Cost of one acre drip irrigation in Kenya

The Kenyan sun shines bright, nurturing crops and warming hearts. But its scorching kiss can also pose a formidable foe for thirsty fields, demanding efficient irrigation solutions. Drip irrigation emerges as a champion, delivering water directly to plant roots, maximizing yields and minimizing waste. What is the cost of one acre drip irrigation? Let’s dive into the details!

Cost of one acre drip irrigation in Kenya

Cost of Drip Irrigation Per Acre – Determining Factors
Determining Factors
1. Crop Type
Crop TypeDrip Lines Per BedAcreageCost in Kes
Tomato, Cabbage, Chilies,21/825,000
Capsicum, Green Beans,1/440,000
Onion, Garlic, Herbs,1/827,500
Spices, Strawberry31/445,000
2. Pipe Type
Pipe TypeCost in Kes
PVC MainlineHigher cost to work with
HDPE MainlineLower cost to work with
3. Water Pressure Available
Water PressureImpact on Cost
High PressureFewer irrigation blocks, less fittings, lower cost
Low PressureMore irrigation blocks, more fittings, higher cost

Note: Prices are in Kenyan Shillings (Kes). The costs presented are indicative and subject to change based on market conditions and specific project requirements.

Components of One Acre Drip Irrigation in Kenya

  1. Drip Pipe: 16mm pipe with customizable emitter spacing for efficient water delivery.
  2. Main Line: PVC or HDPE pipe delivering water from the source to the farm, with cost implications.
  3. Sub-Main Line: PVC or HDPE pipe connecting to the main line, affecting water pressure and cost.
  4. Filter: Ensures water quality, with variations for gravity and high-pressure flow.
  5. End-Caps: Securely locks the end of the drip pipe, preventing water leakage.
  6. Rubbers: Installed to prevent water leakage between main or sub-mainline and drip line.
  7. Connectors: Starter and off-take connectors linking drip line to main or sub-main line.
  8. Tees: Connects two drip lines watering in opposite directions from the same source.
  9. Elbows: Alters the direction of the drip pipe to suit the farm’s layout.
  10. Valves: Mini valves for drip pipes, ball valves for main and sub-main lines, controlling water flow.
  11. Venturi Injector: Facilitates fertigation or pesticides drenching, with various inlet sizes based on acreage.

Understanding the intricacies of these components is essential for farmers to make informed decisions, customize their irrigation system, and manage costs effectively. The choice of drip irrigation components depends on factors such as crop type, available water pressure, and pipe type, all of which influence the overall cost per acre.


How much does a one acre drip irrigation system cost in Kenya?

It depends on several factors like crop type, pipe materials, water pressure, and system complexity. We offer basic kits starting at Ksh. 30,000, with advanced setups reaching Ksh. 100,000 or more.

Can I get an estimate for my specific needs?

Absolutely! Visit and use our handy online calculator. You’ll answer a few quick questions about your crops, preferred materials, and budget, and we’ll provide a personalized quote in minutes.

Is drip irrigation worth the investment? 

Beyond saving water, drip irrigation promotes healthier plants, potentially increases yields, and minimizes labor in the long run. Think of it as an investment in your farm’s future!

What makes Eunidrip Irrigation Systems different?

We’re your Kenyan watering wisdom companions! We offer high-quality drip irrigation systems at competitive prices, along with expert advice and support. From installation guidance to maintenance tips, we’re here to help you every step of the way.

1 acre drip irrigation kit for sale in Kenya

1 acre drip irrigation kit for sale in Kenya

In the ever-evolving landscape of agricultural practices, efficient irrigation stands out as a critical factor for farmers in Kenya, where rising water costs and unpredictable rainfall patterns present ongoing challenges. This comprehensive guide explores the essential components and features of 1 Acre Drip Irrigation Kit offered by Eunidrip, tailored to meet the specific needs of Kenyan farmers. Investing in these kits not only ensures water-wise savings but also maximizes crop yields, empowering farmers to navigate the uncertainties of their environment.

1 Acre Drip Irrigation Kit Prices in Kenya

At Eunidrip, we believe every Kenyan farm deserves the benefits of efficient drip irrigation. That’s why we offer a variety of flexible and affordable drip kit options to suit your specific needs and budget.

Here’s a clear breakdown of our pricing based on acreage and the number of drip lines per bed:

Size1 Line Per Bed (Ksh)2 Lines Per Bed (Ksh)3 Lines Per Bed (Ksh)
1 Acre65,00095,000130,000
1/2 Acre30,00045,00060,000
1/4 Acre16,00025,00035,000
1/8 Acre10,00015,00020,000

Components in 1 Acre Drip Irrigation Kit for sale in Kenya

Drip Pipe

At the heart of Eunidrip’s 1 Acre Drip irrigation Kit is the 16mm Drip Pipe, a vital component responsible for irrigating crops. With customizable emitter spacing options of 15cm, 20cm, or 30cm, this pipe delivers water directly to the soil near plant roots. Despite being the smallest in diameter, it plays a crucial role in providing personalized and efficient watering for each plant.

Main Line

The Main Line, typically made of PVC or HDPE, serves as the primary conduit delivering water to the farm. Connected to the water source, it is the first line installed and boasts the largest diameter among all pipes. Acting as a reliable backbone, it ensures a steady flow of water to different sectors of the farm, laying the foundation for an effective irrigation system.

