Vapor−Liquid Equilibrium in 2-Ethoxyethanol + Methanol at 313.15 to 333.15 K
Journal of Chemical & Engineering Data1998Vol. 44(3), pp. 368–372
Citations Over TimeTop 22% of 1998 papers
Abstract
The vapor−liquid equilibrium (VLE) isotherms were directly determined by the ebulliometric method for the system 2-ethoxyethanol + methanol. The experimental results were correlated by an equation of state that is capable of reproducing VLE for associating and reacting systems with an accuracy similar to the experiment uncertainty over a reasonable range of pressure and temperature. Such correlations are hard to obtain with equations representing activity coefficients at specific particular isotherms.
Related Papers
- → Description of phase equilibrium and volumetric properties for CO2+water and CO2+ethanol using the CPA equation of state(2020)16 cited
- → Saturation states of heavy water(1980)19 cited
- Estimation of Density of Methane and Ethane and Vapor-Liquid Equilibrium Predictions for Methane-Ethane Binary System Using PR and PC-SAFT Equations of State(2010)
- Indirect experimental method for measuring liquid component saturated vapour pressure of natural product(2008)
- → Thermodynamic Properties of Ethylene at Saturation(1984)4 cited