The central aim is to provide vapor-liquid equilibrium (VLE) data for separating low-concentration crotonaldehyde from other components.
Conducted multiscale simulation of the separation process
Analyzed vapor-liquid equilibrium data relevant to crotonaldehyde
Explored methods to achieve efficient separation of acetic acid and crotonaldehyde
Generated VLE data that support the separation process
Demonstrated feasibility of separating acetic acid from crotonaldehyde in a simulation setting
Abstract
This study aims to provide VLE data for the separation of low-concentration crotonaldehyde and to achieve the separation of acetic acid–crotonaldehyde through process simulation.