It all began in 1965, a year when the concept of precision irrigation was still a distant dream. Netafim, founded in that pivotal year, set out to revolutionize the way water was delivered to crops. Their innovation was the drip irrigation system – a paradigm shift that promised to change everything from crop yields to resource efficiency. By delivering water directly to the plant's root zone, the system minimized wastage and maximized the effectiveness of each drop. This innovation was not just about watering plants; it was about transforming agriculture itself. 

Abed Masarwa, VP of Products at Netafim, encapsulates the essence of this revolution succinctly: “Precision irrigation is all about helping farmers achieve higher yields and better-quality crops, while using less water, fertilizer and energy.” 

This philosophy is deeply embedded in every facet of Netafim’s approach, from engineering and project management to their cutting-edge digital farming solutions. 

"Our innovative products are designed with the farmer’s needs in mind and offer outstanding value, durability, ease of installation and diversity, tailored to farming operations of any size," Masarwa adds. 

Tailoring irrigation to crop and terrain 
The success of precision irrigation lies in its adaptability. Unlike traditional irrigation methods that often lead to uneven water distribution and waste, drip irrigation systems can be meticulously designed to meet the specific needs of different crops. 

Tailoring irrigation to crop and terrain 
The success of precision irrigation lies in its adaptability. Unlike traditional irrigation methods that often lead to uneven water distribution and waste, drip irrigation systems can be meticulously designed to meet the specific needs of different crops. 

“The most common layout of a drip irrigation system is typically designed around the specific needs of the crop being cultivated, notes Masarwa. “For row crops (e.g., corn, potatoes, soybeans), the system usually features driplines placed along the rows to ensure that water is delivered directly to the root zones of the plants.”  

In contrast, for crops that are broadcast or widely spaced, the layout of the driplines changes. They may be arranged in a grid pattern or spaced out more widely to cover a larger area. This adaptability is crucial for optimizing irrigation performance and resource use, tailored specifically to the type of crop and its planting configuration. 

Another significant advancement in drip irrigation technology is the development of various types of emitters, each designed to cater to different needs and conditions. The most common drippers used in drip irrigation systems include pressure-compensated and non-pressure-compensated types. 

“The choice of dripper often depends on the specific requirements of the crop, the terrain slope and the irrigation conditions,” says Masarwa. 

Pressure-compensated emitters are particularly valuable in greenhouses, orchards and uneven terrains. They maintain a consistent flow rate despite fluctuations in water pressure, ensuring uniform distribution. This is especially important in challenging topographies where water pressure might vary significantly. 

On the other hand, non-pressure-compensated emitters are suitable for systems with stable pressure and flatter terrains. They provide flow rates according to the actual pressure within the dripline, making them a cost-effective choice for less variable environments. 

On the other hand, non-pressure-compensated emitters are suitable for systems with stable pressure and flatter terrains. They provide flow rates according to the actual pressure within the dripline, making them a cost-effective choice for less variable environments. 

One of the hallmarks of Netafim’s systems is their ability to adapt to varying water requirements based on multiple factors such as soil types, plant needs and field layouts.  

“Netafim systems can be customized to accommodate different soil characteristics, such as sandy, loamy or clay soils,” Masarwa explains. “By choosing the emitter flow rates and spacing, the system ensures optimal water distribution to match the soil’s infiltration and retention properties.” 

Similarly, the systems are designed to meet the specific water needs of different crops. By delivering precise amounts of water tailored to the plants' growth stages and requirements, Netafim’s systems help in optimizing irrigation efficiency and improving
crop health. 

Similarly, the systems are designed to meet the specific water needs of different crops. By delivering precise amounts of water tailored to the plants' growth stages and requirements, Netafim’s systems help in optimizing irrigation efficiency and improving
crop health. 

In addition, Netafim systems are designed to adapt to various field layouts, including row crops, broadcast crops and uneven terrains. “The flexibility in emitter placement and the ability to design custom irrigation patterns help ensure uniform water distribution across diverse planting arrangements,” says Masarwa. 

Advanced filtration and maintenance
To ensure the smooth operation of drip irrigation systems, Netafim has implemented several measures for water filtration and clog prevention. Filters are a critical component, and they come in various types, including screen filters, disc filters and gravel/sand filters. Each type addresses different levels of particulate matter, protecting the emitters from clogging and ensuring uninterrupted water flow. 

Advanced filtration and maintenance
To ensure the smooth operation of drip irrigation systems, Netafim has implemented several measures for water filtration and clog prevention. Filters are a critical component, and they come in various types, including screen filters, disc filters and gravel/sand filters. Each type addresses different levels of particulate matter, protecting the emitters from clogging and ensuring uninterrupted water flow. 

