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Insight Into the Factors Inhibiting the Anammox Process in Wastewater

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Anamika Singh, Surbhi Sinha Anamika Singh, Rachana Singh, Anamika Singh, Anamika Singh, Surbhi Sinha Surbhi Sinha Surbhi Sinha Anamika Singh, Rachana Singh, Anamika Singh, Anamika Singh, Surbhi Sinha

Summary

This review examines the factors that inhibit the anaerobic ammonium oxidation (anammox) process used for biological nitrogen removal in wastewater treatment. The authors assess how substrates, organic matter, salts, heavy metals, phosphate, and sulfide suppress anammox activity and summarize strategies to mitigate these inhibitory effects in practical applications.

Study Type Environmental

Anaerobic ammonium oxidation (anammox) is a propitious biological nitrogen removal technique with intriguing application prospects. This process is particularly suited for the decontamination of nitrogen-rich wastewater. The anammox method, however, is hindered by a variety of issues, which restrict both its advancement and its use. Substrates, organic matter, salts, heavy metals, phosphate, and sulfide are frequent inhibitory compounds found during practical applications of the process. This chapter provides an insight into a variety of substances, and the factors affecting the inhibition of the anammox process. The chapter also focuses on the various strategies that can be applied to reduce the inhibition of the anammox process.

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