Vaporizing combustion turbulence incinerator

Abstract

A vaporizing combustion turbulence incinerator comprises a vaporizing combustor, a burning-out section, a cooling section, a separator, a tail smoke flue and a feeding device, wherein the vaporizing combustor communicates with the upper portion of the burning-out section, the burning-out section communicates with the bottom of the cooling section to form a steering separation chamber, the upper portion of the cooling section is connected with an inlet of the separator, and a smoke outlet of the separator communicates with the tail smoke flue. The vaporizing combustor comprises a variable-section vaporizing section and a constant-section combustion section which are integrally arranged. The vaporizing section is provided with a gradually-expanding area and a gradually-contracting area in sequence from bottom to top, and the top of the gradually-contracting area is connected with the combustion section. A slag discharge channel is arranged on one side of the bottom of the vaporizing section. A plurality of secondary air ports and / or a plurality of tertiary air ports are arranged in the middle of the vaporizing combustor, the multiple secondary air ports are evenly arranged in the topof the vaporizing section in a surrounding mode, and the multiple tertiary air ports are evenly arranged in the bottom of the combustion section in a surrounding mode. The vaporizing combustion turbulence incinerator has the advantages of good fuel adaptability, good initial discharging property and high burning-out rate.

Description

technical field [0001] The invention relates to a gasification combustion turbulent flow incinerator, which is used for gasification and combustion of wastes such as plastics and waste tires, and belongs to the field of gasification combustion. Background technique [0002] The resource utilization of industrial waste such as plastics, waste tires, and waste rubber has been widely concerned. [0003] The heat treatment and resource utilization of plastics, waste tires, waste rubber and other industrial wastes include combustion and pyrolysis gasification. Because the calorific value of this kind of waste is generally high, it has high energy utilization value. However, whether it is combustion or pyrolysis gasification utilization, there are often problems of low direct utilization rate and secondary pollution. However, the gasification temperature of catalytic hydrogen production or alcohol production is high and the process is complicated. Similarly, most gasification a...

AI Technical Summary

Problems solved by technology

However, whether it is combustion or pyrolysis gasification utilization, there are often problems of low direct utilization and secondary pollution.

However, the gasification temperature of catalytic hydrogen production or alcohol production is high and the process is complex

Similarly, most gasification and melting combustion process systems also use high-temperature gasification and high-temperature melting technology, which consumes a lot of energy and complex equipment structure

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