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生物除磷技术新工艺及其微生物学原理 被引量:12

Research progress and microbiology principle on biological N and P removal
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摘要 为解决在除磷与脱氮的联合工艺中,由于两过程所涉及的微生物在性质及最佳代谢条件上有较大差别,在同一处理流程中很难达到协调而稳定的运行的问题,在传统生物除磷工艺原理基础上,就新近发现的反硝化除磷技术新工艺及其微生物学原理、特点进行了重点介绍.反硝化除磷过程COD需求量最小,能量消耗最小,污泥产生量最小,高效能、低能耗,二次污染少. The microorganisms in the same process related to N, P removal are different in characteristics and optimal metabolic conditions, which makes it difficult to be running in harmonious and stable. Based on the principle of traditional biological phosphorus removal, a denitrifying dephosphatation process, which needs less COD, consumes less energy and causes less contamination is discussed in detail.
出处 《哈尔滨工业大学学报》 EI CAS CSCD 北大核心 2004年第11期1460-1462,共3页 Journal of Harbin Institute of Technology
基金 江苏省环境科学与工程重点实验室项目(ZD2001003).
关键词 富营养化 废水处理 生物除磷 硝化作用 反硝化作用 反硝化除磷 Chemical oxygen demand Eutrophication Nitrification Phosphorus
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参考文献6

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