Abstract
This paper describes the synthesis of a control system for the technological process of blending and melting of copper concentrates. A basic mathematical model of the process is constructed taking into account the kinetics of chemical reactions, that is, all equations represent a mathematical model that describes the main physico-chemical and thermal transformations occurring in the considered zones of the process of charging and electric melting of copper concentrates. In this work, it is assumed that physico-chemical transformations of matter take place in the main bath. Then the material balance of the mat bath receiving zone (zone IV) consists of two items: the receipt of materials from zone III and the removal of materials with the resulting mat. Also, here the equations are a mathematical model describing the basic physico-chemical and thermal transformations occurring in the considered zones of the process of electric melting of copper concentrates. The constructed model can be further used in the field of automation of technological processes and productions, in metallurgy, in mechanical engineering, in industry.