Discharge coil system

Abstract

The invention relates to the field of activated carbon production, and discloses a discharge coil pipe system used in the activated carbon production. The discharge coil pipe system comprises a converter, a discharge coil pipe and a dust collector. A feed port of the discharge coil pipe is connected with a discharge port of the converter. The discharge coil pipe can rotate with the converter. The converter and the discharge coil pipe are arranged inside a shell body of the dust collector. A material collecting bin is arranged on the bottom of the shell body of the dust collector. The discharge coil pipe is connected with the converter and can rotate with the converter. The discharge coil pipe and the converter are arranged inside the shell body of the dust collector so that dust particles can not be produced when materials are discharged in the discharge coil pipe and the converter, and dust output with the materials can be absorbed through the dust collector in the process of falling.

Description

technical field [0001] The invention relates to the field of activated carbon production, in particular to a discharge coil system for activated carbon production. Background technique [0002] The existing discharge coil equipment in the workshop is mainly composed of converter, discharge pipe and flue gas pipe. [0003] The main defects of this type of discharge coil equipment are as follows: [0004] 1. After the material is activated at high temperature in the converter, it flows out through the discharge pipe. The discharge pipe here is connected with the flue gas discharge pipe. The material rotates in the converter and reaches a certain accumulation height. Due to its own weight, It will come out along the discharge pipe; due to the high temperature of the hot flue gas generated during the production process, the temperature of the flue gas will rise to 1000~1100 degrees when it reaches the tail of the furnace, and the temperature of the material just coming out will...

AI Technical Summary

Problems solved by technology

[0004] 1. After the material is activated at high temperature in the converter, it flows out through the discharge pipe. The discharge pipe here is connected with the flue gas discharge pipe. After the material rotates in the converter and reaches a certain accumulation height, due to its own weight, It will come out along the discharge pipe; due to the high temperature of the hot flue gas generated during the production process, the temperature of the flue gas will rise to 1000~1100 degrees when it reaches the tail of the furnace, and the temperature of the material just coming out will be similar to the temperature of the flue gas. Unsafe operation, prone to burns and other dangers

[0005] 2. Since the discharge pipe and the flue gas pipe are connected together, the sealing cannot be guaranteed. During the production process, more dust is likely to be discharged together with the materials, which will have an adverse effect on the environment of the production workshop, which in turn will affect the the health of the workers;

[0006] 3. This type of equipment cannot be integrated with the following equipment. The operation of this link is mainly completed by manpower, which will affect the production efficiency and cannot realize mechanical automation, resulting in a waste of labor

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