Title: Derek Cattoor
1Toro Micro-Irrigation
Derek Cattoor District Sales Manager Midwest /
High Plains States
2Toro MIB
- Whiskeys for drinking Waters for fighting
over - Mark Twain
3Agenda
- What is Drip Irrigation?
- Why - Where - When to use Drip?
- Applications and Designs
- Installation Guidelines and Techniques
- Toro MIB Product Overview
- Drip In PC
- DL2000 with ROOTGUARD
- Point Source Irrigation
- Blue Stripe Hose, Emitters, Etc.
- Aqua Traxx Drip Tape
- Toro MIB Contact Information
4What is Drip Irrigation?
Drip Irrigation is a method of delivering water
slowly, at low pressure, directly to the root
systems of plants.
5Drip Characteristics
- Device flow rates are measured in GPH vs. GPM
- Operating pressure window is typically 15 to 50
psi - Water is typically filtered to 150-200 mesh
- Polyethylene drip tubing is used for main and
laterals. - Drip irrigation is 90 efficient (vs. 50-60
for sprays/rotors/gravity) - Environmental factors are important in design (ET
rates, soil types, etc.)
6Why Use Drip?
- Conserves water and saves (install and water)
- Design flexibility easy to install and expand
- Maximum efficiency precise water application
- Reduced liability no overspray or run-off
- Healthier plants less disease and stronger roots
- Compliance with water restrictions/regulations
- Can be completely buried
7When/Where To Use Drip
- Landscape Applications
- Narrow planter beds and median strips
- Slopes, hedgerows and walls
- Areas sensitive to overspray (next to buildings,
sidewalks, roadways, pavement, fences) - Turf applications residential, commercial, golf
courses - Agriculture Applications
- Converting gravity to drip
- Crops requiring intensive management
- Fields with limited water resources
- Pivot Corners, Irregularly shaped fields,
Nurseries, etc.
8Planters and Median Strips
9Severe Elevation
10Overspray Sensitive Areas
11Turf Applications
12Drip Savings Example
House A
House B
13Drip Savings Example
House A Daily Water Requirements (using Spray
Heads)
Area of Turf Grass 1100 sq. ft Daily Water
Requirement 274 gallons DWR (.623 x Area x
PET) / Eff. DWR (.623 x 1100 x..24) /
.6 Area of Drip Landscape 300 sq. ft Daily
Water Requirement 37 gallons DWR (.623 x
Area x PET) x.5 / Eff. DWR (.623 x 300 x..24)
x .5 / .6 Total Water Required 311 gallons
14Drip Savings Example
House B Daily Water Requirements (Spray Heads
for Turf/Drip for Planting area)
Area of Turf Grass 700 sq. ft Daily Water
Requirement 174 gallons DWR (.623 x Area x
PET) / Eff. DWR (.623 x 700 x..24) / .6 Area
of Drip Landscape 700 sq. ft Daily Water
Requirement 24 gallons Total Water
Required 198 gallons
15Drip Savings Example
How Drip Saves Water?
- House A uses 311 gallons of water daily
- House B uses 198 gallons of water daily
- 36 water savings!
- Annual Savings
- 33,000 gallons of water !
16Drip Savings Example
House B Daily Water Requirements(All Drip
Irrigation NO TURF)
Area of Drip Landscape 1400 sq. ft Daily Water
Requirement 48 gallons Total Water
Required 48 gallons gt75,000 gallon savings
on an annual basis!!
17What is Subsurface Drip?
- Variation of Line-Source layout
- Buried directly in active root zone
- Important concerns
- Root intrusion
- Air venting and flushing
- Soil types determine spacing and water
- Different installation techniques
18Install Directly in Root Zone
19SDI Installation Guidelines
- Recommended depth is 4 below finished grade for
landscape applications - For turf aerification, tubing must be buried
below the reach of aerators - Drip Tape installation typically 12-18 for
agriculture row crop applications - It is imperative that Drip-In / Drip Tape be
installed at a uniform depth and width -
20SDI Planting Guidelines
- Pre-irrigate to field capacity.
- - especially prior to sod or hydroseeding
- For sod installations, thoroughly rolling the sod
will ensure optimum contact with the soil. - Use multiple start times until sod has bonded
with the soil. DO NOT LET THE SOD DRY OUT!!! - Plant oversized plants prior to installing
dripline and add smaller plants later. - Or
- Plant all plants after installing dripline by
- pre-cutting estimated lengths and re-connect
after planting .
