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2007•Journal of Hebei UniversityRequires access

Study of Ionic Wind in Electrostatic Precipitator

Qiang Zhao

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Abstract

Ionic wind deduced from corona discharge in wire-to-plate type electrostatic precipitator(ESP) enhanced particle migration velocity and had great influence on collection efficiency.Velocity distribution and its principle of ionic wind on different positions of collection electrode of wire-to-plate type ESP were measured and analysed in this study.The method of subarea and point distribution on collection electrode was used in the situation of ESP with no gas inlet in laboratory and made analysis on the experiment results.

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What this paper is about

Ionic wind deduced from corona discharge in wire-to-plate type electrostatic precipitator(ESP) enhanced particle migration velocity and had great influence on collection efficiency.Velocity distribution and its principle of ionic wind on different positions of collection electrode of wire-to-plate type ESP were measured and analysed in this study.The method of subarea and point distribution on collection electrode was used in the situation of ESP with no gas inlet in laboratory and made analysis on the experiment results.

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Available abstract

Ionic wind deduced from corona discharge in wire-to-plate type electrostatic precipitator(ESP) enhanced particle migration velocity and had great influence on collection efficiency.Velocity distribution and its principle of ionic wind on different positions of collection electrode of wire-to-plate type ESP were measured and analysed in this study.The method of subarea and point distribution on collection electrode was used in the situation of ESP with no gas inlet in laboratory and made analysis on the experiment results.

Key concepts: Ion wind, Electrostatic precipitator, Corona discharge, Corona (planetary geology), Electrode, Ionic bonding, Particle (ecology), Mechanics

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