DESIGN OF A SEWER NETWORK FOR TELL VILLAGE

DESIGN OF A SEWER NETWORK FOR TELL VILLAGE (SEWER COLLECTION NETWORK) Prepared By : Ibraheem Emad Ramdan Majd Omar Mohammad Abdul-Salam Hosain Submitted to : Dr. Abdul-Fattah Al-Mallah

TELL VILLAGE

OUTLINE Objectives and significance of the project, Ø Study area, Ø Methodology, Ø Modeling, and design, Ø Results, Conclusions, And, Ø Recommendations. Ø

OBJECTIVES v The main objectives of this project are: ü To hydraulically design a wastewater collection system for Tell Village Area using Sewar. CAD program. ü To estimate the potential cost of this network.

SIGNIFICANCE OF THE WORK

APPROACH ü To design Sewer Collection Network. ü Use Sewer. CAD software to design the network.

STUDY AREA Tell village.

LOCATION

TOPOGRAPHY Maximum elevation = 750 m. Average elevation = 615 m. Minimum elevation = 442 m.

AREA AND LAND USE q Total Area = 18018 donums. Residential area = 1100 donums. Ø Pastures land = 1000 donums. Ø Agricultural land = 14000 donums. Ø Barren land = 2000 donums. Ø

WATER RESOURCES

SEWAGE SOURCES § Domestic Wastewater § Industrial Wastewater § Storm water § Infiltration § Feedlots

OTHER THINGS v Population. v Animal Wealth. v Climate. v Social-Economic Situation

METHODOLOGY Selection of the study area Data Collection Data analysis Training on Sewer. CAD Software. Designing by Sewer. CAD program. Giving results and recommendations.

SELECTION OF THE STUDY AREA

DATA COLLECTION � Contour map. � Road network. � Structural plan. � Boundary of study area. � Outfall location. � Population number. � Demand.

DATA ANALYSIS Ø Preparation of data. Ø Population forecasting. Ø Demand Forecasting.

Ø Training on Sewer. CAD software. Ø Design of Tell Village sewage network using Sewar. CAD program

SEWER COLLECTION NETWORK Ø Sewer Systems Ø Sewerage Elements

RELATED HYDRAULIC CONCEPTS Ø Distance between manholes. Ø A General procedure for design flow rates quantification. Ø The Energy Principles used. Ø The Energy Equation. Ø Friction Loss Methods.

Ø Sewer. CAD Program Ø Population Calculations Ø Loading Calculations

DESIGN THE NETWORK Ø Collecting information Ø Constructing the network Ø Input data Ø Design Criteria Ø Running the model Ø The Results

LAYOUT THE NETWORK Layout of Manholes

LAYOUT THE NETWORK Layout of Conduits

LAYOUT THE NETWORK Layout of Outfall

LAYOUT THE NETWORK

QUANTITIES AND COSTS Ø Summary for Bills of Quantities No. of Bill Name of Bill Cost of Bill (U. S. $) 1 SUPPLY OF U-P. V. C PIPES 404, 282. 0 2 EXCAVATION AND PIPE LAYING 445, 475. 6 170, 700. 0 3 SEWER MANHOLES 4 MISCELLANEOUS FOR THE SEWAGE NETWORK Total cost of project 7, 400. 0 1, 027, 857. 6 $

CONCLUSION Ø we recommend constructing a sewer network because the people will be very pleased and most of their problems will be removed. Ø All constraints are achieved and there are no any problems in the model, and all the results are in the ranges as specifications and criteria. Ø Ø The cost of the network is very common for this type of projects over this area which is equal to 1, 027, 857. 6 $ (U. S. dollar).

THANK YOU