| Domestic Wastewater Collection and Treatment
Module 7: Municipal Wastewater Quantity and Quality
Lecture 17: Wastewater Quality and Quantity Estimation
Module 8: Municipal Wastewater Collection and Treatment Philosophy
Lecture 18: Layout and Design of Municipal Sewers
Lecture 19: Sewer Appurtenances, Sump-well and Sewage Pumping
Lecture 20: Wastewater Treatment Philosophy
Module 9: Preliminary and Primary Wastewater Treatment
Lecture 21: Bar Rack/Screens and Equalization Tank Design
Lecture 22: Grit Chamber and Primary Sedimentation Tank Design
Module 10: Secondary Wastewater Treatment
Lecture 23: Fundamentals of Applied Microbiology
Lecture 24: Activated Sludge Process Description
Lecture 25: Design of Activated Sludge Systems
Lecture 26: Design of Activated Sludge Systems
Lecture 27: Aerator Design for Activated Sludge Process
Lecture 28: Trickling Filter Fundamentals and Design
Lecture 29: Other Aerobic Treatment Systems
Lecture 30: Anaerobic Treatment Fundamentals
Lecture 31: Design of Anaerobic Reactors
Lecture 32: Design of UASB Reactors
Module 11: Tertiary and Advanced Treatment
Lecture 33: Nitrification: Process Description and Design
Lecture 34: Denitrification: Process Description and Design
Lecture 35: Phosphorus Removal and Other Advanced Treatment
Module 12: Residuals Management
Lecture 36: Fundamentals of Residual Management
Lecture 37: Residual Management Process Design
Module 13: Municipal Wastewater Treatment Plant Design Details
Lecture 38: Siting and Hydraulics of Wastewater Treatment Plants
Module 14: Treated Effluent Disposal
Lecture 39: Treated Effluent Discharge, Reuse and Recycling
Module 15: Natural Methods of Wastewater Treatment
Lecture 40: Oxidation, Facultative and Anaerobic Ponds
Lecture 41: Phyto-Remediation and Root-Zone Treatment
Module 16: Hygiene and Sanitation in Rural/Semi-Rural Areas
Lecture 42: Septic Tanks, Soak Pits, Cesspools, Dry Latrines
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