Garbage incineration treatment device

Abstract

The invention discloses a garbage incineration treatment device. The device comprises a vertically arranged smoke inlet pipe connected to a flue, wherein a mounting shaft is coaxially fixed in the position close to the outlet end of the smoke inlet pipe, and a gap for smoke to pass through is formed between the mounting shaft and the inner wall of the smoke inlet pipe; a valve rod is axially and slidably mounted in the mounting shaft, the valve rod is connected to a spring, and the end, close to the outlet of the smoke inlet pipe, of the spring is fixedly connected in the mounting shaft; and apre-pressing device comprises an outer compression barrel, an inner compression barrel and a drainage cover barrel, the drainage cover barrel axially and slidably sleeves the inner compression barrel, and the outer compression barrel is fixedly arranged and coaxially sleeves the drainage cover barrel, the position, below the large end of the drainage cover barrel, of the inner compression barrelis also fixedly sleeved with a water tank, and the water tank can catch all the sewage flowing from the conical surface of the drainage cover barrel. According to the device, preliminary collection ofdust after garbage incineration can be achieved, and a solid foundation is laid for further thorough dust removal; and compression and drying of garbage can be effectively realized, and the preliminary collection effect of the smoke dust during combustion is excellent.

Description

technical field [0001] The invention belongs to the technical field of garbage disposal, and in particular relates to a garbage incineration treatment 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...

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 collecting dust after garbage incineration, the dust is too much, and it is easy to block the filter screen when it enters the filter room at one time, especially when the type of garbage is relatively fixed and the distribution of large particles of dust contained in the corresponding flue gas is relatively stable. Blockage means that most of the same dust particles cannot pass through, resulting in the complete blockage of the filter screen, the filter function is completely invalid, and manual cleaning of the filter screen cannot meet the demand at all.

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