Flush valves are also integral to maintaining system performance. Manual flush valves require periodic operation to clean out debris, while automatic flush valves handle this task at regular intervals or when pressure drops. This reduces the need for manual intervention and keeps the system running efficiently. 

Flush valves are also integral to maintaining system performance. Manual flush valves require periodic operation to clean out debris, while automatic flush valves handle this task at regular intervals or when pressure drops. This reduces the need for manual intervention and keeps the system running efficiently. 

Minimizing water waste
One of the core advantages of Netafim’s systems is their ability to minimize water waste. Through precise water delivery, drip emitters reduce evaporation and runoff, ensuring that every drop of water is utilized effectively. Pressure-compensated emitters play a crucial role in maintaining uniform water distribution, preventing areas from being overwatered or underwatered. 

Moreover, Netafim’s systems include advanced controllers and sensors that monitor soil moisture levels, weather conditions and crop needs.  

“The design of Netafim systems takes into account the specific requirements of the crop, soil type and field layout, ensuring that water is applied where and when it is needed,” Masarwa explains. “This tailored approach minimizes waste and maximizes efficiency.” 

“The design of Netafim systems takes into account the specific requirements of the crop, soil type and field layout, ensuring that water is applied where and when it is needed,” Masarwa explains. “This tailored approach minimizes waste and maximizes efficiency.” 

Automation and smart controls 
The integration of automation and smart controls has further enhanced the efficiency of drip irrigation systems. Automatic timers allow users to set specific irrigation schedules, while soil moisture sensors provide real-time data that adjusts watering based on current soil conditions. Smart controllers offer remote management capabilities through mobile apps or web interfaces, providing greater control and flexibility. 

Wireless communication and climate sensors are additional features that help in adjusting irrigation schedules based on weather data and real-time conditions. This level of automation not only reduces labour but also ensures that irrigation is tailored to the precise needs of the crops and environment. 

Wireless communication and climate sensors are additional features that help in adjusting irrigation schedules based on weather data and real-time conditions. This level of automation not only reduces labour but also ensures that irrigation is tailored to the precise needs of the crops and environment. 

Adaptability for seasonal changes
Drip irrigation systems are not static; they can be adjusted to accommodate seasonal changes and varying crop stages. Programmable timers and controllers “allow users to adjust irrigation schedules to account for changing weather conditions and crop needs,” says Masarwa. “For example, during hot, dry periods, the system can be programmed to increase watering frequency or duration, while in cooler, wetter periods, the schedule can be reduced.” 

Furthermore, incorporating moisture sensors ensures that the system adapts to real-time soil conditions, preventing overwatering or underwatering. 

Furthermore, incorporating moisture sensors ensures that the system adapts to real-time soil conditions, preventing overwatering or underwatering. 

Long-term cost considerations
The cost of a drip irrigation system can vary widely based on factors such as crop size, terrain and desired uniformity. While the initial investment might be substantial, the long-term operational and maintenance costs are generally lower compared to traditional irrigation methods. The efficiency of drip irrigation reduces water usage, leading to potential savings on water bills. 

Masarwa notes that while maintenance may also involve labour costs, automation and smart controls can reduce the need for manual intervention. 

“Investing in high-quality filters to prevent clogging can help avoid costly repairs and maintenance. Regular maintenance of these filters is also necessary,” he says. 

“Investing in high-quality filters to prevent clogging can help avoid costly repairs and maintenance. Regular maintenance of these filters is also necessary,” he says. 

“Overall, while the initial investment in a drip irrigation system can be substantial, the long-term operational costs are often lower due to improved water efficiency and reduced labour requirements. Regular maintenance and prompt repairs can further minimize ongoing expenses and enhance the system's longevity. 

“Overall, while the initial investment in a drip irrigation system can be substantial, the long-term operational costs are often lower due to improved water efficiency and reduced labour requirements. Regular maintenance and prompt repairs can further minimize ongoing expenses and enhance the system's longevity. 

“Taking into account all the points presented here and depending on whether the irrigation system is designed for one or two seasons

 or if the equipment is expected to irrigate for many more growing seasons, the distance between emitters and between driplines, whether the crop is located on flat terrain, with small unevenness, on changing topography, or on steep slopes, and whether the farmer desires very high irrigation uniformity, the price can vary from several hundred to few thousand dollars per hectare,” Masarwa adds. 