Sub-Main Line

Functioning as a conduit between the main line and the drip pipes, the Sub-Main Line is another crucial element in the irrigation system. Made of PVC or HDPE, this pipe has a smaller diameter than the main line but is larger than the drip pipe. Its reduced size is intentional, maintaining water pressure and preventing inefficiencies in irrigation.


Ensuring the quality of water used in the irrigation process is the Filter, a critical component of the kit. Equipped with a screen filter for gravity flow or a disc/sand filter for high-pressure situations, this element ensures that water delivered to the crops is free from contaminants. The sand filter, in particular, proves effective in handling highly polluted water sources.


End-Caps serve a simple yet essential function – locking the end of the drip pipe. By keeping water securely within the pipe, they contribute to preventing wastage and ensuring that every drop is efficiently utilized in the irrigation process.


Installed strategically between the main line or sub-main line and the drip line, Rubbers play a crucial role in preventing water leakage. This simple yet effective measure enhances the overall efficiency of the irrigation system, ensuring that water reaches the intended areas without unnecessary losses.

Connectors: Starter Connectors and Off-Take Connectors

Connectors, including Starter Connectors and Off-Take Connectors, play a pivotal role in linking the drip line to the main or sub-main line. This seamless connection facilitates the smooth flow of water through the entire irrigation system, ensuring that each component works in harmony to deliver optimal results.


Tees are connectors that enable the linking of two drip lines watering in opposite directions to the same water source. This feature allows for a flexible and adaptable irrigation system, catering to the diverse needs of different crops or growth stages within the one-acre farm.


Elbows serve a fundamental purpose in altering the direction of the drip pipe. This flexibility ensures that the irrigation system can be customized to the specific layout of the farm, optimizing water distribution and reaching every corner efficiently.


Mini Valves and Ball Valves inclusion of Valves, both Mini Valves directly connected to the drip pipe and Ball Valves connected to the main and sub-main lines, empowers farmers with precise control over the flow of water. This level of control eliminates the risks of overwatering or underwatering, allowing for the efficient management of water resources.

Venturi Injector

In scenarios where fertigation or pesticides drenching is necessary, the Venturi Injector comes into play. This component, with inlet sizes ranging from 1″ to 1/2′, accommodates different flow rates. The choice of the injector size depends on the acreage, with larger sizes suitable for larger farms. Whether operated manually or automated, the Venturi Injector adds a layer of sophistication to the irrigation system, facilitating the precise application of fertilizers or agro-chemicals directly to the soil for optimal plant uptake.

Also Read: Drip Irrigation fittings

How much drip do I need for 1 acre?

Crop TypeDrip Lines per BedNumber of Drip Rolls (8,000m each)Total Drip Tape Length (meters)
Onion, Garlic, French Beans, Strawberry, Herbs, Spices, Ornamental Flowers3864,000
Tomato, Potato, Capsicums, Peppers, Cabbage, Kales, Spinach, Collards, Traditional Vegetables2648,000
Watermelon, Butternut1432,000

Step-by-step guide

  1. Identify your crops: The amount of drip tape needed depends on the type of crops you’re growing.
  2. Determine the number of drip lines per bed:
    • 3 lines per bed: Ideal for crops like onions, garlic, and herbs that require frequent watering.
    • 2 lines per bed: Suitable for tomatoes, potatoes, and peppers.
    • 1 line per bed: Recommended for melons and other crops with lower water needs.
  3. Choose the appropriate drip tape quantity:
    • Each roll of drip tape covers 8,000 meters.
    • Based on your chosen number of lines per bed, refer to the guide below:
      • 3 lines: 8 rolls (64,000 meters)
      • 2 lines: 6 rolls (48,000 meters)
      • 1 line: 4 rolls (32,000 meters)

Drip Kit Features and Benefits: A Water-Wise Revolution for Your Farm

Drip irrigation kits are revolutionizing the way farmers manage water and nurture their crops. These pre-assembled systems deliver water directly to plant roots, offering a wealth of features and benefits that translate to increased yields, reduced costs, and a more sustainable future.

Key Features of Drip Irrigation Kit

  • Precise irrigation: Emitters drip water slowly and directly onto the soil around plant roots, minimizing waste and preventing runoff.
  • Customizable systems: Choose the number of drip lines per bed, spacing between emitters, and pipe diameters to perfectly match your specific crop needs.
  • Durable components: High-quality pipes, fittings, and emitters made from UV-resistant materials withstand harsh weather and ensure long-lasting performance.
  • Easy installation: Pre-assembled kits and simple instructions make setup a breeze, saving you valuable time and labor.
  • Automated options: Upgrade your system with controllers and timers for effortless and precise irrigation even when you’re not around.

Transformative Benefits of Drip Irrigation

  • Water savings: Drip irrigation can minimize water waste by up to 70% compared to traditional methods, significantly reducing your water bill and environmental impact.
  • Increased yields: Consistent moisture at the roots leads to healthier plants, improved growth, and higher yields, boosting your profitability.
  • Reduced labor costs: Say goodbye to backbreaking manual watering! Drip systems automate irrigation, freeing up your time for other farm tasks.
  • Improved crop quality: Precise water delivery minimizes stress on plants, resulting in better quality crops with higher market value.
  • Reduced weed growth: Less water on the soil surface suppresses weed germination and growth, minimizing the need for herbicides.
  • Sustainable farming: By promoting water conservation and soil health, drip irrigation contributes to a more sustainable and eco-friendly farming practice.

