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1. Introduction to Water Systems; 2. Water Sources: Surface Water; 3. Water Sources: Groundwater; 4 Quantities of Water Demand; 5 Water Hydraulics, Transmission, and Appurtenances; 6 Water Distribution Systems: Components, Design, and Operation; 7 Water Distribution Systems: Modeling and Computer Applications; 8 Pumping, Storage, and Dual Water Systems; 9 Cross-Connection Control; 10 Water Quality Characteristics and Drinking Water Standards; 11 Water Treatment Systems; 12 Chemicals Feeding, Mixing, and Flocculation; 13 Aeration, Gas Transfer, and Oxidation; 14 Coagulation ; 15 Screening, Sedimentation, and Flotation; 16 Conventional Filtration; 17 Alternative and Membrane Filtration Technologies; 18 Disinfection and Disinfection By-products Control; 19 Chemical Precipitation and Water Softening; 20 Adsorption and Ion Exchange; 21 Chemical Stabilization and Control of Corrosion and Biofilms; 22 Residues Management, Safety, and Emergency Response; 23 Prevention through Design and System Safety; 24 Engineering Projects Management

A clean water supply wuth suficient quantify and pressure is necessary for public health and fire protection incresaging urbanization and industralization, however, pleces high levelsof stress on water supply systems. acceptable quality an sufficient sources of water for municipal purposes are becoming more difficult to find. New and improved water resources convesation, treatment an dsitribution technologies are constantly being researched an developed in order to keep up with the growing demand for water. an effective design for drinking water systems relies on an understanding and application of scientific principles. enviromental engineers employ diverse biological, physucal and chemical techniques to extract and water from a variety of resources including surface water, grundwater, and rain/snow