Unpowered cyclone reaction method and reactor

Abstract

The invention relates to an unpowered cyclone reaction method and a reactor, wherein the method comprises the following steps of: (1) adding a flocculating agent into water containing suspended substances; (2) enabling the water with the flocculating agent to flow through a section of high-speed pipeline through an inlet pipeline, wherein the diameter of the high-speed pipeline is smaller than that of the inlet pipeline; (3) enabling the water flowing through the high-speed pipeline to flow through a section of middle-speed pipeline, wherein the diameter of the middle-speed pipeline is largerthan that of the high-speed pipeline but smaller than that of the inlet pipeline; (4) enabling the water flowing through the middle-speed pipeline to flow through a section of low-speed pipeline, wherein the diameter of the low-speed pipeline is equal to that of the middle-speed pipeline; (5) enabling the water flowing through the low-speed pipeline to flow through a section of full-flow pipeline, wherein the diameter of the full-flow pipeline is much larger than that of the inlet pipeline; and (6) enabling the water flowing through the full-flow pipeline to flow through a section of outlet pipeline, wherein the diameter of the outlet pipeline larger than that of the inlet pipeline but smaller than that of the full-flow pipeline. The invention solves the technical problems of incapabilityof continuous working, large maintenance difficulty, low utilization ratio and high cost of traditional mechanical stirring and coagulation reaction and has the advantages of wide application range and continuous working.

Description

Technical field [0001] The invention relates to a water treatment method and device. Background technique [0002] The existing coagulation reaction adopts mechanical stirring. Generally, when the agent is just added into the solution, the agitator quickly stirs, so that the agent is quickly distributed into the water and the suspended matter in the water forms very small flocs, and then slowly stirred to make the small The flocs collide with each other to form larger alum flowers for precipitation or filtration. However, this method of mixing still has the following defects: 1. The agitator is composed of a motor, a reducer, and a mixing paddle, which requires a large amount of regular maintenance; 2. The mixing process requires two speeds of fast and slow mixing, and electrical control needs Frequency conversion control, or two sets of stirring mechanisms with different speeds; 3. The stirring process can only be batch stirring and cannot work continuously. Summary of the inv...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the technical problems that the existing mechanical stirring coagulation reaction cannot work continuously, the maintenance is difficult, the utilization rate is low, and the cost is high, the present invention provides an unpowered swirl reaction method and a reactor, which utilizes the flow rate of water in the pipeline Different forms of laminar flow and turbulent flow, simulating the fast stirring and slow stirring process of mechanical stirring

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