Investing in a drip kit is not just about purchasing equipment; it’s about embracing a smarter, more efficient, and water-wise approach to farming. Whether you’re a seasoned farmer or just starting out, drip irrigation offers a powerful tool to unlock the full potential of your land and secure a rewarding future for your farm.


What components are included in the 1 Acre Drip irrigation Kit?

We equip you with everything you need: 32mm HDPE pipe for the main line, drip fittings, gate valves, and 16mm drip pipe (customizable spacing).

Can I customize the kit beyond the included components?

Absolutely! We offer various emitters, controllers, timers, and other accessories to tailor your system to your specific needs.

How durable are the kit components?

We prioritize quality! Our pipes, fittings, and emitters are UV-resistant and built to withstand harsh Kenyan weather for years of reliable service.

How much does a 1 Acre Drip irrigation Kit cost?

It depends on the number of drip lines per bed you choose (1, 2, or 3). Contact us for a personalized quote!

Will the kit save me money in the long run?

Definitely! Drip irrigation minimizes water waste compared to traditional methods, potentially reducing your water bill significantly. Plus, increased yields and improved crop quality translate to higher profits.

Chaff Cutters in Kenya

At the forefront of this transformation are chaff cutters in Kenya, mechanical marvels that are reshaping the way farmers prepare fodder for their animals. In this blog article, we will explore how chaff cutters are becoming indispensable tools for Kenyan farmers, unlocking a host of benefits that ultimately lead to enhanced livestock productivity.

The Basics of Chaff Cutters in Kenya

Chaff cutters are ingenious machines designed to process straw, hay, and other forage crops into smaller, more digestible pieces. Traditionally, farmers manually chopped fodder, a labor-intensive and time-consuming process. Chaff cutters in Kenya have stepped in to streamline this crucial aspect of livestock management, offering efficiency and precision.

5 Benefits of Chaff Cutters for Livestock in Kenya

  1. Improved Nutrient Utilization: Chaff cutters in Kenya play a pivotal role in enhancing the digestibility of fodder. By reducing the length of forage particles, these machines make it easier for animals to break down and absorb essential nutrients. Improved nutrient utilization directly translates to healthier livestock with better growth rates and enhanced reproductive performance.
  2. Reduced Feed Wastage: With chaff cutters, farmers can achieve uniform and consistent fodder sizes, minimizing wastage during feeding. This not only helps in optimizing feed resources but also contributes to cost savings, a critical factor for sustainable livestock farming.
  3. Increased Feed Intake: Chopped fodder is more palatable to animals, encouraging higher feed intake. This leads to improved weight gain in livestock, a key metric for meat and dairy farmers. For dairy farmers, increased feed intake can result in higher milk production, contributing to the overall profitability of the enterprise.
  4. Time and Labor Savings: Perhaps one of the most immediate benefits is the significant reduction in time and labor required for fodder preparation. Chaff cutters enable farmers to process large quantities of forage in a short period, freeing up valuable time for other essential farm tasks.
  5. Enhanced Fodder Quality: Chaff cutters allow farmers to customize the size of chopped fodder, catering to the specific needs of different livestock species. This customization ensures that animals receive nutritionally balanced and easily digestible feed, leading to improved overall health.

Types Chaff Cutters for Sale in Kenya

Electric Chaff Cutters for Sale in Kenya

Explore the efficiency and convenience of electric chaff cutters offered by Eunidrip Irrigation Systems. Our electric models are designed for farms with reliable electricity access, providing a sustainable and cost-effective solution. These chaff cutters deliver consistent performance, reducing labor and optimizing fodder preparation for livestock. With user-friendly features and durability, our electric chaff cutters are a reliable choice for Kenyan farmers looking to enhance their farming efficiency.

Also Read: Chaff Cutter for sale in Kenya

Petrol-Powered Chaff Cutters for Sale in Kenya

Discover the mobility and versatility of our petrol-powered chaff cutters tailored for farms in remote areas. Eunidrip Irrigation Systems offers robust and fuel-efficient chaff cutters that ensure seamless operation even in off-grid locations. Ideal for small to medium-sized farms, our petrol chaff cutters provide immediate startup, making them a reliable choice for Kenyan farmers seeking a powerful and portable solution to streamline fodder processing.

Diesel Chaff Cutters for Sale in Kenya

Experience the unmatched power and durability of our diesel chaff cutters, available for sale in Kenya. Eunidrip Irrigation Systems provides farmers with efficient and high-performance chaff cutters that run on diesel, making them suitable for areas with limited electricity or petrol availability. These robust machines are designed to handle large-scale fodder processing, offering farmers a reliable tool to enhance livestock productivity. Invest in our diesel chaff cutters for long-lasting operation and optimal efficiency on your Kenyan farm.

