Product Handling Guidelines

Similar documents
Three Reasons to Broaden Your Fertigation Knowledge

Design of Control System for Measurement of Ph and EC of Fertilizer Solution

SPRAYER TANK CLEAN OUT PROCEDURES

FERTIGATION. Lawrence J. Schwankl

Understanding ph management and plant nutrition Part 5: Choosing the best fertilizer

LAB 5 - PLANT NUTRITION. Chemical Ionic forms Approximate dry Element symbol Atomic weight Absorbed by plants tissue concentration

"The Knowns and Unknowns of Nutrient Uptake" Roch Gaussoin, PhD University of Nebraska-Lincoln

For all turfgrass areas. Now you can test soil reaction at different levels in the soil profile. Check Soil ph on:

PRETREATMENT TECHNICAL DATA SHEET WATER EMULSIFIABLE RUST PREVENTATIVE PRODUCT DESCRIPTION

Given the increase in the use of reclaimed

ACTIVE INGREDIENTS. Methylated seed oils, surfactants and emulsifiers. All ingredients are exempt from tolerance as specified in 40 CFR (c).

FERTILIZER CALCULATIONS AND PRACTICE QUESTIONS

Pesticide Sprayer Cleanout

WHAT IS IN FERTILIZER OTHER THAN NUTRIENTS?

LIQUID FERTILIZER FORMULATIONS

Injection Systems INSTALLATION AND OPERATING GUIDE HI FLO VERTICAL SYSTEMS

Water quality can have a huge impact on plant

Irrigation Water for Greenhouses and Nurseries

The Basics of Fertilizer Calculations for Greenhouse Crops Joyce G. Latimer, Extension Specialist, Greenhouse Crops; Virginia Tech

PHOSPHORUS, POTASSIUM, AND MINOR ELEMENT FERTILIZATION

Chemigation Calibration for Center Pivot Irrigation Systems

Metal Rescue Rust Remover Technical Data

Fertigation. This project is supported by Growcom, through funding from the Australian Government.

CHALLENGE 7. STRATEGIES AND TOOLS FOR SUSTAINABLE SOIL AND SUBSTRATE MANAGEMENT. Janjo de Haan (Wageningen UR) Alice Abjean-Uguen (CERAFEL)

Rules for Safe Operation

Water Quality Management for Greenhouse Production

The Control of ph and Oxidation Reduction Potential (ORP) in Cooling Tower Applications By Charles T. Johnson, Walchem Corporation

Agro-One Soil Analysis

Benchmark. WASH l RINSE l PASSIVATE l DRY. Benchmark Precision Aqueous Cleaning Systems Modular Design, Superior Clean, Unwavering Service

The Basic Humic Acid Products

Introducing an All New Line of Cleaning Chemicals

NO TARN 15. 5) Can be used on Silver AND Gold. Protects gold from blackening during shipping due to reaction with box chemicals.

How Much Does Acid Rain Hinder the Growth Height of Brassica rapa Plants Without Other Environmental Stressors?

N-P-K FERTILIZERS. by M.L. Vitosh Extension Specialist, Crop and Soil Sciences

ROVRAL GREEN GT FLOWABLE FUNGICIDE

Greenhouse Fertilizer Injectors: Selection, Maintenance, and Calibration

Optimizing Tank Cleaning Operations

New Refractory Technology Provides Advantages in Monolithic Refractories

Irrigation Water Quality for Greenhouse Production

123 Industrial Loop Road Paynesville, MN Phone: MASTER MANUFACTURING MASTER GARDNER

Testing Water for Gardening and Lawn Irrigation

Correcting Iron Deficiencies in Soybean with Foliar Iron Fertilizer

UltraClean Soil DNA Isolation Kit

PESTICIDE RATE AND DOSAGE CALCULATIONS

How To Clean Up A Reactor Water Cleanup

MICRONUTRIENTS AS STARTER AND FOLIAR APPLICATION FOR CORN AND SOYBEAN

Bluelab Soil ph Meter Instruction Manual

Forest Nursery Notes Summer 2009

Inline Chlorinator Chlorine Chemical Feeder

MICRO IRRIGATION A technology to save water

Grit Removal Systems Simple, low cost, effective grit removal to enhance plant performance

Lab 7 Soil ph and Salinity OBJECTIVE INTRODUCTION Soil ph active

Chapter 2 Basis of design and materials

Water System Disinfection

Fertility Guidelines for Hops in the Northeast Dr. Heather Darby, University of Vermont Extension Agronomist

Sulfur deficiency in corn Jim Camberato, Stephen Maloney, and Shaun Casteel 1 Agronomy Department, Purdue University, West Lafayette, IN

Dairy. Extra Cheese, Please! by: Cris Peterson. Talking Points: Activity: Butter Grade Level: Any Subject Area: Science & Social Studies

Tips and Facts. What We Will Cover

SECTION IV-2 THE BASICS OF CLEANING MILKING EQUIPMENT

Maintaining a Healthy Lawn

THE SUPER IMPLODER DEVICE IMPLOSIVE WATER TREATMENT. INSTALLATION and TESTING INSTRUCTIONS with Dan Winter and Roger Green