Sustainability and conservation 
Netafim’s commitment to sustainability and conservation is evident in their practices and technologies. Precision water delivery reduces overall consumption and waste, while low-pressure design minimizes energy requirements. Drip irrigation also helps prevent soil erosion and degradation, promoting better
soil health. 

Targeted fertilization – nutrients, fertilizers and/or chemicals applied directly to the root zone – “reduces the risk of chemical runoff into nearby water sources. This practice minimizes environmental pollution and promotes sustainable farming,” Masarwa explains. 

Netafim systems can also be adapted to various soil types, topographies and crop requirements, allowing for efficient water use in diverse environments. This adaptability supports sustainable agricultural practices in different regions. 

“The use of durable materials and advanced technology in Netafim systems ensures a long lifespan, reducing the need for frequent replacements and minimizing waste,” adds Masarwa. “And advanced sensors and data analytics provide insights into system performance and water use. This information helps farmers make informed decisions, further enhancing sustainability and resource management.” 

“The use of durable materials and advanced technology in Netafim systems ensures a long lifespan, reducing the need for frequent replacements and minimizing waste,” adds Masarwa. “And advanced sensors and data analytics provide insights into system performance and water use. This information helps farmers make informed decisions, further enhancing sustainability and resource management.” 

Netafim is leading efforts towards zero waste in farmland and sustainable treatment of end-of-life plastics. By using regenerated plastics and operating recycling programs globally, Netafim is working towards a future of full circularity, with the goal of having all driplines contain at least 45 percent recycled content by 2030. 

The legacy continues 
As the global agricultural landscape continues to evolve, Netafim remains at the cutting edge of precision irrigation technology. With its focus on innovation, sustainability and adaptability, Netafim is not just meeting the current needs of farmers but is also anticipating future challenges. 

In the words of Masarwa, “Our mission is to continually innovate to provide solutions to agriculture challenges such as changing climate and water scarcity, giving growers increased accuracy, control and uniformity.” ●

Netafim has introduced GrowSphere, an operating system that automates precision irrigation and fertigation. To date, GrowSphere has delivered “significant benefits” to thousands of farmers across diverse topographies and climates. Netafim says the system has proven to boost value per hectare by improving operational efficiency and providing reliable implementation for growers “at all stages of their irrigation and fertigation automation journey.” 

GrowSphere was designed in collaboration with PLC (Programmable Logic Controller) providers and cloud platform providers, and has been validated by top universities and irrigation institutes. Netafim says the operating system combines over 50 years of agronomic expertise and crop data with cutting-edge digital farming technologies including IoT, cloud computing and data analytics. “GrowSphere is the only solution on the market that effortlessly integrates three crucial capabilities – hydraulic, operational and agronomic – into one operating system, significantly reducing the need for manual in-field operations.” 

GrowSphere was designed in collaboration with PLC (Programmable Logic Controller) providers and cloud platform providers, and has been validated by top universities and irrigation institutes. Netafim says the operating system combines over 50 years of agronomic expertise and crop data with cutting-edge digital farming technologies including IoT, cloud computing and data analytics. “GrowSphere is the only solution on the market that effortlessly integrates three crucial capabilities – hydraulic, operational and agronomic – into one operating system, significantly reducing the need for manual in-field operations.” 

According to Gaby Miodownik, Netafim president and CEO, as they face an increasingly unpredictable environment, growers seek greater control and stability over their crop production. “GrowSphere’s intuitive operating system further positions Orbia Netafim as the ideal partner for farmer success with our unrivaled agronomic insight on crop cultivation,” he said “With GrowSphere, Netafim enables farmers to ‘close the loop’ on their operations. We firmly believe this system will be adopted by many more growers and ultimately lead to greater profitability for their businesses.” 

According to Gaby Miodownik, Netafim president and CEO, as they face an increasingly unpredictable environment, growers seek greater control and stability over their crop production. “GrowSphere’s intuitive operating system further positions Orbia Netafim as the ideal partner for farmer success with our unrivaled agronomic insight on crop cultivation,” he said “With GrowSphere, Netafim enables farmers to ‘close the loop’ on their operations. We firmly believe this system will be adopted by many more growers and ultimately lead to greater profitability for their businesses.” 

Key features of GrowSphere’s operating system: 

• Monitors soil, weather, crop, and irrigation status with real-time updates from fields. 

• Controls irrigation and fertigation systems from anywhere via cloud-based access. 

• Provides timely alerts about irrigation or system maintenance issues. 

• Generates reports to support traceability and track crop performance from season to season. 

• GrowSphere Crop Advisor leverages a powerful algorithm to enhance irrigation plans with recommendations tailored to specific stages in a crop’s lifecycle. 

