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1 Introduction of the course, study plan and progress of the lecture, overview of general microbiology and terminology
2 Microbial diversity, abundances, spreading and classification of the microorganisms
3 Prokaryotic microorganisms and diversity
4 Eukaryotic microorganisms and diversity
5 Microbiological structure of biological wastewater treatment systems :Prokaryotic microorganisms
6 Microbiological structure of biological wastewater treatment systems :Eukaryotic microorganisms
7 Activated sludge structure, floc structure and characterization, settling properties and liquid-solid separation problems
8 Filamentous microorganisms and identification (Section 1)
9 Filamentous microorganisms and identification (Section 2)
10 Wastewater characterization and significant parameters : Their effects on microbial growth
11 Laboratory applications: microscope usage and general microbial characterization and identification of different activated sludge samples, identification and specification of floc structure
12 Laboratory applications: wet-mouth preparation techniques, staining methods and general microbial characterization and identification of different activated sludge samples, identification and specification of filamentous microorganisms using microscope
13 Overgrowth of filamentous microorganisms, parameters causing bulking and foaming problems, visual presentation of filaments (Student Presentations)
14 Control of bulking and foaming problems, applications, visual presentation of filaments and foams of WWTP systems, (Student Presentations) |