Numerical Modelling of Gaseous Fuel Combustion Process with the Stepwise Redistribution of Enriched Combustion Air

Abstract

The authors of this paper present the results of simulations for burner system design changes in the smelting aggregate. Based on the analysis of the existing burner system in the experimental aluminium smelting equipment, changes in the burner design were proposed. The obtained results are presented in tables and figures. The properties of the proposed changes were investigated using the simulation software ANSYS. The simulations confirmed the suitability of the proposed system for shortening the flame length and intensification of the mixing of gaseous media.

Applying the Random Forest Method to Improve Burner Efficiency

“…The introduction of a separating insert into the air nozzle made it possible to intensify the mixing of gaseous media. Zheltukhina E. considered the formation of toxic compounds and the possibility of modeling combustion processes to reduce them [21,22]. NO X emissions can be controlled by limiting the amount of available oxygen that can combine with nitrogen to form nitric oxide (NO).…”