Low-energy-consumption magnetic type charge particle recovery device

Abstract

The invention discloses a low-energy-consumption magnetic type charge particle recovery device which comprises permanent magnets, capture barrels made of non-magnetic metal, a barrel driving motor and a power converter, wherein the two sets of capture barrels are arranged in parallel, an air channel is formed between the two sets of capture barrels, the permanent magnets are fixed to axial centers in the barrels, the opposite sides of the two permanent magnets are an N pole and an S pole, and the capture barrels are driven by the motor to rotate; the capture barrels are provided with electric brushes which are in contact with the surfaces of the barrels, and the rear ends of the electric brushes are connected with the converter to obtain electric energy and are in drive connection with the motor; particle clearing brushes are arranged on the lower surfaces of the capture barrels, and particle collection devices are correspondingly arranged under the particle clearing brushes. According to the low-energy-consumption magnetic type charge particle recovery device, particles can be adhered to a conductor material through magnetic field deflection, so that the problem of the secondary pollution of the particles which are ionized in high voltage to the environment is effectively solved; the low-energy-consumption magnetic type charge particle recovery device is simple, achieves normal-voltage treatment, reduces the cost of a traditional dust removing device, solves the problem that the traditional device has high requirements on the installation environment, and also brings convenience to later maintenance.

Description

technical field [0001] The invention belongs to the technical field of environmental protection equipment design, in particular to the technical field of design of a device for collecting and processing atmospheric particle pollutants, and in particular to a low-energy consumption magnetic charged particle recovery device. Background technique [0002] With the rapid development of economy, environmental governance has attracted more and more attention from the society. Particle pollutants in pollutants, especially the large amount of smoke and dust emitted from industrial waste gas, have caused serious pollution. Domestic waste gas and automobile exhaust are also the main sources of particle pollutants. So much waste gas makes our living environment quality face a huge threat. According to the relevant pollutant classification standards, the particulate pollutants in the air are divided into two types, charged pollution particles and uncharged pollution particles. At prese...

AI Technical Summary

Problems solved by technology

This particle treatment method leads to secondary pollution when the particles are processed under high pressure. It has little practical benefit in solving environmental problems, and there are still many problems; Large; the particles are charged by high pressure and then collected, causing secondary pollution to the environment; the traditional dust removal device has a complex structure, high requirements, high cost, and troublesome maintenance in the later stage

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