...中英文摘要】 为了考察好氧颗粒污泥(Aerobic Granular Sludge,AGS)同时脱氮除磷(Simultaneous Nitrogen and Phosphorus Removal,SNPR)的能力,以及在低温条件下的适应情况,采用2个SBR反应器(命名为A、B)以厌氧/好氧方式处理实际生活..
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...摘要】： 为了考察好氧颗粒污泥(Aerobic Granular Sludge,AGS)同时脱氮除磷(Simultaneous Nitrogen and Phosphorus Removal,SNPR)的能力,以及在低温条件下的适应情况,采用2个SBR反应器(命名为A、B)以厌氧/好氧方式处理实际生活..
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迄今为止，尚无一种集污泥减量与同时脱氮除磷为一体的高效低能耗、无污染的废水处理技术。
So far, there is no high-efficiency and low-energy consumption, pollution-free waste water treatment technology with sludge reduction and nitrogen and phosphorus removal.
为了解决混合生长系统在除磷和脱氮过程中的矛盾，采用两级SBR反应器实现磷和氮的同时去除。
Researchor use two-stage SBR reactor to remove phosphorus and nitrogen simultaneously, to solve the paradoxical relationships between phosphorus and nitrogen in the mixed growth system.
同时指出，进一步改进与优化滤池工艺及提高生物滤池脱氮除磷效果是今后的重点研究内容。
It is pointed out that further improving the operation, enhancing the effect of nitrogen and phosphorus removal and advancing the process of bio-filter is the aim of study in the future.
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