Morgunov V. The improvement of technology of electron beam purification of thermal power plant flue gases from NOX, SO2 based on the numerical simulation results

Object of research - technology and equipment for electron beam purification (EBP) of thermal power plant flue gases from NOX, SO2. Objective - improvement of electron-beam purification of thermal power plant flue gases technology from NOX and SO2 using numerical simulation. Study of physico-chemical and thermal processes occurring during EBP of thermal power plant flue gases. Research methods - numerical method for the study of stiff systems of ordinary differential equations with respect to mathematical models of the thermal and physico-chemical processes that occur during electron-beam purification of flue gases. Method of experiment planning. Theoretical and practical results - the study of the processes of thermal power plant flue gases purification from NOX and SO2 by using electron-beam purification. The technological scheme of electron-beam purification of thermal power plant flue gases from NOX and SO2. Novelty - ways to improve the efficiency of flue gas purification and energy costs are proposed on the base of a comprehensive computational studies using the methods of numerical solution of the equations. Degree of implementation - the scientific position and results of the thesis are embedded into the design documentation of a pilot plant EBP Slovyansk TPP, which was developed in SE "UkrSTC "Energostal" (design capacity of purified gases - 100 000 m3/h.). Area of application - industrial heat-power engineering