Outline Objectives of the Project. Study Area. Questionnaire Analysis. Network Analysis. Future Demand Estimates. Design Criteria EPANET Analysis Cost.

Slides:

Advertisements

Similar presentations

Modern pipe network models

Advertisements

Design of a Sewer System and Water Distribution Network for New Nablus Area Prepared By Saja Younes Shereen Lubbadeh Majd Samarow Supervisor Dr. Mohammad.

II. Dimensioning of a Branched Distribution System Main Procedures 1. Determination of the design water flowrates 2. Determination of the pipe diameters.

Biet Qad Village Climate Relative Humidity Evaporation.

Monroe L. Weber-Shirk S chool of Civil and Environmental Engineering AguaRed.

Hydraulic Modeling of Water Distribution Systems

Water Distribution Systems. Distribution systems Designed to adequately satisfy water requirements for combination of: Domestic use Commercial Use Industrial.

o To facilitate the process of providing consumers with clean water. o Provide quantity that suit their needs and control the quality of this water because.

Water network in Meithalun Prepared by:-- -Khalid Nairat -Ghaith Daraghmeh -Mohammed Daraghmeh Supervisor:-- Dr. Amal Al Hudhud An – Najah National University.

Prepared By Abeer Mohammed Ala' Snober Suhad Dwaikat Wajeha Ma'ani Submitted to Dr. Amal Al-hudhud.

An-Najah National University Civil Engineering Department Analysis of the Water Distribution Network of howara- Nablus Submitted by: Rami Ahmad Mohammed.

1 Design of a wastewater collection Network and a Water Distribution Network for Azmut using SewerCAD and WaterCAD Prepared By: Mohammad noor Shawer Ayman.

Introduction Before going ahead into our project I want first talk in a brief about the importance of water, water is essential to sustain a life and.

Importance Of Water Water is life. Living on the earth may be impossible without adequate water quality and quantity. Water makes up more than half of.

Prepared by: Ayah Yasin SUPERVISOR Dr. HAFEZ SHAHEEN PROJECT 2 : FALL Wastewater Collection system for Anin 1.

Outline Introduction. Population Analysis Study Area Objectives

An-Najah National University Civil Engineering Department

CE 3372 Water Systems Design Pipe Networks. Networks Spreadsheet Example – Representative of a “by-hand” solution. EPA NET Program Introduction – Representative.

Design of bulk supply network in the southern West Bank Prepared by: Muna Faidi Aya Nofal.

AN – Najah National University

Water Resources System Modeling

Lecture (11): Water Distribution Systems

DZ01 – Marka D B E C B G A B C.

Water Distribution Network for South- East Zone of Qalqilia City

Balaa Water Distribution Network

Graduation Project Water Works for Al-Marj Neighborhood

Graduation Project II Analysis and redesign of water network for Sabastia Village By: Abdurra'oof Huwari Under supervision of Dr. Anan Jayousi.

Prepared By : Kamal Hamaydeh Ahmad Odet-allah

Water Distribution Network of Anabta

Analysis of Qabalan, Water Network , Design of Wastewater

Design of Cold Water Networks

An-Najah National University Faculty Of Engineering

Analysis and Design of the Water Distribution Network for Teeba area,Nablus By Ranin Abu Gharbieh Under supervision of Dr. Mohammad Almasri.

Tamer Sultan Mousa Ziadeh

An – Najah National University

Water Works For Baqa Al-Sharqyah Town -Analysis And Re/Design

An– Najah National University

An-Najah National University Faculty Of Engineering

Design Of Water Distribution Network Of Misilyah Village Using EPANET

Notes Over 9.6 An Equation with One Solution

& Hydraulic Analysis of the Water Research about Wadi Al-Zaimar

Prepared By : Osama amr Qutayba mElhim

An-Najah National University Faculty of Engineering

تحليل وتصميم شبكات التغذيــــه بالميـاه بإستخدام الحاسب الآلي

Developing Hydraulic Model of Water Distribution Network in Rafidia Area, Nablus by Abeer Melhim Noor Saleh Supervisor Dr.Mohmmad.

