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A METHOD OF TREATING SEWAGE AND HIGH ORGANIC LOADING WASTEWATER BY MICROBIAL HIGH RATE REACTOR

机译:微生物高效反应器处理污水高有机负荷废水的方法。

摘要

The present invention relates to a method for treating sewage and high concentration organic wastewater using a high rate microbial reaction stirrer, the method for treating high concentration organic wastewater for purifying wastewater, manure and food wastewater, comprising: a contaminant treatment machine (10) and a pumping tank (12). And a pretreatment step (A) of passing through the centrifuge 14 in order to filter out large contaminants in a high concentration of wastewater, and separating sludge-containing solid fines. A first biological treatment step (B) for decomposing nutrients such as nitrogen and high concentrations of organic matter contained in the wastewater having undergone the pretreatment step (A); A second biological treatment step (C) through which the waste water passes through a biological treatment facility in order to decompose organic matter and nitrogen contained in the waste water which has undergone the first biological treatment step (B); A chemical treatment step (D) for passing the waste water through a chemical treatment facility in order to decompose the hardly decomposable substance and chromaticity contained in the wastewater which has undergone the second biological treatment step (C); And a recycling step (E) of recycling the solids separated in the centrifuge (14) of the pretreatment step (A) and the centrifugal dehydrator (28) of the first biological treatment step (B) into compost or feed. It is characterized by including.;Centrifuge, Sludge, Ozone, Wastewater, Manure, Organics
机译:本发明涉及一种利用高速率微生物反应搅拌器处理污水和高浓度有机废水的方法,该方法用于净化废水,粪肥和食品废水的高浓度有机废水,包括:污染物处理机(10)和抽水箱(12)。预处理步骤(A)通过离心机14以滤出高浓度废水中的大污染物,并分离出含污泥的固体细粉。第一生物处理步骤(B),用于分解经过预处理步骤(A)的废水中所含的氮等营养素和高浓度的有机物;第二生物处理步骤(C),废水经过生物处理设备以分解经过第一生物处理步骤(B)的废水中的有机物和氮;化学处理步骤(D),使废水通过化学处理设备,以分解经过第二生物处理步骤(C)的废水中所含的难分解物质和色度;并且,将在预处理步骤(A)的离心机(14)和第一生物处理步骤(B)的离心脱水机(28)中分离的固体再循环到堆肥或饲料中的再循环步骤(E)。它的特征包括:离心机,污泥,臭氧,废水,肥料,有机物

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