Simulation modeling of a synergetic chemical reactor control system

Abstract

One of the promising ways to solve the problem of synthesizing control systems for nonlinear dynamic objects operating under conditions of exogenous uncertainties is the use of methods based on the synergetic principle of target self-organization for control purposes. The paper examines the problem of synthesizing effective control algorithms for a chemical reactor, which is the main element of petrochemical production, subject to the influence of various uncertain factors, when implementing a series-parallel reaction. The goal of the synthesized control system is to ensure a stable concentration of the target component at the output of the reactor under the influence of uncertain disturbances on the object, as well as to transfer the apparatus from one productivity to another (specified) while maintaining the required quality of the target component.