I am Sambhav Jain From Dayalbagh Educational INstitute, Agra doing Bsc.[Hons.] Agriculture.I have described here about the irrigation systems in greenhouse to be used by us.
The document describes a microcontroller-based automated drip irrigation system. It contains sensors to monitor soil moisture and temperature, which send signals to a microcontroller. The microcontroller controls valves to supply water through drip lines as needed based on the sensor readings, maintaining optimal soil conditions. This system saves water compared to manual irrigation and allows for more precise control and record keeping than traditional methods.
This document summarizes a seminar presentation on a PIC-based drip irrigation system. The system uses soil moisture sensors and a microcontroller to automate watering. It works by sensing soil moisture levels and turning a motor on or off to pump water based on whether the soil is dry or wet. This saves water and labor compared to manual irrigation. Potential applications are in agriculture fields and gardens. The system could be improved in the future by integrating additional sensors to vary watering based on season or plant growth stage.
The document discusses water efficiency in green buildings. It outlines various measures that can be taken to conserve water, including installing water efficient fixtures and appliances, collecting rainwater and greywater for non-potable uses, and sizing rainwater tanks appropriately based on household needs. Key benefits of conserving water include reducing costs and environmental impacts while ensuring a sustainable water supply.
This document describes the design of a microcontroller-based automated drip irrigation system. The system uses soil moisture and temperature sensors to monitor conditions and control water valves. When the soil reaches a desired moisture level, the sensors signal the microcontroller to turn off water valves. This allows watering only as needed to save water and ensure optimal growing conditions. The system is divided into sections, each with sensors connected to a microcontroller unit. The microcontroller automates irrigation based on sensor readings while also monitoring the system and recording data. This automated system allows for more precise watering than manual methods to improve crop yields using water and resources efficiently.
The document summarizes an in-plant training presentation on drip irrigation systems. It describes the components and advantages of drip irrigation, classifications of drippers, the process of surveying land and water sources, designing a drip irrigation system, estimating costs, applying for subsidies, and installing drip lines and components. It also provides graphs on the adoption of drip irrigation in different Indian states and the history of the company Jain Irrigation Systems in the district of Nabarangpur.
DEWATS provides decentralized wastewater treatment solutions for small and medium enterprises and settlements. It uses locally available materials to construct modular, low-cost treatment systems that can handle up to 1000 m3 of wastewater per day. The systems rely on natural treatment processes and require minimal energy and maintenance. Over 1000 DEWATS systems have been implemented in many countries to provide affordable wastewater treatment for areas lacking conventional options.
I am Sambhav Jain From Dayalbagh Educational INstitute, Agra doing Bsc.[Hons.] Agriculture.I have described here about the irrigation systems in greenhouse to be used by us.
The document describes a microcontroller-based automated drip irrigation system. It contains sensors to monitor soil moisture and temperature, which send signals to a microcontroller. The microcontroller controls valves to supply water through drip lines as needed based on the sensor readings, maintaining optimal soil conditions. This system saves water compared to manual irrigation and allows for more precise control and record keeping than traditional methods.
This document summarizes a seminar presentation on a PIC-based drip irrigation system. The system uses soil moisture sensors and a microcontroller to automate watering. It works by sensing soil moisture levels and turning a motor on or off to pump water based on whether the soil is dry or wet. This saves water and labor compared to manual irrigation. Potential applications are in agriculture fields and gardens. The system could be improved in the future by integrating additional sensors to vary watering based on season or plant growth stage.
The document discusses water efficiency in green buildings. It outlines various measures that can be taken to conserve water, including installing water efficient fixtures and appliances, collecting rainwater and greywater for non-potable uses, and sizing rainwater tanks appropriately based on household needs. Key benefits of conserving water include reducing costs and environmental impacts while ensuring a sustainable water supply.
This document describes the design of a microcontroller-based automated drip irrigation system. The system uses soil moisture and temperature sensors to monitor conditions and control water valves. When the soil reaches a desired moisture level, the sensors signal the microcontroller to turn off water valves. This allows watering only as needed to save water and ensure optimal growing conditions. The system is divided into sections, each with sensors connected to a microcontroller unit. The microcontroller automates irrigation based on sensor readings while also monitoring the system and recording data. This automated system allows for more precise watering than manual methods to improve crop yields using water and resources efficiently.
The document summarizes an in-plant training presentation on drip irrigation systems. It describes the components and advantages of drip irrigation, classifications of drippers, the process of surveying land and water sources, designing a drip irrigation system, estimating costs, applying for subsidies, and installing drip lines and components. It also provides graphs on the adoption of drip irrigation in different Indian states and the history of the company Jain Irrigation Systems in the district of Nabarangpur.
DEWATS provides decentralized wastewater treatment solutions for small and medium enterprises and settlements. It uses locally available materials to construct modular, low-cost treatment systems that can handle up to 1000 m3 of wastewater per day. The systems rely on natural treatment processes and require minimal energy and maintenance. Over 1000 DEWATS systems have been implemented in many countries to provide affordable wastewater treatment for areas lacking conventional options.
The document discusses rainwater recycling systems for managing stormwater. It summarizes the benefits of rainwater recycling including compliance with stormwater ordinances, cost savings, and sustainability. It then provides details on system components, design considerations, installation, and case studies. Residential and commercial examples are given to illustrate how rainwater can be collected and used for irrigation, flushing toilets, and other non-potable needs while reducing stormwater runoff.
This document summarizes a seminar presentation on an automatic irrigation system with remote monitoring and control. The system uses a microcontroller-based circuit to automate irrigation based on soil moisture sensors. It allows farmers to remotely control irrigation via a GSM modem and mobile phone. The system aims to save water, labor costs, and prevent crop destruction by automatically and remotely controlling irrigation only when needed based on soil moisture levels. It provides advantages like reduced costs, improved crop yields, and easy control of irrigation from anywhere.
This document describes Dewpoint Manufacturing's line of atmospheric water harvesters. It discusses Dewpoint as being a leader in the water harvesting industry and their focus on improving products. Their technology utilizes mechanical drive systems, sensors, compressors, and filter systems. Their team is currently designing a large commercial harvester that can produce 1,500 gallons per hour as well as smaller portable solar-powered units. The document then discusses the technology behind atmospheric water harvesters, removing water from humidity in the air through condensation and filtration systems. It provides details on Dewpoint's Water Tower home/office unit and Water Farm large industrial series that can produce thousands of gallons of water per day.
The document provides information about drip irrigation, including:
- Drip irrigation involves delivering water slowly to plant roots through a network of pipes, tubing, and emitters to save water and fertilizer.
