A waste incineration equipment

Abstract

The invention discloses a garbage incineration device, comprising a vertically arranged smoke inlet pipe connected to a flue, and a mounting shaft is coaxially fixed in the outlet end of the smoke inlet pipe, and between the installation shaft and the inner wall of the smoke inlet pipe There is a gap for the flue gas to flow through; the valve stem is axially slidably installed in the installation shaft, and the dust cover on the valve stem includes an integrally connected center of gravity body and a dust-retaining cover ring, and the center of gravity body and the valve stem are fixedly connected; preloading device It includes an outer compression cylinder, an inner compression cylinder, and a drainage cover cylinder. The drainage cover cylinder is axially slidably sleeved on the inner compression cylinder. The outer compression cylinder is fixedly arranged and coaxially sleeved on the drainage cover cylinder. Below the big end of the drainage cover cylinder The inner compression cylinder is also fixedly sleeved with a second water receiving groove, and the second water receiving groove can be conical from the drainage hood cylinder. The invention can realize the preliminary collection of dust after comprehensive garbage incineration, lay a solid foundation for further thorough dust removal, and can effectively realize the compression and squeezing of garbage before incineration.

Description

technical field [0001] The invention belongs to the technical field of garbage disposal, and in particular relates to a garbage incineration device. Background technique [0002] A lot of garbage is generated in daily production and life. One of the methods to deal with these garbage is to use traditional incineration. In order to recycle energy, existing garbage incineration is mostly used to generate electricity. When the current garbage is incinerated, the moisture content is too high, the garbage is fluffy, and the floor area is large, which is inconvenient to transfer to the incinerator for centralized incineration. Some existing garbage compression devices are not enough to compress the garbage, and when the compression is sufficient, it is difficult to take out and transfer garbage. In addition, the generated smoke and dust need to be treated during incineration to ensure reasonable environmental emission standards. At present, most of the incinerated dust is captur...

AI Technical Summary

Problems solved by technology

At present, most of the incinerated dust is captured and collected by a filter in the filter room. However, when the garbage is incinerated, the smoke and dust are very large, and the dust after the incineration of the floating garbage needs to be initially separated and collected to improve the dust collection rate. Collect dust more fully

However, when the current garbage is incinerated to collect dust, due to too much dust, it is easy to block the filter screen when it enters the filter room at one time, especially when there are many types of garbage, covering comprehensive garbage from industry, life and other channels. The types of particulate dust contained are also widely distributed. Some difficult-to-filter flame-retardant dross must block the filter screen, and the particulate dust produced by other garbage incineration cannot be captured and filtered. Therefore, in this case, how to better filter and extracting the corresponding dust particles is also a challenge

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