The particle size distribution of the adsorption dryer is different, and the full power is also different

The particle size distribution of the adsorption dryer is different, and the full power is also different

Practice has proved that the separation power is not only related to the structure and operating conditions of the separator, but also varies with the particle size distribution. The same equipment, under the same operating conditions, has different particle size distribution and different full power. Therefore, in separation technology, particle size distribution is used to determine the separation power of the sharer, which is the classification power. Indicates the separation power of the separator for a certain particle size powder.

When the processing gas volume is large, the standard of selecting a cyclone is too large, and the power has a downward trend. Several small cyclone separators can be used in parallel to form a cyclone separator group. Reducing the diameter of the cyclone will allow the centrifugal force and particle settling velocity to travel, and thus the dust removal power.

Adsorption dryer Separation power of cyclone separator

When the airflow reaches the vicinity of the lower end of the conical part, it starts to rotate, and gradually rotates and rises in the central part, after all, it is discharged from the air riser.

The smaller the diameter of the cyclone separator, the greater the inlet velocity and the more rotation times, the smaller the separation particle size. Regarding the practical cyclone separator, the critical particle size of the separator is not so accurate because of the disturbance of the air flow and the collision of the wall surface, the uneven distribution of particles, the rebound effect of the particles and the wall surface, and the influence of the shape of the separator. Mix in some fine particles.

The separation power of the cyclone separator is a very important technical indicator, and the particles in the gas containing fine powder are generally composed of particles of uneven size. In separation technology, the looseness is often used to reflect the particle size distribution, and the looseness is the mass percentage of various particle sizes in the fine powder.

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