Simulation of heat treatment and combustion of fuel in an external vortex burner

Abstract

This comprehensive article delves into the intricate processes associated with the heat treatment and combustion of fuel in an external vortex burner. Encompassing a diverse array of facets within the topic, the research extends to include a meticulous analysis of heat flow, exploration of combustion characteristics, and the pursuit of optimal process configurations. Leveraging the power of numerical models, this research enables a more profound comprehension and articulation of the intricate interplay between fuel, air, and combustible substances within the burner. The outcomes of this study hold tangible implications for the practical advancement of combustion systems, promising enhanced efficiency, reduced emissions, and streamlined processes in the expansive realm of the energy industry. The article thoughtfully incorporates references to contemporary scientific research, presenting the findings derived from numerical simulations. These findings not only contribute substantively to the existing body of knowledge but also lay the groundwork for prospective research endeavors and practical implementations in the dynamic domain of heat treatment and fuel combustion within external vortex burners.