Cylindrical magnetic wave garbage ashing treatment device

Abstract

The invention discloses a cylindrical magnetic wave garbage ashing treatment device which comprises a cylindrical ashing box composed of a base, a side vertical wall and a top cover. The lower end of the ashing box is provided with an air inlet pipe and an ash outlet. An exhaust chimney is arranged on the top cover of the ashing box, and a magnetic wave mechanism is arranged in the ashing box. The magnetic wave mechanism comprises permanent magnets which are arranged at the center position of the ashing box and in an interlayer of the side vertical wall correspondingly and are matched. By means of the cylindrical magnetic wave garbage ashing treatment device, magnetic waves are used for promoting the ashing process of garbage, the treatment efficiency can be improved, the treatment cost is reduced, the treatment quality is improved, volume reduction and amount reduction are conducted on the garbage to the maximum degree, secondary pollution generated to the environment is avoided, and garbage treatment is achieved with little input and without pollution or emission.

Description

technical field [0001] The invention relates to the technical field of garbage treatment devices, in particular to a magnetic wave garbage ashing treatment device. Background technique [0002] In recent years, with the development of Chinese society, the pace of urbanization and new rural construction has been accelerating, and the urban and rural population is increasingly living in a densely populated direction. A large amount of domestic waste generated in daily life pollutes the living environment more Serious, and has the characteristics of large amount of garbage, complex types of garbage, and few recyclable resources, resulting in greater difficulty and higher processing costs. [0003] There are mainly four types of domestic waste disposal methods at home and abroad: one is the landfill method, which bury the waste below the surface. The technical feature of the landfill method is that it is easy to operate and can handle most types of waste. There are disadvantage...

AI Technical Summary

Problems solved by technology

[0002] In recent years, with the development of Chinese society, the pace of urbanization and new rural construction has been accelerating, and the urban and rural population is increasingly living in a densely populated direction. A large amount of domestic waste generated in daily life pollutes the living environment more Serious, and has the characteristics of large amount of garbage, complex types of garbage, and few recyclable resources, resulting in greater difficulty and higher processing costs

[0003] There are mainly four types of domestic waste disposal methods at home and abroad: one is the landfill method, which bury the waste below the surface. The technical feature of the landfill method is that it is easy to operate and can handle most types of waste. There are disadvantages such as large floor area and serious secondary pollution

The second is the composting method. The garbage is biodegraded by composting. The technical feature of the composting method is low cost, but it can only treat biomass domestic garbage, which has a narrow application area and a long treatment period. The methane gas produced is not only a fire and explosion hazard, but also produces a greenhouse effect when discharged into the atmosphere, and also produces unpleasant odors

The third is the incineration method, which incinerates the garbage to achieve the purpose of volume reduction, volume reduction and harmlessness. At the same time, the heat generated in the incineration process can be used as a resource, but it needs to add auxiliary energy such as electricity and fuel during combustion; If the incineration conditions are not properly controlled, carcinogens such as dioxin will be produced, there will be smoke pollution problems, and the investment in equipment will be huge

The fourth is the pyrolysis method, which mainly adopts the "external heating" heating method, which has high energy consumption during the heating process, poor recycling and utilization of cracking products, low resource utilization level, insignificant recycling benefits, and easy to cause secondary pollution to the environment

[0004] The above methods all have limitations and the risk of secondary pollution, and the resource recovery rate is low during the treatment process, the benefits are not obvious, and the treatment process requires more external power

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