2017PubMedRequires access

[Nitrite Type Denitrifying Phosphorus Removal Capacity of Cycle Activated Sludge Technology Processes Under Different Inducing Patterns].

Juan Ma, Jin Wang, Xiao-Jun Yu, Wei Zhang, Xue-Fen Wei, Yongzhi Chen, Wenqing Tian

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Abstract

as an electron acceptor. Moreover, the sludge settling performance was found to be effective and the sludge concentration decreased continuously when adding a certain concentration of nitrite under aerobic conditions, which is of significant for sludge reduction.

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as an electron acceptor. Moreover, the sludge settling performance was found to be effective and the sludge concentration decreased continuously when adding a certain concentration of nitrite under aerobic conditions, which is of significant for sludge reduction.

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Available abstract

as an electron acceptor. Moreover, the sludge settling performance was found to be effective and the sludge concentration decreased continuously when adding a certain concentration of nitrite under aerobic conditions, which is of significant for sludge reduction.

Key concepts: Denitrifying bacteria, Nitrite, Anoxic waters, Phosphorus, Activated sludge, Enhanced biological phosphorus removal, Chemistry, Effluent

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[Nitrite Type Denitrifying Phosphorus Removal Capacity of Cycle Activated Sludge Technology Processes Under Different Inducing Patterns]. — Research Paper | ScholarLens