Orbia Netafim is developing partnerships for GrowSphere to broaden the company’s range of solutions and further enhance
its capabilities. ●

At the heart of this technological advancement is Rivulis, a leading provider of tailored irrigation solutions. The company's commitment to customization, sustainability, and innovation underscores the importance of drip irrigation in optimizing water use and enhancing crop yields with fewer inputs. 

New AG International editor Janet Kanters connected with Eran Ossmy, President of Micro Irrigation Division, to learn more. 

What’s the most common layout of a drip irrigation system?
Every application is different, and therefore Rivulis delivers tailored irrigation solutions meticulously designed to fit diverse application requirements. For instance, a high-density lettuce crop that is replanted each season demands a vastly different system layout versus a comparatively lower-density olive orchard, which is only planted once. Even within the same crop, variations in farm size, field or orchard layout, and planting density necessitate unique, customized approaches to maximize efficiency and yield. 

What’s the most common layout of a drip irrigation system?
Every application is different, and therefore Rivulis delivers tailored irrigation solutions meticulously designed to fit diverse application requirements. For instance, a high-density lettuce crop that is replanted each season demands a vastly different system layout versus a comparatively lower-density olive orchard, which is only planted once. Even within the same crop, variations in farm size, field or orchard layout, and planting density necessitate unique, customized approaches to maximize efficiency and yield. 

Given our focus on helping growers transition to more efficient irrigation methods, we understand that we need to empower them with knowledge on selection to operation and maintenance. Due to the complexity of different options, Rivulis has invested heavily in making resources available for free that help farmers determine what drip irrigation system is best for them, and how to best operate and maintain their system. With the Rivulis Knowledge Hub and Drip Guides, farmers have access to the most comprehensive library of drip irrigation information available online in one place. Powered by Rivulis AI, the Knowledge Hub serves as a Rivulis Irrigation expert, able to answer questions directly and search the Knowledge Hub for the most relevant information.   

What are the most common emitters or drippers used? 
While regional differences exist, generally: 

• Seasonal crops, like vegetables and strawberries, often use tape (e.g., Rivulis T-Tape) or thin-wall, non-pressure compensating drip lines (e.g., Rivulis D900), which are replaced each season. 

• Orchards and vineyards typically employ pressure-compensated drip lines (e.g., Rivulis D5000 PC) for long-term durability. These thicker drip lines withstand years of use, and because they are pressure compensated, they offer the ability to irrigate longer rows and sloping terrain. 

• Indoor agriculture and greenhouses usually utilize online drippers (e.g., Supertif) connected to a tube and peg system for precise, controlled irrigation. 

• Seasonal crops, like vegetables and strawberries, often use tape (e.g., Rivulis T-Tape) or thin-wall, non-pressure compensating drip lines (e.g., Rivulis D900), which are replaced each season. 

• Orchards and vineyards typically employ pressure-compensated drip lines (e.g., Rivulis D5000 PC) for long-term durability. These thicker drip lines withstand years of use, and because they are pressure compensated, they offer the ability to irrigate longer rows and sloping terrain. 

• Indoor agriculture and greenhouses usually utilize online drippers (e.g., Supertif) connected to a tube and peg system for precise, controlled irrigation. 

It is important to note that in drip irrigation setups for seasonal horticulture, growers can use drip tapes where the dripper is integrated into the tube itself, and drip lines, where molded emitters are inserted into the tube. For drip lines, the cost is proportional to the amount of drip emitters per metre. For drip tapes, the cost of the product does not vary based on the drip emitter spacing. This has enabled a growing trend of high value crop growers to use drip tapes with 10-15 cm drip emitter spacing, coupled with very low flow rates from each dripper which provides even more efficient water application. 

Rivulis works in partnership with farmers to manage their unique water and nutrient management plans, which is why we offer the widest variety of drip lines, drip tapes and other water emission products available to meet the unique needs of every customer.  

Rivulis works in partnership with farmers to manage their unique water and nutrient management plans, which is why we offer the widest variety of drip lines, drip tapes and other water emission products available to meet the unique needs of every customer.  

How do flow rates and pressure requirements vary?
Flow rates range from 0.25 l/h per dripper to more than 7 l/h per dripper, and the flow rate and number of required drippers per meter varies by crop, climate and layout. Both factors depend on a plant’s water requirements, planting density, soil type and the full system setup.  

After review of a plant’s overall water requirements and consideration of how much it will need at peak growing period and after considering expected water loss to transpiration and evaporation, we look to the soil type and crop planting density. For example, water is less inclined to move laterally on sandy soils than on heavier soils, meaning sandier soils need closer dripper spacing. Planting density is also a determining factor, with vegetables that are closely planted needing lower-flow drippers closer together and orchards requiring comparatively high-flow drippers that can be further apart.  