Selat al-daher water distribution network

Wastewater collection network & treatment plant for Burqeen village

AN-najah National University Faculty of Engineering Civil engineering Department Hydraulic Analysis of the Water Distribution Network of Kifl Haris using.

1 Introduction. 1 Introduction 1.1 General Background Water is essential to human life — for basic health and survival, as well as food production.

بسم الله الرحمن الرحيم Al-Najah National University

Design of water distribution network for Silwan village By Ahmad Amen Abassi & Mohammed Abd Al-Aziz & Mohammed Al-Akhras Under supervision of Dr.

Design of A Sewer Network For Tell Village (Sewer collection network)

Graduation project report II Supervisor: Dr. Anan Jayousi

Pipe Networks Pipeline systems You are here Transmission lines

The Design of Water And Wastewater Networks For Qilqis

Design of A Sewer Network For Dair-Istiya Village

Water Distribution Networks Under Intermittent Pumping: Development of a hydraulic model and Assessment of water losses Prepared by Mohammad Jihad Abdo.

Design of A Sewer Network For Siries Village

Wastewater collection and treatment plant system for al Yamon

Design of a wastewater network for Al-Swani - Tulkarm

Analysis of the Water Distribution Network of

An - Najah National University Civil Engineering Department

Design of Waste Water Collection Network for Kufr AL-Deek Village

An-Najah National University Civil Engineering Department Graduation project Hydraulic analysis & Redesign of Al-Masaken & Old Askar Camp Water Supply.

Mohammad Khalid Sawalha

Pipe Networks Pipeline systems You are here Transmission lines

Sanitation Study and Wastewater Network System AL Tayba Village

Prepared By Waleed Osama Alkilani Anas Ahmad Khalid

An-Najah National University

Presentation transcript:

Outline Objectives of the Project. Study Area. Questionnaire Analysis. Network Analysis. Future Demand Estimates. Design Criteria EPANET Analysis Cost estimate

Objectives 1)To design the water distribution network for Yasid village, as the network should meet the residential needs for present and future. 2)To solve the problem that occurs for purchasing water by tanks. 3)To reduce cost and effort.

Study Area

General information about Yasid. Population at (2012): 2824 capita. Area of the village is 9,222 donums. built-up area = 43 donums. Around (860) donums is Irrigated area.

Questionnaire Analysis Questionnaire Analysis (A)

Questionnaire Analysis (B)

Questionnaire Analysis (C)

Questionnaire Analysis (D)

Network Analysis

Future Demand Estimates The design period is 30 years. The growth rate in Palestine is equal to 2.178%. Population at (2042): 5390 capita. Average water consumption per capita per day is equal to The consumption rate due to WHO standards = ( ) (L/c/d). PWA standards 120(L/c/d) the consumption rate will be used. UFW=0.25(for new network) Demand=160 (L/c/d). Density=3.2 capita/donums.

Pipes in the Network

Pipes IDFromToLength (m)Diameter (in)C

Nodes

Demand on Nodes and their Elevation Nodes IDElevationDemand (L/day)Demand (L/sec)

Design Criteria  Pressure constraint ( )m  Velocity constraint ( )m/s

EPANET Analysis  Hazen William Equation  Inputs  For Pipes : 1-Pipe ID 2-Start Node and End Node 3-Length 4-Diameter 5-Roughness  For Nodes : 1-Node ID 2-X and Y Coordinates 3-Elevation 4-Base Demand

Before

After

Before

After

Cost estimate Pipe Diameter (in)Pipe Length (m)Cost / length ($/m) Total cost ($) 1.004, , , Total  Cost of Pipes :  Cost of Reservoir: for 1000m3 reservoir = 230,000 $  Total Cost = 501,000$

The cost of the network is 93 $/Capita which is near the range for donors agency that is between ( ) $/Capita.

Conclusion 1.Estimated demand for water for Yasied in the following 30 years. 2.Complete Analysis and Design of Yasied Water Distribution Network. 3.Total Cost for Network and Reservoir.

Thanks For Your Attention. Any Question??