Electric vs. Petrol vs. Diesel Chaff Cutters in Kenya

Selecting the right chaff cutter for your Kenyan farm hinges on several factors, and the power source is a crucial decision. Here’s a comparison of electric, petrol, and diesel chaff cutters to help you make an informed choice:

Power SourceElectricityGasolineDiesel fuel
MobilityLimited by access to electricity gridPortable; ideal for off-grid farmsPortable; best for large-scale operations
Initial CostGenerally lowerModerateHighest
Operating CostVaries depending on electricity ratesDepends on fuel prices and usageGenerally highest due to fuel costs
MaintenanceMinimal upkeep; occasional cleaning and blade replacementRegular maintenance required; engine care and fuel system checksHighest maintenance needs; complex engines and fuel systems
Noise LevelQuietestLouder, but quieter than dieselLoudest
Environmental ImpactZero emissions; ideal for eco-conscious farmsEmits carbon dioxide and other pollutantsHighest emissions; requires careful fuel handling
Power OutputGenerally lower; suitable for small to medium farmsWide range available; choose based on needsHighest power output for heavy-duty tasks
Recommended ForFarmers with reliable electricity access; smaller farms; focus on noise reduction and sustainabilityFarms with no grid access; medium-sized operations; balance of portability and powerLarge-scale operations; silage chopping; prioritize high power and performance

Chaff Cutter Costs in Kenya

Choosing a chaff cutters in Kenya involves more than just power source; it’s about finding the perfect balance between performance, price, and your specific needs. This table showcases the approximate cost range for different types of chaff cutters in Kenya:

Product TypeFeaturesPower SourceEngine/Motor PowerPrice (Ksh)
Electric Chaff Cutter (Standard)3 blades, efficient chaff cuttingElectric Motor2 hp46,000
Electric Chaff Cutter (Heavy-Duty)3 blades, powerful motor for larger volumesElectric Motor3 hp49,000
Petrol Chaff Cutter3 blades, portable option for off-grid usePetrol Engine7.5 hp45,000
Petrol Feed ChopperIdeal for chopping green fodder and silagePetrol Engine7.5 hp38,000
Electric Feed Chopper (Standard)Compact and efficient for smaller farmsElectric Motor3 hp40,000
Electric Feed Chopper (High-Capacity)Handles larger volumes with easeElectric Motor5 hp45,000
High-Speed Feed Chopper (Electric)Fast processing for increased productivityElectric Motor3 hp48,000
High-Speed Feed Chopper (Petrol)Powerful and portable for demanding tasksPetrol Engine7.5 hp45,000
Diesel Feed Chopper (Heavy-Duty)Suitable for large-scale silage and feed processingDiesel Engine7.5 hp65,000
Diesel Silage Chopper (Professional)Includes blower for efficient silage distributionDiesel Engine18 hp175,000


What are the benefits of using a chaff cutters in Kenya?

Chaff cutters offer a bunch of advantages:
Increased fodder utilization: Smaller bits mean better digestion and more nutrients absorbed by your livestock, leading to improved milk production or weight gain.
Waste not, want not: No more leftover chunks! Chaff cutters in Kenya chop most of the fodder, maximizing its value and minimizing waste.
Time is money: Ditch the hours of manual chopping! Chaff cutters transform this tedious task into minutes, freeing up your time for other farm chores or simply relaxing.
Improved livestock health: Easier digestion can lead to healthier animals and fewer digestive issues.

Which type of chaff cutter is best for Kenyan farms? (Electric, petrol, or diesel)

It depends on your needs!
Electric: Best for smaller farms with reliable electricity access. Quiet, low maintenance, but has limitations on power and mobility.
Petrol: Ideal for medium-sized farms without grid access. Portable, good power range, but higher operating costs than electric.
Diesel: Perfect for large-scale operations and heavy-duty tasks. Most powerful, but also loudest, most expensive,

Can chaff cutters improve livestock productivity in Kenya?

Absolutely! Studies show they can:
Increase milk production by up to 20% for dairy cows.
Lead to faster weight gain in meat animals like sheep and goats.
Improve overall rumen health by promoting better digestion.


Drip irrigation is a way to water plants with great accuracy that uses the least amount of water and fertilizer. This way of watering helps farmers save money on the costs of running their farms. Eunidrip Irrigation Systems is a well-known company in the country that sells fittings for drip irrigation systems. Depending on your design, we have a wide range of fittings in different sizes. We do more than just sell equipment. We also design and set up drip irrigation systems.


Polyvinyl chloride (PVC) and high-density polyethene are the two main types of drip irrigation fittings that we sell (HDPE). What kind of fittings you choose will depend on how the drip irrigation is set up.


HDPE fittings


These fittings have been treated to stop the sun from breaking them down. They are also resistant to rust and chemicals, so they can be used with fertilizers. HDPE fittings can only be used with HDPE pipes, and they are easy to put together and keep up. Drip irrigation uses some of these HDPE fittings, such as:


Tees are used to send water in two different directions. Depending on how the inlet is made, they can be put into one of three groups. These three t-shirts are for men, women, and everyone.

Elbows: The elbow helps to change the flow direction at a 900 angle. Depending on how the inlet is made, they can also be called male, female, or equal elbows.

Adaptors: We use adaptors to connect pipes to irrigation parts like filters, ball valves, tank connectors, and venturi injectors. Depending on how they are made, they can be men or women.

We use couplings to join two HDPE pipes together. They can either be equal couplings or reducers. To raise the water pressure, we use reducing couplings.

End caps: These put a tight seal on the ends of the pipe to stop leaks.

