Three-stage differential double-helix synthesis cracking reaction equipment capable of accurately regulating and controlling physical properties

Abstract

The invention discloses three-stage differential double-helix synthesis cracking reaction equipment capable of accurately regulating and controlling physical properties. The equipment comprises a left differential double-helix cracking device, a right differential double-helix cracking device, a product recovery device and a sampling analysis device. The left and right outer helixes and the main helix are controlled by the motor to form differential cracking. Four sampling ports can be used for sampling and detecting at any time, so that accurate analysis, regulation and control of physical property parameters are realized; according to the differential double-helix cracking devices, materials do not enter an inner helix and a right outer helix due to differential speed through reverse helix; a telescopic plunger builds pressure for the materials, the problem that the pressure of a double-support spiral device is difficult to build is solved, and a discharging switch is controlled; the sampling device adopts a gear pump sealing structure, so that self-sealing is formed during sampling; a special damping material sealing structure capable of being disassembled vertically guarantees downward discharging, and installation is convenient. According to the invention, continuous and efficient cracking can be realized, the treatment efficiency is improved, and the aims of accurately regulating and controlling physical property parameters and reducing energy consumption are fulfilled by regulating and controlling the rotating speed of the three-stage spiral and the like.

Description

technical field [0001] The invention belongs to the field of precise regulation and control of physical property parameters, is specifically applied in the field of helix cracking, and relates to a three-stage differential double-helix synthesis cracking reaction device with precise control of physical properties. Background technique [0002] In recent years, with the advancement of science and technology, it is particularly important to precisely control the physical parameters of materials. Especially in the field of spiral cracking, the control of physical properties such as molecular weight and viscosity of materials is particularly critical to the development of cracking technology. Pyrolysis technology has been widely used due to factors such as no pollution to the environment, high processing efficiency, and high material shrinkage. However, the current cracking equipment cannot realize real-time detection of material parameters and precise control of materials. ...

AI Technical Summary

Problems solved by technology

However, the current cracking equipment cannot realize real-time detection of material parameters and precise control of materials.

[0003] At present, for cracking devices, there are still some deficiencies in cracking efficiency, energy saving and precise control of material physical parameters.

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