XZZ type cyclone dust collector

The XZZ type cyclone dust collector is a new type of cyclone dust collector designed based on various existing cyclone dust collectors. The inner and outer shells and components are built with ceramic cylinder blocks, which have excellent wear resistance and service life, and reduce the amount of steel used, thereby lowering the cost of equipment and maintenance. Solved the problem of cyclone dust collector wear.

Dust removal mechanism of XZZ cyclone dust collector:

The XZZ type cyclone dust collector utilizes the effect of the peak velocity field distribution inside the cyclone tube on the upward movement of flue gas, and is equipped with an upward tube, a secondary separation chamber, and an intermediate exhaust pipe. The flue gas enters the cylinder at a designed speed through the inlet, and the smoke and dust are separated by centrifugal force. The dust separated from top to bottom settles along the cylinder into the ash trough; The flue gas rises along the diameter of the cylinder at a peak speed of about 0.6 with a swirling flow. The part of the flue gas with high concentration of fine dust enters the secondary separation chamber at high speed along the rising cylinder wall, and then returns to the cone through the bypass duct. The secondary separated dust drops to the bottom of the cone and enters the ash tank together with the primary separated dust. The secondary separated flue gas is discharged from the middle exhaust pipe through the outlet. Due to the much higher upward swirl velocity in the rising cylinder compared to the main cylinder, fine dust can undergo secondary separation. Improved overall dust removal efficiency.

By designing a cyclone separator, particles of various sizes can be removed from dusty gases. Here are some practical examples that can be given. The main reason that hinders the use of cyclone separators for capturing fine particles is due to economic considerations. A small diameter cyclone separator is used to separate and capture powders as small as 5um. However, for many industrial industries, using such a small cyclone separator is not an economical choice. The cyclone separator can now meet the requirements of the environment and process, and can separate powders with smaller particle sizes than recognized. Cyclone separators have been widely used for emission control and product recovery of powders with an average particle size of less than 10um.