Quality requirements for wood ash as K component in recycled NPK fertilizers

Hydroseed Care Guide

Analysis of Organic Fertilizers for Use in Vegetable Transplant Production

74 Chapter CO 2 Cleaning

ALS TRIBOLOGY Engine Coolant Reference Guide

NO-TILL AND NITROGEN FIXING INOCULANTS

Class A Foam Mixing and Application Equipment

FAO SPECIFICATIONS FAO PLANT PROTECTION PRODUCTS. THIRAM tetramethylthiuram disulphide

Water Conservation: responsibility. The principal goals of Earth-Kind include:

Effect Of Amino Acids On Plants

WARNINGS PRECAUTIONS

Cleaning spray tanks in and out. Ed Peachey Horticulture Dept., OSU

Coffee Growing Basics: Fertilizer, Disease, Insects. HC Skip Bittenbender Extension Specialist CTAHR/UH

K component in recycled NPK fertilizers

REPAIR AND MAINTENANCE MANUAL

Summer Stress Arrives Early on Cool Season Lawns

DEIONIZATION IN A "NUT SHELL"

123 Industrial Loop Road Paynesville, MN Phone:

Managing the Root Zone in Soilless Culture

Making a Terrarium. fairchild tropical botanic garden 1

TABLE OF CONTENT

EXPERIMENT 7 Reaction Stoichiometry and Percent Yield

DVD-15C Soldering Iron Tip Care

Using Magnesium Hydroxide

BEST PRACTICE GUIDE. Fibrelime Premixed Universal Plaster and Render

2014 Service Technician Training Program Closed Loop Systems

RO Reverse Osmosis equipments

Sanitary Type Electronic Flow Switches

Lead Testing and On Site Calibration for Water Testing Detection Range: 2 100ppb

Spray Nozzles. Spray Control. Spray Fabrication. Spray Analysis. A Guide to Optimizing In-Tank Agitation and Mixing Using Eductors

Experiment 12- Classification of Matter Experiment

Silane Coupling Agents

Food Safety Challenges Facing the Pistachio Industry. Bob Klein, Manager Advisory Committee of Pistachios California Pistachio Research Board

The Effects of Various Lime Products for Soil Drying

What Is Humic Acid? Where Does It Come From?

SOIL-LIME TESTING. Test Procedure for. TxDOT Designation: Tex-121-E 1. SCOPE 2. APPARATUS 3. MATERIALS TXDOT DESIGNATION: TEX-121-E

NMC Pro System Manager

Transcription:

Spray Applications Soil: fertigation ph Specifications

Spray Applications This document provides guidelines for handling Redox Turf nutritional products specifically with Spray applications (ground units). For additional information or assistance, please contact your Redox Turf distribution sales representative. Mixing Compatibility Use caution with reactive materials, such as Phosphate & Calcium (which may solidify and create mixing and compatibility issues). Avoid extreme shifts in tank ph. When utilizing Redox materials that acidify, check tank ph and use buffers as necessary. Most pesticides will tank mix with Redox products. Avoid tank mixing Redox products with any material that might have an adverse reaction. It is recommended that you Jar Test all combinations prior to loading in a tank when the mix has not been previously successful. Avoid tank mixing Redox products with any material that might cause turf or plant damage. Mixing Order Exercise extreme caution and avoid using penetrating surfactants and foliar nutrients on plants that might be susceptible to burn or moisture stress. The order in which you mix materials may have an effect on maintaining solution. The recommended mixing order is: 1. High ph 2. Low ph 3. Surfactants / Liquids / Wetting Agents Hydration dry soluble powders Pre mixing is recommended for sprayers without optimum agitation and required when utilizing any of the following Redox Turf products within the mixture: Turf Rx C-85 Turf Rx Bio Turf Rx Gold Turf Rx P+ Turf Rx Fairway Turf Rx Fe+ Vigorous mechanical agitation is the preferred, but in many cases pumps only provide agitation. Centrifugal pumps provide more recirculation and agitation than diaphragm pumps.

