Research of nitrogen oxides generation during low-temperature swirl fuel combustion

Abstract

Abstract. The work is devoted to the solution of the issue of environmental protection from harmful emissions of thermal power plants. Mechanisms of nitrogen oxides generation in a low-temperature swirl furnace process are considered. The analysis of the combustion process characteristics influence on the final level of nitrogen oxide concentration in the flue gases of the boilers is presented. Calculations and experimental studies have shown that the method of low-temperature swirl combustion provides a significant reduction in emissions of nitrogen oxides to the atmosphere.

Low-temperature swirl method of burning combustible waste

“…2), which drastically reduces the cost of building a new building [10,11]. In addition, the low-temperature swirl method is a technological method of protecting the environment from harmful emissions of nitrogen oxides and sulfur oxides [12][13][14][15][16], implemented at the stage of fuel combustion by the design of the combustion device and operating characteristics of its operation.…”