Study and Numerical Simulation of the Electrical Properties of a Duct-Type Electrostatic Precipitator Using Seven Circular Corona Wires: A Review

The study of electrostatic precipitators (ESP) is great importance in powder technology. Different physical and chemical processes occur during its operation. objective this investigation to analyze observe electrical phenomena using mathematical models such as Poisson's equation the charge conservation equation. To carry out simulation two flat plates seven corona wires are geometrically arranged based on an ESP prototype. general form partial differential equations mentioned along with boundary conditions was written software associated different parts geometry. For example, electric field onset calculated by Peak's law set one for wires. Defining space density distribution essential part because next inside depend parameter. A specific method that splits used solve these PDEs. Besides, a review concepts particle charging process, kinetics, collection introduced. results obtained from potential, field, density, agree those proposed some investigations.