Energy and Environmental Performance of the Steam Generator on the Basis of Pulsating Combustion

Abstract

An experimental study of a steam generator based on a pulsating combustion apparatus with a vortex-type combustion chamber, an aerodynamic valve and a Helmholtz resonator is described. A quantitative assessment of the process of formation and emissions of nitrogen oxides is given. A significant decrease in nitrogen oxides is due to the disequilibrium of the combustion processes due to the extremely insignificant residence time of the fuel components in the high temperature zone