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The Effect of Light on Nitrogen Removal by Microalgae-Bacteria Symbiosis System (MBS)

Shumin Wang / Zhenghao Guo / Xiaofan Ding / Linling Li / Zhongyou Jin / Chengcai Zhang / Shouping Liu / Yan Zhou / Gongduan Fan

The littering of nitrogen into water bodies has led to several adverse effects on the environment. “Nitrification-denitrification” is still a prevalent method for removing nitrogen from water bodies, which demands high energy consumption and complex operational conditions. In recent years, MBS has attracted much attention because of its advantages in recovering nitrogen, emitting oxygen, and capturing CO₂. It has been proven that light is the top factor influencing the performance of MBS. This paper will critically review the effects of light parameters on nitrogen removal by MBS, and the nitrogen-removal mechanisms of MBS driven by artificial illumination.

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The Effect of Light on Nitrogen Removal by Microalgae-Bacteria Symbiosis System (MBS)

Shumin Wang / Zhenghao Guo / Xiaofan Ding / Linling Li / Zhongyou Jin / Chengcai Zhang / Shouping Liu / Yan Zhou / Gongduan Fan

The littering of nitrogen into water bodies has led to several adverse effects on the environment. “Nitrification-denitrification” is still a prevalent method for removing nitrogen from water bodies, which demands high energy consumption and complex operational conditions. In recent years, MBS has attracted much attention because of its advantages in recovering nitrogen, emitting oxygen, and capturing CO₂. It has been proven that light is the top factor influencing the performance of MBS. This paper will critically review the effects of light parameters on nitrogen removal by MBS, and the nitrogen-removal mechanisms of MBS driven by artificial illumination.

The Effect of Light on Nitrogen Removal by Microalgae-Bacteria Symbiosis System (MBS)

Shumin Wang / Zhenghao Guo / Xiaofan Ding / Linling Li / Zhongyou Jin / Chengcai Zhang / Shouping Liu / Yan Zhou / Gongduan Fan

The littering of nitrogen into water bodies has led to several adverse effects on the environment. “Nitrification-denitrification” is still a prevalent method for removing nitrogen from water bodies, which demands high energy consumption and complex operational conditions. In recent years, MBS has attracted much attention because of its advantages in recovering nitrogen, emitting oxygen, and capturing CO₂. It has been proven that light is the top factor influencing the performance of MBS. This paper will critically review the effects of light parameters on nitrogen removal by MBS, and the nitrogen-removal mechanisms of MBS driven by artificial illumination.

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Title:

The Effect of Light on Nitrogen Removal by Microalgae-Bacteria Symbiosis System (MBS)

Contributors:

Shumin Wang (author) / Zhenghao Guo (author) / Xiaofan Ding (author) / Linling Li (author) / Zhongyou Jin (author) / Chengcai Zhang (author) / Shouping Liu (author) / Yan Zhou (author) / Gongduan Fan (author)

Published in:

Water, Vol 15, Iss 11, p 1991 (2023)

Publication date:

2023

ISSN:

DOI:

https://doi.org/10.3390/w15111991

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

Unknown

Keywords:

bacterial–algal symbiosis systems , light , nitrogen removal , water treatment , Hydraulic engineering , TC1-978 , Water supply for domestic and industrial purposes , TD201-500

Metadata by DOAJ is licensed under CC BY-SA 1.0

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