Waste organic glass continuous cracking device

Abstract

The invention relates to a waste organic glass continuous cracking device mainly comprising a feeding device, a hot melt furnace, a solid and gas separator, a condenser and a storage tank which are all connected sequentially, wherein the solid and gas separator is also provided with a safety pipeline; a pressure gauge, a safety valve and a three-stage condenser are sequentially arranged on the safety pipeline; an outlet of the three-stage condenser is connected to the storage tank; the safety pipeline between the safety valve and the three-stage condenser is provided with a pressure relief pipeline; and an outlet of the pressure relief pipeline is connected to an incinerating chamber. The solid and gas separator of a discharging pipeline is additionally provided with the safety pipeline which is provided with the pressure relief pipeline, a high-pressure gas branch in the cracking furnace is condensed and liquefied by the discharging pipeline and the safety pipeline, and the safe use of the cracking furnace is ensured by the pressure relief pipeline. The integral structure is simple, the safety property is high, the product yield rate is high, the production cost can be effectively controlled, and the invention has no environment pollution in the cracking process.

Description

technical field [0001] The invention relates to a cracking furnace, in particular to a waste organic glass continuous cracking device for preparing organic glass pouring raw materials. Background technique [0002] Pyrolysis technology is one of the important means to recover and reuse various resources in the chemical industry, and cracking furnaces are often used for cracking and recycling. The traditionally used cracking furnace is mainly fed from the storage bin to the cracking bin, and is directly collected from the cooling bin after being cracked by the cracking bin. This structure can complete the whole process of resource cracking and recovery, but the gas pressure of the material in the cracking furnace after gasification Larger, if there is no safety protection device, once there is a partial failure in the cracking furnace or the air pressure is too high, it will easily cause an accident and pose a safety hazard; even if a simple pressure relief device is installe...

AI Technical Summary

Problems solved by technology

The traditionally used cracking furnace is mainly fed from the storage bin to the cracking bin, and is directly collected from the cooling bin after being cracked by the cracking bin. This structure can complete the whole process of resource cracking and recovery, but the gas pressure of the material in the cracking furnace after gasification Larger, if there is no safety protection device, once there is a partial failure in the cracking furnace or the air pressure is too high, it will easily cause an accident and pose a safety hazard; even if a simple pressure relief device is installed on the cracking furnace, the safety performance will be improved to a certain extent, but in Pressure relief also wastes most of the pyrolysis resources, resulting in low product yield and high production costs. In addition, the gas discharged from pressure relief is likely to cause environmental pollution

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