16 mm HDPE fittings: These are what we use on the drip lines. There are off takes, end caps, rubbers, and starter connectors among these fittings. With the help of starter connectors, the drip line can be joined to the HDPE pipe. Drip-to-drip connectors help fix torn driplines, and the rubber helps keep leaks from happening at the starter connectors. End caps keep the drip line ends from leaking.

PVC fittings


For drip irrigation below the ground, PVC fittings work better. This is because most PVC materials can break down when left in the sun for a long time. To connect pipes with PVC fittings, you will need to use tangit. PVC pipes are joined together with Tangit, which is a strong glue.


Carefully apply it so that it doesn’t leak at the joints. In our shop, you can find male, female, and equal tees, male, female, and equal elbows, sockets, bushes, threaded and unthreaded ball valves, equal and reducing connectors, threaded and unthreaded end caps, nipples, and sockets.


Our prices for drip irrigation fittings are fair, and you can count on getting good equipment. Customers who want to buy our gear can do so through our online store or in person at our shop on George Morara Road in Nakuru town. If you have a question, you can call us at 0728163329.



Tomatoes are plants that require a lot of attention to ensure optimum yields. You will need to apply many fertilizers, herbicides and pesticides during the growing period, which can be pretty costly. However, you can be assured of maximum returns by your tomatoes during the harvesting season. You can carry out tomato farming in Kenya in greenhouses or on an open farm. Tomatoes grown in the greenhouse give you more control over the growing conditions than those in the open field. Some of the parameters you can easily control in the greenhouse include the temperature, humidity, water, pests, light and carbon dioxide levels.

Varieties of tomatoes grown in Kenya.

There are two main types of tomatoes grown, i.e., the bush and vine types. The bush variety is usually tiny and grows more horizontally than vertically. Vine types of tomatoes generally grow more vertically than horizontally. The bush variety requires a crop support system to ensure the plants stay upright. Common types of tomatoes grown in Kenya include:
1. Heil room tomatoes – they change from dark red to bright red when they are ripe. Moreover, they are juicy and can either be sweet or tangy.
2. Red Beefsteak tomatoes – the main characteristic that distinguishes these tomatoes is their large size.
3. Cherry tomatoes – these tomatoes come in various shapes and colours, and they are juicy and sweet.
4. Cocktail tomatoes – these tomatoes are softer than the others and have a few seeds.
5. Grape tomatoes – this variety doesn’t shrink when cooked, and they come in various colours.
6. Roma tomatoes – have a pleasing aroma when cooked. In addition to that, they are tasty and fleshy.
7. Green Beefsteak tomatoes – these tomatoes retain their green colour even when ripe.
Climatic conditions for tomato farming in Kenya.
Tomatoes perform well in areas above 2000m above sea level and have temperatures between 200 and 270C. The tomatoes can get chilling injury when grown in places with temperatures below 120C. Furthermore, their growth will be affected when grown in areas having temperatures above 270C. Tomatoes are water-sensitive plants that need an average of 600mm of rainfall in a year. They can grow well in various soils as long as they are well-drained.
Drip irrigation for tomatoes.
Tomatoes are prone to fungal diseases; hence you need an appropriate and effective watering way. Drip irrigation is more suitable for tomato growing since the system delivers water at the root base and in proper amounts. It is also possible to apply fertilisers using the drip system through a fertigation unit.

The area you grow your tomatoes should have a slight slope to avoid waterlogging. If the site is flat, you can use raised beds to plant. It would be best to elevate the beds to a height of 30cm and have a width of 1m. Some of the benefits farmers gain when using drip irrigation for tomato farming in Kenya include:
1. Control of weed growth.
2. Effective fertiliser and water use.
3. Savings on operating costs.
4. Applying water using drip irrigation helps save time.

Eunidrip Irrigation Systems– an ideal company for tomato farmers.

At Eunidrip Irrigation Systems, we have all the equipment you need for tomato farming in Kenya. We can supply, design and install drip irrigation equipment and build greenhouses for those interested in greenhouse tomato farming. Our trellising equipment ensures your tomatoes have strong support and come at a customer-friendly price. You can visit our online shop or our physical shop located at George Morara Road in Nakuru town. Please feel free to contact us on 0728163329 in case of any questions.


Micro-sprinkler irrigation is a type of sprinkler irrigation that provides low to moderate water quantities at low pressure. This is an efficient method of water distribution for your farm. The mechanism uniformly distributes precipitation throughout your farm. It is suitable for crops such as peanuts, chili peppers, capsicum, cilantro, etc. Tomatoes, beans, and lettuce, which are susceptible to fungal illnesses, are not ideal for this procedure. Sprinklers must be overlapped to guarantee regular water distribution across the field. At Eunidrip Irrigation Systems, we recommend a 20 percent overlap of the distance between adjacent microsprayers.

The following are some of the benefits of employing micro-sprinkler irrigation:

  1. There is a uniform distribution of water on the soil.
  2. The use of micro-sprinklers makes it easy to detect blockages compared to drip irrigation.
  3. Increased yields on the farm due to efficient water and nutrient application.
  4. This method of irrigation is ideal for sloppy or irregular fields.

Components of micro-sprinkler irrigation.