After review of a plant’s overall water requirements and consideration of how much it will need at peak growing period and after considering expected water loss to transpiration and evaporation, we look to the soil type and crop planting density. For example, water is less inclined to move laterally on sandy soils than on heavier soils, meaning sandier soils need closer dripper spacing. Planting density is also a determining factor, with vegetables that are closely planted needing lower-flow drippers closer together and orchards requiring comparatively high-flow drippers that can be further apart.  

What materials for the tubing and fittings are most commonly used?
The most common material for drip lines and tapes is polyethylene because of its ability to be recycled, resistance to chemicals and fertilizers, and is ideal for producing high-quality and reliable products. 

How do Rivulis systems adapt to varying water requirements?
Because Rivulis has the widest range of drip lines and tapes of any manufacturer, the system can be tailored to exactly what the plant’s water requirements are. Water requirements are based upon the crop type, the stage within the growing season and the climate. The water requirement does not just vary from crop to crop or region to region, but also varies during the season. Rivulis systems are designed to ensure that growers have the capacity to meet the peak water requirement of the plant during the season, i.e., the period of highest water need.  

What materials for the tubing and fittings are most commonly used?
The most common material for drip lines and tapes is polyethylene because of its ability to be recycled, resistance to chemicals and fertilizers, and is ideal for producing high-quality and reliable products. 

How do Rivulis systems adapt to varying water requirements?
Because Rivulis has the widest range of drip lines and tapes of any manufacturer, the system can be tailored to exactly what the plant’s water requirements are. Water requirements are based upon the crop type, the stage within the growing season and the climate. The water requirement does not just vary from crop to crop or region to region, but also varies during the season. Rivulis systems are designed to ensure that growers have the capacity to meet the peak water requirement of the plant during the season, i.e., the period of highest water need.  

What measures are in place for water filtration and prevention of clogging?
Our systems can handle a wide range of water sources including open canal, wastewater, reservoir and river water. Rivulis has more than 80 years of experience across all continents and 120 countries, giving us the experience to adapt our systems to the customer's needs. 

What measures are in place for water filtration and prevention of clogging?
Our systems can handle a wide range of water sources including open canal, wastewater, reservoir and river water. Rivulis has more than 80 years of experience across all continents and 120 countries, giving us the experience to adapt our systems to the customer's needs. 

We analyze the irrigation water (inorganic and organic content, dissolved minerals, salinity and pH) to prescribe the best filtration and treatment for precise, uniform and reliable irrigation, ensuring our customers are set up for success. 

Drip systems use filtration technology – media, screen or disc – to protect the drip lines/tapes from contaminants. These can be automatic, semi-automatic or manual, and are determined based on the water source and system design. 

How does Rivulis’ systems minimize water waste?
Water conservation is a key aspect of our business, achieved through the efficiency that drip irrigation provides. Our drippers are designed to deliver the right amount of water and fertilizer to each plant every time. Water is applied directly to the root zone to minimize evaporation and run-off, making the most of natural resources and costly inputs.  

How does Rivulis’ systems minimize water waste?
Water conservation is a key aspect of our business, achieved through the efficiency that drip irrigation provides. Our drippers are designed to deliver the right amount of water and fertilizer to each plant every time. Water is applied directly to the root zone to minimize evaporation and run-off, making the most of natural resources and costly inputs.  

According to the United Nations Food and Agriculture Organization, drip irrigation is proven to be the most efficient method for irrigation water use, with 90 percent efficiency. For comparison, surface/flood systems have a 60 percent efficiency of water use. Our systems immediately offer farmers huge water savings.  

Are there options for automation and/or smart controls? 
Rivulis offers complete Design to Harvest services via both digital and physical irrigation solutions, including a wide range of automated irrigation scheduling and fertigation solutions to optimize system use based on evolving crop needs. We provide options suitable for both large commercial farmers and small-scale farmers ranging from simple timers to fully automated systems with smart/cloud integration and global data access, including flow and pressure monitoring and automatic fertigation dosing. 

Are there options for automation and/or smart controls? 
Rivulis offers complete Design to Harvest services via both digital and physical irrigation solutions, including a wide range of automated irrigation scheduling and fertigation solutions to optimize system use based on evolving crop needs. We provide options suitable for both large commercial farmers and small-scale farmers ranging from simple timers to fully automated systems with smart/cloud integration and global data access, including flow and pressure monitoring and automatic fertigation dosing. 

