Chemical mechanical system using electromagnetically driven reactor

Abstract

The invention discloses a chemical mechanical system using an electromagnetically driven reactor. A first reactor is electromagnetically driven. A vertical agitator comprises a magnetic driver, a vertical agitating shaft and a vertical agitating paddle, the vertical agitating paddle is disposed on the vertical agitating shaft, the magnetic driver is connected to the vertical agitating shaft and drives the vertical agitating shaft to rotate, and the first reactor is provided with a pressure gauge connector, a thermocouple and a burst valve so that forced outage and pressure relief are realizedunder conditions of too high temperature and too high pressure and production process safety is guaranteed.

Description

technical field [0001] The invention belongs to a chemical machinery system, in particular to a chemical machinery system using an electromagnetically driven reactor. Background technique [0002] At present, the production technology of chemical reactor mechanical system is weak, the degree of automation of the production line is low, there are many manual operations, the process is scattered, and the working environment is backward in the production process. The problems in the production process are as follows. [0003] The reaction and processing efficiency of chemicals is low, the product is single, and the machinery cannot be adjusted in a timely manner according to needs; the degree of automatic control is low, and the efficiency of manual operation by operators is low; during the grinding process of chemicals, chemicals will generate heat, which needs to be stopped for cooling, and cannot be cooled in real time; The adjustment and monitoring of certain parameters in ...

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Problems solved by technology

[0003] The reaction and processing efficiency of chemicals is low, the product is single, and the machinery cannot be adjusted in a timely manner according to needs; the degree of automatic control is low, and the efficiency of manual operation by operators is low; during the grinding process of chemicals, chemicals will generate heat, which needs to be stopped for cooling, and cannot be cooled in real time; The adjustment and monitoring of some parameters in the production process mainly rely on the monitoring of experienced operators, which makes the production information and process data inaccurate and cannot be adjusted in time

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