  1. Piping network – This network consists of pipes that transport water from the pump to the farm. Depending on where the pipes would be installed, high-density polyethene (HDPE) or polyvinyl chloride (PVC) pipes would be optimal. Our knowledgeable staff can advise you on which pipes to use.
  2. Filters – they help to remove particles from the water that can clog the sprinkler nozzles. Disc and screen filters are more suitable for such a system.
  3. Fittings and accessories to make connections in the system.
  4. Micro-sprinklers – these distribute the water in the form of droplets.
  5. Pump – to provide enough pressure to the irrigating water.
  6. Fertigation system – this is an arrangement that delivers water-soluble fertilisers to the crops.

Factors to consider when selecting micro-sprinklers

  1. The flow rate – the flow rate of the micro-sprinklers should cater to the soil infiltration rates. If the soil has poor infiltration, then it would be best to use micro-sprinklers with low flow rates.
  2. Insect prevention – insects can enter the nozzles and cause poor rotation affecting application uniformity. You can use micro-sprinklers with pop-up rotors to avoid this problem.
  3. Pressure of water – Normally there can be fluctuations in the water pressure resulting in uneven water distribution. You can use pressure compensated micro-sprinklers to curb this problem.
  4. Reliability – always select micro-sprinklers with a good reputation in the field to avoid low-quality sprinklers. Eunidrip offers high-quality micro-sprinklers that can be proven by the number of our clients.

call us today at 0728163329

Dam-Linner-Editted-dam liner for sale in Kenya


Fish farming in Kenya involves rearing fish in tanks or enclosures for human consumption. It is an upcoming agricultural industry that keeps developing as time goes by. Fish farming in Kenya is mainly for local consumption, with a small percentage being exported. Fish are nutritious food rich in omega-three that help in brain development. We can classify fish into two main groups, i.e., fresh water and saltwater fish. Examples of freshwater fish in Kenya are tilapia and Nile perch, while examples of saltwater fish include crabs and octopus. Most freshwater fish farmers prefer to rear tilapia since it is disease resistant and has a high demand in the country.

Methods of fish farming in Kenya

There are four fishing methods that most Kenyan farmers use. These methods include:

  1. Freshwater pond fishing – this involves rearing freshwater fish in ponds. The ponds can be natural or artificial. You can use fertilisers under instructions from experts to grow plants in the water for the fish to feed.
  2. Integrated fish farming – it is the practice of mixing fish rearing with other animals and crops. The most common crop farmers use in this system is rice, while the animals you can keep include ducks. They have a symbiotic relationship with the animals feeding on the plants and the fish consuming the animal waste.
  3. Brackish finfish culture – fish farmers use this method to rear saltwater fish for hotels and restaurants. It is a rare method since most Kenyans prefer to eat freshwater fish.
  4. Mariculture fish – this method involves fishing practices in marine environments.

Use of dam liners in fish farming in Kenya.

The introduction of dam liners has helped increase inland fish farming in Kenya. Dam liners are waterproof and ultraviolet-treated materials that help hold the pond water. The UV treatment helps ensure the liners don’t get damaged by the sun. Manufacturers make dam liners from either fresh raw materials or recycled materials. Liners made from recycled materials have low quality and can cause harm to your fish. You can check on several traits to ensure you pick high-quality liners. These characteristics include:

  1. The scent – dam liners made from recycled materials will have a pungent smell. In contrast, liners from virgin materials have no scent.
  2. Smoothness – high-quality liners should be smooth throughout, unlike low-quality liners that are rough due to air pockets in the material.
  3. Floating test – a high-quality liner tends to float when you place it on the water surface, whereas poor-quality liners will sink.

Determination of pond and dam liner size.

The size of the pond you want to construct will depend on the type of farming, available capital, and area. You will need a lot of money and vast space to build your pond for commercial agriculture. In contrast, small-scale farmers need little capital and small areas. Once you have determined your pond size, the next step is determining the size of the liner. You will need the maximum length, width and depth of your pond. At Eunidirp, we have a team of experts to help you determine the right size for your pond.

Eunidrip Irrigation System dam liners

Our dam liners come with widths of 5, 7 and 8m and lengths of up to 100m. If the required dam liner has a width of more than 8m, we will need to carry out welding to join two dam liners. We have experienced staff who can accurately determine your liner’s size and carry out the welding process avoiding leakage incidents. Interested clients can visit us at George Morara Road, Nakuru town or contact us on 0728163329.



Eunidrip Irrigation Systems is amongst the best dam liner suppliers in Kenya. Our dam liners are high-quality liners made from virgin materials that many farmers opt to use.

•dam liners in Kenya

Applications of dam liners.

Dam liners are applicable in very many situations around your home. Some of these applications include:

  1. In fish farming – dam liners are waterproof materials that will help you avoid infiltration when carrying out inland fish farming. Liner use for fish farming is beneficial in areas with sandy soils.
  2. In water harvesting – water reservoirs are lined with dam liners to help retain the water.
  3. Water treatment – this is the process of treating wastewater using large tanks. Wastewater contains a lot of harmful substances that can pollute underground water sources when they seep into the soil. Dam liners prevent seepage in these systems.
  4. Water tank repairs – concrete water tanks are susceptible to cracks with time. The reasons that can cause cracking in water tanks are shifts in the soil beneath the tank and expansion and contraction of the tank. The development of cracks leads to leakages and bacteria growth in the gaps. Dam liners help in repairing cracks on the tank.
  5. Geothermal stations – these stations utilize steam as a working fluid. Dam liners help prevent leakages in the system.

