Key Products Manufactured:
Polyethylene (PE) Pipes
HDPE: High-Density Polyethylene (for mains and sub-mains)
LDPE: Low-Density Polyethylene (for lateral lines in drip systems)
Sizes range from 16 mm to 630 mm, depending on application
Drip Irrigation Systems
Inline and online drippers
Drip tapes and tubes (for row crops and greenhouses)
Pressure-compensating and non-compensating models
Sprinkler Systems
Mini-sprinklers, micro-sprayers (for orchards and vegetables)
Rain-guns and pivot systems (for cereals and wide-area crops)
Filtration Units
Disc, screen, and sand filters to prevent emitter clogging
Essential for drip systems using surface or well water
Valves & Fittings
Ball, gate, air-release, and solenoid valves
Made from durable plastics, sometimes reinforced with nanomaterials
Automation Equipment
Basic controllers to advanced, IoT-enabled systems
Real-time monitoring of flow, pressure, and soil moisture
🏢 Leading Domestic Companie:
Noavaran
– major player in the plastics and irrigation industry.
– a modern company focused on valves, drip systems, and greenhouse irrigation.
– strong in HDPE/LDPE pipes and agricultural pipe solutions.
🧪 Innovation in Manufacturing:
Use of nanotechnology in pipe materials for higher pressure tolerance and UV resistance.
Local production of rain-gun sprinklers at <25% the cost of imported European models.
Startups offering smart irrigation controllers and sensor-based systems for automated watering.
🌍 4. Export and Regional Influence
Iran doesn’t just manufacture irrigation equipment for domestic use — it is also a key exporter of irrigation technology and products, especially in West and Central Asia, parts of Africa, and neighboring countries with similar climates.
📦 Main Export Products:
Polyethylene pipes (HDPE/LDPE)
Drip and micro-drip systems
Sprinkler heads and rain-guns
Nano-reinforced valves and joints
Irrigation filters and controllers
Smart irrigation tools and IoT kits
🌐 Key Export Markets:
Iraq
Afghanistan
Armenia
Tajikistan
Pakistan
Syria
North African countries (e.g., Sudan, Algeria)
These countries often:
Have similar water scarcity issues.
Are price-sensitive, making Iranian products more attractive than European or Israeli alternatives.
Prefer localized service and support, which Iranian companies can offer.
🚛 Export Advantages:
Lower production costs due to domestic raw material access (Iran has a petrochemical base).
Geographical proximity reduces logistics costs and lead times.
Strong trade ties with regional neighbors, many of whom lack local irrigation manufacturing capacity.
📈 Notable Achievements:
Some Iranian rain-gun sprinklers now outperform Italian and German models in cost-efficiency and water savings.
Nanotech-enhanced parts have been certified in over 40 countries.
Iran’s knowledge-based firms are establishing export partnerships with African and South Asian agricultural development agencies.
Irrigation Industry in Iran : Domestic Manufacturing and Regional Export Power
Iran has invested heavily in local production of irrigation systems imports and manage costs. As of now, approximately 95% of the equipment used in Iranian irrigation projects is manufactured inside the country.
56 Years of Experience
Noavaran’s Legacy in Iran’s Water Industry
Since 1969, Noavaran Production & Trading Company has been a cornerstone of Iran’s water and irrigation sector, combining innovation, quality, and national pride. Founded by Mr. Seyed Karim Emami in Isfahan, we began as a distributor of PVC pipes and quickly grew to serve over half of Iran by 1971. With the introduction of polyethylene technology in 1973–74, we became the exclusive distributor for these products, strengthening our leadership in Isfahan and Chaharmahal-Bakhtiari provinces.
A Vision for Growth & Employment
Guided by Mr. Emami’s belief in local production, Noavaran invested in manufacturing to create jobs while ensuring top-tier quality. Today, Isfahan stands as Iran’s capital of water supply systems—a testament to decades of relentless effort. Together with Mr. Seyed Hamid Reza Taleghani, we expanded our services under Noavaran to meet the diverse needs of Iran’s water industry, from agriculture and construction to industrial infrastructure.
Precision in Production & Distribution
As a key connector between manufacturers and markets, Noavaran ensures equilibrium in supply chains. In 2018, we launched our own line of drip irrigation fittings under the WATER KING brand, delivering high-performance solutions to a rapidly growing market.
