1 Topic I.10. Service Reservoirs: Kinds, Structures and Volume Main Functions of the Service Reservoirs: §To insure the necessary head at the water distribution.

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

Basics of Reservoir Operations Computer Aided Negotiations Fall 2008 Megan Wiley Rivera.

1 WATER SUPPLY DISTRIBUTION On completion of this module you should be able to Describe pipe structures, types and installation design gravity and rising.

1 Topic I.7. Pipelines: Kinds, Structures, Construction and Testing Definition: Pipes, transmitting water from the intakes to the service (distributing)

Design of a Detention Pond

1 III. Water Treatment Topic III. 2. Coagulants and Flocculants. Coagulation Processes: Kinds and Application Coagulants §Aluminium sulphate - Al 2 (SO.

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

Kinds of Groundwater Intakes General classification:

Topic I.8. Water Supply Networks: Kinds, Structures and Design

Selection of Capacity Selection of capacity depends on: Physical characteristics Physical characteristics Inflow outflow characteristics Inflow outflow.

Long Term Storage Long term storage means to store water during high inflows years for the benefit of low inflows years. Long term storage means to store.

CE 3372 Water Systems Design

Monroe L. Weber-Shirk S chool of Civil and Environmental Engineering Reservoirs Balancing Supply and Demand Ashokan Kensico Hillview Croton Reservoir Spillway.

CE 230-Engineering Fluid Mechanics

Characteristics of Water

CE 230-Engineering Fluid Mechanics Lecture # 18 CONTINUITY EQUATION Section 5.3 (p.154) in text.

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

1 Topic I.11. Industrial Water Supply : Basic Systems and Schemes Industrial Water Use: §Cooling §Washing (production, premises) §Vapor generation §Transportation.

1 Topic. II.9. Sewerage Facilities. Manholes and Street Inlets Kinds of Sewerage Facilities §Facilities for the sewer network inspection, maintenance and.

1 III. Water Treatment Technologies Topic. III. 5. Micro-mesh Screens. Filters: Kinds, Constructions and Operation Micro-mesh Screens I. Purpose §For plankton.

1 Topic I. 9. Water Supply Networks Dimensioning Determination of Design Water Flowrates (Water Quantities) Design Flows Division §Take off (distributed)

1 I. Water Supply Networks and Facilities Topic I.2. Water Consumption: Norms, Regimes, and Design Flowrates Kinds of water consumption: §Potable water.

University of Architecture, Civil Engineering and Geodesy Faculty of Hudrotechnics Speciality: Hydraulic Engineering (German language teaching course)

1 II. Sewer Networks and Facilities Topic II.2. Sewerage Systems:Kinds and Features Kinds of Sewerage Systems Combined Sewer System (CSS) 1 - combined.

“Design of Water Supply and Sewer Systems” IV. Water Tank (Service Reservoir). Dimensioning and Constructing (Drawing 4) Main Procedures 1. Determination.

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

1 I. Water Supply Networks and Facilities Topic I.4. River Water Intakes: Kinds and Structures Water Intake Kinds General classification: I. According.

Lecture 1 Water Distribution Systems

1 III. Water Treatment Technologies Topic III. 7. Water Stability. General Arrangement of Water Treatment Plant Water Stability §Stability index (Index.

Pumps and Lift Stations. Background Fluid Moving Equipment Fluids are moved through flow systems using pumps, fans, blowers, and compressors. Such devices.

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

CE 3372 Water Systems Design

Urban Water Department of Hydro Sciences, Institute for Urban Water Management Peter Krebs Dresden, Global water aspects 1 Introduction to urban.

1 II. Sewer Networks and Facilities Topic. II. 12. Detention (Retention) Basins: Kinds and Structures. Sewerage Pumping Stations Detention Basins: Kinds.

PODGORCA AIRPORT RECONSTRUCTION PROJECT THE NEW APPROACH FOR APRON DRAINAGE SYSTEM.

Urban Storm Drain Design: Pump Station Design. Purposes To lift stormwater to higher elevation when discharge of local collection system lies below regional.