- It was developed in Israel in the 1950s and uses various components like water sources, pumps, filters, tubing, and emitters to deliver water directly to plant roots.
- The advantages include water and fertilizer savings, while the disadvantages include higher initial costs and need for proper maintenance to prevent clogging.
Industrial, high-rate composting requires an understanding of biochemistry -- not art -- to deliver consistent, high-quality products made from high volumes of urban organics ... batch after batch, year after year.
This document describes a project on fertigation through drip irrigation using an embedded system. The system uses sensors like soil moisture, temperature, humidity, and pH sensors connected to an ARM cortex M3 processor to automate and precisely control fertigation. The system benefits farmers by saving water and fertilizer, reducing labor, and allowing for high crop yields. Future work may include integrating internet and mobile connectivity for remote monitoring and control of irrigation and fertilization.
Techxellance agro farm - End-to-end services in Hydroponics and AquaponicsTechxellance Solutions
This document discusses soilless farming technologies of hydroponics and aquaponics. It defines hydroponics as growing plants in water without soil, using various growing media, and lists its advantages over conventional soil-based gardening. Aquaponics is defined as a sustainable system combining aquaculture and hydroponics where fish provide nutrients for plants to filter the water. The document outlines Techxellance Solutions, which offers end-to-end soilless farming solutions and services, including system design, training, and technical support. It highlights various hydroponics and aquaponics setups and systems used worldwide.
Introduction
History of DIS
System components
Advantages
Drip irrigation payback wizard
Drip irrigation scheduling
Important tips for system components
Basic system operation
System maintenance
Disadvantage DIs
This document summarizes wastewater, greywater, and stormwater treatment systems from Bio-Microbics, Inc. It outlines four wastewater treatment technologies, three greywater treatment technologies, and three stormwater treatment technologies. It also discusses product certifications and applications for decentralized water management solutions.
Drip irrigation is a type of micro-irrigation system that slowly delivers water directly to plant roots through a network of valves, pipes, tubing, and emitters. It allows for highly efficient watering by reducing evaporation, runoff, and over-watering. The key components of a drip irrigation system include a water source, pumping system, distribution pipes, drip tape with emitters, injectors for fertilizers, and filters to prevent clogging. Drip irrigation provides numerous advantages like maximizing crop yields, minimizing water and fertilizer use, reducing labor costs, and preventing soil erosion. It is well-suited for row crops, orchards, vineyards, and other agricultural and landscape applications.
This document provides an overview of an in-plant training conducted at Netafim Irrigation India Pvt. Ltd. in Vadodara. It discusses the company profile, principles of micro irrigation systems, components and design of drip irrigation systems, and the role of the Gujarat Green Revolution Company in promoting micro irrigation in Gujarat. The training covered topics such as the study and design of drip irrigation systems, field surveys, installation, and the benefits of fertigation. The document provides details on the various components of drip irrigation systems and the procedures for designing, installing, and implementing such systems.
Maverik Inc. is a company that provides eco-sensitive waste water treatment solutions using a modified Up-Flow Anaerobic Sludge Blanket (UASB) process. Their technology is highly efficient at removing organic matter and nutrients from waste water through anaerobic digestion, which produces biogas as a byproduct. The modified UASB reactor can break down biodegradable solids in waste water more effectively than a regular UASB digester. Maverik offers end-to-end waste water management services including consultancy, design, construction, operation, maintenance, and marketing of biogas produced.
This document provides information on designing a drip irrigation system. It discusses collecting data on the field, water sources, crop details, and climate. Key steps in the design process are outlined, including calculating water requirements based on reference evapotranspiration, crop coefficients, and canopy factors. Methods for selecting emitters, laterals, and submains based on flow rates and hydraulic considerations are described. The goal of the design is to maintain high system efficiency and uniform moisture for optimizing crop yield.
1) The document describes a smart irrigation system that automatically provides water to plants based on soil moisture and temperature sensor readings. Soil moisture and temperature sensors transmit data to a microcontroller, which controls a water pump and servo motor for efficient watering.
2) The system aims to save water by only providing water when needed, as determined by the sensor readings. It can help conserve water used for irrigation in agricultural fields, lawns, and gardens.
3) The system was tested on garden plants and proved effective at conserving water by only watering within the preset soil moisture and temperature ranges needed for the plants. The system ensures water is distributed evenly using a servo motor and can help reduce water wastage.
Drip irrigation is a system that delivers water directly to plant roots through a network of valves, pipes, tubing, and emitters. It uses less water than other methods by applying water slowly and precisely at the root zone to prevent evaporation and runoff. The main components are a water source, pumping system, distribution pipes, drip tape with emitters, filters, and injectors. Drip irrigation provides maximum crop yields with minimum water use and labor through localized application directly to soil.
Waterside Farms used to have an indoor pool and kitchen that was closed due to declining business. In 2011, they converted the space into an indoor organic container garden to grow produce for their restaurants. They expanded to a rooftop garden and installed a rainwater harvesting irrigation system. Currently they have both organic container gardens and hydroponic systems like deep water culture, nutrient film technique, and drip systems that allow high yields of various herbs, tomatoes, and lettuce.
IRJET- A Review Paper on Design and Development of Automatic Drip Irrigation ...IRJET Journal
This document summarizes the design and development of an automatic drip irrigation system. The system uses soil moisture sensors to monitor soil moisture levels and control solenoid valves and a water pump to irrigate only when needed. It aims to automate irrigation and optimize water usage. The system can be controlled wirelessly using a GSM module from a mobile phone. When the soil reaches its maximum moisture threshold, the motors automatically stop and a message is sent. The major advantages are avoiding water wastage, optimizing plant growth, and reducing labor needs and errors.
related to different fertigation systems used in crop..
INTRODUCTION
ADVANTAGES AND DISADVANTAGES OF FERTIGATION
OBJECTIVES OF FERTIGATION IN MICROIRRIGATION
DOSIFICATION
FERTILIZER INJECTION METHODS
- PRESSURE DIFFERENTIAL
- VACUUM INJECTION
- PUMP INJECTION
This document outlines a multifaceted landscape management action plan for conserving water through several components. It recommends replacing high water use plants with natives and perennials, converting turf to drought tolerant plants or mulch, aerating soil to improve water penetration, using organic products to build healthy soil, checking irrigation systems for leaks and upgrading to efficient technologies like drip irrigation, high efficiency nozzles and smart controllers. A case study found that using these sustainable practices can reduce a garden's water use by 83%, waste by 56% and maintenance needs by 68%.
