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Civil Engineering - Shridhar University

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REFERENCE<br />

Laboratory Manual<br />

CE508 Fluid Mechanics Lab ­ ­ 2 2<br />

BTCE601 ENVIRONMENTAL ENGINEERING­I L T P U<br />

3 1 0 3<br />

PURPOSE<br />

To learn the fundamental concepts in the field of water supply engineering and sanitary engineering.<br />

INSTRUCTIONAL OBJECTIVES<br />

• To know the basics, importance, and methods of water supply<br />

• To study the various sources and properties of water<br />

• To understand the various methods of conveyance of water<br />

• To know the basics of sewage, types of sewers and sewer material<br />

• To learn the features of various sewer appurtenances<br />

INTRODUCTION ­ WATER SUPPLY<br />

Environmental <strong>Engineering</strong> ­ Role of Environmental Engineer ­ Water supply ­ development of public water supply ­<br />

need for protected water supplies ­ objectives of water supply systems ­ water supply scheme­quantity of water ­<br />

estimating requirements ­ Design period ­ per capita consumption ­ fluctuations in demand pattern ­ population<br />

forecast ­ Arithmetic, Incremental, Geometric Methods.<br />

SOURCES, QUALITY & STANDARDS OF WATER<br />

Sources of water ­ surface and ground water sources ­ Quality of water ­ physical, chemical and biological aspects ­<br />

analysis of water ­ water quality standards.<br />

CONVEYANCE AND DISTRIBUTION SYSTEM<br />

Intake structures ­ pipe materials ­ hydraulics of flow in pipes ­ laying, jointing, testing of pipes ­ pumping stations ­<br />

selection of pumps ­ methods of distributing water ­ storage and distribution reservoirs ­ analysis of distribution<br />

system Hardy­ cross method of balancing ­ equivalent pipes.<br />

SANITATION<br />

Sewage Characteristics ­ sewer sewage and sewerage ­methods of collection ­ conservancy system, water carriage<br />

system ­ classification of sewerage systems ­ quantity of sanitary sewage ­ fluctuation in sewage flow ­ design of<br />

flow of sewage for separate, storm and combined sewers ­ full flow and partial flow conditions ­ design of separate<br />

sewers using Manning's formula.<br />

SEWER MATERIALS, CONSTRUCTION AND APPURTENANCES

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