Incinerator system

Abstract

The invention relates to an incinerator system. The incinerator system comprises a feeding port, an incinerator, a spiral belt feeder, a cyclone separator, an air exhaust fan, a direct fire furnace, a heat exchanger, a spiral conveyer and an oil tank. According to the incinerator system, a furnace body of the incinerator system is sealed, the interior of the incinerator works under negative pressure, smoke can be effectively prevented, a novel smash shaft is arranged in the incinerator, incineration materials can be conveyed and discharged while the novel smash shaft is smashing the incineration materials, the superficial area of the incineration materials after being smashed can be increased, incineration is even and full, and incineration efficiency is high. The incinerator system incinerates the incineration materials by using high temperature hot wind which is blown in, can reduce discharge amount of tail gas, can adjust incineration temperature to be appropriate according to different incineration materials so as to avoid unnecessary loss of beneficial ingredients in the incineration materials and guarantee recycling utilization of additional value of secondary materials, can save energy and protect environment well due to the fact no unnecessary heat is input, and cleanly discharges tail gas due to the fact that waste heat in each link can be recycled.

Description

[0001] technical field [0002] The invention relates to the field of incinerators, in particular to a novel incinerator. Background technique [0003] There are various problems in the existing incinerator systems in China, such as the easy agglomeration of the incinerators in the furnace, which affects the incineration effect of the incinerator, resulting in insufficient incineration. In addition, the direct bonding method is adopted for the drum seal, resulting in a decrease in the sealing performance after long-term wear, serious heat loss, and pollution to the surrounding environment. In addition, indirect heating outside the furnace or direct burning with an open flame may easily lead to agglomeration of the incinerator after overburning, and unnecessary beneficial components are burned and lost. Insufficient waste heat recovery results in low production efficiency. [0004] In addition, the fixed incineration temperature cannot be adjusted according to different...

AI Technical Summary

Problems solved by technology

[0003] There are various problems in the existing domestic incinerator system. For example, the incinerator in the furnace is easy to agglomerate, which affects the incineration effect of the incinerator and leads to insufficient incineration.

In addition, the drum seal adopts a direct bonding method, resulting in a decrease in sealing performance after long-term wear, serious heat loss, and pollution to the surrounding environment

Moreover, indirect heating outside the furnace or direct burning with an open flame will easily cause the incinerated matter to agglomerate after overburning, and unnecessary beneficial ingredients will be lost after burning.

Inadequate waste heat recovery, resulting in low production efficiency

[0004] In addition, there is also the fact that the incineration temperature is fixed and cannot be adjusted according to different incineration products, and it is difficult to recycle secondary products.

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