CE 3372 Water Systems Design

Slides:



Advertisements
Similar presentations
Storage Reservoirs for Urban Water Supply/Chapter 9 LowLift Intake Conduit Treatment High Lift ConveyanceConduit DISTRIBUTIONRESERVOIR Distribution Supply.
Advertisements

Describe a water supply distribution system
DESIGN LAYOUT OF DISTRIBUTION SYSTEMS
Modern pipe network models
1 WATER SUPPLY DISTRIBUTION On completion of this module you should be able to Describe pipe structures, types and installation design gravity and rising.
Fluid Mechanics 07.
Leak Detection at C.C.W.A.. History of C.C.W.A. CCWA produces up to 39 million gallons a day of potable water. We have a potable water storage capacity.
Pipeline Hydraulics.
Pipe Networks Pipeline systems Pumps pipe networks measurements
1 CTC 450 Review Friction Loss Over a pipe length Darcy-Weisbach (Moody’s diagram) Connections/fittings, etc.
CE 230-Engineering Fluid Mechanics
Characteristics of Water
Monroe L. Weber-Shirk S chool of Civil and Environmental Engineering Pipe Networks  Pipeline systems  Transmission lines  Pipe networks  Measurements.
Monroe L. Weber-Shirk S chool of Civil and Environmental Engineering AguaRed.
CE 3372 Water Systems Design
CE HYDRAULICS ENGINEERING
1 Pipe2000 Campus Facilities Modeling by Dr. Don J Wood Pipe2000 Modules.
Chapter 4 (continues) Pipe Network.
EPANET FOR PRESSURIZED PIPE SYSTEMS
Hydraulic Modeling of Water Distribution Systems
MER Design of Thermal Fluid Systems Pumps and Fans Professor Anderson Spring Term
1 CTC 450 Review Water Quality Water Quality. 2 CTC 450 Water Distribution Systems Water Distribution Systems.
Water Distribution Systems. Distribution systems Designed to adequately satisfy water requirements for combination of: Domestic use Commercial Use Industrial.
Lecture 1 Water Distribution Systems
Pipe Networks Dr. Kristoph-Dietrich Kinzli Fall 2011 CWR 4540 C
Rural Drinking Water Treatment System. INTRODUCTION Water demand Identification of water source Drinking water Quality Parameters Required treatment system.
CE 3372 Water Systems Design EPA-NET Pumps, Valves, Tanks.
GIS / Hydraulic Model Integration 2008 ESRI UC Will Allender, GISP Planning and Engineering Asset Systems Planning August 6, 2008.
CE 3372 Water Systems Design
Physical Properties of Hydraulic and Pneumatic Fluids Mohammad I. Kilani Mechatronics Engineering Department University of Jordan.
Hydraulic Engineering Eng. Osama Dawoud First Semester 2008 Eng. Osama Dawoud First Semester 2008.
CE 3372 WATER SYSTEMS DESIGN LECTURE 004. OUTLINE Branched Systems Looped Systems Network Analysis Hydraulic modeling.
Network Appurtenances Major operations within a water transport and distribution systems are: 1. Transmission. 2. Storage. 3. Pumping.
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.
April 21, 2015 Presented by: Heidi Springer, P.E. Brian Ginter, P.E.
CE 3372 Water Systems Design Pipe Networks. Networks Spreadsheet Example – Representative of a “by-hand” solution. EPA NET Program Introduction – Representative.
CE 3372 Water Systems Design Lecture 005: Engineering Drawings.
CE 3372 Water Systems Design
CE 3372 Water Systems Design Lecture 006: Introduction to US EPA-NET.
CE 3372 Water Systems Design
CE 3372 Water Systems Design
Water Resources System Modeling
An optimal water allocation in a Metropolitan region June An Integrated Operation of Multi-Regional Water Supply Networks for Tae-Sang Ryu, Sung.
Components of Water Networks Eng. Mona Al-Gharbawi Eng. Ayman Al-Afifi
Monroe L. Weber-Shirk S chool of Civil and Environmental Engineering Pipe Networks 
Water Management Water is an important natural resource that requires proper management. Appropriate flow rate, pressure, and water quality are necessary.
Computers in Civil Engineering 53:081 Spring 2003 Lecture #10 Pipe Network as a Systems of Non-Linear Equations.
Water supply definitions Water supply definitions Four Basic components of a water supply system Four Basic components of a water supply system Methods.
CHEMCAD Seminar Transport and Storage John Edwards, P&I Design Ltd
Water System Infrastructure
Lecture (11): Water Distribution Systems
CE 3372 Water Systems design
Plumbing system fundamental and design course
CE 3372 Water Systems Design
CE 3372 Lecture07-Review.
EXERCISES Two water reservoirs are connected by a pipe 610m of 0.3m diameter, f’=0.038 and the flow produced by the difference in water surface elevations.
Balaa Water Distribution Network
CE 3372 Water Systems Design
Design of Cold Water Networks
CE 3372 Water Systems Design
WATER SUPPLY.
CE 3372 Water Systems Design
RESIDENTIAL PLUMBING SYSTEMS (WATER SUPPLY)
Week 2: Water Conveyance
Water Supply Civil Engineering and Architecture
Water Supply Civil Engineering and Architecture
WATER SUPPLY Why Treat Water?
Pipe Networks Pipeline systems You are here Transmission lines
WATER SUPPLY.
Pipe Networks Pipeline systems You are here Transmission lines
Presentation transcript:

