Cyclone separation and pulse dust removal are two common dust purification technologies, which can effectively solve the problem of dust pollution generated in industrial production.

Cyclone separation technology is a purification technology that separates dust through the force of cyclone. When working, the dust-containing gas is entered through the cyclone, the cyclone force in the cyclone separates the dust in the gas, and the clean gas is discharged from the bottom of the cyclone. This technology is usually used in industrial places such as coal mines and cement factories, which can effectively purify the air and reduce environmental pollution.

Pulse dust removal technology is a kind of dust containing gas through the dust bag and pulse back blowing technology to purify the technology. When working, the gas passes through the dust bag, the dust is collected on the surface of the dust bag, and the clean gas is discharged from the dust bag. When enough dust accumulates on the dust bag, compressed air is sprayed into the dust bag by pulsed back blowing technology, so that the dust on the surface of the dust bag is forced out. This technology is usually used in industrial places such as steel and coal mines, which can effectively reduce dust emissions and improve air quality.

Both techniques have their advantages and disadvantages. Cyclone separation technology is simple and easy to use, does not require additional compressed air and other equipment, but for fine dust can not be effectively separated, seriously affecting the separation effect. Pulse dust removal technology, because it can be used repeatedly, has become an important means of purifying exhaust gas and industrial dust removal equipment between European and American industries, which is extremely successful, but it needs to configure accumulator, pulse control system and other equipment, and the cost is high.

In summary, cyclone separation technology + pulse dust removal technology is two common dust purification technology, each has advantages and disadvantages. In the application of different industrial sites, the appropriate technology should be selected according to the specific situation to achieve a good purification effect.