Microbial ecology of denitrification in biological wastewater treatment
2014-12-02
org.kosen.entty.User@361bc383
김형건(khgun)
행사&학회소개
1. Introduction
1.1. Biological denitrification and denitrifying microorganisms
1.2. Wastewater denitrification
1.3. Molecular techniques characterizing denitrifying communities
2. Microbial ecology of wastewater denitrifying communities
2.1. Overall diversity and dominant species
2.2. Factors controlling community structure
2.2.1. Carbon sources
2.2.2. Wastewater influent
2.2.3. Biofilm growth
2.2.4. Operating conditions
2.3. Factors controlling community function and the underlying mechanisms
2.3.1. Carbon sources
2.3.2. pH and temperature
2.3.3. Dissolved oxygen
2.3.4. Nitrogen oxides
3. Integrating microbial ecology information into process design, monitoring and operation
3.1. Integrating microbial ecology information into denitrification models
3.2. Improving system efficiency and stability
3.3. Applying alternative carbon sources
3.4. Nitrous oxide emission control
3.5. Denitrification coupled to other processes
4. Conclusions
1.1. Biological denitrification and denitrifying microorganisms
1.2. Wastewater denitrification
1.3. Molecular techniques characterizing denitrifying communities
2. Microbial ecology of wastewater denitrifying communities
2.1. Overall diversity and dominant species
2.2. Factors controlling community structure
2.2.1. Carbon sources
2.2.2. Wastewater influent
2.2.3. Biofilm growth
2.2.4. Operating conditions
2.3. Factors controlling community function and the underlying mechanisms
2.3.1. Carbon sources
2.3.2. pH and temperature
2.3.3. Dissolved oxygen
2.3.4. Nitrogen oxides
3. Integrating microbial ecology information into process design, monitoring and operation
3.1. Integrating microbial ecology information into denitrification models
3.2. Improving system efficiency and stability
3.3. Applying alternative carbon sources
3.4. Nitrous oxide emission control
3.5. Denitrification coupled to other processes
4. Conclusions
보고서작성신청
일반적으로 폐수에서의 질소제거를 위한 탈질은 보편적인 기술이나, 본 논문에서는 폐수에서 탈질에 따른 미생물 생태 검토한 리뷰 논문이다