STUDYING THE REGULARITIES OF THE PROCESS OF INJECTING A MIXTURE OF REAGENTS

Based on the theory of two-phase flows (gas - solid particles), which is based on the mathematical description of the systems under study, a methodology for theoretical evaluation of the influence of the characteristics of two-phase flows and the characteristics of the route transporting the two-phase flow on the change in the parameters of the two-phase flow has been developed. It is assumed that there is no mass transfer between the dispersed and dispersed media, and the dissipative and pulsation terms for the carrier medium are rejected, since it is assumed that the energy of interfacial interaction significantly exceeds these energy losses. Laboratory studies of the refining mixture injection process were carried out on the "cold" model. In laboratory studies, soda, lime, and their mixture with iron oxide were used as reagents. The refined Busroyd coefficients were obtained. Theoretical calculations were compared with those obtained in the laboratory.