活性污泥法处理污水时，将活性污泥交替在厌氧以及好氧状态下运行，能使过量积聚磷酸盐的积磷菌占优势生长，使活性污泥含磷量比普通活性污泥高。污泥中积磷菌在厌氧状态下释放磷，在好氧状态下过量地摄取磷。经过排放富磷剩余污泥，其结果与普通活性污泥法相比，可去除污水中更多的磷。
... ancient prose 古文 microbial phosphorus removal 生物除磷 let go 放开 ...
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强化生物除磷 EBPR ; enhanced biological phosphorus removal
生物除磷工艺 Biological Phosphorus Removal Technics ; Enhanced Biological Phosphorus Removal ; EBPR
强化生物除磷工艺 EBPR ; enhanced biological phosphate removal process ; Enhanced Biological Phosphorus Removal
生物除磷理论 Theory of Biological Phosphorus Removal
强化生物除磷系统 EBPR
了强化生物除磷 Enhanced Biological Phosphorus Removal ; EBPR
综述了强化生物除磷 Enhanced biological phosphorus removal ; EBPR
对颗粒化强化生物除磷 EBPR
温度强化生物除磷 EnhancedBiologicalPhosphorusRemoval ; EBPR
To study the influence of idle period in biological phosphorus removal through setting different idle time of 0.5h (R1),8h (R2) and16h (R3).
设定不同闲置时间0.5h(R1)、8h(R2)和16h(R3),研究其对SBR生物除磷系统的影响。
参考来源 - SBR工艺中运行条件对生物除磷系统的影响研究According to the mechanism of biological dephosphorization, the efficiency of removing phosphorus related to content and removal of organic substance.
按照生物除磷的机理,除磷效率的高低与基质中易降解有机物的含量及有机物的去除密切关联。 因此,本课题在重点研究电场强化除磷同时,还进一步考察了有机物强化去除的规律。
参考来源 - 电场强化条件下生物除磷过程规律研究Change of temperature, within the range of the present study, has little effect on phosphorus removal.7. Addition of organic material at the early stage of the anaerobic reaction is essential for biological removal of phosphorus from automobile manufacturing wastewaters.8.
6.温度对生物除磷的影响较小。
参考来源 - 强化生物除磷技术在汽车废水处理工艺中的应用·2,447,543篇论文数据，部分数据来源于NoteExpress
对此，我们提出了生物除磷动态模型的构建。
In this regard, we have introduced a dynamic model of biological phosphorus removal Construction.
本文研究了生物除磷过程中乙酸盐厌氧代谢机理。
In this study, the anaerobic acetate metabolism was investigated in the biological phosphorus removal process.
在有无外加电场的情况下，对生物除磷的动力学参数进行了比较。
The dynamic parameters of biological phosphorus removal were compared under the conditions with or without elec.
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