Factors affecting the choice of dam liners.

Our dam liners come with 0.3, 0.5, 0.75, and 1 mm thicknesses. Selection of the wrong thickness from dam liner suppliers in Kenya can lead to tears and leakages. The factors to consider when selecting dam liners are:

  1. The nature of the soil – areas with a stony surface will need the 1mm dam liner, whereas regions with fine soils can use liners of 0.3 mm.
  2. The volume of water – the quantity of water that the liner will hold plays a significant role in determining the thickness. Large volumes of water will need thick dam liners to support the weight. Small volumes of water can use thinner liners.
  3. The expected lifetime of the dam liner – 1 mm dam liners tends to last longer than 0.3 mm liners.
  4. Economics – the thicker the liner, the more the costs. The available capital for the farmers will determine which dam liners they choose.

Advantages of dam liners.

  1. Dam liners are both corrosion and ultraviolet resistant.
  2. They are impervious, avoiding water infiltration.
  3. They are cost-effective for storing water compared to concrete tanks.
  4. Dam liners are easy to maintain and repair.

Cost of Eunidrip dam liners.

The available dam liners’ costs at our shop are as follows.

Dam liner prices in Kenya
Dam liner thickness  Discounted price per m2
0.5 mm (500 microns) Ksh. 230
0.75 mm (750 microns) Ksh. 340   Ksh. 230
1.0 mm (1000 microns) Ksh. 380   Ksh. 250

Interested customers can visit our shop at George Morara Road, Nakuru town. Those who aren’t near Nakuru can purchase our dam liners through our online shop. For any inquiries, you can contact us on 0728163329.

Pawpaw irrigation




Pawpaws are nutritious fruits rich in vitamins that do well in areas receiving an average rainfall of about 1000 mm per year. It is best to use irrigation to supplement the rainfall in areas with insufficient rainfall. The three methods you can use for pawpaw irrigation are rain hose irrigation, rain gun sprinklers, and button dripper irrigation. Pawpaw irrigation using a rain hose is very useful when the plants are in the nursery. The rain hose delivers the required amounts of water and nutrients to the young plants. The rain gun sprinkler is also an effective way of watering pawpaws. However, the rain gun sprinkler uses a lot of water, and you will need a pump to achieve the required water pressures. The addition of a pump means increased operating costs.

At Eunidrip, we advise farmers to use button dripper irrigation for their pawpaws. Fully grown pawpaws need an average of 4.5 liters of water in a week. Button drips can deliver water up to a rate of 60 litres per hour, making them suitable for pawpaw irrigation. Adjustable button drippers enable you to control the discharge to the plants. We sell button drippers at a cost of KES 25 per piece, and the drippers are easy to fit into the 16 mm HDPE pipe.

Components of a pawpaw button drip irrigation system.

  1. The mainline and submain line – the mainline transports water from the tank to the submain line. The diameter of the mainline is usually larger than the other pipes in the system. The submain line delivers water from the main pipe to the 16 mm HDPE pipe lateral.
  2. Button drips – the main types of button drips in our shop are the adjustable and non-adjustable button drips. These button drips come with thicknesses of 1 and 1.3 mm. The 1mm thick button drip is more suitable for temporary usage due to its short service life. The 1.3 mm thick button drippers can endure the harsh environment and tend to last longer.
  3. Filters – to remove particles that can potentially clog the button drips.
  4. Fittings and accessories.

Why choose button drip irrigation for your pawpaws.

The initial set-up cost of a button drip irrigation can be relatively high, and many farmers would ask themselves why they should spend all that money. At Eunidrip, we can assure you that with proper maintenance, your irrigation system will significantly increase your yields. Some of the other advantages you acquire when using this pawpaw irrigation method are;

  1. Button drip irrigation delivers water to the root zone, helping in controlling weeds.
  2. There is an efficient application of fertiliser and water, saving on costs.
  3. Button drip system uses gravity to deliver water, saving on operating costs.
  4. A button dripper internal design reduces the chances of clogging.

You can find us at George Morara Road, Nakuru town, or contact us on 0728163329. For our customers located far from Nakuru town, you can purchase the items through our online

onion drip irrigation kit for sale in Kenya


Eunidrip Irrigation Systems is among the best suppliers of onion drip irrigation kit in the Kenya. Onions are crops that are sensitive to the amount of water they receive. They have shallow roots that require constant and regulated amounts of water. Too much water will result in fungal diseases and rot, whereas too little water will cause a decrease in quality and onion size. Onions need about 2.4 cm of water once per week for optimum yields. Drip irrigation is the best way to apply water to the onions.

Onion Drip Irrigation Kit for Sale in Kenya

In the realm of efficient onion cultivation, a well-designed drip irrigation system plays a pivotal role. This article delves into the intricate components of an Onion Drip Kit, emphasizing the importance of each element in achieving optimal irrigation for onion crops. From connectors to pipes and fittings, every component contributes to the seamless operation of the system, ensuring water delivery precision and maximizing onion yield.

Tank Connector for Low-Pressure Gravity Flow

At the heart of the onion drip kit is the Tank Connector designed specifically for low-pressure gravity flow. This component serves as a crucial link between the water source and the irrigation system. Its role is to facilitate the smooth transition of water from the source to the subsequent components, ensuring a consistent and controlled flow for effective onion irrigation.

