NOC:Water Supply Engineering


Lecture 1 - Backgroung and Course Introduction


Lecture 2 - Water Sources and Availability


Lecture 3 - Water Uses


Lecture 4 - Water Supply Key Issues and Concerns


Lecture 5 - Urban water services and water supply systems


Lecture 6 - Urban water services and water supply systems


Lecture 7 - Components of Water Demand


Lecture 8 - Fluctuations in Water Demand


Lecture 9 - Concept of Design Period and Design Population Need to Forecast Population Population Forecasting Methods


Lecture 10 - Demand Forecasting and Design Capacities


Lecture 11 - Water Sources and Collection of Water


Lecture 12 - Surface Water Intakes


Lecture 13 - Surface Water Intakes Systems


Lecture 14 - Groundwater Intake


Lecture 15 - Well Interferences, Well losses and Efficiency


Lecture 16 - Raw water Conveyance and Pumping


Lecture 17 - Practice Problems


Lecture 18 - Raw Water Storage


Lecture 19 - Treated Water Storage


Lecture 20 - Placement, Design and Construction of Storage Reservoirs


Lecture 21 - Practice Problems on Reservoir Capacity Estimation


Lecture 22 - Water Quality and Water Pollutants


Lecture 23 - Water Quality Parameters


Lecture 24 - Philosophy of Water Treatment


Lecture 25 - Water Treatment Units Screening and Aeration


Lecture 26 - Water Treatment Units Sedimentation


Lecture 27 - Practice Problems On Sedimentation


Lecture 28 - Coagulation and Flocculation: Theory


Lecture 29 - Coagulation and Flocculation: Selection and Application


Lecture 30 - Coagulation and Flocculation: Design Operation and Process Control


Lecture 31 - Filtration Theory and Slow Sand Filters


Lecture 32 - Rapid Sand Filter: Filter Media and Components


Lecture 33 - Rapid Sand Filters and Pressure Filters


Lecture 34 - Practice Problems Coagulation Flocculation and Filtration


Lecture 35 - Disinfection Basic


Lecture 36 - Chlorination


Lecture 37 - Other Disinfection Method: Ozone and UV Disinfection


Lecture 38 - Sluge Management


Lecture 39 - Advanced and Alternate Treatment Systems


Lecture 40 - Advanced Oxidation Processes and Membrane Process


Lecture 41 - Practice Problems


Lecture 42 - Basic of Water Distribution System


Lecture 43 - Water Distribution Networks


Lecture 44 - Analysis of Water Distribution Networks


Lecture 45 - Problems onPipe Flow and Water Distribution Network


Lecture 46 - Water Losses in Water Distribution System


Lecture 47 - Water Balance for Water Loss Assessment and Performance Indicators


Lecture 48 - Water Loss Detection and Control


Lecture 49 - Practice Problems on Water Audit and Water Loss Estimation


Lecture 50 - Continuous (24*7) water supply systems


Lecture 51 - District metered area (DMA) for zoning in water distribution networks


Lecture 52 - Software for water distribution networks design and analysis


Lecture 53 - Demonstration on EPANET and GEMS


Lecture 54 - Concept of smart water supply systems


Lecture 55 - Smart Metering and sensing devices


Lecture 56 - IoT and Automation in Water Supply


Lecture 57 - Example of Automation and Smart Water Supply Systems


Lecture 58 - Economics of Water Supply Systems


Lecture 59 - Capital and Operational Cost of Water Supply System


Lecture 60 - Pricing Waters


Lecture 61 - Pricing Waters (Continued...)


Lecture 62 - Case studies and Practice Problem on Water Pricing