Household garbage vertical burning rotary grate furnace system

Abstract

The invention relates to a household garbage vertical burning rotary grate furnace system, which comprises a discharge transmission device, a bracket, a slag discharge pipe, an annular air duct, a multilayer tower grate, a burning furnace main body, a transmission upright post, a draft fan, a Roche fan, a rotary feed distribution device, a garbage feed dryer, a cam device, a feed transmission device, a fuel gas connecting hood, a feeding outer cylinder, a feeder, a feeding hopper, a fuel gas circuit pipe, a fuel gas connecting hood, a feed connecting hood and a secondary blower, wherein the bracket supports the burning furnace main body; the lower part of the burning furnace main body is provided with the multilayer tower grate; the lower part of the multilayer tower grate is connected with the slag discharge pipe; the discharge transmission device is connected with the multilayer tower grate through the transmission upright post; the top over of the burning furnace main body is provided with the rotary feed distribution device; the annular air duct is arranged on the burning furnace main body at the position where the multilayer tower grate is arranged; the garbage feed dryer is provided with the cam device and the feed transmission device; a garbage transmission pipe is connected with the rotary feed distribution device through the fuel gas connecting hood; the feeding hopper is connected with the garbage transmission pipe through the feeding outer cylinder and the feeder; the fuel gas circuit pipe is connected with the garbage transmission pipe and the connector of the feeding outer cylinder through the fuel gas connecting hood; and the fuel gas circuit pipe is connected with the gas outlet of the burning furnace main body through the secondary blower.

Description

technical field [0001] The invention relates to a domestic garbage treatment device, in particular to a vertical incineration rotary grate furnace system for domestic garbage. Background technique [0002] At present, there are many domestic and foreign domestic waste disposal methods, and incineration is a more commonly used method. Most of the waste incineration is carried out in the furnace, and the incinerator is divided into two types: vertical and horizontal. In order to fully burn the garbage, various forms of feeding, stirring and ventilation are used, and some fuels are also added to support the combustion. The above-mentioned various forms of incineration devices, some of which require large equipment investment and high operating costs, some of which cannot be burned thoroughly, resulting in new pollution, and some of which require garbage sorting, which requires a large workload. At present, there is no ideal incinerator that can be popularized and applied. In...

AI Technical Summary

Problems solved by technology

The above-mentioned various forms of incineration devices, some of which require large equipment investment and high operating costs, some of which cannot be burned thoroughly, resulting in new pollution, and some of which require garbage sorting, resulting in a large workload

At present, there is no ideal incinerator that can be popularized and applied.

In addition, the garbage is directly put into the incinerator, so that the garbage is not evenly distributed in the incinerator, so the garbage cannot be fully burned; the slag discharge structure is unreasonable, so that the burning garbage is also treated as waste residue

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