21Drip-In Wetting Pattern
22Residential Turf Installation
23Golf Course Bunkers
24SDI Installation and Techniques
- Hand and Machine Trenching
- Backfill Method
- Vibratory Plow
- Tractor-mounted insertion implement
- Toro Dingo
- Critical Factor Uniform lateral depth
- (/- one inch of recommended depth)
25Hand Insertion
26SDI Shank on Dingo Plow
27Andros Turf Shank
28Other Benefits of SDI
- Mechanism for injecting almost anything directly
in to the plant root zone - Fertilizer
- Chemicals
- Fungicides
- Carbon Dioxide
- Heated Air
- Heat Pump
29Large Scale Ag SDI
- Toro Dealers have installed nearly 5,000 acres of
SDI since 1990 in Nebraska, Kansas, and NE
Colorado - Permanent sub-surface drip systems replacing
gravity/center pivot irrigation - Each system is designed independently to fit the
growers desired farming goals - Our goal is to reach a system uniformity of 90
- Corn, Soybean, Dry Bean, and Wheat producers are
using 25-50 less water than conventional
irrigation (due to increased pumping efficiency
and uniformity)
30Ag SDI Components
- Toro Aqua-Traxx PC Drip Tape
- Buried on 60 centers approx. 12-18 deep
- PVC Supply manifold (typically 3-8)
- PVC Flush manifold (typically 2-6)
- Zone Control Valves
- Continuous Acting Air/Vacuum Release Vents
- Flush Valves
- Pressure Regulating Valve
- Filtration to 200 mesh
31Aqua-Traxx PC
32Manifolds / Flush Valves
33Tape Connection
34Zone Control
35Filtration
36SDI Tape Installation
37SDI Roots
38Gravity vs. Drip
Gravity
SDI
In years past we would irrigate the field once
and try and save half the field. Our best yields
were around 150 bu./acre. With drip we are
reaching yields of 250 bushels with the same
amount of water. You dont realize how much water
you are wasting until you have a drip
system. Steven Cox Long Island, KS
39SDI No-Tillage
40SDI No-Tillage
- No-Till or Minimum Tillage SDI a complete
water conservation system - Mechanical damage is the biggest threat to an SDI
drip system (tillage tools and wet fields) - Reductions in compaction
- Increased soil quality
- Rodent activity will increase
41Line Source Emitter Products
42Drip In Product Range
- Drip-In PC multiple colors
- 12,18 24 spacing
- Custom spacing available up to 72
- .53 1.0 GPH Flow Rate
- Available with Rootguard
- Treflan impregnated emitter guaranteed by Toro
for 7 yrs. - ¼ drip line can be added to emitters for small
applications
43Blue Stripe Hose
- Micro-Distribution Hose
- Blue Stripe Round Hose
- Colored Striped Hose
- Purple, White Stripe
- Colored Hose
- Brown, Purple, White
- Banded / Stretched Wrapped
- Variety of roll lengths
The Blue Stripe of Quality
44E-2 Classic Take-apart Emitter
- Economic trouble-free emitter
-
- Fast single-barb direct installation
- Exit barb may be used for ¼ tubing
- Large open flow path resists plugging
- Take-apart feature for fast cleaning
- 3 Flow Rates
- 1.0 GPH DBK04
- 2.0 GPH DBK08
- 4.0 GPH DBK16
45Varis Varistake
- Adjustable flow rate 0-10.5 GPH
- Flow rate regulated with ratchet mechanism
- 8 outlets for uniform 360 deg. water
distribution
46Snap-Jet II and Micro-Sprinkler VI
- Unique PC devices ensures uniform flows
- Color-coded for convenience
- Easy grip snap-fit deflector plate for easy
pattern change, maintenance and cleaning - Retractable spinner resists insects and dust as
well as ease of inspection - Optional stake assemblies in various lengths
47Pot Spray Stakes
- Ideal for irrigation of container plants
- FEATURES
- 3 flow rates 5.6 10.5 16.0 gph _at_ 20 psi
- 160 degrees low angle
- Double step inlet
- Shut-off arm
- Exclusive arrow positioning indicator
- The only Pot stake that acts like a Jet
Packaging Bags of 100, boxes of 1000 Flow rate
color coded 5.6 gph Black 10.5 gph Blue 16.0 gph
Green
48Contact Information
Customer Service (CA FL) Phone -
800-333-8125 Fax- 800-892-1822 DSM - Midwest
/ High Plains States Derek Cattoor - (816)
896-2216 Dealer Inquiries Welcome