Flocculation reaction pool of maze turbulent folded plate

Abstract

The invention discloses a flocculation reaction pool of a maze turbulent folded plate. The flocculation reaction pool comprises a reaction tank A, a reaction tank B and a reaction tank C which are connected in series, wherein an opening at the upper end of the reaction tank A is a water inlet; the bottom end of the reaction tank A is communicated with the reaction tank B; an overflow port at the upper end of the reaction tank B is communicated with the reaction pond C; water is discharged from the bottom end of the reaction tank C; a plurality of folded plates which are symmetrically distributed at intervals are arranged inside the reaction tank A and are wave plate bodies formed by a plurality of inclined plates which are circuitously spliced; a flocculation channel is formed between the adjacent folded plates; a rib is arranged at the middle section of each inclined plate of each folded plate; a plurality of arc turbulent plates are arranged at the center of each turbulent channel; the arc opening of each turbulent folded plate is downward; two ends correspond to the ribs on the folded plates at two edges. Thus, the reaction effect is improved, the investment cost is saved, and the actual operation requirements are more accorded.

Description

technical field [0001] The invention belongs to the field of water treatment equipment, in particular to a labyrinth flocculation reaction tank. Background technique [0002] In water treatment processes such as tap water purification and reuse water treatment, flocculation reaction is one of the most important unit processes. [0003] The reaction efficiency and thoroughness of the flocculation process directly affect the project construction investment and project operation cost, and at the same time directly affect the treatment effect of the subsequent process, and ultimately affect the process effluent water quality. Ordinary folded plate flocculation reaction tank is designed with conventional folded plates in the reaction tank. This traditional flocculation process only pays attention to the macro-hydraulic conditions of multi-phase fluids, and makes little use of fine-tuning of flow rate and turbulent flow microstructure, resulting in low flocculation efficiency and ...

AI Technical Summary

Problems solved by technology

However, although the governor and fins of the A reaction pool of this technical solution can form a high-intensity eddy current and increase the probability of collision, the reaction cannot form a controllable dense reaction zone and a controllable high-intensity secondary collision effect. , the flocculation reaction efficiency still needs to be improved

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