Gas-liquid-solid combined waste incinerator

Abstract

The invention discloses a gas-liquid-solid combined waste incinerator. The gas-liquid-solid combined waste incinerator comprises a shell, a holding furnace wall and a combustion chamber which is used for fuel combustion and defined by the shell and the holding furnace wall which are fixedly connected. Elutriating rings are arranged on the holding furnace wall. The combustion chamber is divided into a first incineration chamber, a second incineration chamber and a heat recovery chamber by the elutriating rings. A waste inlet and a combustor joint are arranged on the side wall in the first incineration chamber. The waste inlet comprises a waste gas inlet, a waste liquid inlet and a waste solid inlet. The combustor joint is connected with the combustor. An ammonia gas inlet is formed in the side wall in the secondary incineration chamber and is connected with an ammonia adding mechanism. According to the gas-liquid-solid combined waste incinerator, waste in different states is added to the waste incinerator and brunt, the multiple kinds of waste can be incinerated at the same time through the waste incinerator, the incineration function of the waste incinerator is added, and the waste incineration efficiency is improved; and by the adoption of the elutriating ring structure, it is guaranteed that the waste fuel has the enough dwell time in the incinerator, and it is guaranteed that the waste can be completely burnt in the incinerator.

Description

technical field [0001] The invention relates to the technical field of waste incineration, in particular to a combined gas-liquid-solid waste incinerator. Background technique [0002] With the development of industry and agriculture and the improvement of human living standards, more and more gas-liquid-solid wastes are produced, among which wastes account for a considerable proportion. A considerable part of the wastes contains a large number of pathogenic bacteria that can spread diseases. During the accumulation process It is easy to pollute the environment; at the same time, it will produce methane, which is potentially dangerous. Therefore, how to safely, effectively and economically dispose of waste has become an urgent technical problem to be solved. [0003] At present, waste recycling methods mainly include composting according to the composition of waste, using it as fertilizer, processing it into feed, making it into fuel, and melting it. Among them, waste is u...

AI Technical Summary

Problems solved by technology

However, the current incineration treatment technology for waste is mainly aimed at the rotary incinerator for solid waste, which has the defects of single product function, narrow practical area, large investment, and high operation and maintenance costs. Therefore, it is urgent to provide a multifunctional waste Incinerator

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