Basic Landscape Irrigation Systems

Slides:



Advertisements
Similar presentations
DRIP DISPERSAL SYSTEMS Problems and Solutions Presented by Keith Surface.
Advertisements

Louisiana Yards and Neighborhoods Water Efficiently!
Irrigation Savings: Tips for Water Conservation Melissa Baum Haley Michael D. Dukes Agricultural & Biological Engineering University of Florida.
The Valve The Valves Use ¾” thermostatically controlled valves It’s not necessary to have ¾” supply connected to ¾” valve.
Automatic Nozzles. 1960’s & 70’s  Automatic pressure regulating nozzles invented 1960’s & 70’s  Automatic pressure regulating nozzles invented Hand.
Jim Maslowski PDC 2008 Aseptic Filling Single Use Disposable Components Single-Use Fill Lines - The Components & Economies.
Irrigation Evaluation Dotty Woodson Extension Program Specialist Water Resources Texas A&M AgriLife Extension Dallas Research and Extension Center.
Catfish Pond Construction Gary Burtle Animal & Dairy Science, UGA Tifton, GA.
A complete irrigation system is comprised of several main components, each serving a particular function and all working together in combination with the.
1 Math Questions. 2 Length x Width x Water Depth = cubic feet.
HH H OUSTON H OUSTON F IRE F IRE D EPARTMENT P UMP P UMP O PERATOR O PERATOR P ROGRAM VAL JAHNKE TRAINING FACILITY.
Veggie Washer. Problem: Inefficient Vegetable Cleaning Method  Handwashed  Wasted Water  Long Processing Time  Opportunity: Artesian well resource.
Flushing. Annual flushing is enough for many systems, but some water and emitter combinations require almost daily flushing to control clogging. If frequent.
OFF THE GRID Property Irrigation System Alex Chepeska Alex Chepeska.
(a) (b) (c) (d). What is (1,2,3)  (3,4,2)? (a) (1, 2, 3, 4) (b) (1,2)  (3,4) (c) (1,3,4,2) (d) (3,1)  (4,2)
Michael D. Dukes, Ph.D., P.E. Agricultural & Biological Engineering Institute of Food and Agricultural Sciences (IFAS)‏ Landscape Fundamentals IST Wimauma,
1/128 Method Of Calibration Calibrating Hand Sprayers And High Pressure Hand Guns Because a gallon = 128 ounces and the area to be sprayed is 1/128 of.
Installing & Maintaining Irrigation Systems Ms. Gripshover Landscaping Unit 15.
Horticulture CD Unit C3-2: Nursery, Landscaping, and Gardening.
Design Landscape Remember elements, principles, components/ measurements and symbols used to develop plans John M. Hess.
Stacia Davis, M.E. E.I.T. Agricultural & Biological Engineering Institute of Food and Agricultural Sciences (IFAS)‏ Landscape Fundamentals IST Wimauma,
Irrigation Evaluation
Bob Hochmuth Multi County Extension Agent UF/IFAS North Florida Research and Education Center – Suwannee Valley.
DRIP IRRIGATION SCHEDULES FOR VEGETABLES By: Kerry Harrison, Extension Engineer.
Sprinklers.
New Ways For Smart Landscape Watering. Tom Larson Landscape & Irrigation Specialist DUDEK Fiona Sanchez Conservation Manager Irvine Ranch Water District.
Golf Course Irrigation
© Irrigation Association Effect of Irrigation. © Irrigation Association Calculate Hydraulic Requirements Chapter 4:
Utility Ordinance Water Conservation Policy Amended for SJRWMD Compliance 2009.
Irrigation Scheduling. 10:00 – 10:15: Personal Introductions 10:15 – 10:45: Background 10: 45 – Noon: Gathering the Data Noon – 12:30: Break 12:30 – 1:30:
Horticulture II - Landscape
HORTICULTURE II - LANDSCAPE Unit B Landscape Design.
NRCS -IWM II 1 IWM I APPLICATION VOLUME CALCULATIONS.
Center Pivot Training Flow Requirements. The easy way QT = DA (not a true equation if Q is in cfs) Q (flow rate) is in cfs (or acre-in/hr) T (time) is.
Uses of Water.
Intelligent Flow Technology. Adjusting Distance While Simultaneously Adjusting Flow Rate Intelligent Flow Technology.
CHAPTER (7) TRICKLE IRRIGATION.
Seven Principles of Xeriscape Seven Principles of Xeriscape TM Southwest Gardens
Available Water Flow Meter Size Typical flow depending on size
Design Landscape Remember elements, principles, components/ measurements and symbols used to develop plans John M. Hess.
Step One The first step to designing a sprinkler system is to create a diagram of the area you wish to irrigate.
From ASABE definitions 2.13 manifold: The water delivery pipeline that supplies water from the submain or main to the laterals. Manifolds.
Friction Loss Tutorial Used in conjunction with the Friction Loss Check Sheet and any Irrigation Plan.
Step One The first step to designing a sprinkler system is to create a diagram of the area you wish to irrigate.
Irrigation System for Home Landscape Developed by: Dr. Teri Hamlin Georgia Department of Education.
Arcs, Sectors, Segments. Finding the length of Arcs Look back in your notebook and find the formula for arc length Look back in your notebook and find.
IRRIGATION SYSTEMS. OBJECTIVES 1. Describe irrigation & its purpose 2. Explain preparation for irrigation systems 3. Calculate GPM 4. Identify & explain.
Fixed spray heads are designed to emit an average of 50% more water than rotor heads. That means that rotor heads should be run for twice the amount.
Water Wisely Spring Tune-Up. 2 Water Wisely First things first What’s the most important question to ask?
Presented By Don Franklin California Model Water Efficient Landscape Ordinance.
Irrigation Conserve-Protect Doug Goodwin LI , II CTLIA.
US Water Sources and Usage. Population density
Copyright © 2010 Delmar, Cengage Learning. ALL RIGHTS RESERVED. Unit 38 Irrigation Technology.
Irrigation Management Practices Cropping A*Syst Katie L. Droscha 01/14/ /15/2013.
Tips on how to install irrigation systems
Simple Irrigation System Checkup
Water Wise Irrigation Basics
Water Wisely Spring Tune-Up.
HOS1010C - Introduction to Horticulture
APPLICATION VOLUME CALCULATIONS
Water Use & Irrigation Management
Section 4.1 Radian and Degree Measures
Smart Irrigation 5 Steps to Watering Well.
2018 SHADE Conference “Fundamentals (Keys) of Basic Irrigation Design”
A spray dispersal system distributes the treated effluent on top of the soil surface. The effluent must be disinfected and meet secondary treatment standards.
THE Nuts AND Bolts OF Irrigation Scheduling
It’s Time for a Break!!!.
Selecting sprinkler heads continued
Sprinkler Selection Considerations
Irrigation Kits Parts Components
Presentation transcript:

Basic Landscape Irrigation Systems

Controller and Valves Valve “manifold”

Drip Irrigation

Plan for Adequate Spray Coverage Odd shaped areas can be effectively covered using adjustable pattern nozzles that adjust from 0 to 360 degrees. Head-to-head coverage

Use Watering Zones Water supply capacity = 17 GPM (gallons per minute) Landscape requires 28 pop-up sprinkler heads Each head delivers 1.5 GPM 28 x 1.5 = 42 GPM (total water volume needed) Break landscape into manageable sections or “zones” → 42 ÷ 17 = 2.47 → Need 2.47 or 3.00 water zones for proper coverage