Experimental research of capture enhancement mechanism of submicron particles by designing two-stage electrostatic precipitators with various ratios of charger and collector units

This paper aims to improve the efficiency of uniform flow electrostatic collector. First, the principle of electrostatic dust removal technology, including electrostatic dust removal principle and an overview of uniform flow electrostatic dust collector. Then, methods to improve dust removal efficiency by analyzing the relationship between dust removal efficiency and operating parameters. These include electric field design optimization, dust removal plate optimization, and airflow distribution control. Then, the factors affecting the efficiency of dust removal are analyzed, including the particle characteristics and the gas characteristics. Finally, the electric field optimization design based on numerical simulation and the airflow distribution optimization design based on CFD simulation are presented. Through theoretical simulation and optimization design, the dust removal efficiency of uniform flow electrostatic dust collector can be improved and the dust removal effect can be further optimized.

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Experimental research of capture enhancement mechanism of submicron particles by designing two-stage electrostatic precipitators with various ratios of charger and collector units

Cited by 3 publications

References 34 publications

Performances of two-stage electrostatic precipitator with different types of discharge electrodes of unipolar electrostatic agglomerator

Performances of two-stage electrostatic precipitator with different types of discharge electrodes of unipolar electrostatic agglomerator

Sub-kilovolt electrostatic precipitation for efficient and safe removal of airborne particles

Enhancing Dust Removal Efficiency in Electrostatic Precipitators with Homogeneous Flow

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