Drip Irrigation is a cheap, efficient and planned process that can bring the next Green revolution in the country.
Its a potential efficient way of irrigation for the crops.It directs the water directly to the plant's root system. As it allows direct transmission of the water, it can be used in some cases to mix fertilizers and nutrients with the water that can be directly supplied to the root system of the plants.
Saves the water as the consumption decreases by 30% to 50%.
Reduces the problem of salinization and water-logging.
But its a bit expensive and there is an issue of clogging attached to it.
The document discusses rainwater recycling systems for managing stormwater. It summarizes the benefits of rainwater recycling including compliance with stormwater ordinances, cost savings, and sustainability. It then provides details on system components, design considerations, installation, and case studies. Residential and commercial examples are given to illustrate how rainwater can be collected and used for irrigation, flushing toilets, and other non-potable needs while reducing stormwater runoff.
This document summarizes a seminar presentation on an automatic irrigation system with remote monitoring and control. The system uses a microcontroller-based circuit to automate irrigation based on soil moisture sensors. It allows farmers to remotely control irrigation via a GSM modem and mobile phone. The system aims to save water, labor costs, and prevent crop destruction by automatically and remotely controlling irrigation only when needed based on soil moisture levels. It provides advantages like reduced costs, improved crop yields, and easy control of irrigation from anywhere.
This document describes Dewpoint Manufacturing's line of atmospheric water harvesters. It discusses Dewpoint as being a leader in the water harvesting industry and their focus on improving products. Their technology utilizes mechanical drive systems, sensors, compressors, and filter systems. Their team is currently designing a large commercial harvester that can produce 1,500 gallons per hour as well as smaller portable solar-powered units. The document then discusses the technology behind atmospheric water harvesters, removing water from humidity in the air through condensation and filtration systems. It provides details on Dewpoint's Water Tower home/office unit and Water Farm large industrial series that can produce thousands of gallons of water per day.
The document provides information about drip irrigation, including:
- Drip irrigation involves delivering water slowly to plant roots through a network of pipes, tubing, and emitters to save water and fertilizer.
- It was developed in Israel in the 1950s and uses various components like water sources, pumps, filters, tubing, and emitters to deliver water directly to plant roots.
- The advantages include water and fertilizer savings, while the disadvantages include higher initial costs and need for proper maintenance to prevent clogging.
Industrial, high-rate composting requires an understanding of biochemistry -- not art -- to deliver consistent, high-quality products made from high volumes of urban organics ... batch after batch, year after year.
This document describes a project on fertigation through drip irrigation using an embedded system. The system uses sensors like soil moisture, temperature, humidity, and pH sensors connected to an ARM cortex M3 processor to automate and precisely control fertigation. The system benefits farmers by saving water and fertilizer, reducing labor, and allowing for high crop yields. Future work may include integrating internet and mobile connectivity for remote monitoring and control of irrigation and fertilization.
Techxellance agro farm - End-to-end services in Hydroponics and AquaponicsTechxellance Solutions
This document discusses soilless farming technologies of hydroponics and aquaponics. It defines hydroponics as growing plants in water without soil, using various growing media, and lists its advantages over conventional soil-based gardening. Aquaponics is defined as a sustainable system combining aquaculture and hydroponics where fish provide nutrients for plants to filter the water. The document outlines Techxellance Solutions, which offers end-to-end soilless farming solutions and services, including system design, training, and technical support. It highlights various hydroponics and aquaponics setups and systems used worldwide.
Introduction
History of DIS
System components
Advantages
Drip irrigation payback wizard
Drip irrigation scheduling
Important tips for system components
Basic system operation
System maintenance
Disadvantage DIs
This document summarizes wastewater, greywater, and stormwater treatment systems from Bio-Microbics, Inc. It outlines four wastewater treatment technologies, three greywater treatment technologies, and three stormwater treatment technologies. It also discusses product certifications and applications for decentralized water management solutions.
Drip irrigation is a type of micro-irrigation system that slowly delivers water directly to plant roots through a network of valves, pipes, tubing, and emitters. It allows for highly efficient watering by reducing evaporation, runoff, and over-watering. The key components of a drip irrigation system include a water source, pumping system, distribution pipes, drip tape with emitters, injectors for fertilizers, and filters to prevent clogging. Drip irrigation provides numerous advantages like maximizing crop yields, minimizing water and fertilizer use, reducing labor costs, and preventing soil erosion. It is well-suited for row crops, orchards, vineyards, and other agricultural and landscape applications.
This document provides an overview of an in-plant training conducted at Netafim Irrigation India Pvt. Ltd. in Vadodara. It discusses the company profile, principles of micro irrigation systems, components and design of drip irrigation systems, and the role of the Gujarat Green Revolution Company in promoting micro irrigation in Gujarat. The training covered topics such as the study and design of drip irrigation systems, field surveys, installation, and the benefits of fertigation. The document provides details on the various components of drip irrigation systems and the procedures for designing, installing, and implementing such systems.
Maverik Inc. is a company that provides eco-sensitive waste water treatment solutions using a modified Up-Flow Anaerobic Sludge Blanket (UASB) process. Their technology is highly efficient at removing organic matter and nutrients from waste water through anaerobic digestion, which produces biogas as a byproduct. The modified UASB reactor can break down biodegradable solids in waste water more effectively than a regular UASB digester. Maverik offers end-to-end waste water management services including consultancy, design, construction, operation, maintenance, and marketing of biogas produced.
This document provides information on designing a drip irrigation system. It discusses collecting data on the field, water sources, crop details, and climate. Key steps in the design process are outlined, including calculating water requirements based on reference evapotranspiration, crop coefficients, and canopy factors. Methods for selecting emitters, laterals, and submains based on flow rates and hydraulic considerations are described. The goal of the design is to maintain high system efficiency and uniform moisture for optimizing crop yield.
1) The document describes a smart irrigation system that automatically provides water to plants based on soil moisture and temperature sensor readings. Soil moisture and temperature sensors transmit data to a microcontroller, which controls a water pump and servo motor for efficient watering.
2) The system aims to save water by only providing water when needed, as determined by the sensor readings. It can help conserve water used for irrigation in agricultural fields, lawns, and gardens.
3) The system was tested on garden plants and proved effective at conserving water by only watering within the preset soil moisture and temperature ranges needed for the plants. The system ensures water is distributed evenly using a servo motor and can help reduce water wastage.
Drip irrigation is a system that delivers water directly to plant roots through a network of valves, pipes, tubing, and emitters. It uses less water than other methods by applying water slowly and precisely at the root zone to prevent evaporation and runoff. The main components are a water source, pumping system, distribution pipes, drip tape with emitters, filters, and injectors. Drip irrigation provides maximum crop yields with minimum water use and labor through localized application directly to soil.
