Incinerator

Abstract

The invention provides an incinerator. A main combustion chamber, an oxygenation and air return device, a secondary combustion chamber and an ash bucket are arranged in an incinerator body. The incinerator body is connected with an oxygenation device. A fire grate, incineration devices and the oxygenation and air return device connected with the oxygenation device are arranged in the main combustion chamber. The incineration devices are evenly distributed and are higher than the fire grate. Each incineration device comprises a temperature control device and an electric heating element. One end of each temperature control device is connected with the corresponding electric heating element, the other end of each temperature control device is connected with a PLC, and the electric heating elements are controlled to perform heating till combustion. The secondary combustion chamber communicates with the main combustion chamber and is arranged below the main combustion chamber. The ash bucket communicates with the secondary main combustion chamber and is arranged below the secondary combustion chamber. According to the incinerator, corpses are put in the sealed circulating incinerator to be subjected to electric heating incineration, and the beneficial effects of being free of emissions of smoke dust and smells and good in environment friendliness performance are achieved.

Description

technical field [0001] The invention belongs to the technical field of incineration, and in particular relates to a pure electric heating and pollution-free incinerator. Background technique [0002] Existing cremators use diesel nozzles to burn corpses, which can produce a large amount of harmful gases. Generally, each unit emits about 100 tons of sulfur dioxide per month; there is also carbon dioxide gas, which is also produced when diesel is burned, about 30 tons; at the same time, there is another gas called dioxin, which is produced during the burning of corpses. Above 250 degrees and below 500 degrees. [0003] The patent for a non-polluting cremation cremator (application number 201120448199.6) discloses a closed cycle incinerator. This patent still requires refueling for incineration and cannot fundamentally avoid the generation of sulfur dioxide, carbon dioxide and dioxins. Contents of the invention [0004] The purpose of the present invention is to provide an ...

AI Technical Summary

Problems solved by technology

[0003] Patent for a non-polluting cremation cremator (application number 201120448199.6), which discloses a closed cycle incinerator. This patent still requires refueling for incineration, and cannot fundamentally avoid the generation of sulfur dioxide, carbon dioxide and dioxins.

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