The LCM-D/G long bag offline pulse dust collector is a product that combines the excellent international long bag offline pulse dust removal technology and is introduced to users with an internationally advanced level of long bag offline pulse dust removal technology.

The LCM-D/G long bag offline pulse dust collector is a large-scale dust removal equipment with high processing air volume, good dust cleaning effect, high dust removal efficiency, reliable operation, easy maintenance, and small footprint. Long bag offline pulse dust collectors are widely used for dust control and material recovery in metallurgical industries such as steelmaking blast furnaces, raw material coal injection preparation factories, building materials industries, power, chemical industries, carbon black, asphalt concrete mixing, boilers, flue gas dust removal, and other industries.

working principle:

The LCM-D/G long bag offline pulse dust collector is mainly composed of an upper box body, a middle box body, an ash hopper, an inlet air equalizing pipe, a bracket, a filter bag and blowing device, an ash unloading device, etc. The dusty air enters the ash hoppers of each compartment from the inlet air equalizing pipe of the dust collector, and under the guidance of the ash hopper guide device, the large particle dust is separated and directly falls into the ash hopper, while the finer dust uniformly enters the middle box body and is adsorbed on the surface of the filter bag. The clean air enters the upper box body and is discharged into the atmosphere through various offline valves and exhaust pipes. As the filtration process progresses, the dust on the filter bag accumulates more and more. When the equipment resistance reaches the limited resistance value (usually set to shake off the dust on the filter bag into the ash hopper and discharge it through the ash discharge valve).

Filtering condition:

The dust containing gas of LCM-D/G long bag offline pulse dust collector is distributed into the ash hoppers of each filtering unit through the middle inlet duct. Coarse dust particles directly fall into the ash hoppers under the action of inertia and gravity, while fine dust particles enter the filtering chamber with the turning of the airflow. Under the filtering effect of the dust cake on the surface of the filter bag, the dust accumulates on the outer surface of the filter bag. The filtered gas enters the upper box from the inside of the filter bag and converges to the clean gas collection pipe.