Waterside Farms used to have an indoor pool and kitchen that was closed due to declining business. In 2011, they converted the space into an indoor organic container garden to grow produce for their restaurants. They expanded to a rooftop garden and installed a rainwater harvesting irrigation system. Currently they have both organic container gardens and hydroponic systems like deep water culture, nutrient film technique, and drip systems that allow high yields of various herbs, tomatoes, and lettuce.
IRJET- A Review Paper on Design and Development of Automatic Drip Irrigation ...IRJET Journal
This document summarizes the design and development of an automatic drip irrigation system. The system uses soil moisture sensors to monitor soil moisture levels and control solenoid valves and a water pump to irrigate only when needed. It aims to automate irrigation and optimize water usage. The system can be controlled wirelessly using a GSM module from a mobile phone. When the soil reaches its maximum moisture threshold, the motors automatically stop and a message is sent. The major advantages are avoiding water wastage, optimizing plant growth, and reducing labor needs and errors.
related to different fertigation systems used in crop..
INTRODUCTION
ADVANTAGES AND DISADVANTAGES OF FERTIGATION
OBJECTIVES OF FERTIGATION IN MICROIRRIGATION
DOSIFICATION
FERTILIZER INJECTION METHODS
- PRESSURE DIFFERENTIAL
- VACUUM INJECTION
- PUMP INJECTION
This document outlines a multifaceted landscape management action plan for conserving water through several components. It recommends replacing high water use plants with natives and perennials, converting turf to drought tolerant plants or mulch, aerating soil to improve water penetration, using organic products to build healthy soil, checking irrigation systems for leaks and upgrading to efficient technologies like drip irrigation, high efficiency nozzles and smart controllers. A case study found that using these sustainable practices can reduce a garden's water use by 83%, waste by 56% and maintenance needs by 68%.
Drip Irrigation is a cheap, efficient and planned process that can bring the next Green revolution in the country.
Its a potential efficient way of irrigation for the crops.It directs the water directly to the plant's root system. As it allows direct transmission of the water, it can be used in some cases to mix fertilizers and nutrients with the water that can be directly supplied to the root system of the plants.
Saves the water as the consumption decreases by 30% to 50%.
Reduces the problem of salinization and water-logging.
But its a bit expensive and there is an issue of clogging attached to it.
Design of a micro controller based automatic home garden watering system (aut...tapiwa chikwenya
This document describes the design of a microcontroller-based automatic home garden watering system. The system uses a soil moisture sensor to detect soil moisture levels and sends signals to an Arduino microcontroller. The microcontroller then controls a water pump to water the plants as needed based on the soil moisture readings. The goal is to develop an affordable and efficient automatic watering system that can help save water, time, and increase plant yields compared to manual watering methods.
The document provides a homeowner's guide to septic systems. It discusses the key components of a septic system including the pipe from the home, septic tank, drainfield and soil. It emphasizes the importance of proper maintenance, including inspecting and pumping the septic tank every 3-5 years, using water efficiently, and protecting the drainfield from compaction or damage. Failure to maintain the system can result in costly repairs, groundwater contamination, and risks to human health.
Irrigation monitoring systems optimize water use, maximize plant health and growers' profitability, by Don Talend, brand storytelling, content management and demand generation expert. Water engineering industry
This document presents an automatic hydroponic plant grow pot system. It aims to overcome obstacles to indoor plant growth like lack of sunlight, time, and space. The system uses a grow light, water pump, sensors, and an Arduino controller to automatically regulate watering, lighting, and nutrients for plant growth. It was created to help recover plant life lost to construction by enabling indoor growing with no user intervention needed. The fully automated, closed-loop system allows plants to be grown indoors using efficient hydroponics methods.
Improve the efficiency of your watering system and save water with these tips from Augusta Green Sprinklers. Learn about how to keep your landscape healthy and beautiful while conserving water.
This document discusses the importance and benefits of irrigation systems. It notes that irrigation systems help agricultural crops and landscapes grow by providing a consistent water source, avoiding the need for frequent watering. Proper irrigation systems lead to easier watering and more free time. The document outlines various benefits of irrigation like increasing productivity, allowing for multiple crops per year, and improving soil quality and plant growth. It also provides tips for maintaining an irrigation system, such as cutting weeds, varying water zones, watering in the morning or evening, and using mulch to conserve water.
30. Kitchen gardening and hydroponics A Series of Lectures By Mr. Allah D...Mr.Allah Dad Khan
A
Series of Lectures By Mr. Allah Dad Khan Former DG Agriculture Extension KPK , Provincial Project Director CMP II MINFAl Islamabad and Visiting Professor the University of Agriculture Peshawar Pakistan
This document describes an automatic plant watering system that uses sensors to detect soil moisture levels and a microcontroller to control water supply. Key points:
- The system uses sensors to measure soil humidity in agricultural fields and supplies water when a field's moisture level drops below a threshold.
- A PIC16F877A microcontroller controls the water supply and which field receives water based on signals from the moisture sensors.
- The system aims to efficiently irrigate crops on a schedule tailored to each field's needs, reducing water waste compared to manual irrigation methods.
Eng hydroponics - harvest in the greenhouseOkhan Kim
The Viscon Hydroponics Manual System focuses on the safe production of fresh produce using a closed hydroponic growing system. It utilizes deep water cultivation of short cycle crops like herbs, cabbage, and lettuce. The system has three phases: growing young plants, production on deep water floats, and ergonomic harvesting. It provides efficient production and food safety in a controlled greenhouse environment with limited use of pesticides and fertilizers.
This document summarizes research on an automatic watering system using a soil moisture sensor and RTC timer with Arduino. The system aims to automate watering of plants even when owners are absent for long periods of up to 15 days. It does this by using soil moisture sensors to check moisture levels and only supply water when levels drop below a predefined threshold for a particular plant's water needs. A timer module then helps set watering times so the plant receives sufficient water at the scheduled times even without human intervention. The document reviews related literature on automatic irrigation systems and their challenges.
Top 10 Advantages of Rainwater Harvesting in Apartments - Atz Propertiesatzproperties229
In the pursuit of sustainability and cost-efficiency, Atz Properties has a remarkable opportunity in embracing Rainwater Harvesting Systems within its buildings. Rainwater harvesting is a practice that involves collecting and storing rainwater for various uses, offering a multitude of benefits to both the environment and the property itself. This comprehensive guide explores the advantages and Benefits Of Rainwater Harvesting, its potential cost-effectiveness, and its role as a water-saving technology for Atz Properties.
