Double-layered garbage pyrolysis tunnel kiln

Abstract

The invention discloses a double-layered garbage pyrolysis tunnel kiln. The double-layered garbage pyrolysis tunnel kiln comprises a double-layered type garbage pyrolysis tunnel kiln body (5), wherein lifting mechanisms (2) are respectively arranged at two ends of the double-layered type garbage pyrolysis tunnel kiln body (5); the double-layered type garbage pyrolysis tunnel kiln body (5) comprises an upper layer of combustion kiln body (3) and a lower layer of cooling carriage return kiln body (4); the upper layer of combustion kiln body (3) comprises a plurality of combustion kiln monomers (6) which are connected and communicated in sequence; a barrier gate (7) is arranged between one of the combustion kiln monomers and the other one of the combustion kiln monomers; the lower layer of cooling carriage return kiln body (4) comprises a plurality of cooling kiln monomers (8) which are connected and communicated in sequence; and transport vehicle transmission mechanisms (1) are both arranged in each combustion kiln monomer (6) and each cooling kiln monomer (8). The double-layered garbage pyrolysis tunnel kiln has the characteristics of high production efficiency, time saving, labor saving and energy conservation.

Description

Technical field [0001] The invention relates to a double-layer garbage pyrolysis tunnel kiln, in particular to a fully automated double-layer garbage pyrolysis tunnel kiln. Background technique [0002] Most of the existing materials used to burn carbon rods, wood, etc. only have a single combustion chamber. When burning, each combustion chamber can only place one unit of material. The materials are manually put into the combustion chamber. After the combustion is completed, the materials are cooled in the combustion chamber. After that, the materials are manually taken out from each combustion chamber. The whole process is time-consuming and labor-intensive, and the work efficiency is not high. Moreover, because there is only one combustion temperature, the raw materials produced in each temperature section in the combustion process cannot be extracted. This combustion method is very effective. To a large extent, it is a waste of energy. Summary of the invention [0003] The pur...

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Problems solved by technology

[0002] Most of the existing materials used to burn carbon rods and wood have only a single combustion chamber. When burning, only one unit of material can be placed in each combustion chamber. The materials are manually put into the combustion chamber. After the combustion is completed, the materials are cooled in the combustion chamber. Finally, the material is taken out manually from each combustion chamber, the whole process is time-consuming and laborious, and the work efficiency is not high; moreover, since there is only one combustion temperature, it is impossible to extract the raw materials produced in each temperature section during the combustion process. largely a waste of energy

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