Preprocess system of garbage power

Abstract

This invention discloses a pretreatment system of generation with garbage characterizing in connecting piston handspikes of right and left liquid pumps on the right and left side walls of a squeezing box, setting a liquid impregnation pipe and a flexible turn-over plate at the bottom of the box and setting a pre-kiln array unit under the flexible turn-over plate, closely distributing three drying boxes on a conveyer bent of the kiln array unit, in which an inlet is below the belt and an outlet is above the drying box, which reduces moisture of garbage to be good to the fully burning of garbage and increase its generation efficiency and stability.

Description

technical field [0001] The invention belongs to a garbage treatment system, in particular to a garbage power generation pretreatment system utilizing garbage combustion to generate electricity. Background technique [0002] The current waste incineration power generation system mainly introduces foreign products, including waste storage pits, waste operating mechanisms, preheating section grates, combustion furnaces, gas dust collectors and chimneys. After the operating mechanism is sent to the preheating section for preheating, the grate is sent to the combustion furnace for combustion to generate electricity, and the combustion exhaust gas is introduced into the chimney by the gas dust collector. The methods are different; while the classification system of domestic waste is not perfect, there is no sufficient classification, the waste has high humidity and complex components, and the existing system is difficult to meet the requirements of more stable and sufficient combu...

AI Technical Summary

Problems solved by technology

[0002] The current waste incineration power generation system mainly introduces foreign products, including waste storage pits, waste operating mechanisms, preheating section grates, combustion furnaces, gas dust collectors and chimneys. After the operating mechanism is sent to the preheating section for preheating, the grate is sent to the combustion furnace for combustion to generate electricity, and the combustion exhaust gas is introduced into the chimney by the gas dust collector. The methods are different; while the domestic garbage classification system is not perfect, there is no sufficient classification, the garbage has high humidity and complex components, and the existing system is difficult to meet the requirements of more stable and sufficient combustion

[0003] The disadvantages of the existing system are: high humidity of garbage, unstable combustion, low power generation efficiency, which affects production and reduces the economic benefits of the enterprise, and is difficult to handle the normal domestic garbage.

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