Water Pump Connectors for High-Pressure Flow

For situations demanding high-pressure flow, water pump connectors become indispensable. These connectors bridge the gap between the water pump and the drip irrigation system, ensuring that the onion plants receive a sufficient and pressurized water supply. The flexibility to adapt to varying pressure requirements makes water pump connectors an essential part of the kit, catering to the dynamic needs of onion cultivation.

Filtration System

Maintaining water quality is paramount in drip irrigation, and the filtration system is the guardian against contaminants. This component ensures that the water delivered to the onion plants is free from impurities that could compromise both plant health and the integrity of the irrigation system. Whether it’s a screen filter for gravity flow or a more robust disc or sand filter for high-pressure scenarios, the filtration system safeguards the efficiency of the entire onion drip kit.

PVC Ball Valves

PVC ball valves act as gatekeepers in the onion drip kit, providing precise control over the water flow. These valves, made from durable PVC material, enable farmers to regulate the irrigation process with accuracy. By strategically placing PVC ball valves at key points in the system, users can adjust water flow, ensuring that each onion plant receives the optimal amount of water required for healthy growth and development.

HDPE Pipe and Fittings for HDPE Main and Sub Main-Lines

The backbone of any efficient irrigation system is the pipeline, and in the onion drip kit, High-Density Polyethylene (HDPE) pipes take center stage. These pipes, along with compatible fittings, form the main and sub main-lines, reliably transporting water throughout the onion farm. Known for their durability and resistance to harsh weather conditions, HDPE pipes ensure a dependable water supply, contributing to the long-term success of onion cultivation.

PVC Pipes and PVC Fittings for PVC Main and Sub Main Lines

In parallel to HDPE pipes, Polyvinyl Chloride (PVC) pipes and fittings offer an alternative option for constructing main and sub main lines in the onion drip kit. PVC’s versatility and corrosion resistance make it a suitable choice for various irrigation applications. The kit’s inclusion of PVC pipes provides farmers with flexibility in designing their irrigation system, catering to specific needs and preferences.

15cm Drip Emitter Spacing Drip Tape and Drip Fittings (Approx. 100 words): The heart of precision irrigation lies in the drip tape and drip fittings with a 15cm emitter spacing. This component of the onion drip kit ensures that water is delivered directly to the onion plants’ root zones. The carefully calibrated emitter spacing minimizes water wastage, providing targeted hydration to each plant. This level of customization allows farmers to optimize water usage and enhance the overall efficiency of the onion drip irrigation system.

Advantages of using drip irrigation on your onions.

  1. There are reduced pumping costs since the system uses water efficiently.
  2. Improved crop health – the onions get the right amount of water and nutrients ensuring high quality and quantity yields.
  3. The labour costs incurred when hiring people to water your onions are reduced.
  4. Drip irrigation delivers water to the root zone of the onions helping in controlling weed growth.
  5. The fertigation system helps avoid the harmful effects of fertiliser overuse. Examples of the harmful effects are pollution of underground water sources, acidification of the soil, and toxic build-up of harmful metals in the soil.

At Eunidrip, we offer supply, design, and install full onion drip irrigation kits for our clients. Interested customers can make purchases through our online shop or our physical shop located at George Morara Road, Nakuru town.  In case of any inquiry, you can contact us on 0728163329.


What is an onion drip irrigation kit, and how does it work?

An onion drip irrigation kit is a system designed to efficiently water and irrigate onion crops. It works by delivering a controlled and precise amount of water directly to the root zone of the onions through a network of tubes, pipes, and emitters. This conserves water and ensures that the onions receive the right amount of moisture for optimal growth.

What are the benefits of using a drip irrigation kit for onions?

Drip irrigation offers several advantages for onion farming, including water conservation, reduced weed growth, improved nutrient delivery, and increased crop yield. It also minimizes soil erosion and disease spread.

Can I customize the onion drip irrigation kit to suit my farm’s specific needs?

Yes, many onion drip irrigation kits are customizable. You can adjust the layout, spacing of emitters, and water flow rates to meet the unique requirements of your onion crop and field size.

What components are typically included in an onion drip irrigation kit?

A standard kit often includes drip tape or tubing, emitters or drippers, connectors, filters, pressure regulators, stakes or supports, and a main water supply line. Some kits may also include a timer or controller for automated irrigation.

Is it cost-effective to invest in a drip irrigation kit for onions?

Yes, drip irrigation is generally cost-effective in the long run. While there is an initial investment, the improved water efficiency and increased crop yield can lead to significant cost savings and higher profits over time.

How do I determine the right size and capacity of the drip irrigation kit for my onion farm?

The size of the kit you need depends on factors like the size of your onion field, the spacing of your onion plants, and the water source’s flow rate and pressure. It’s advisable to consult with a drip irrigation specialist or supplier to determine the appropriate kit size.

What maintenance is required for an onion drip irrigation kit?

Regular maintenance includes checking and cleaning filters, inspecting and repairing damaged components, and ensuring that emitters are functioning correctly. Proper winterization is also essential to prevent freezing and damage during the offseason.

Can I use a drip irrigation kit for other crops besides onions?

Yes, drip irrigation kits are versatile and can be used for a wide range of crops, including vegetables, fruits, and flowers. They are suitable for various farming applications.