa

Vapor or sublimation pressure, kPa [ref]

Fixed		Measured
Mole fraction of N,N-DIETHYL-1,3-PROPANEDIAMINE (1) - Liquid	Temperature, K - Liquid	Vapor or sublimation pressure, kPa - Liquid
0.1300	273.15	0.49
0.2701	273.15	0.34
0.3896	273.15	0.26
0.4989	273.15	0.21
0.6300	273.15	0.17
0.7600	273.15	0.13
0.8897	273.15	0.08
1.0000	273.15	0.03
0.1300	283.15	1.02
0.2701	283.15	0.74
0.3896	283.15	0.57
0.4989	283.15	0.48
0.6300	283.15	0.38
0.7600	283.15	0.29
0.8897	283.15	0.19
1.0000	283.15	0.08
0.1300	293.15	2.00
0.2701	293.15	1.52
0.3896	293.15	1.20
0.4989	293.15	1.02
0.6300	293.15	0.82
0.7600	293.15	0.63
0.8897	293.15	0.41
1.0000	293.15	0.16
0.1300	303.15	3.71
0.2701	303.15	2.93
0.3896	303.15	2.38
0.4989	303.15	2.04
0.6300	303.15	1.66
0.7600	303.15	1.27
0.8897	303.15	0.84
1.0000	303.15	0.33
0.1300	313.15	6.58
0.2701	313.15	5.36
0.3896	313.15	4.45
0.4989	313.15	3.86
0.6300	313.15	3.17
0.7600	313.15	2.44
0.8897	313.15	1.60
1.0000	313.15	0.62
0.1300	323.15	11.21
0.2701	323.15	9.41
0.3896	323.15	7.95
0.4989	323.15	6.95
0.6300	323.15	5.75
0.7600	323.15	4.44
0.8897	323.15	2.90
1.0000	323.15	1.11
0.1300	333.15	18.41
0.2701	333.15	15.86
0.3896	333.15	13.61
0.4989	333.15	12.01
0.6300	333.15	9.98
0.7600	333.15	7.74
0.8897	333.15	5.04
1.0000	333.15	1.92
0.1300	343.15	29.24
0.2701	343.15	25.79
0.3896	343.15	22.45
0.4989	343.15	19.97
0.6300	343.15	16.66
0.7600	343.15	12.97
0.8897	343.15	8.41
1.0000	343.15	3.20
0.1300	353.15	45.07
0.2701	353.15	40.63
0.3896	353.15	35.79
0.4989	353.15	32.07
0.6300	353.15	26.86
0.7600	353.15	20.97
0.8897	353.15	13.53
1.0000	353.15	5.14
0.1300	363.15	67.60
0.2701	363.15	62.16
0.3896	363.15	55.36
0.4989	363.15	49.95
0.6300	363.15	41.93
0.7600	363.15	32.84
0.8897	363.15	21.10
1.0000	363.15	8.02

Sources

• Phase equilibrium measurements and thermodynamic modeling of aqueous solutions of polyamines CO2 absorbents: 3-aminopropylmethylamine, 3-aminopropyldimethylamine and N,N-diethyl 1,3-propanediamine at temperatures from 273 K to 363 K

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