1. Introduction To Water & Waste Water Engineering
2. Water & Waste Water Quality Enhancement
3. Water & Waste Water Quantity Estimation (Part 1)
4. Water & Waste Water Quantity Estimation (Part 2)
5. Water & Waste Water Charecteristics (Part 1)
6. Water & Waste Water Charecteristics (Part 2)
7. Water Treatment System Unit Operations
8. Sedimentation (Part 1)
9. Sedimentation (Part 2)
10. Coagulation & Flocculation (Part 1)
11. Coagulation & Flocculation (Part 2)
12. Softening
13. Filtration (Part 1)
14. Filtration (Part 2)
15. Disinfection
16. Introduction To Domestic Waste Water Treatment
17. Physical Unit Processes For Waste Water Treatment
18. Introduction To Microbiology (Part 1)
19. Microbiology (Part 2)
20. Waste Water Treatment Reactor Analysis
21. Biological Unit Processes: Activated Sludge Process
22. Activated Sludge Process: Modification (Part 1)
23. Activated Sludge Process: Modification (Part 2)
24. Aeration, Nitrification and Denitrification
25. Natural Waste Water Treatment Systems: Ponds & Lagoons
26. Attached Growth Aerobic Process: Trickling Filters and Rotating Biological Contractors
27. Anaerobic Treatment
28. Anaerobic Process: UASB Reactor (cont.)
29. UASB (cont.) & Sludge Treatment
30. Sludge Treatment (cont.)
31. Sludge Treatment Continued & Waste Water Disposal
32. Waste Water Disposal And Reuse
33. Advanced Waste Water Treatment
34. Adsorption
35. Ion Exchange and Advanced Oxidation Process
36. Industrial Waste Water Treatment
37. Water Distribution Networks
38. Santary Sewarage Systems
39. Storm Water Sewarage Systems
40. Intake Structures and Pumping Installations

In this course, Prof C. Venkobachar, Prof. Ligy Philip and Prof. B. S. Murty give 40 video lectures on Water & Wastewater Engineering. Some of the topics covered are:



Water and Wastewater Quantity Estimation: Population Forecast, Water Demand for Various Purposes, Estimation of Wastewater Quantity, Variation in Quantity of Water and Wastewater (2 Lectures).



Water Supply/Distribution Systems: (2 Lectures)



Wastewater Collection Systems: (2 Lectures)



Water/Wastewater Quality Enhancement: Philosophy of Treatment, Unit Operations and Processes; Physical, Chemical and Biological Methods. (1 Lecture)



Domestic Wastewater Treatment: Wastewater Characteristics; Primary, Secondary and Tertiary Treatment. (1 Lecture)



Physical Unit Processes: Screening, Commutation, Grit Removal, Equilization, Sedimentation. (3 Lectures)



Introduction to Microbiology: Microbial Ecology and Growth Kinetics, Types of Microorganisms, Aerobic vs. Anaerobic Processes. (2 Lectures)



Biological Unit Processes: Aerobic Treatment, Suspended Growth Aerobic Treatment

Processes, Activated Sludge Process and its Modifications, Attached Growth Aerobic Processes, Tricking Filters and Rotating Biological Contactors, Anaerobic Treatment, Suspended and Attached Growth, Fluidized Bed, Sludge Blanket Systems, Nitrification, Denitrification, Phosphorus Removal. (10 Lectures)



Sludge Treatment: Thickening, Digestion, Dewatering, Sludge Drying, Composting. (2 Lectures)



Wastewater Treatment Plant Characteristics: Sequencing of Unit Operations and Processes, Plant Layout, Hydraulic Considerations. (2 Lectures)



Natural Wastewater Treatment Systems: Ponds and Lagoons, Wetlands and Root-zone Systems. (2 Lectures)



Surface and Ground Water Treatment for Potable Water Supply: Water Characteristics, Sequencing of Unit Operations and Processes. (1 Lecture)



Chemical Unit Processes: Coagulation-Flocculation, Filtration, Disinfections, Aeration and Gas Transfer, Membrane Processes; Precipitation, Softening, Adsorption and Ion Exchange. (9 Lectures)



Water Treatment Plant Characteristics: Plant Layout, Hydraulic Considerations. (1 Lecture)



Rural Water Supply: (1 Lecture)



Low Cost Sanitation: Septic Tanks, Soak-pits. (1 Lecture)