1 II. Sewer Networks and Facilities Topic II.1. Kinds of Wastewater. General Scheme of Sewerage. Kinds of Sewerage Schemes (Patterns) Sewerage Definition:

Network Appurtenances Major operations within a water transport and distribution systems are: 1. Transmission. 2. Storage. 3. Pumping.

WinTR-20 SensitivityFebruary WinTR-20 Sensitivity to Input Parameters.

PIPE LINE SYSTEM Series Pipe Line System Class I Class II Class III

1 IV. Wastewater Treatment Technologies Topic IV. 10. Wastewater Treatment Facilities with Attached Biomass - Trickling Filters: Kinds, Structures, Basic.

Urban Storm Drain Design: Pump Performance Curves.

CE 3372 Water Systems Design Lecture 005: Engineering Drawings.

Water Resources System Modeling

Basic Hydraulics: Hydraulic continuity concepts

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.

1 Detention Routing

The hydrologic cycle The story of a drop in the proverbial “bucket”

1 II. Sewer Network and Facilities Topic II. 11. Flow Split and Regulation Chambers: Kinds and Structures Kinds §Weirs l Side weirs l Transverse weirs.

Sanitary Engineering Lecture 4

Lecture (11): Water Distribution Systems

Plumbing system fundamental and design course

Stormwater Conveyance Design 2

Design of Cold Water Networks

Evaluate the integral using the indicated trigonometric substitution {image} {image}

An-Najah National University Faculty of Engineering

Detention Routing.

Reservoir Routing.

Flood Routing & Detention Basin Design

III. Water Treatment Topic III. 4

Review of Flood Reservoir Routing

Find: Omax [cfs] Given Data 29,000 33,000 37,000 41,000 inflow outflow

50 m EML3015C Thermal-Fluid I Fall 2000 Homework 4

General classification:

Upper Hudson/Sacandaga River Offer of Settlement

Presentation transcript:

1 Topic I.10. Service Reservoirs: Kinds, Structures and Volume Main Functions of the Service Reservoirs: §To insure the necessary head at the water distribution network (reservoir elevation) §To insure the balance between water inflow and outflow (reservoir useful storage volume) §To keep the fire water volume (if necessary) Kinds of Service Reservoirs I. According to their location and technological function §Crossover type § Endmost type §Intermediate type

2 Kinds of Service Reservoirs Crossover Type

3 Kinds of Service Reservoirs Endmost Type

4 Kinds of Service Reservoirs Intermediate Type

5 Kinds of Service Reservoirs II. According to their structure §Sunken type (dig into the earth) §Elevated (Tower) type §Standpipe (Column) type III. According to their protection §Open §Covered

6 Kinds and Structures of Service Reservoirs Sunken Type Shapes (schemes) 1 - water inflow pipe 2 - water outflow (feeding) pipe

7 Kinds and Structures of Service Reservoirs Pipe Systems at the Sunken Type Service Reservoirs a - inflow pipe system б - outflow (feeding) pipe system b - overflow and drainage pipe system

8 Kinds and Structures of Service Reservoirs Sunken Type Structure (Plane)

9 Kinds and Structures of Service Reservoirs Sunken Type Structure (Longitudinal Section)

10 Kinds and Structures of Service Reservoirs Sunken Type Structure (Cross Section)

11 Kinds and Structures of Service Reservoirs Elevated (Tower) Type Standpipe (Column) Type

12 Kinds and Structures of Service Reservoirs

13 Service Reservoir Volume Sizing V = V r + V f, m 3 V - total reservoir volume, m 3 V r - regulation (useful) reservoir volume, m 3 V f - fire water reserve volume, m 3 V f = 3,6.Q f.T f, m 3 Q f - fire water flowrate, l/s T f - fire duration, h; T f = h Determination of the Regulation Reservoir Volume I. With known water inflow/outflow regimes V r = 1,2.(V 1 + V 2 ) I. With unknown water inflow/outflow regimes V r = (0,3 - 0,5).Q max,d Q max,d - daily maximal water consumption, m 3