Drip irrigation System in Kenya ranges from KES 135,000 – KES 180,000 per acre. We offer drip irrigation installation at customer friendly rates.Call 0717120401Water Shortage continues to be a major challenge in agriculture. Drip irrigation offers a reliable solution by watering each plant which the moisture rate at the root zone. Water falls on the plant root zone and thus minimizing wastage.

Drip Irrigation System By Faulu Irrigation LTD

Buy Complete drip irrigation system from Faulu Irrigation LTD. The drip irrigation is customized and works best in open farms and greenhouse growing environment.Our drip irrigation kits include pipes and accessories below:

• Dripline roll – 0.3mm or 0.4 mm roll 16mm diameter.
• Mainline HDPE Pipe – mainline connection which delivers water from source tank to the farm.
• Sub-mainline Pipe – distributes water from the mainline pipe to the driplines in the beds.
• Laterals – from sub-mainline and connects to driplines.
• Connectors – include tee, Elbow, End Cap and drip connectors.
• Screen filter – to remove debris which can block the irrigation system.

How Does Drip Irrigation Systems Work?

Drip Irrigation system with the enhanced dripline delivers water slowly and in balanced rates to plant root zones.What makes drip irrigation much efficient than rain fed agriculture, is the control of watering rates and frequency. Crops get sufficient moisture, not less or excess, thus your plants will mature well.

Types of Drip Irrigation Systems

Surface Drip Irrigation

Surface drip systems place tubing on top of the soil surface near plants. This method is widely used in vegetable farming, orchards, vineyards, and flower cultivation.

Advantages

• Easy installation
• Simplified maintenance
• Cost-effective setup
• Suitable for seasonal crops

Subsurface Drip Irrigation

Subsurface drip irrigation buries tubing beneath the soil surface, allowing water to reach roots directly underground.

Advantages

• Minimal evaporation losses
• Reduced weed growth
• Enhanced water efficiency
• Lower disease incidence

This system is commonly used in large-scale agriculture and permanent crop production.

Benefits of Drip Irrigation

Superior Water EfficiencyOne of the greatest advantages of drip irrigation is its remarkable water-saving capability. Traditional irrigation methods lose substantial amounts of water due to evaporation, runoff, and overspray.Drip irrigation delivers water exactly where needed, reducing wastage by up to 60%.Improved Crop YieldConsistent soil moisture promotes healthier plant development and higher agricultural productivity. Plants experience less stress because roots receive stable hydration levels throughout the growing cycle.Key Yield Improvements

• Faster growth rates
• Uniform crop development
• Better fruit quality
• Increased harvest volume

Reduced Weed GrowthSince water is applied only around plant roots, surrounding areas remain dry. This significantly limits weed germination and competition for nutrients.Lower Fertilizer LossFertigation systems allow nutrients to move directly into the root zone. This minimizes nutrient leaching and maximizes fertilizer absorption efficiency.Disease PreventionWet foliage often encourages fungal diseases and bacterial infections. Drip irrigation keeps leaves dry, reducing the spread of plant pathogens.Energy SavingsLow-pressure operation consumes less energy compared to overhead sprinkler systems, lowering electricity and fuel costs.

Which Crops to Water Using Drip Irrigation?

Drip irrigation supports the cultivation of:

• Vegetables – Swiss chards, cabbages, Kales, and broccoli.
• Fruits – strawberries, melons, dragon fruit and raspberries.
• Maize
• Tomatoes

• Cucumbers
• Peppers
• Lettuce
• Herbs
• Flowers

Drip Irrigation Installation Process

Step 1: Site Assessment

Before installation, evaluate:

• Soil type
• Crop spacing
• Water quality
• Field slope
• Climate conditions

Proper planning ensures maximum irrigation efficiency.

Step 2: Design of the drip irrigation System

Design the irrigation layout based on:

• Crop requirements
• Water pressure
• Field dimensions
• Flow rate calculations

Professional design minimizes uneven water distribution.

Step 3:  Lay and connect Mainline Pipes

Make a connection from the tank to the farm, using HDPE pipe.

Step 4: Lay Driplines

Lay the dripline on the root zone. Space as per the requirements of crop spacing. At least 30 cm apart.

Step 6: Test the System

Check for:

• Leaks
• Pressure inconsistencies
• Clogged emitters
• Uniform flow

System testing ensures reliable performance before full-scale operation.

Maintenance of Drip Irrigation Systems

Regular Filter Cleaning

Filters must be cleaned frequently to prevent clogging.

Flushing the System

Periodic flushing removes sediment buildup inside pipes and tubing.

Checking Emitters

Inspect emitters for blockages or uneven discharge rates.

Pressure Monitoring

Maintain recommended pressure levels to ensure consistent water delivery.

Seasonal Inspection

Inspect the entire network before each planting season for damage or wear.

Drip Irrigation: Soil Compatibility

Sandy Soil

Sandy soils drain rapidly and require:

• Frequent irrigation cycles
• Lower water volume per cycle

Clay Soil

Clay retains moisture longer and requires:

• Slower application rates
• Longer intervals between irrigation

Loamy Soil

Loam offers balanced drainage and moisture retention, making it ideal for drip irrigation.

Drip Irrigation vs Traditional Irrigation

Feature	Drip Irrigation	Traditional Irrigation
Water Efficiency	Extremely High	Moderate to Low
Evaporation Loss	Minimal	Significant
Weed Growth	Reduced	Increased
Fertilizer Efficiency	High	Lower
Disease Risk	Lower	Higher
Labor Requirement	Reduced	Higher
Energy Consumption	Lower	Higher

Advantages of Drip Irrigation

• High water use efficiency
• Saves on Labour cost
• Fertilizer use efficiency
• High Crop Yield

Environmental Impact of Drip Irrigation

Water Conservation

Efficient water use helps preserve groundwater reserves and freshwater ecosystems.

Reduced Soil Erosion

Low-flow irrigation minimizes surface runoff and soil degradation.

Zero Soil Pollution

Precise nutrient delivery reduces contamination of rivers and groundwater.