Multifunctional integrated purifier

Abstract

The invention belongs to a environment-protection device technology field, in particular to, a multifunctional integrated water purifier, essentially comprising a mixing chamber, a first flocculation chamber (including a first micro vortex plate), a second flocculation chamber (including a second micro vortex plate), a separation area, a wave source chamber in the filtering area, a catchment water channel and an anti-washing water shoot. The invention is a cylinder-shape with the cylindrical upper part and the conical lower part. The maintenance structure of the whole device is a steel structure, wherein, the mixing chamber is provides with a nozzle and bi-rotation curved surface shape venturi; the first flocculation chamber is closely connected with the upper of the venturi; the second flocculation chamber is arranged on the outside of the first flocculation chamber; the separation area is arranged on the outside of the second flocculation chamber while an inclined tube is arranged in the inside of the separation area; the filtering area and the wave source chamber are provided with the cylinder lateral sides. The filtering area is provided with a fiber plateau and the inner of the chamber is provided with the wave source. The invention integrates the flocculation, precipitation, and filtering and anti-washes the filtering material in the filtering area which ensures the machine to possess a long-term, safe, stable and highly efficiency operation, thus being applied to the water treatment and the water reuse treatment of the sewage.

Description

technical field [0001] The invention belongs to the technical field of environmental protection equipment, and in particular relates to a water purification treatment device. Background technique [0002] The integrated water purification equipment market has already been used. It is generally used for water supply treatment and sewage treatment (mainly used for reclaimed water reuse), etc. Most of these devices are improvements to the hydraulic circulation clarifier, such as adding inclined plates (pipes) to the clarifier to improve the sedimentation effect, and adding foam filter beads to filter in the same tank to reduce land occupation and investment. These devices have saved land and investment for users. However, this "integrated water purification equipment" has the following disadvantages: [0003] 1. The mixing of water, medicament and active sludge is controlled by the lifting and lowering of the throat. This control method is difficult to manually control, and ...

AI Technical Summary

Problems solved by technology

[0003] 1. The mixing of water, chemicals and active sludge is controlled by the lifting and lowering of the throat. This control method is difficult to control manually, and the second is that the entry of active sludge is uneven.

[0004] 2. Since the flocculation chamber is located in the equipment, in order to reduce the volume of the equipment container as much as possible, the reaction time of the flocculation chamber of the integrated water purifier currently used is often not enough (generally 15~30S for the first reverse, 80~100S for the second reverse), the flocculation velvet Small grains, easy to take out of the pool

[0005] 3. The filter particles mostly use light foam filter materials, which are often gathered together when filtering, and the water diversion is biased, resulting in poor water quality. In addition, its flushing system relies on the reaction force generated by the flow rate of the nozzle outlet of the horizontal rotating tube to make the rotating tube rotate. flushing, which is not only complicated to manufacture, but also consumes power

[0006] Therefore, these devices are often unstable in operation, requiring a large amount of maintenance and high maintenance costs

Images