Novel water distribution device for reactor

Abstract

The embodiment of the invention provides a novel water distribution device for a reactor. The water distribution device comprises a plurality of tegular plates and flat plates, wherein the plurality of tegular plates are mutually staggered, superposed and occluded forwardly and reversely, the plurality of flat plates are uniformly and vertically cut in and superposed, and then the water distribution device is formed. The water distribution device is designed into a corresponding shape according to the shape of the reactor. By adopting the structure of the water distribution device, the numberof water distribution points can be increased, the uniformity of water distribution is effectively improved, grading and split phase treatment of materials can be realized in a microorganism reactor,and the reaction effect is improved.

Description

technical field [0001] The invention relates to the field of reactor water distributors, in particular to a novel water distributor for reactors. Background technique [0002] At present, in all kinds of reactors that require uniform water distribution, water distributors are generally used to achieve uniform water distribution. To distribute water evenly, common water distributors include perforated pipes, nozzles, filter heads, rotary water distributors, etc. For example, the water distributor in the sand filter is composed of main pipe-branch pipe-water distribution holes. Many small holes with equal hole spacing and equal diameter are evenly arranged on the lower side of each branch pipe. to the branch pipe, and then flow out from the holes of the branch pipe to wash the filter sand upwards evenly; the rotary water distributor is a perforated pipe that can rotate, and is often used in water treatment devices. [0003] However, in the above-mentioned structure of the wa...

AI Technical Summary

Problems solved by technology

Taking the perforated pipe water distributor as an example, if the perforation diameters are the same, due to the effect of water pressure, the water output of the perforation closest to the main pipe on the branch pipe is quite different from the perforation water discharge at the end of the branch pipe, resulting in uneven water distribution.

In addition, the tubular or open-hole structure of the traditional water distributor is easy to block, which affects the water distribution effect of the reactor, and cannot effectively classify and separate the materials.

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