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Effect of NO_2~--N Concentration on Denitrifying Phosphorus Accumulating of Nitrosation Denitrifying Phosphorus Accumulating Organisms

机译:NO_2〜〜-N浓度对亚硝化反硝化磷积累生物的累积磷积累的影响

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Separating NDPAOs from the continuous flow double sludge nitrosation denitrifying phosphorus removal system, purifying and preliminary identifying them, discussing the effect of NO_2~--N concentration on the performance of denitrifying phosphorus accumulating of NDPAOs by the way of pure training. The results showed that the identified organism Veillonella could treat NO_2~--N as electronic receptors when the NO_2~--N concentration was 60mg/L; when the NO_2~--N concentration raised to 65mg/L, phosphorus accumulating was not normal; the denitrifying was abnormal while the NO_2~--N concentration further raised to 70mg/L; when the NO_2~--N concentration was 80mg/L, characteristics of phosphorus uptake and denitrifying had suffered serious inhibition.
机译:从连续流动双污泥亚硝化反硝化磷去除系统中分离NDPAOS,纯化和初步识别它们,讨论NO_2〜--N浓度对纯训练方式对NDPAOS积累累积性能的影响。结果表明,当NO_2〜--N浓度为60mg / L时,鉴定的生物体Veillonella可以将NO_2〜 - 作为电子受体。当NO_2〜-N浓度升高到65mg / L时,磷积累不正常;反硝化是异常的,而NO_2〜-N浓度进一步升至70mg / L;当NO_2〜--N浓度为80mg / L时,磷吸收和脱氮的特征遭受严重的抑制作用。

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