Аналіз термодинамічної ефективності спалювання твердого палива у вихровій печі

Abstract

The thermodynamic efficiency of solid fuel combustion in vortex furnaces is a key factor in enhancing energy conversion processes and minimizing environmental impact. Vortex combustion technology is characterized by intense fuel-air mixing, which improves the combustion process by ensuring a more uniform temperature distribution and reducing unburned carbon losses. This study provides a comprehensive analysis of the thermodynamic efficiency of solid fuel combustion in vortex furnaces, examining the fundamental principles governing heat and mass transfer, combustion kinetics, and gas flow dynamics. The research focuses on the impact of key parameters, including turbulence intensity, excess air ratio, fuel particle size, and combustion chamber geometry, on the overall efficiency of the system.