Multiobjective optimization of temperature mode in reactor unit of catalytic reforming of gasoline based on the kinetic model

Abstract

Based on the previously developed kinetic model of catalytic reforming gasoline, the temperature regimes of catalytic reforming gasoline are optimized. Several target optimization functions are considered — output of the target product, required octane number with limitation on benzene content (high-octane component, <2% by volume), etc. The optimal input temperatures of the reaction mixture for each reactor were determined.