For monitoring, Rivulis recently announced a partnership with Phytech for cutting-edge real-time plant health and hydraulic monitoring. This integration brings unparalleled monitoring and insights into crops, irrigation systems and fields, alongside actionable irrigation recommendations and closed-loop system automation.  

An insights tool, ReelView, offers agronomic satellite data and hyper-local weather to empower growers with greater crop monitoring and analysis, and is free with the purchase of eligible products in many countries. These are just a few examples of Rivulis as a service provider. 

An insights tool, ReelView, offers agronomic satellite data and hyper-local weather to empower growers with greater crop monitoring and analysis, and is free with the purchase of eligible products in many countries. These are just a few examples of Rivulis as a service provider. 

How is a drip system adjusted for seasonal changes, different crop stages and varying water needs? 
Every drip system design begins by understanding the plant's maximum water need based on temperature, crop growth stage and weather (including offset rainfall). The systems are designed to meet peak water requirements and irrigation schedules are calculated accordingly during the season to account for variance of the factors mentioned above. Once a system is in place, we aim to empower farmers with the right data, tools and guidance to make smart decisions for their farm business.  

What are some of the long-term operational and maintenance costs
Because Rivulis offers systems, tools and solutions tailored to meet the needs of farms both big and small, costs vary. However, no matter the size of the project, from turn-key automated systems for large enterprises to manual operation or gravitational-based drip kit solutions for small landholders, Rivulis continues to partner with our customers even after the system
is complete.  

Additionally, we understand the need for farmers to use financial resources efficiently. Our systems help to eliminate unnecessary water use or over-fertilization, leading to cost savings and increased yields, resulting in improved profitability. Additionally, through Rivulis Impact Finance, we are connecting the agri-food ecosystem with financial stakeholders to help growers afford micro irrigation solutions. 

How do Rivulis’ systems contribute to sustainability and conservation
Rivulis’s micro irrigation solutions were born out of a need to grow crops sustainably and in a way that preserves our environment for future generations. Our solutions are highly efficient, thanks to our over 80 years of experience in 120 countries with various crops. Our irrigation systems help farmers to reduce inputs and subsequent costs by precisely managing water and fertilizer needs, ultimately leading to maximized yield.  

In our latest initiative – the Rivulis Climate Program – we are developing new business models for farmers to adopt more sustainable practices while accessing the benefits of the voluntary carbon credit economy. The program has already supported 10 farmers on 1,250 hectares, with a goal to reach 25 farmers and 3,500 hectares
in 2024. 

Our sustainability promise also extends to the production of our products. Our Full Circle Sustainability program encompasses our strategies to increase circularity of resources, particularly plastics. We operate programs in Australia, France, Israel, Turkey and the U.S., with plans in place to extend to other markets. As part of this approach, we will soon launch a state-of-the-art recycling facility in North America, which will have the capacity to recover our products and integrate post-consumer and post-industrial waste into our raw materials. 

We are continually launching products with more recycled content and use less plastic along our full supply chain. For example, we recently launched Rivulis T-Tape White in Europe, the first thin wall drip product made with at least 50 percent recycled materials. This product offers the same trusted performance in water application, clogging resistance, strength and customizable configurations, in a more environmentally friendly option that farmers want. Additional details can be found here.  

We are continually launching products with more recycled content and use less plastic along our full supply chain. For example, we recently launched Rivulis T-Tape White in Europe, the first thin wall drip product made with at least 50 percent recycled materials. This product offers the same trusted performance in water application, clogging resistance, strength and customizable configurations, in a more environmentally friendly option that farmers want. Additional details can be found here.  

Role of drip irrigation
While drip irrigation represents only between five and 10 percent of the global irrigation methods, demand for micro irrigation solutions continues to rapidly grow to meet consumer demands and preferences and most high-value crops utilize this method.  For example, avocado production in Israel and almond orchards in Australia are both 99 percent drip irrigated.  

Sprinklers also part of the Rivulis business 
Rivulis also serves as the industry leader for sprays, typically used in orchards, and sprinklers, suitable for both vegetables and orchards. A unique feature of sprinklers and sprays is that they have modular components, allowing a multitude of solutions to meet the farmers’ needs. For example, one sprinkler can be adapted to be made suitable for open field irrigation, while a different variation can make it suitable for inverted greenhouse use.  

Sprinklers also part of the Rivulis business 
Rivulis also serves as the industry leader for sprays, typically used in orchards, and sprinklers, suitable for both vegetables and orchards. A unique feature of sprinklers and sprays is that they have modular components, allowing a multitude of solutions to meet the farmers’ needs. For example, one sprinkler can be adapted to be made suitable for open field irrigation, while a different variation can make it suitable for inverted greenhouse use.  

