Micro-aeration assisted with electrogenic respiration enhanced the microbial catabolism and ammonification of aromatic amines in industrial wastewater

Improvement of refractory nitrogen-containing organics biodegradation is crucial to meet discharged nitrogen standards and guarantee aquatic ecology safety. Although electrostimulation accelerates organic nitrogen pollutants amination, it remains uncertain how to strengthen ammonification of the ami...

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Published inJournal of hazardous materials Vol. 448; p. 130943
Main Authors Shi, Ke, Cheng, Haoyi, Cornell, Carolyn R., Wu, Haiwei, Gao, Shuhong, Jiang, Jiandong, Liu, Tiejun, Wang, Aijie, Zhou, Jizhong, Liang, Bin
Format Journal Article
LanguageEnglish
Published Netherlands Elsevier B.V 15.04.2023
Subjects
Amines
Ammonification
Aniline Compounds
Dioxygenases
Electrogenic respiration
Functional genes
Micro-aeration
Microbial associations
Nitrogen Cycle
Respiration
RNA, Ribosomal, 16S
Wastewater
Electrogenic respiration
Micro-aeration
Microbial associations
Ammonification
Functional genes
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Abstract Improvement of refractory nitrogen-containing organics biodegradation is crucial to meet discharged nitrogen standards and guarantee aquatic ecology safety. Although electrostimulation accelerates organic nitrogen pollutants amination, it remains uncertain how to strengthen ammonification of the amination products. This study demonstrated that ammonification was remarkably facilitated under micro-aerobic conditions through the degradation of aniline, an amination product of nitrobenzene, using an electrogenic respiration system. The microbial catabolism and ammonification were significantly enhanced by exposing the bioanode to air. Based on 16S rRNA gene sequencing and GeoChip analysis, our results indicated that aerobic aniline degraders and electroactive bacteria were enriched in suspension and inner electrode biofilm, respectively. The suspension community had a significantly higher relative abundance of catechol dioxygenase genes contributing to aerobic aniline biodegradation and reactive oxygen species (ROS) scavenger genes to protect from oxygen toxicity. The inner biofilm community contained obviously higher cytochrome c genes responsible for extracellular electron transfer. Additionally, network analysis indicated the aniline degraders were positively associated with electroactive bacteria and could be the potential hosts for genes encoding for dioxygenase and cytochrome, respectively. This study provides a feasible strategy to enhance nitrogen-containing organics ammonification and offers new insights into the microbial interaction mechanisms of micro-aeration assisted with electrogenic respiration. [Display omitted] •Aniline (AN) could be degraded under micro-aerobic bioanode system.•Microbial functional differentiation occurred in suspension and electrode.•Functional genes were more sensitive than 16S rRNA genes to DO stimulation.•AN degraders in suspension positively correlated with electroactive bacteria.•AN degraders were potential hosts of dioxygenase catalyzing ammonification.
AbstractList Improvement of refractory nitrogen-containing organics biodegradation is crucial to meet discharged nitrogen standards and guarantee aquatic ecology safety. Although electrostimulation accelerates organic nitrogen pollutants amination, it remains uncertain how to strengthen ammonification of the amination products. This study demonstrated that ammonification was remarkably facilitated under micro-aerobic conditions through the degradation of aniline, an amination product of nitrobenzene, using an electrogenic respiration system. The microbial catabolism and ammonification were significantly enhanced by exposing the bioanode to air. Based on 16S rRNA gene sequencing and GeoChip analysis, our results indicated that aerobic aniline degraders and electroactive bacteria were enriched in suspension and inner electrode biofilm, respectively. The suspension community had a significantly higher relative abundance of catechol dioxygenase genes contributing to aerobic aniline biodegradation and reactive oxygen species (ROS) scavenger genes to protect from oxygen toxicity. The inner biofilm community contained obviously higher cytochrome c genes responsible for extracellular electron transfer. Additionally, network analysis indicated the aniline degraders were positively associated with electroactive bacteria and could be the potential hosts for genes encoding for dioxygenase and cytochrome, respectively. This study provides a feasible strategy to enhance nitrogen-containing organics ammonification and offers new insights into the microbial interaction mechanisms of micro-aeration assisted with electrogenic respiration. [Display omitted] •Aniline (AN) could be degraded under micro-aerobic bioanode system.•Microbial functional differentiation occurred in suspension and electrode.•Functional genes were more sensitive than 16S rRNA genes to DO stimulation.•AN degraders in suspension positively correlated with electroactive bacteria.•AN degraders were potential hosts of dioxygenase catalyzing ammonification.
Improvement of refractory nitrogen-containing organics biodegradation is crucial to meet discharged nitrogen standards and guarantee aquatic ecology safety. Although electrostimulation accelerates organic nitrogen pollutants amination, it remains uncertain how to strengthen ammonification of the amination products. This study demonstrated that ammonification was remarkably facilitated under micro-aerobic conditions through the degradation of aniline, an amination product of nitrobenzene, using an electrogenic respiration system. The microbial catabolism and ammonification were significantly enhanced by exposing the bioanode to air. Based on 16S rRNA gene sequencing and GeoChip analysis, our results indicated that aerobic aniline degraders and electroactive bacteria were enriched in suspension and inner electrode biofilm, respectively. The suspension community had a significantly higher relative abundance of catechol dioxygenase genes contributing to aerobic aniline biodegradation and reactive oxygen species (ROS) scavenger genes to protect from oxygen toxicity. The inner biofilm community contained obviously higher cytochrome c genes responsible for extracellular electron transfer. Additionally, network analysis indicated the aniline degraders were positively associated with electroactive bacteria and could be the potential hosts for genes encoding for dioxygenase and cytochrome, respectively. This study provides a feasible strategy to enhance nitrogen-containing organics ammonification and offers new insights into the microbial interaction mechanisms of micro-aeration assisted with electrogenic respiration.
ArticleNumber 130943
Author Wu, Haiwei
Zhou, Jizhong
Jiang, Jiandong
Wang, Aijie
Shi, Ke
Cheng, Haoyi
Gao, Shuhong
Liu, Tiejun
Liang, Bin
Cornell, Carolyn R.
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  surname: Liang
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  email: liangbin1214@163.com, liangbin1214@hit.edu.cn
  organization: State Key Laboratory of Urban Water Resource and Environment, Shenzhen Key Laboratory of Organic Pollution Prevention and Control, School of Civil & Environmental Engineering, Harbin Institute of Technology Shenzhen, Shenzhen 518055, China
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Keywords Electrogenic respiration
Micro-aeration
Microbial associations
Ammonification
Functional genes
Language English
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Snippet Improvement of refractory nitrogen-containing organics biodegradation is crucial to meet discharged nitrogen standards and guarantee aquatic ecology safety....
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StartPage 130943
SubjectTerms Amines
Ammonification
Aniline Compounds
Dioxygenases
Electrogenic respiration
Functional genes
Micro-aeration
Microbial associations
Nitrogen Cycle
Respiration
RNA, Ribosomal, 16S
Wastewater
Title Micro-aeration assisted with electrogenic respiration enhanced the microbial catabolism and ammonification of aromatic amines in industrial wastewater
URI https://dx.doi.org/10.1016/j.jhazmat.2023.130943
https://www.ncbi.nlm.nih.gov/pubmed/36860074
https://search.proquest.com/docview/2781624566
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