Abstract
As part of an extensive experimental study of the fluid multiphase equilibria of ternary systems containing near critical carbon dioxide, a series of systems of (carbon dioxide + 1-alkanol + tridecane) has been examined. Experimental results on these ternary systems with 1-octanol, 1-hexanol, and 1-pentanol as the alkanol component are presented and discussed. The critical endpoints of the three-phase (liquid + liquid + vapour) equilibria were determined experimentally. A comparison of the results of this study was made with those of previous measurements in ternary mixtures (carbon dioxide + 1-alkanol + tetradecane), with 1-decanol, 1-octanol, 1-hexanol, and 1-pentanol as the alkanol.
Full Text
Topics from this Paper
Critical Carbon Dioxide
Carbon Dioxide
Ternary Systems
Systems Of Carbon Dioxide
Ternary Mixtures
+ Show 5 more
Create a personalized feed of these topics
Get StartedSimilar Papers
Fluid Phase Equilibria
Sep 1, 1998
Journal of Chemical & Engineering Data
Aug 22, 2008
The Journal of Supercritical Fluids
Jul 1, 1998
Fluid Phase Equilibria
Dec 1, 1997
Cryogenics
Jan 1, 2023
Society of Petroleum Engineers Journal
Dec 1, 1964
International Journal of Greenhouse Gas Control
Sep 1, 2013
The Journal of Chemical Thermodynamics
Dec 1, 2012
The Journal of Chemical Thermodynamics
Dec 1, 2012
Science of The Total Environment
Sep 1, 2018
Journal of Environmental Chemical Engineering
Aug 1, 2021
The Journal of Supercritical Fluids
Aug 1, 2002
Fluid Phase Equilibria
Jul 1, 2010
The Journal of Supercritical Fluids
Nov 1, 2012
The Journal of Chemical Thermodynamics
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023
The Journal of Chemical Thermodynamics
Sep 1, 2023