This document provides an overview of drip irrigation, including:
1. A definition of drip irrigation and a brief history of its development from ancient times to modern innovations using plastic pipes and emitters in the 1950s-60s.
2. Advantages of drip irrigation like high application efficiency, water savings, suitability for marginal soils, lower energy use than sprinklers, and ability to apply fertilizers precisely. Disadvantages include high initial costs and risk of emitter clogging.
3. Key components of a drip irrigation system including the water source, pump, filtration system, controls, distribution pipes, and emitters. Water quality, pump sizing, and uniform water application are
Rotator sprinklers are used to irrigate at least 60% of the apple crop in the Pacific Northwest region of the United States. They provide high uniformity of water distribution and are reliable, which has led to their widespread adoption in apple orchards. Key benefits of Rotator sprinklers include high uniformity, reliability, use for crop cooling, and support of full canopy coverage which improves soil nutrition, tree vigor, and yields. Proper installation and management is required to realize these benefits, such as maintaining uniform pressure and selecting optimal sprinkler spacing and sizing based on tree density.
The document discusses several emerging water technologies that can help address issues of water scarcity and pollution. It describes technologies such as ANDalyze's chemical monitoring sensors, Bactest's microbial monitoring, Echologics' leak detection system, Fathom's automated metering infrastructure, Desalitech's reverse osmosis system, HydrOxSys' forward osmosis membranes, Aquaporin's biomimetic protein membranes, Baswood's wastewater treatment for dairies, OxyMem's bubble-less aeration, and AgriScience's fertilizer that reduces agricultural runoff. These innovative solutions help purify water, monitor its quality, reduce leaks and waste, and increase the sustainable use
The document discusses various methods for conserving water, including engineering practices like leak detection and submetering, behavioral practices, monitoring water usage, and adopting techniques like rainwater harvesting, xeriscaping, and recycling cooling tower water. It provides details on implementing these practices in different sectors like industry, commercial buildings, and landscaping to reduce water consumption.
This document discusses rainwater harvesting, which involves collecting rainwater runoff from roofs or other impervious surfaces and storing it for later use. Traditionally this involves collecting rainwater from roofs into gutters and downspouts that channel water into storage vessels like rain barrels or cisterns. Rainwater harvesting systems can range from simple rain barrels to more complex systems that supply an entire household's water needs. The document outlines the benefits of rainwater harvesting and provides details on different collection methods, components, sizing rainwater systems, and uses for harvested rainwater.
Hydroponics A Presentation By Mr Allah Dad khan Former Director General Agri...Mr.Allah Dad Khan
Hydroponics A Presentation By Mr Allah Dad khan Former Director General Agriculture Extension KPK Province and Visiting Professor the University of Agriculture Peshawar Pakistan
Similar to Water Sense Business Plan 5 3 2010 (20)
Hydroponics A Presentation By Mr Allah Dad khan Former Director General Agri...
Water Sense Business Plan 5 3 2010
1. Executive Summary
The Water Sense irrigation system is a product that will change the irrigation
and lawn care industry forever. Easily installed in new and existing sprinkler
systems, it has been designed with both lawn care professionals and the
average homeowner in mind. To operate, slow release tablets containing the
desired applications are placed in canisters. A controller is then set to
determine the time and length of each application.
The Water Sense system does the rest!
All-in-One System
While the concept of delivering fertilizers through an irrigation system is not
new, the design of the Water Sense system is. Consisting of three components,
a Timer/Controller, Canister Manifold and slow dissolving Chemical Inserts, the
Water Sense system is flexible and easy to use.
Slow dissolving Chemical Inserts made of solid fertilizer and lawn controls are
easily placed in individual canisters of the manifold. Each Canister is opened and
closed at preset intervals by the Timer/Controller. When a Canister is opened,
water flows through it and the desired application is dispensed. The Water
Sense system with the design of its components and chemical distribution are
fully protected by a design patent.
Convenience, Cost & Control
The benefits of the Water Sense system are many. It provides the convenience
of “set it and forget it”. Once the slow dissolving Chemical Inserts have been
2. placed in the Canisters and the Timer/Controller set, the home owner can sit
back and relax. The Water Sense system does the rest. No more carrying
heavy bags of fertilizer and then walking up and down the lawn behind a
spreader.
The Water Sense system also significantly reduces the cost associated with
granular applications of fertilizers, herbicides and insecticides. Instead, an
inexpensive Chemical Insert is all the homeowner needs to buy to get the same
application and coverage.
And because the Water Sense system controls each application, problems
associated with inconsistent coverage, water runoff and ground contamination
are eliminated. Best of all, the composition of the slow release tablets can be
designed to be environmentally friendly. Property owners can enjoy a beautiful
lawn and landscape without concerns about adverse impacts to the
environment.
Market Potential
For potential investors, the Water Sense irrigation system offers an
opportunity to participate in a large and growing market –
$5 billion annual lawn and garden fertilizer, herbicide and insecticide
market
11 million existing residential and commercial irrigation systems
665,000 new irrigation system installations per year
Conservative estimates indicate that by the third year, annual sales will reach
$1 billion with net profit of $800 million. And production of the Water Sense
system can be quickly ramped up. Other than the inserts and cartridges, it
uses existing components found in most in-ground sprinkler systems.
3. Background
Since 1996, Bill Graham, owner of the Water Sense system, has installed
hundreds of residential and commercial irrigation systems in the Southeast U.S.
In his discussions with homeowners and property managers, they repeatedly
expressed their dissatisfaction with their existing lawn care service. They were
dissatisfied with the outcome, objected to the cost, or questioned whether the
service had ever been applied at all.
This encouraged him to begin development of a system that could deliver lawn
care products through an existing or newly installed irrigation system.
Keeping costs low was a priority, so was using existing technology. The Water
Sense system consists of three simple components. The Canister Manifold is
made from off-the-shelf parts and requires only 1-2 hours to assemble. The
Timer/Controller uses common electrical functions and components to control
the opening and closing of the Canisters. And Chemical Inserts can be designed
like slow dissolving chlorine tablets used in residential swimming pools.
When he knew that he had a marketable concept, Mr. Graham obtained a utility
patent from the U.S. Patent Office. By filing a utility rather than a design
patent, relatively broad claims will continue to provide patent protection for the
foreseeable future.
In pursuit of this dream, Mr. Graham has invested hundreds of thousands of
dollars from his landscaping and irrigation business to develop the prototype,
fund the research, and pay for consulting to obtain the patents.
