1. | Introduction to WastewaterEngineering & Design | Introduction to Wastewater Engineering & Design |
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2. | Characteristics of Wastewater(1) | Chemical Characteristics | ||
3. | Characteristics of Wastewater(2) | Chemical Characteristics | ||
4. | Characteristics of Wastewater(3) | Chemical Characteristics | ||
5. | Physical Unit Operations(Screening, Flow equalization, mixing) | Physical Unit Operations (Screening, Flow equalization, mixing) |
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6. | Physical Unit Operations (Sedimentation and membranebioreactor)(1) | Physical Unit Operations (Sedimentation and membrane bioreactor) |
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7. | Physical Unit Operations (Sedimentation and membranebioreactor)(2) | Physical Unit Operations (Sedimentation and membrane bioreactor) |
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8. | Physical Unit Operations (Sedimentation and membranebioreactor)(3) | Physical Unit Operations (Sedimentation and membrane bioreactor) |
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9. | Physical Unit Operations (Sedimentation and membranebioreactor)(4) | Sedimentation, Design Considerations | ||
10. | Technologies, Chemical Processes, Coagulation, Flocculation, Chemical Precipitation, Physical Precipitation | Technologies, Chemical Processes, Coagulation, Flocculation, Chemical Precipitation, Physical Precipitation | ||
11. | Overview of biologicalwastewater treatment, microbialmetabolism, bacterial growth and energetics (1) | Overview of biological wastewater treatment, microbial metabolism, bacterial growth and energetics. |
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12. | Overview of biologicalwastewater treatment, microbialmetabolism, bacterial growth and energetics (2) | Overview of biological wastewater treatment, microbial metabolism, bacterial growth and energetics. |
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13. | Overview of biologicalwastewater treatment, microbialmetabolism, bacterial growth and energetics (3) | Overview of biological wastewater treatment, microbial metabolism, Modeling Suspended Growth Treatment |
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14. | Microbial growth kinetics,modeling suspended growth treatment processes | Microbial growth kinetics, modeling suspended growth treatment processes |
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15. | biological nitrification, Wastewater Characterization, Process Analysis and Control,processes forremoval of BOD, nitrogen | biological nitrification, Wastewater Characterization, Process Analysis and Control,processes for removal of BOD, nitrogen |
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Design of AS Process(Korean), Membrane Bioreactor(MBR) | Design of AS Process(Korean), Membrane Bioreactor(MBR) | |||
Attached Growth and CombinedBiological Treatment Processes | Tricking filters, RBC, combined aerobic treatment processes | |||
Treatment, Reuse, and Disposal of Solids and Biosolids | Sludge, solids processing flow diagrams, thickening, stabilization, conditioning, dewatering, incineration | |||
Stabilization, Conditioning | Stabilization, Conditioning | |||
Disinfection, Dewatering, Post- Treatment, Final Disposal or Reuse | Disinfection, Dewatering, Post- Treatment, Final Disposal or Reuse |