A reactor heating device and its heat exchange system

Abstract

The invention provides a reaction kettle heat device and a heat exchange system thereof. The heat device comprises a kettle body, an interlayer, a stirring device, a transmission device, a motor and acylinder, wherein partial area of liquid in the kettle body is specifically heated, and the problem of regional imbalance in heating due to solid-liquid coexistence can be solved; all areas can be heated uniformly by adjusting the heat mode, and different heating requirements can be met; the effects of stirring and heating can be achieved at the same time due to a rotary ball, and the defect of respectively performing conventional heating and stirring can be overcome; a turbulent heating mode of a fluid can be realized, and heat exchange can be more sufficient; and the turbulent flow can be more efficient due to the shape and facing direction of blades and turbulent claws.

Description

technical field [0001] The invention relates to a reactor device, in particular to a reactor heating device and a heat exchange system thereof. Background technique [0002] The reaction kettle is a conventional heating or cooling device used in petrochemical process media. The heating or cooling process in the conventional reaction kettle adopts jacket type or other methods. For different material media, due to the different internal components, when When liquid and solid coexist, there is often uneven heat transfer, so there will be a problem that the temperature in the local area is too high, but the temperature in the local area cannot reach the required temperature. The conventional method is to use a stirring device to stir to make it uniform. However, the existing The single method of the stirring device does not allow the material to achieve uniform flow, and it cannot achieve targeted mixed-flow temperature intervention for materials at different depths, and the met...

AI Technical Summary

Problems solved by technology

[0002] The reaction kettle is a conventional heating or cooling device used in petrochemical process media. The heating or cooling process in the conventional reaction kettle adopts jacket type or other methods. For different material media, due to the different internal components, when When liquid and solid coexist, there is often uneven heat transfer, so there will be a problem that the temperature in the local area is too high, but the temperature in the local area cannot reach the required temperature. The conventional method is to use a stirring device to stir to make it uniform. However, the existing The single method of the stirring device does not allow the material to achieve uniform flow, and it cannot achieve targeted mixed-flow temperature intervention for materials at different depths, and the method of temperature adjustment only through stirring is too simple, and stirring and heating are separate processes. There are differences in heating or cooling temperatures. Therefore, the specific heating or cooling needs of a certain area cannot be met, and the versatility is not strong, and it cannot adapt to various heating or cooling needs.

When the fluid flows in the kettle, limited by a single flow intervention method, the flow disturbance effect is often not good, resulting in low efficiency of the heating or cooling process, which cannot meet the actual needs

Images