The concept of the Water Sense system has been developed. A prototype has
been built. The patent has been obtained. The ground work has been done.
What remains, and the reason for this business plan, is to obtain the necessary
funding to take this remarkable product to market.
The Product
The initial product that will be offered by Water Sense consists of three major
components.
Timer/Controller –
Like most irrigation systems today, the Timer/Controller operates the irrigation
system by opening and closing the flow of water into the different in-ground
sprinkler zones. But in the Water Sense system it does much more. The
Timer/Controller in the Water Sense system also opens and closes individual
4. canisters in a Canister Manifold that dispense various environmentally friendly
chemicals.
The Timer/Controller user interface will provide for daily controls as well as
seasonal inputs. The Timer/Controller manages all daily watering and feeding
applications, with seasonal inputs that will limit or eliminate applications in the
winter, and increase them in the spring and summer. The Timer/Controller
allows the Water Sense system to adapt to any time or climate zone in the
world.
Canister Manifold –
The multiple Canister Manifold consists of an array of individual canisters placed
at the source of the in-ground sprinkler zones. The opening and closing of each
canister is controlled by the Timer/Controller.
The number of canisters in the array can be as many as five or six, or as few as
one or two. Each canister will contain a Chemical Insert. Each Chemical Insert
will deliver a slow dissolving ingredient such as a fertilizer, insecticide,
herbicide, fungicide or lime application.
When the Timer/Controller calls for a
particular canister, water is directed
through the canister, and the
ingredient in that canister is
delivered in the correct amount to
the irrigation system.
Because of the many combinations
of canisters and applications,
numerous control settings are
available. Treatments can be
delivered at any desired interval of
time; over any zone of the irrigation
system. Once loaded, the system
can be left unattended for weeks
and even months at a time, all the while delivering the right amounts of water
and applications to the lawn and landscape on the property.
A simpler canister design has also been developed to dispense just one
chemical. In this design there is just one canister that is controlled by the
Timer/Controller, allowing for just one application to be dispensed at a time.
This design, referred to as the Single Canister system, will be marketed to
homeowners who are cost conscious and who only see the value of one
application for their lawn, usually fertilizer.
5. Chemical Inserts –
The feeding inserts are solid tablets of slow dissolving chemicals. When the
valve to a canister in the Canister Manifold is opened, water will flow through
the canister and over the surface of the Chemical Insert that has been placed
inside. As the water flows over the insert, measured amounts of natural
organics are released, delivering the prescribed treatment to the lawn and
landscape. When the valve is closed, water is drained from the canister so the
insert is kept dry and the chemical is maintained until the next use.
The composition of the Chemical Insert,
determines the application. A wide variety
of applications can be developed. These
include fertilizer, weed control, insect
controls, lime treatment, and fungus
controls. Because the Canister Manifold
contains more than one cartridge, and each
canister contains its own insert, numerous
applications can be loaded into the manifold.
In this manner, different feeding inserts can
be loaded into the system, the controller
programmed, and various applications delivered through the irrigation system
for weeks, months, or to a year with no additional effort or involvement by the
owner.
The Water Sense system takes
advantage of a process called
fertigation. Fertigation has been used
for decades in agriculture and for
maintaining golf courses. Fertigation
allows for smaller doses of fertilizer and
other treatments to be delivered over
time, eliminating growth spurts and
burned spots. The smaller amounts of
chemical that are applied with each
watering reduce the harmful effects of
runoff contamination, affects on animals
that use the yard, and burning of the grass or shrubs.
6. The Market
Irrigation Systems –
As homeowners and owners of commercial real estate attempt to increase the
value of their properties, the installation of irrigation systems has grown. But
increasing value will not be the only incentive. Many homeowners are
increasingly concerned about water conservation and the environment.
“Today irrigation systems are specified in building codes. They are required for
FHA homes. And their use in commercial applications, from factories to
shopping centers has grown tremendously,” says Carl Kah, CEO K-Rain
Manufacturing, River Beach Florida.
In 1999, the latest year for which reliable data could be obtained, the installed
landscape irrigation systems in the U.S. totaled $2.8 billion and had been
experiencing a 12 percent compound annual growth rate. With an assumed
growth in the intervening years of just half that rate, the current installed
systems must now total $5.0 billion.
Additional data describes the market share for four defined segments of the
market. These segments are: 1) Retail Sales to Homeowners and Contractors,
2) Professional Sales to Homeowners, 3) Professional Sales to Commercial
Properties, and 4) Professional Sales to Golf, Municipal and Sports Complexes.
With this additional information, the installed value for each of these segments
can be calculated as follows:
Irrigation Market Segments Annual Market
Retail Sales Share
Retail sales to Homeowners & Contractors $1.35 Billion 27%
Professional Sales to Homeowners $1.30 26%
Professional sales to Commercial Properties $1.40 28%
Professional Sales to Golf, Municipal & Sports $1.00 20%
Total Irrigation Market $5.00 100%
Using estimates for the average price of installed systems, it can reasonably be
assumed that there are 10 million existing residential irrigation systems (Retail
Sales to Homeowner & Contractors, and Professional Sales to Homeowners),
and 1 million commercial systems (Professional Sales to Commercial Properties,
and Professional Sales to Golf, Municipal & Sports Complexes) in the U.S.
Analysis concludes that there are approximately 560,000 new residential
irrigation installations per year. Data from 1999 states that there were
approximately 316,000 privately-owned residential irrigation projects that year.
7. Using a 6% compound annual growth rate, and an estimate for the price of new
installations, it is reasonable to conclude that current new installations total
563,125 per year.
And finally, a further analysis indicates that there are approximately 102,000
commercial installations per year.
Lawn Care Chemicals -
“Gardening is the No. 1 outdoor leisure activity in the United States and is
becoming more popular. Since people are more likely to garden as they get
older, demographics suggest the category is poised for continued growth,” says
Brian Day, Marketing Manager, Century Rain Aid, Madison Heights, Michigan.
The North American market for lawn chemicals to include fertilizers,
insecticides, herbicides and weed control is estimated to be $5 Billion per year.
This estimate has been developed from an analysis of public data and confirmed
by an executive with a major lawn care supplier in a conversation with Mr.
Graham. Data from 2003 shows that retail sales of fertilizers, lawn controls,
seeds and soils totaled $3.6 billion. Using a conservative 6% compound annual
growth rate, the estimate of $5 billion is justified.
Consumer Behavior -
With his many years experience working with homeowners, landscapers and
commercial real estate agents, Mr. Graham has seen and heard about the all
problems they have faced with their existing lawn and landscape care.
