A double-adjustable high-efficiency garbage disposal system

Abstract

The invention discloses a dual adjustment type garbage efficient disposable system which comprises a furnace body, an air blowing device and a control device. An air supply pipe row layer is arranged in the furnace body and formed by arranging multiple air supply pipes according to the sequence. In the arrangement direction of the air supply pipes, a heating area is formed every other N air supply pipes. A deslagging bin is arranged below each heating area and provided with a deslagging opening. A deslagging mechanism and a first detection device are arranged in each deslagging bin. Each deslagging mechanism is connected with a drive device. A second detection device is arranged above each heating area. The control device is used for acquiring detection data of the first detection devices in the heating areas and the second detection devices and controls action of heating devices and a master control valve according to the acquired detection data. According to the dual adjustment type garbage efficient disposable system, the disposable schedule of garbage located on the same level in a furnace can be tend to be the same, and the garbage is subjected to drying, destructive distillation pyrolysis, reduction oxidation and other disposable manners with continuous, efficient and stable rhythms.

Description

technical field [0001] The invention relates to the technical field of garbage treatment equipment, in particular to a dual-adjustment high-efficiency garbage treatment system. Background technique [0002] Garbage pyrolysis gasification incinerator is the most commonly used treatment equipment for pollution-free treatment of existing garbage. Its working principle is to use the garbage at the bottom to burn to provide heat for the entire furnace body. Since the air flow of the combustion is upward, the garbage will form a drying layer, a dry distillation layer, a reduction layer and an oxidation layer in sequence from top to bottom during combustion, and the layers are closely connected. , and approach step by step until all the garbage finally becomes the fuel of the oxide layer. Due to the large space in the furnace and the uniform heating, it is difficult to ensure the temperature balance of each area in the furnace. Affects the uniformity of the garbage disposal proce...

AI Technical Summary

Problems solved by technology

Due to the large space in the furnace and the uniform heating, it is difficult to ensure the temperature balance of each area in the furnace

Affects the uniformity of the garbage disposal process

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