Author Page for Qi Zhou

Peking University, Chinese Research Academy of Environmental Sciences, University of Science and Technology Beijing, Tsinghua University and University of Science and Technology Beijing

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Abstract:

9.

High Mn(II) drives Mn cycling to enhance solid-phase denitrification rate for treating nitrate-Mn(II) contaminated groundwater

Number of pages: 37 Posted: 08 Jul 2026

Qi Zhou, Wangmi Chen, Xiuwei Ao, Jianlong Wang and Zifu Li

Peking University, Chinese Research Academy of Environmental Sciences, University of Science and Technology Beijing, Tsinghua University and University of Science and Technology Beijing

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Qi Zhou

Peking University

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Scholarly Papers (9)

Achievement of High-Rate Mixotrophic Denitrification Based on Mixture of Pyrite and Phbv Under Natural Aerobic Condition: Optimal Grain Size of Pyrite and Interaction of Functional Microbes

Achievement of High-Rate Mixotrophic Denitrification Based on Mixture of Pyrite and Phbv Under Natural Aerobic Condition: Optimal Grain Size of Pyrite and Interaction of Functional Microbes

Abstract:

Achievement of High-Rate Mixotrophic Denitrification Based on Mixture of Pyrite and Phbv Under Natural Aerobic Condition: Optimal Grain Size of Pyrite and Interaction of Functional Microbes

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Simultaneously Advanced Removal of Nitrogen and Phosphorus in a Biofilter Packed with ZVI/PHBV/Sawdust Composite: Deciphering the Succession of Dominant Bacteria and Keystone Species

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Deciphering Stratified Structure, Development and Microbiota Assembly of Biofilms from a Pyrite-Based Biofilter Driven by Mixotrophic Denitrification in a Long-Term Study

Deciphering Stratified Structure, Development and Microbiota Assembly of Biofilms from a Pyrite-Based Biofilter Driven by Mixotrophic Denitrification in a Long-Term Study

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Deciphering Stratified Structure, Development and Microbiota Assembly of Biofilms from a Pyrite-Based Biofilter Driven by Mixotrophic Denitrification in a Long-Term Study

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Deciphering Stratified Structure and Microbiota Assembly of Biofilms from a Pyrite-Based Biofilter Driven by Mixotrophic Denitrification

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Strengthening in Microbiota Dynamics and C, N, S Transformation Induced by Novel Synthesized Pyrite/Phbv Composites for Advanced Nitrogen and Phosphate Removal: Overlooked Sulfate Reduction Process

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Successful Application of Pilot-Scale Two-Stage Pyrite-Based Biofilters for Advanced Nitrogen and Phosphorus Removal from Actual Secondary Effluent Under High Do Conditions: Unveiling the Impact of Do on Electron Transfer and S/Fe Cycle

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Unveiling Do Impact on Electron Transfer and S/Fe Cycle for Advanced N and P Removal from Actual Secondary Effluent by Pilot-Scale Two-Stage Pyrite-Based Biofilters

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Responses of solid-phase denitrification systems to Mn(II) stress in nitrate-containing groundwater: New insights on Mn redox cycling driven by high Mn(II)

Abstract:

High Mn(II) drives Mn cycling to enhance solid-phase denitrification rate for treating nitrate-Mn(II) contaminated groundwater

Abstract: