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Experimental Study on the Dynamic Resistance of the Electric-Bag Complex Dust Collector

机译:电动袋复合集尘器动态电阻的实验研究

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The Electric-Bag Complex Dust Collector (EBCDC) is being widely used for dust removal of flue gas from the coal-fired power station boiler. Electrostatic precipitator (ESP), as a pre-collector, has a certain effect on the post-baghouse. In this paper, systematic experiments are done to study the effect of the filtration resistance, the formation of dust cake and the cleaning process of baghouse unit during the electric field voltage changing in ESP unit. The results show that the reduction in pressure drop is due to the fluffy dust cake formed by charged dust particles, which slows down the rising rate of filtration resistance. Therefore, the extending of cleaning cycle may slow down the filter bag's fatigue caused by the frequent injection cleaning, extend the lifetime of filter media, and reduce running cost of the EBCDC.
机译:电动袋复合集尘器(EBCDC)广泛用于从燃煤电站锅炉中除尘烟气。静电除尘器(ESP)作为预收集器,对后袋厂具有一定的效果。在本文中,进行了系统实验,以研究差异在ESP单元中电场电压在电场电压变化期间的过滤电阻,粉尘饼的形成和袋式机组的清洁过程。结果表明,压降降低是由于带电粉尘颗粒形成的蓬松的粉末饼,这减缓了过滤抗性的上升速率。因此,清洁循环的延伸可能会减慢频繁喷射清洁引起的过滤袋的疲劳,延长过滤介质的寿命,并降低EBCDC的运行成本。

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