Integrated sewage treatment tank and sewage treatment method for improving aao
A kind of sewage treatment pool and integrated technology, applied in the field of integrated improved AAO sewage treatment pool and sewage treatment, can solve the problems such as the effect of AAO process, which is difficult to remove nitrogen and phosphorus, long sewage residence time, and small sludge circulation ratio, etc. Achieve the effect of low sewage treatment cost, reduce sewage treatment cost, and save energy consumption
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Embodiment 1
[0039] see figure 1, this embodiment provides an integrated sewage treatment pond for improving AAO, including anaerobic dephosphorization zone, hypoxic aeration zone, and enhanced aeration zone that are sequentially adjacent and integrally arranged and separated by a partition wall and sedimentation zone 2, each partition wall is respectively provided with water flow channels; the anaerobic phosphorus removal zone is divided into the first anaerobic phosphorus removal zone 401 and the second anaerobic phosphorus removal zone 402 through the first partition wall 3, and the The two ends of the first partition wall 3 are respectively provided with water flow channels, so that the mixed solution in the first anaerobic phosphorus removal area 401 can enter the second anaerobic phosphorus removal area 402, and then in the second anaerobic phosphorus removal area 402 After the middle treatment, the other end of the second anaerobic phosphorus removal zone 402 is recycled to the firs...
Embodiment 2
[0047] see figure 1 , the present invention also provides a sewage treatment method for the integrated sewage treatment tank of the improved AAO, comprising the following steps:
[0048] S10. Transport the waste water to the first anaerobic dephosphorization zone 401 and mix it with the mixed solution circulated from the second anaerobic dephosphorization zone 402 to the first anaerobic dephosphorization zone 401, and then in the first anaerobic dephosphorization zone 401 and the second anaerobic phosphorus removal zone 402 carry out denitrification and anaerobic phosphorus release reactions in an absolutely anaerobic environment;
[0049] S20. Circulating most of the mixed solution treated in the second anaerobic phosphorus removal zone 402 to the water inlet of the first anaerobic phosphorus removal zone 404 to continue mixing with the influent water, and a small part of the mixed solution enters the first hypoxic exposure in turn. The gas zone 701 and the second low-oxygen...
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