Spray Applications Dilution Ratios Pumps: Low Capacity Diaphragm Pumps No mechanical agitation: Pre-mix and hydrate dry Redox materials prior to adding to the spray tank. Do not exceed 35 pounds dry Redox material per 100 gallons of water. Substract liquid fertilizers and water required to solubolize other dry materials from water content available for proper Redox ratios. High Capacity Diaphragm Pumps Good Agitation - No mechanical agitation: Pre-mixing and hydrating dry Redox materials prior to adding to the spray tank or use of an educator is encouraged but not critical. Do not exceed 60 pounds of dry Redox material per 100 gallons of water. Substract liquid fertilizers and water required to solubolize other dry materials from water content available for proper Redox ratios. High Capacity Centrifugal Pumps Good Agitation - No mechanical agitation: Diaphragm Pumps: Pre-mixing and hydrating dry Redox materials prior to adding to the spray tank or use of an educator is encouraged but not critical. Do not exceed 100 pounds dry Redox material per 100 gallons of water. Substract liquid fertilizers and water required to solubolize other dry materials from water content available for proper Redox ratios. Diaphragm pumps provide the greatest pressure compensation, but low flow rates. Diaphragm pump systems require pre-mixing and more care in pre-hydration of products prior to loading thorough basket screen. Centrifugal Pumps: Centrifugal pumps provide the greatest flow, but have lower pressure compensation. This is the optimal system for product mixing where less time for premixing or hydration is acceptable. A Note On Pump and Spray Tip Filters: All screens should be 50 mesh or larger to allow unrestricted flow of concentrated solutions Stainless steel screens will plug less than poly or plastic screens Inline and or tip screens may be removed where applications are made as recommended Material Loading Premixing or eductor systems allow for more thorough hydration. Fill the tank 50% full prior to adding materials. Don t add material too quickly this allows for more thorough hydration. Add through basket screen

Fertigation Soil Application This document provides guidelines for handling Redox Turf nutritional products specifically with Fertigation (Irrigation Injection) units. For additional information or assistance, please contact your Redox Turf distribution sales representative. Injection Site 1. Injection site agitation is always required, particularly when any Redox Turf products are used in combination with other materials. Agitation requirements may be reduced as directed or allowable per the Solution Guide chart displayed within these guidelines. 2. Follow these guidelines for product handling at the injection site. a. Always allow adequate time for materials to properly mix and hydrate prior to injection into the irrigation system. b. Minimal agitation systems should have no more than 50 pounds of dry Redox materials per 100 gallons of water. Minimal agitation systems are defined as those with only moderate mechanical agitation or centrifugal pumps not capable of recirculating the tank contents in less than 20 minutes. c. Optimum agitation systems should have no more than 100 pounds of dry Redox material per 100 gallons of water. Optimum agitation systems are those defined as having cone bottom tanks, vigorous mechanical agitation and/or centrifugal pumps capable of recirculating the contents of the tank in less than 10 minutes. d. Calculate water and Redox dry material ratios after substrating any liquid fertilizer material from the ratio. Do not include liquid fertilizers in the dry:water ratio. 3. If injecting before the irrigation system filter, make sure that the injection port is a sufficient distance away that will allow the products to disperse in the water prior to hitting the filters. In most cases, post-filter injection is best because product will not be lost to back-flushing. 4. Avoid tank mixing Redox products with any material that might have an adverse reaction. It is recommended that you Jar Test all combinations prior to loading in a tank when the mix has not been previously successful. 5. Avoid tank mixing Redox products with any material that might cause turf or plant damage. 6. Use caution with reactive materials, such as Phosphate & Calcium (which may solidify and create mixing and compatibility issues).

Fertigation Soil Application A Note On Screens: All screens should be 50 mesh or larger to allow unrestricted flow of concentrated solutions Stainless steel screens will plug less than poly or plastic screens Screen removal is acceptable for solutions using only Redox Turf solutions Tank Solution & Agitation Pumps: Diaphragm Pumps: Diaphragm pumps provide the greatest pressure compensation, but low flow rates. Diaphragm pump systems require pre-mixing and more care in pre-hydration of products prior to loading thorough basket screen. Centrifugal Pumps: Centrifugal pumps provide the greatest flow, but have lower pressure compensation. If used for injection, be sure that the pump is able to inject at a greater pressure than the irrigation system pressure. This is the optimal system for product mixing where less time for premixing or hydration is acceptable.

ph Specifications Product ph Specification Turf Rx Fe+ ph 1% 2.0-3.0 Turf Rx Mg+ ph 1% 5.0-6.5 Turf Rx Mn+ ph 1% 7.0-8.0 Turf Rx Micro+ ph 1% 2.4-3.2 Turf Rx Zn+ ph 1% 6.0-7.0 Turf Rx Supreme ph 1% 3.5-4.5 Turf Rx Supreme Flowable ph direct 3.0-3.8 Turf Rx Fairway ph 1% 8.7-9.7 Turf Rx Fairway Flowable ph direct 11.8-12.5 Turf Rx Green Flowable ph direct 3.5-5.0 Turf Rx C-85 ph 1% 10.8-11.8 Turf Rx K+ ph 1% 10.4-11.4 Turf Rx Gold ph 1% 4.0-5.5 Turf Rx PeneCal ph direct 7.0-8.0 Turf Rx SaltEX ph direct 3.5-4.5 Turf Rx P+ ph 1% 5.0-6.0 Turf Rx P+ Flowable ph direct 4.5-5.5 Turf Rx Mg ph direct 9.6-10.6 Turf Rx Ca ph direct 7.0-9.0 Turf Rx Oxy ph direct 1.0-2.0 Turf Rx Oxy+ ph direct 10.5-11.5 Turf Rx OxyCal ph 1% 7.0-8.0 Turf Rx NatureCur ph direct 4.0-5.0 ph direct 1% indicates 1% solution by weight in deionized water.