Dust removal equipment manufacturers introduce the structural design and air volume adjustment of explosion-proof dust collectors
Explosion-proof dust collector adopts its special design in the design of its structure. This can effectively prevent the accumulation of combustible dust in the internal structure of its equipment to a certain extent. All partition plates and two-level parts in the explosion-proof dust collector will be effective. Set its dust plate.
The slope of the dustproof plate of the explosion-proof dust collector must not be less than 70 degrees, and the slip angle of the ash bucket must be greater than 70 degrees. This can effectively prevent the accumulation of ash because the angle between the two bucket walls is too small, and the equipment is adjacent to each other. The side plate should be welded with a sliding plate to eliminate the deposition of dust.
In order to effectively prevent the ash hopper material during the operation of the explosion-proof dust collector, each ash hopper also needs to be effectively equipped with its air cannon and warehouse arm vibrator. There must be at least 3 ash hoppers in one device. Deflection caused by uneven air volume during use.
In order to effectively solve the problem of uneven air volume, the explosion-proof dust collector has effectively taken some measures on the structure of the equipment. The windshield is added to the inclined baffle of the equipment, and the size of the baffle is being manufactured. In the process, it needs to be determined according to its constant air volume and the principle of constant air pressure.
The explosion-proof dust collector adopts adjustable between the lift valve stem and the valve plate, so that the outlet height will be changed. After further correction, the air inlet branch pipe of the equipment will be effectively provided with an air volume regulating valve. After the equipment is running, Adjust the air volume of each box.
During the operation of the explosion-proof dust collector, the high-concentration dust will rub against each other during the flow, so that the dust and the filter cloth will also rub against each other and can directly generate their static electricity. The accumulation of static electricity will generate sparks and cause combustion.
The quality of the dust collector in the work will directly affect the reliable operation of the equipment system. When it is used, it will also affect the normal operation of the production system and the environmental sanitation of the surrounding residents. The life and wear of the blades of the dust collector fan. Will effectively involve the recovery and utilization of economic value materials.
The dust collector must be properly designed and selected for use in the process of use. During the selection process, one investment and operating cost must be fully considered, such as pressure loss of equipment, one investment, and reliability.
Different dust collectors will have different dust removal efficiency in the process of use. During use, the dust removal system with unstable operating conditions or large fluctuations needs to pay attention to the changes in the flue gas treatment capacity during use. Impact of efficiency.
In the case of normal operation of the dust collector, the order of the efficiency of the equipment is bag dust collector, water film cyclone dust collector, inertial dust collector, gravity dust collector, etc. In the selection process, the air volume temperature must be considered. And ingredients
Bag-type dust collectors will not be limited by the amount of flue gas during operation. When the temperature is greater than 260 degrees, the flue gas should be cooled and cooled in time before use. The equipment should not handle its high humidity and oily pollution Smoke purification.
The wet type dust collector is not suitable for its purification of hydrophobic and hydraulic dust. Its true density has a certain impact on the use of the equipment. For newly attached dust, it may easily cause agglomeration or blockage on the dust collector's working surface. Therefore, it is not appropriate to use dry dust removal.