CE 3372 Water Systems Design Introduction to US EPA-NET

Objectives Review of Lecture 4 Introduction to EPANET Workshop Install on (PC/Mac) Example problem (from last time) on EPANET Workshop Example problems Exercise Set 3 (EPANET problems)

REVIEW Water Supply System Distribution Network Pressure Network Layout

REVIEW Water source (Main Supply) Treatment Facility Lake River Aquifer Treatment Facility Treats and disinfects water Meet water quality standards Potable water Transmission Lines Convey water from source – treatment facility facility – network Pumping Facilities Provide energy to move water Intermediate Storage Facilities Stabilize line pressures Reserve for peak demand periods Provide storage for fire flow req. Distribution Lines Convey water from storage – service areas Looped(grid) and Branched Layouts Appurtenances Fire Hydrants. Valves, auxiliary pumps, fittings

REVIEW Distribution network - Consists of items designed to convey potable water at adequate pressures and discharges Tanks Pumps Pipes Valves Fittings Meters Other appurtenences

EPA-NET Computer program that simulates flow in closed conduit (pressurized) systems Nodes Links (pipes, pumps, valves) Reservoirs (reservoir, tanks) Demand schedule (extended period simulation)

Getting the Program Download and install EPA-NET PC Users – Google EPANET MAC Users – Use the class website Download and PRINT the user manual Topology constructed in a GUI Lengths, diameters, friction terms entered for each component (pipe, valve) Demand entered for each node (+ outflow, - inflow)

Getting the Documentation Download and PRINT the user manual EPANET website, or class website. Topology constructed in a GUI Lengths, diameters, friction terms entered for each component (pipe, valve) Demand entered for each node (+ outflow, - inflow)

About the program Topology (Network Layout) is constructed in a GUI Nodes Demand entered for each node (+ outflow, - inflow) Links Lengths, diameters, friction terms entered for each component. Pipes, Pumps, Valves are all “link” components Reservoir/Tank All models need a reservoir (like the ground in an electric circuit)

Stuff you Have to Choose Head Loss Models Darcy-Weisbach Hazen-Williams Chezy-Mannings Flow units (CFS, GPM, CMS and such) Select SI or US Customary before building a model The program does not convert units.

Workshop Install Example 1 – Single pipeline Example 2 – Flow between two reservoirs Example 3 – Three reservoir (branched) Example 4 – Two reservoir, 4 pipes (loop) Example 5 – Lifting with a pump

Installing Get the software from http://cleveland2.ce.ttu.edu/teaching/ce3372/Programs/ Or from the flash drive passed around class for the Mac OSX users.

Example 1 Single pipeline

Example 2 Example 2 – Flow between two reservoirs

Example 3 Example 3 – Three reservoir (branched)

Example 4 Example 4 – Two reservoir, 4 pipes (loop)

Example 5 Example 5 – Lifting with a pump