Given the choice of applying treatments themselves or hiring a treatment
company, most customers initially opt for doing it themselves. After a few
seasons of trial-and-error, the high cost, and the physical exertion, they either
give up or consider hiring someone to do it for them. The Scott’s Fertilizer
Company recently reported that the average consumer only applies about 1.5
out of the five recommended fertilizer treatments per year and about 50
percent of consumers walk away from the lawn controls aisle in retail outlets
without making a purchase due to confusion about the products.
But hiring a “do it for me” firm often proves to be
just as unsatisfying. The first concern is the high
cost. Then there is the issue of lack of
consistency and dependability. And finally, there
is the concern that the chemicals being used are
not eco-friendly.
Issues concerning the environment have been
growing among homeowners for years. A 2008
8. survey by the National Gardening Association indicates that about 12 million
households use only natural products on their lawns and gardens. This is up
from 5 million households in 2004.
Mr. Graham recognized this situation as an opportunity to provide the consumer
with the knowledge and products to treat their lawns and landscape in an
environmentally friendly way without the cost and labor of doing them selves or
hiring a professional. His solution - put the treatment in their sprinkler system.
Competitive Analysis -
The competition in the “fertigation” market is limited one nationally recognized
company called Fertigator. In 1999 they introduced a product that applies
fertilizer through an irrigation system, but while the design is simple, using it is
not. The Fertigator uses a separate controller from the irrigation system to read
a timer that determines what zone is on. This controller then tells an injector
the amount of fertilizer to put on that zone. Then liquid fertilizer is drawn from
a container placed near the sprinkler head and dispensed through the system.
This poorly designed product does not provide any added convenience to the
user. If anything it is the exact opposite. Two separate controllers are needed
to run the irrigation system and only one application, fertilizer, can be applied.
Beyond “fertigation” there are a number of large, nationally known and
entrenched competitors.
The “do it yourself” competitors consist of firms like Scotts that sell chemicals
and the spreaders and dispensers to apply them. Their strengths include brand
recognition, strong distribution networks and deep financial reserves.
Weaknesses include the labor required to make the applications, lack of
knowledge of the user and inconsistent results.
The “do it for me” competitors include firms like ChemLawn and Scotts, as well
as local lawn care and maintenance businesses. The strengths of the nationally
known firms include brand recognition, strong distribution networks and deep
financial reserves. Their weakness is primarily high price. The strength of the
local lawn care and mowing businesses is lower price, but they are often not
reliable.
The Company
Vision -
Water Sense intends to be a multi-national corporation dedicated to providing
environmentally friendly solutions to lawn and landscape problems throughout
the world. All of its products will be safe to use and environmentally friendly.
9. Water Sense will be a leader in promoting environmental issues in all the
markets it serves. It will transact all business in an ethical and legal manner,
respecting national and local customs and values.
All Water Sense products will meet and
exceed safety and environmental
requirements. Users of Water Sense systems
will have the confidence to know that they are
using products that is not harmful to plants,
animals or humans; that they have enhanced
the value of their property without
contaminating the land we use, the water we
drink or the air we breathe. Water Sense
products will make a difference.
Mission -
The Water Sense mission is to design, build and market the best lawn and
landscape maintenance systems in the world. It will introduce systems that
irrigate, fertilize, and provide weed, insect and fungus control for lawns,
gardens and shrubs. Products will be manufactured and marketed throughout
the world, with a focus on cost control and profit maximization.
Water Sense will be a customer oriented business that strives for continuous
improvement by listening to its investors, suppliers, distributors, retailers and
end users. All products will be made with the highest quality and focus on
customer satisfaction.
Management Team -
For the past 26 years Mr. William Graham has designed and installed thousands
of residential and commercial landscape irrigation systems. He has designed
and installed systems using Rainbird, Toro, Hunter, Krain drip systems, mister
systems, ducktail iron systems, hundreds of ball field’s football, baseball,
soccer, and softball fields. Mr. Graham is a licensed plumber and a preferred
contractor, irrigation designer and irrigation installation for Wal-Mart, Home
Depot, and Lowe’s stores throughout the Southeast United States
Mr. Graham is a certified licensed expert in the state of GA. He has extensive
knowledge in soils, erosion control, storm water pollution, cold trout stream and
warm natural stream mediation (level 1A certified). Many developers,
engineers, and architects in the southeast only use Mr. Graham’s services and
experiences in designing or planning projects.
10. Owner/Inventor: Bill Graham Graham
3232 Post Oak Dr. NW
Cleveland, TN 37311
(423) 304-2647
billgraham@charter.net
Legal Advisers: Steve Stark Patent Attorney
423-756-6600
Miller & Martin, LLP
832 Georgia Ave.
Chattanooga, TN 37402
Operation/Production -
With the exception of the individual canisters in the multiple Canister Manifold
system and the chemical composition of the Chemical Inserts, most of the
materials necessary to build the Water Sense system are “off the shelf”
components. For this reason, it is not anticipated that there will be any major
obstacles to production of the units. The canisters will require an initial
investment in plastic molds, and its final design will be dependent on the
dimensions of the Chemical Inserts.
Based on Mr. Graham’s experience assembling the prototype, it is anticipated
that the multiple Canister Manifold system can be assembled by a minimally
skilled worker in an hour-and-a-half. The Single Canister system can be
assembled in half-an-hour.
Marketing Plan
Strengths -
The primary strength of the Water Sense system is the utility patent that has
been approved for the design of its components and chemical distribution
system. It is Patent Number US 6,948,663 B1, September 27, 2005. By filing a
utility rather than a design patent, relatively broad claims will continue to
provide the patent protection required for the introduction and market
penetration of the Water Sense system.
Another strength is Mr. Graham’s background and experience in the irrigation
industry. In addition to his overall technical knowledge and experience in the
industry, he has a complete understanding of the needs of the customer.
11. Weaknesses -
The most obvious weakness is the lack of funding required to bring the Water
Sense system to market. Another is the need to expand the professional
management team. Both of these problems will be solved with the acceptance
of the proposal contained in this business plan.
Opportunities -
The prime opportunity is the potential to capture a significant share of a
profitable market that is both large and growing. Because it addresses the
customer needs for affordability, ease of use, and environmental friendliness,
the Water Sense system can generate large profits for its owners and investors.
Threats -
It is assumed that the primary threats will come from existing competitors in
the lawn care chemical and the irrigation system industries. These companies
may try to use their strong ties with their existing distributors and retailers to
block the entry of the Water Sense system into the market.
