Domestic garbage pyrolysis treatment method and domestic garbage pyrolysis treatment system

Abstract

The invention relates to a domestic garbage pyrolysis treatment method and a domestic garbage pyrolysis treatment system. A low temperature pyrolysis gasification device, formed by a low temperature pyrolysis gasifier (1), an air-magnetizing air supply device (2) and a water seal flame arrester (3), is used for carrying out pyrolysis on domestic garbage so as to obtain combustible gas; the low temperature pyrolysis gasifier (1) is an updraught pyrolysis gasifier; the height of a gasification zone is determined by means of the structural design, and the pyrolysis temperature of the gasificationzone is controlled, so that the domestic garbage is fully pyrolyzed; the domestic garbage pyrolysis treatment method and the domestic garbage pyrolysis treatment system are simple and convenient to operate and good in pyrolysis gasification effect; a gas burner (4) is used for directly carrying out combustion treatment on combustible gases; a spray dust-removal device (5) for flue gas is used forperforming spray dust-removal so as to realize clean emission; the toxic and harmful substances in the smoky and dusty gases are fully eliminated. The method and the system are suitable for on-site processing of the domestic garbage of units such as rural villages and towns as well as hospitals, realize treatment on that day so as to avoid the environmental pollution caused by the domestic garbage which can not be treated in time, and are low in treatment cost.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps magnetically treat solid wastes by making them easier for combustible components like water molecules or other gases that can stick together during storage. By reducing these interactions between different parts of the material, it becomes more stable over time when used with fuel oil without losing its properties.

Problems solved by technology

This technical problem addressed in this patented text relates to improving household waste decomposition processes such as thermal crackage and autothermy without causing damage to sensitive components like sensors and exhaust gases generated during their manufacturing process. Current techniques have limitations including incomplete burning, excessive oxygen consumption, difficulty controlling react temperatures, poor efficiency, generation of unwanted greenhouse gas products, limited adjustability, and potential safety hazards associated with handling wet residues containing acid compounds.

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