Electromagnetic vibration shock wave industrial dust removal equipment

Abstract

The invention provides electromagnetic-vibration-shock-wave industrial dust removing equipment. The dust removing equipment comprises a primary dust removing device and a dust-removing and purifying chamber, wherein one or more electromagnetic-vibration-shock-wave purifying mechanisms are arranged in the dust-removing and purifying chamber, and a dust collection funnel is arranged at the bottom of the dust-removing and purifying chamber; the purifying mechanisms comprise outer frames, a plurality of anode plates and a plurality of cathode guide frames, the anode plates and the cathode guide frames are alternatively arranged in parallel, electromagnetic coils are arranged on the outer frames, and the anode plates are connected with the electromagnetic coils through electromagnetic-vibration insulating connecting rods; high-voltage interfaces are arranged at one ends of cathode guide frame connecting rods; the electromagnetic-vibration-shock-wave purifying mechanisms further comprise electromagnetic-vibration driving circuits and pulse high-voltage circuits, signal output ends of the pulse high-voltage circuits are connected with signal input ends of the high-voltage interfaces, and signal output ends of the electromagnetic-vibration driving circuits are connected with signal input ends of the electromagnetic coils. According to the electromagnetic-vibration-shock-wave industrial dust removing equipment, lampblack particles or industrial dust can be rapidly collected and rapidly settled to the bottom of a purifier, and the dust-removing and purifying rate reaches up to 95% or above.

Description

technical field [0001] The invention belongs to an industrial dust removal device, in particular to an industrial dust removal device which utilizes the double action of electromagnetic vibration and shock wave to gather industrial dust particles and collect and discharge or utilize them. Background technique [0002] With the development of society and the continuous improvement of living standards, the air quality continues to decrease. Long-term haze weather not only affects people's living environment, but also people's health have a big impact. industrial dust is affecting the air quality The main sources of pollution, such as factory workshops, chemical plants, brick and tile factories, cotton factories, cement factories, etc., will emit various smoke and dust. These harmful gases and particles will cause serious pollution to the environment, making PM2. 5 greatly exceeded the standard. In order to reduce air pollution, the most effective way is to control it from ...

AI Technical Summary

Problems solved by technology

The rapping in the existing electrostatic precipitator mainly includes top rapping or side rapping. No matter which rapping method is used, there will be a problem of secondary dust generation. The secondary dust generation of rapping will cause the dust in the flue gas to The airflow entrains and escapes directly from the electric field, and the collected dust will also separate from the plate and return to the airflow, especially the dust in the final electric field can only be discharged with the airflow, reducing the dust removal effect

In addition, the anode plates in the electrostatic precipitator mainly include plate-type plates and grid-type plates. The top-vibrating force of the plate-type plates has a large attenuation and poor gas cleaning effect, while the grid-type plates use top vibration. It is easy to be damaged; if both methods use side frame beating, the side rapping structure will occupy the space of the high-voltage electrostatic precipitator body, and the rapping cycle and rapping force cannot be adjusted, and the wear of each part is large, and the service life of the electrode plate is longer. short

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