Product Benefits -
The benefits of the Water Sense system can be summarized with the 3 C’s:
Cost, Convenience and Control. The cost to operate the Water Sense system is
less than “do it yourself” and “do it for me” alternatives. It is convenient
because once you place the inserts in the canisters you can “set-it-and-forget-
it”. And it provides control because the system automatically delivers the right
application in the right amount at the right time.
The results are a beautiful lawn and landscape that improves property value
without harming the environment.
Marketing Strategy –
The proper marketing plan will be critical to achieving the market introduction
and subsequent penetration needed to maximize the profit potential of the
Water Sense system. It is envisioned that two marketing/distribution strategies
will yield the greatest results.
Product introductions often suffer because buyers are
hesitant to try something new. They often lack
reliable information and are confused by conflicting
claims. Therefore, marketing the Water Sense
system through respected professionals who can
overcome these obstacles makes the most sense.
12. The first marketing and distribution strategy therefore calls for using large
distributors of irrigation equipment to introduce the product through the supply
chain. The Water Sense system lends itself to new irrigation installations and
therefore it can be easily introduced by the installation professional as a
significant enhancement to a new installation. Over time, these professionals
will also be able to offer the Water Sense system as an upgrade to their existing
customers.
This approach involves a “push strategy” where distributors will promote the
Water Sense system to professional irrigation installers. Professional installers
will then promote the product to new and existing home and commercial
property owners. Each member in this supply chain will be motivated to “push”
the product to the next member in the supply chain because of the new sales
opportunity and increased financial return they will receive.
In this strategy, awareness of the new product will be created through a direct
sales force that will make calls on distributors and by attending trade shows
targeting installation professionals. As each member in the supply chain gains
confidence in the product, they will be able to explain the value and benefits of
the Water Sense system to the next member; overcoming any reluctance to
make the purchase.
A second marketing/distribution strategy will involve selling the Water Sense
system through large retailers such as Ace Hardware, Home Depot and Lowe’s.
This strategy need to address the strong relationships that these retailers have
with existing suppliers such as Scotts and Rain-Bird, as these supplies will
potentially view the Water Sense system as a competitor.
To overcome this obstacle, direct appeals to potential customers will need to be
made so that demand for the product is created among home and commercial
property owners. They will then demand that the product be put on the shelves
of the retailers.
This “pull strategy” will begin with a promotional and advertising campaign that
includes creating a web site where customers can get information and buy the
product directly, by appearing on television shows such as QVC and Home
Shopping Network, and by demonstrations at local and regional home and
garden exhibitions attended by the public.
Once a customer has a Water Sense system installed, the Chemical Inserts will
be sold through a number of channels. They can be ordered over the internet,
through the mail and sold in retail outlets. They can also be automatically sent
to customers in the form of a subscription service that meets the needs of their
particular region of the country.
13. Financials
Chemical Insert Market –
The North American market for lawn chemicals to include fertilizers,
insecticides, herbicides and weed control is estimated to be $5 billion per year.
The Water Sense market forecast assumes that by the 24th month after
introduction, it will have captured 15% of this market. This equates to $750
million per year.
Stated another way, this will be 4,167,000 chemical inserts sold per month;
generating $62,500,000 in sales per month at a retail price of $15 per insert.
Water Sense Retrofits of Existing Irrigation Systems –
With 10 million existing residential irrigation systems and 1 million commercial
irrigations system installed in the U.S., market penetration over a 5 year period
is forecast as follow:
15% of the existing residential systems will retrofit to the Single
Canister system and 5% will retrofit to the multiple Canister Manifold
system. This will result in 1,500,000 residential retrofits of the Single
Canister system, and 500,000 residential retrofits of the multiple
Canister Manifold system.
15% of the commercial systems will retrofit to the multiple Canister
Manifold system. This will result in 100,000 commercial system
retrofits of the multiple Canister Manifold system.
It will take 5 years to fully reach these penetration rates for irrigation
systems that are already installed.
The plan further assumes that it will take 24 months after the market
introduction to reach the monthly rate of retrofits required to reach the
market penetration targets of 15%, 5% and 10% over a 5 year period.
The following chart summarizes the market penetration and potential for the
already installed segment of the irrigation market:
14. Existing Irrigation Product Market Retrofit
Systems Penetration Systems
Residential Single 15% 1,500,000
10 Million Canister
Multiple 5% 500,000
Canister
Commercial Multiple 10% 100,000
1 Million Canister
New water Sense System Installations –
With 563,124 new residential installations and 102,000 new commercial
installations per year, market penetration is forecast as follows:
20% of the new residential systems will install the Single Canister
system, and 5% will install the multiple Canister Manifold system.
This will result in a total of 112,625 new residential installations of the
Single Canister system, and 28,156 new residential installations of the
multiple Canister Manifold system per year.
15% of the new commercial systems will install the multiple Canister
Manifold system. This will result in a total of 10,200 new commercial
installations of the multiple Canister Manifold system per year.
The plan once again assumes that it will take 24 months after the
market introduction to reach the monthly penetration rates 15%, 5%
and 10% for new installations.
The following chart summarizes the market penetration and potential for the
new installation segment of the irrigation market:
New Irrigation Product Market New Systems
Systems per Year Penetration per Year
Residential Single 20% 112,625
563,124 Canister
Multiple 5% 28,156
Canister
Commercial Multiple 10% 10,200
102,000 Canister
15. Total New and Retrofit Water Sense Installations –
By the 24th month there will be 608,542 Water Sense systems installed.
Using the estimating process described above, it is assumed that by the 24th
month of operation that there will be 34,385 new and retrofit monthly
installations of the Single Canister system, and 13,196 new and retrofit monthly
installations of the multiple Manifold Canister system. Given an average price of
$20 for the Single Canister system and $1,400 for the multiple Manifold
Canister system, this will generate a total of $687,708 in monthly Single
Canister system sales, and $18,474,896 in multiple Manifold Canister system
sales.
Next Steps
Final Product and Installation & Testing -
Patent protection is in place, a working prototype is in place, financial
projections are in place, and the outline of a marketing plan has been
developed. Engineering is in place. The next step is to finalize the Canisters
and Chemical Inserts. There is ample date available as to the feeding
composition and concentrations needed for the Chemical Inserts and the design
of the Canisters will automatically follow.
The Proposal -
The Water Sense irrigation system is a product that will change the irrigation
and lawn care industry forever. Today’s market provides a unique opportunity
for this product to be introduced. It meets the needs of retail consumers and
lawn care professionals. The potential for growth and profit far exceed the
limited initial investment.
This favorable environment will not last forever. Now is the perfect time to
invest and place this product on the market and reap its financial benefits.