Abstract
Until now, reactive residue curve maps (RRCM) are computed for a liquid phase where either only kinetically controlled reactions, or only chemical equilibrium reactions, take place. We try to model a liquid phase where both kinds of reactions may occur. Using two new transformed composition vectors and the temperature as unknown variables, we provide an alternate formulation for calculating RRCM. The main benefit is a unified and extended framework where one can easily add or remove one or more reactions, and obtain the dynamic model to be integrated. The computational cost of the suggested approach may be less than the previous ones.
