Teaching device of intermittent reaction production line

Abstract

The invention provides a teaching device of an intermittent reaction production line. The teaching device comprises a cooling and washing system, a reaction still system, a material storage system anda blending system; the reaction still system comprises a steam generator and a reaction still; the steam generator is connected with a chuck of the reaction still via a steam transmission pipeline; the steam generator is provided with an overflow mouth, and the overflow mouth is provided with a drainage safe water seal; the material storage system comprises a homogeneous product storage tank, a centrifugal filter and a mother liquid tank; and the blending system comprises a circulating pump and a blending tank, and a discharge port of the blending tank is connected with a feed port of the reaction still. The teaching device is reasonable in layout, can realize an energy-saving and emission-reduction effect, approaches industrial production equipment more, and can be operated more flexibly.

Description

technical field [0001] The invention belongs to the field of chemical teaching devices, and in particular relates to a teaching device for a batch reaction production line. Background technique [0002] Existing industrial reaction systems usually involve processes such as material transportation, stirring, heating, cooling, and pressurization between multiple reactors and multiple tanks. There is ineffective coordination among various processes, resulting in high energy consumption . However, the structure of the existing laboratory teaching equipment is too complex, the principles of multi-center operation procedures are not detailed enough, and there is still energy waste caused by improper equipment connection positions, which aggravates the test input cost. In the actual production process, in order to obtain high production efficiency, regardless of the design or operation of the reaction equipment, engineers and technicians must have a comprehensive and profound unde...

AI Technical Summary

Problems solved by technology

[0002] Existing industrial reaction systems usually involve processes such as material transportation, stirring, heating, cooling, and pressurization between multiple reactors and multiple tanks. There is ineffective coordination among various processes, resulting in high energy consumption

However, the structure of the existing laboratory teaching equipment is too complicated, the principles of multi-center operation procedures are not detailed enough, and there is still energy waste caused by improper equipment connection positions, which aggravates the test input cost

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