Incinerator

Abstract

The invention provides a garbage incinerator. The garbage incinerator comprises an outer furnace wall, an outer furnace core and an inner furnace core which are sequentially arranged from outside to inside, wherein the outer furnace core and the inner furnace core are fixedly arranged on a base; the base, the outer furnace wall and the outer furnace core form an outer furnace chamber for combusting garbage; a garbage inlet and a fuel input channel are formed in the upper part of the outer furnace wall; a feeder is arranged between the outer furnace core and the outer furnace wall; a charging hole is formed in the upper part of the inner furnace core; a stirrer is arranged in the inner furnace core. The outer furnace chamber can be used for incinerating the garbage, and the inner furnace core can be used for roasting chemical waste materials which can be converted into ceramic raw materials; during the incineration of the garbage, industrial chemical waste materials generated in a production process of an aluminum product are roasted into ceramic preparation materials to achieve a waste recycling effect; moreover, conventional garbage incineration-based energy conversion activities are not affected, energy is fully utilized, and the garbage incinerator is energy-saving and emission-reducing.

Description

technical field [0001] The invention relates to an incinerator. Background technique [0002] Aluminum profile products can only be delivered for use after surface cleaning (degreasing, descaling, descaling), polishing, protection, and sealing. During the cleaning process, a large amount of industrial chemical waste will be generated. These wastes have always caused environmental protection departments and aluminum manufacturing companies As a headache, a large number of preliminary investigations and experiments have found that these industrial wastes can be produced into high-purity ceramic preparation materials after chemical treatment and roasting. The traditional garbage incinerator has a relatively single function, and can only mix all kinds of garbage together for incineration. It has an extremely bad impact on the surrounding environment, and the traditional incinerator does not stir sufficiently and completely, causing garbage to accumulate at the bottom and cannot...

AI Technical Summary

Problems solved by technology

The traditional garbage incinerator has a relatively single function, and can only mix all kinds of garbage together for incineration, which not only causes waste of some recyclable resources, but also produces a large amount of polluting gas due to incomplete incineration during the incineration process. It has an extremely bad impact on the surrounding environment, and the traditional incinerator does not stir sufficiently and completely, causing garbage to accumulate at the bottom and cannot be fully burned, and it is easy to produce a large amount of polluting gas, causing secondary pollution

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