Cement silo roof pulse backflush dust collector

#>Pulse backflush dust collector on the top of the cement silo
The induced draft fan works to generate a pressure difference between the inside and outside of the filter element, allowing the granular dust to block the outside of the filter element. The clean air is drawn out by the fan and the dust-containing gas is driven by one or two The air inlet provides filter element dust removal using a pulse backflush blowing system due to the function of the pulse controller and solenoid valve. Blow the filter element intermittently to continuously remove dust attached to the surface of the filter element.
The operating temperature of the pulse backflush dust collector on the top of the cement silo depends on two factors. The first is the maximum temperature of the filter material, and the second is that the gas temperature must be above the dew point temperature. At present, due to the large number of glass fiber filter materials, the maximum operating temperature can reach ℃. For gases above this temperature, cooling measures must be taken, and for gases below the dew point temperature, temperature raising measures must be taken. For bag dust collectors, the relationship between operating temperature and dust removal efficiency is not obvious. This is different from electrostatic precipitators. For silo roof dust collectors, temperature changes will affect the specific resistance of dust and other factors that affect dust removal efficiency.
Characteristics of the pulse backflush dust collector on the top of the cement silo: The use of pulse jet dust cleaning technology with air stop in separate chambers overcomes the shortcomings of conventional pulse silo top dust collectors and backflush dust collectors in separate chambers. It has strong dust removal ability and high dust removal efficiency. Low emission concentration, air leakage rate, low energy consumption, less steel consumption, less floor space, stable and reliable operation, and good economic benefits.