Theory and practice of hydro-, pneumo- and thermochemical studies of an industrial burner with combined intensification of combustion of C-H-O-containing fuels
Abstract
Theory and practice of hydro-, pneumo- and thermochemical studies of an industrial burner with combined intensification of combustion of C-H-O-containing fuels
Incoming article date: 14.12.2024A combined theoretical and practical study of the burner device parameters has been performed. The flow characteristic of the fuel supply system has been determined. Aerodynamic studies of the burner device characteristics have been conducted, axial velocity fields have been constructed, and critical parameters of the air supply unit design have been identified. The temperatures of in-chamber processes have been experimentally determined. A mathematical model of chemical reactions of the torch has been developed, and the dependence of diesel fuel toxicity on the excess air coefficient has been constructed. The effect of water vapor on the burner device operation has been determined.
Keywords: burner device, axial velocity field, intra-chamber processes, thermochemical parameters, mathematical modeling, toxicity