- 处理风量:
- 14000m3/h
- 过滤风速:
- 2.5m/min
- 过滤面积:
- 400㎡
Structural features of low-voltage pulse bag dust collector in carbon factory:
, low-pressure carbon factory The pulse bag dust collector combines the advantages of pulse injection and divided chamber backflushing to overcome the shortcomings of insufficient kinetic energy during divided chamber backflushing and simultaneous pulse injection filtration and dust cleaning. Due to the use of high-energy dust cleaning and split structure offline Dust cleaning has the advantages of large dust collection, fast speed, and short cycle, making the dust removal equipment more adaptable and flexible. The service life of dust removal filter bags is increased and the dust removal efficiency is improved.
Carbon plant dust collectors have high reliability and cost-effectiveness and are mainly used in air dust removal in chemical fertilizer, coking, urban, metallurgy, building materials, carbon, and other industries.
The dust collector of the carbon factory adopts a secondary air distribution method to allow dust-laden air to enter the filter area through the guide tube and air inlet distribution system to ensure uniform air inlet to the unit, thereby improving the utilization of the filter area and the use of filter materials. life.
Under the continuous efforts and innovation of our company's technical staff, the carbon factory dust collector is being continuously upgraded and improved and has developed into a high-quality dust removal equipment with high efficiency, stability and long life. It is your first choice when choosing dust removal equipment.
The resistance of the dust collector in the carbon factory increases, energy consumption increases, and the operating cost increases. If the filtration speed is too high, the dust layer will accumulate in the bag dust collector and become compacted, which will increase the resistance of the dust collector. As a result, the large pressure difference in the filter bag will allow fine dust to enter the internal filter material or even pass through the dust bag, causing the outlet dust concentration to increase. High-speed filters will also cause dust layers to quickly form on the bags, causing too frequent cleaning to increase cleaning energy consumption and shorten the service life of the filter bags. At low filtration speeds, the pressure loss is small and the efficiency is high, but the bag area also increases, the volume and floor space of the dust removal equipment will increase, and the investment cost will increase accordingly.