Like drip solutions, there are a wide range of flow-rates, from 20 l/h to thousands of liters per hour, to accurately manage water use to the mutual benefits of the crop, the environment and the farm business bottom line. We also offer pressure compensating sprinklers and sprays that provide a consistent flow-rate, even if the pressure of the system changes. Farmers with indoor agriculture environments can also turn to us for sprinklers and sprays that meet their needs, including fogging, misting and overhead irrigation solutions. 

Like drip solutions, there are a wide range of flow-rates, from 20 l/h to thousands of liters per hour, to accurately manage water use to the mutual benefits of the crop, the environment and the farm business bottom line. We also offer pressure compensating sprinklers and sprays that provide a consistent flow-rate, even if the pressure of the system changes. Farmers with indoor agriculture environments can also turn to us for sprinklers and sprays that meet their needs, including fogging, misting and overhead irrigation solutions. 

Rivulis customer service
We are committed to elevating our farmer customers: 

• Rivulis Impact Finance: A key part of our inclusivity and empowerment efforts is the Rivulis Impact Finance initiative, which bridges financial gaps to make micro irrigation accessible to all farmers, regardless of size. This initiative ensures everyone from small-land holders to large corporate farmers move toward adoption of sustainable farming practices through micro irrigation and climate-resilient farming models. 

• Rivulis Climate: Through our latest initiative – the Rivulis Climate Program - we are developing new business models for farmers to adopt more sustainable practices while accessing the benefits of the voluntary carbon credit economy. The program has already supported 10 farmers on 1,250 hectares, with a goal to reach 25 farmers and 3,500 hectares in 2024. ●

• Rivulis Impact Finance: A key part of our inclusivity and empowerment efforts is the Rivulis Impact Finance initiative, which bridges financial gaps to make micro irrigation accessible to all farmers, regardless of size. This initiative ensures everyone from small-land holders to large corporate farmers move toward adoption of sustainable farming practices through micro irrigation and climate-resilient farming models. 

• Rivulis Climate: Through our latest initiative – the Rivulis Climate Program - we are developing new business models for farmers to adopt more sustainable practices while accessing the benefits of the voluntary carbon credit economy. The program has already supported 10 farmers on 1,250 hectares, with a goal to reach 25 farmers and 3,500 hectares in 2024. ●

Rivulis has opened a 160,000 sq. ft. micro irrigation production facility in Tijuana, Mexico to increase production capacity. 

The facility was designed with the future in mind, and will produce Rivulis’s T-Tape products, known for their high standard performance in water application, flow rate uniformity, clogging resistance and materials strength. 

The company stated the new production facility is expected to create approximately 200 new production specialist jobs to the local community, with potential for additional job opportunities with the expansion of the facility in the future. 

The factory includes new, advanced film processing technology which stands to improve product performance even further and incorporate more recycled content, with the aim to achieve a goal of at least 50 percent recycled material be used in the production of select T-Tapes. Materials used in this facility will flow through the new, to-be-announced Rivulis recycling center which will collect used drip tapes from farmers’ fields. Additionally, Rivulis plans to recycle 100 percent of plastic scraps created in the production process. ●

Scheduled for Nov. 4-7
in the vibrant city of Long Beach, California, this year’s event aims to set new standards in promoting efficient irrigation practices and fostering industry growth. 

What to expect at the 2024 Irrigation Show
Exhibit floor offers a hub of innovation: The Irrigation Show exhibit floor, open Nov. 6-7, is the cornerstone of the event. With exhibitors ranging from established irrigation manufacturers to innovative startups, attendees will have the chance to explore a vast array of products and solutions tailored to modern irrigation needs. The exhibit floor will be abuzz with the latest advancements in smart irrigation systems, water management technologies and sustainable solutions. 

Among the highlights on the exhibit floor is the New Product Contest, a showcase of groundbreaking products that push the boundaries of efficiency and sustainability. This competition not only highlights the industry’s commitment to innovation but also provides a platform for new products to gain visibility and recognition. Attendees can expect to see entries that incorporate cutting-edge technologies and the latest in product advancements, all aimed at improving water use efficiency and system performance. 

Among the highlights on the exhibit floor is the New Product Contest, a showcase of groundbreaking products that push the boundaries of efficiency and sustainability. This competition not only highlights the industry’s commitment to innovation but also provides a platform for new products to gain visibility and recognition. Attendees can expect to see entries that incorporate cutting-edge technologies and the latest in product advancements, all aimed at improving water use efficiency and system performance. 

