METHOD AND DEVICE FOR CHEMICAL CONVERSION BY MEANS OF AN EQUILIBRIUM REACTION BETWEEN REACTANTS, AND METHOD FOR DETERMINING AT LEAST ONE PARAMETER OF SUCH A CHEMICAL CONVERSION

摘要

The invention relates to a chemical conversion method which can be used to controllably force the evolution of an equilibrium chemical reaction between reactants, particularly in a milli-fluidic system. According to the method, a single-phase liquid reaction flow stream containing the reactants is obtained and then segmented to form a two-phase gas-liquid flow stream, such as to extract a co-product of the reaction in the gas phase of the two-phase flow stream from the liquid phase from said two-phase flow stream. Subsequently, at least one fraction of the gas phase is separated from the two-phase flow stream by means of gas permeation of the co-product.