Experimental Research for High Concentration ESP Gas Flow Distribution

Zhen Biao Liu; Li Zhong Xu; Guang Chao Hou; Hong Sheng Hu

doi:10.4028/www.scientific.net/AMR.233-235.848

Paper Titles

Hydrodesulfurization Performances of NiMo Supported on Micro/Mesoporous Beta/MCM-48 Composite Catalyst
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Treatment of Domestic Sewage by Membrane Bioreactor with Bubbleless Aeration
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Separation of Ni(II) from Nickel-Containing Wastewater in an Emulsion Liquid Membrane System with P507 as Carrier
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Study on Clarification Behavior of Fe₂O₃/Kerosene Sludge under Strong Coupling of Ultrasonic Stationary Field
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Experimental Research for High Concentration ESP Gas Flow Distribution
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Antioxidant Activity of Soybean Peptides
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Separation of Dimethylformamide/H₂O Mixtures Using Pervaporation-Distillation Hybrid Process
p.866

Cooling Mechanism of the Steel Slag Droplet Granulated by Gas Quenching Method
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Study on Effectes of Different Inorganic Electrolytes on Flocculation Falling of Slurry
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 233-235Experimental Research for High Concentration ESP...

Experimental Research for High Concentration ESP Gas Flow Distribution

Abstract:

One new kind of gas distribution plate used for high concentration electrostatic precipitator (herein after briefing ESP) designed in this content in order to solve the problem that gas discharges can not reach the required standard existed in high concentration ESP. Research the influence that the structure type of gas distribution plate to gas flow distribution plate by compare and analysis the experimental object analogue and computer data analogue. Advantage the gas distribution plate design according to experiment and outstandingly improve the gas-purging performance of high concentration ESP and ensure the electric field section flows velocity evenly in industry application ESP.