Innovation Row is a special area on the exhibit floor featuring the latest irrigation startup companies. These companies will share their innovative products in the Pitch Competition to be held on the exhibit floor in the Innovation Hub. 

The IA Pavilion will return in 2024. This 360-degree hub will be located in the center of the exhibit floor and offer access to IA information, books, resources and free print publications. IA members will also get access to a Member Lounge with a complimentary headshot station and exclusive prizes and giveaways. 

Educational sessions to sharpen your skills and knowledge: Education is a core component of the Irrigation Show, and this year’s lineup promises to deliver a wealth of knowledge. The event offers an array of sessions led by industry experts, designed to provide both engaging and informative content, as well as courses taught by IA instructors that teach fundamental skills and core irrigation curriculum.  

Educational sessions to sharpen your skills and knowledge: Education is a core component of the Irrigation Show, and this year’s lineup promises to deliver a wealth of knowledge. The event offers an array of sessions led by industry experts, designed to provide both engaging and informative content, as well as courses taught by IA instructors that teach fundamental skills and core irrigation curriculum.  

Education offerings included with Irrigation Show registration include classroom-style deep-dive sessions and high-level lightning sessions presented live on the exhibit floor in the Innovation Hub. Those interested in core curriculum courses teaching fundamental and practical skills can take advantage of IA University courses held throughout the week. Five new classes have been added to the course selections in 2024, offering even more opportunity to build your irrigation skills and knowledge.  

Participants can earn continuing education units and even take on-site certification exams, making it an ideal opportunity for professional development. Certification exams and IA University classes require an additional fee and preregistration. 

Participants can earn continuing education units and even take on-site certification exams, making it an ideal opportunity for professional development. Certification exams and IA University classes require an additional fee and preregistration. 

Networking opportunities for building connections: Networking is a key element of the Irrigation Show. Attendees will have numerous opportunities to connect with peers, industry leaders and potential business partners. From informal meetups to structured networking events, the show facilitates meaningful interactions that can lead to lasting professional relationships. 

Networking opportunities for building connections: Networking is a key element of the Irrigation Show. Attendees will have numerous opportunities to connect with peers, industry leaders and potential business partners. From informal meetups to structured networking events, the show facilitates meaningful interactions that can lead to lasting professional relationships. 

Other special events are planned throughout the week to connect attendees with smaller groups of peers with similar interests. The First-Timers Roundtable, Women in Irrigation Breakfast and Young Professionals Social offer relaxed networking opportunities while presenting valuable insights from special guest speakers and respected panels. 

Other special events are planned throughout the week to connect attendees with smaller groups of peers with similar interests. The First-Timers Roundtable, Women in Irrigation Breakfast and Young Professionals Social offer relaxed networking opportunities while presenting valuable insights from special guest speakers and respected panels. 

Welcome to Long Beach: Long Beach, with its picturesque waterfront and bustling downtown, provides a perfect backdrop for the 2024 Irrigation Show. Attendees can look forward to enjoying the local attractions, diverse dining options and the beautiful Southern California weather. For those traveling from afar, Long Beach is easily accessible with its own airport and close proximity to Los Angeles International Airport.  

The 2024 Irrigation Show and Education Week is set to be a pinnacle event for anyone involved in the irrigation industry. With its blend of innovative products, high-quality education and unparalleled networking opportunities, it offers a comprehensive platform for professionals to enhance their skills, knowledge and business connections. As the industry continues to evolve, events like these play a crucial role in driving progress and fostering a community dedicated to efficient and sustainable irrigation practices.  

The 2024 Irrigation Show and Education Week is set to be a pinnacle event for anyone involved in the irrigation industry. With its blend of innovative products, high-quality education and unparalleled networking opportunities, it offers a comprehensive platform for professionals to enhance their skills, knowledge and business connections. As the industry continues to evolve, events like these play a crucial role in driving progress and fostering a community dedicated to efficient and sustainable irrigation practices.  

Registration is open: Mark your calendars for Nov. 4-7, and prepare to immerse yourself in the future of irrigation in Long Beach, California. Whether you are a seasoned professional or new to the industry, the 2024 Irrigation Show promises to provide valuable insights and opportunities that can help you grow and succeed in this dynamic field. 

2024 Irrigation Show registration and housing are now open. Show registration gives you access to the exhibit floor, selected education sessions, the General Session and breakfast, and social and networking events. Go to irrigationshow.org for more information, instructions related to international travel and to register. We look forward to seeing you at the biggest and best trade show all about irrigation. ●