Our Reach: Local Roots, Global Vision
While our primary focus remains Iran—especially Isfahan and neighboring regions—we embrace international collaboration. Our partners include distributors, engineering firms, contractors, and retailers dedicated to sustainable water management.
Why Partner with Noavaran?
✅ 56 years of trusted industry expertise
✅ Uncompromising quality—partnering with Iran’s top producers
✅ Market stability—balancing supply and demand efficiently
✅ Global readiness—locally rooted, globally competitive
At Noavaran, our greatest pride is serving clients who expect nothing but the best. Let’s shape the future of water infrastructure—together.
Noavaran Production & Trading Company
Water King : Power Over Water — Harvest Under Control.
Irrigation Systems : The Key to Sustainable Agriculture and Food Security
Introduction
Irrigation is the artificial application of water to soil or land to assist in the growth of crops and vegetation. It plays a crucial role in agriculture, especially in regions with insufficient rainfall or unpredictable weather patterns. Efficient irrigation systems ensure sustainable food production, support economic growth, and help conserve water resources.
Why Are Irrigation Systems Important?
1. Ensures Consistent Crop Production
Rainfall is often unreliable, leading to droughts or floods that can damage crops. Irrigation systems provide a controlled water supply, ensuring that crops receive the right amount of water at the right time. This consistency is vital for food security and stable agricultural output.
2. Increases Agricultural Productivity and Harvest Efficiency
Proper irrigation significantly improves harvest efficiency—the ratio of usable crop yield to total potential yield. By maintaining optimal soil moisture, irrigation reduces plant stress, enhances nutrient uptake, and minimizes crop loss due to drought. Studies show that well-irrigated fields can achieve 20-50% higher yields compared to rain-fed farms. Additionally, irrigation allows for multiple cropping cycles per year, maximizing land use efficiency.
3. Supports Economic Growth
Agriculture is a major contributor to the economy in many countries. Efficient irrigation systems enhance crop yields, leading to higher incomes for farmers and boosting agribusiness. Additionally, irrigation supports industries like dairy, poultry, and fisheries, which rely on agricultural by-products.
4. Reduces Soil Erosion and Improves Soil Health
Proper irrigation techniques, such as drip or sprinkler systems, minimize water runoff and soil erosion. Controlled watering also prevents soil salinity and degradation, maintaining long-term fertility.
5. Conserves Water Resources
Modern irrigation methods, such as drip irrigation and precision watering, optimize water usage by delivering water directly to plant roots. This reduces wastage and ensures efficient use of scarce water resources, especially in drought-prone areas.
6. Mitigates the Effects of Climate Change
Climate change has led to unpredictable weather patterns, including prolonged droughts. Irrigation systems help farmers adapt by providing a reliable water source, reducing vulnerability to climate-related crop failures.
7. Enhances Food Security
With a growing global population, the demand for food is increasing. Irrigation ensures higher agricultural productivity, helping to meet food demands and prevent shortages.
Types of Irrigation Systems
Several irrigation methods are used worldwide, depending on water availability, soil type, and crop requirements:
Surface Irrigation (flooding fields) – Simple but less efficient (~60% water use efficiency).
Sprinkler Irrigation (simulating rainfall) – Better efficiency (~70-80%) but requires energy.
Drip Irrigation (water delivered drop by drop to roots) – Most efficient (90%+ efficiency), ideal for water-scarce regions.
Subsurface Irrigation (water applied below the soil surface) – Reduces evaporation loss.
Maximizing Harvest Efficiency Through Smart Irrigation
To achieve the best harvest efficiency, farmers should:
-Monitor soil moisture using sensors to avoid over/under-watering.
Adopt precision irrigation (e.g., drip systems) to minimize water waste.
Schedule irrigation based on crop growth stages for optimal yield.
Use drought-resistant crop varieties alongside irrigation to improve resilience.
Conclusion
Irrigation systems are essential for sustainable agriculture, economic stability, and food security. By adopting efficient irrigation techniques, farmers can maximize productivity while conserving water resources. Governments and agricultural organizations must invest in modern irrigation infrastructure to support farmers and ensure long-term agricultural sustainability.