NFI: Nano Flow Irrigation

If you can just turn it on and leave it running... Why Waste Water?

Supplement plants for longer periods
Reduce on-demand water and energy
Reduce soil tension
Reduce flow velocity, frictional losses, and infrastructure
Save water and improve production

Less pressure loss means better uniformity!

Did you know?

There are about
20 Drops in 0.001 Liters of water!?

The Dropper Series by Nano Flow Irrigation

Each emitter in The Dropper Series can accomplish flow rates unmatched by any known maker of any commercial drip line.

This system is designed to run for days/weeks at a time. It is recommended to leave it running continuously except for when maintenance requires it.

Just set it and let run.

In simple terms, our drip line technology operates at just 1% of the traditional flow rate. Unlike conventional systems that inundate crops in intervals, our technology maintains a constant, gentle supply of water, drastically reducing the total water used while ensuring optimal plant health. This approach allows growers to run more irrigation sets simultaneously, maintaining continuous irrigation without the risk of overwatering.

Israel Ruttenberg

CEO & Founder

I was taught about developing and manufacturing low flow products from my family role models. The science was inspired by my grandfather's innitiative.

It is my goal to challenge the status quo for efficient irrigation practices and improve water footprint with everything he taught me.

Drops vs Gravity:

Liquid that flows from a single dripper to the ground continues to flow in the ground due to two forces: gravitational force, which pushes the liquid droplet downwards, and capillary force, which pulls the liquid droplet in all directions (Gardner, 1979; Schwartzman et. al, 1984).

Large amounts of water over a short duration leads to much deeper percolation, because of a larger gravitational force. In contrast, when water flows to the ground at extremely ultra low flows, the capillary forces dominate, and the gravitational forces become negligible, which means deep percolation is less likely to occur (Kenig et. al, 1995; Raviv et. al 2008).Read More...
Micro vs Nano Irrigation

What would you do with a flow rate of 0.01 Gallons Per Hour?

Lead in stewardship with Nano Flow Irrigation. Our drippers are pioneering flow rates that are not accomplished in the market by any well known maker of drippers. The established industry normal dictates that you should have extraneous infrastructures to maintain water and salt tables through managing allowable depletion or drought deficit methods.

It should be simple for everyone involved. Just leave the system running. Turn it on and forget about it. And you don't have to worry about excessive runoff, percolation, or drainage issues such as pests, diseases, water logging, puddles, and contamination etc.

Crop ET is no limitation. As long as the feeder roots stay moist and well aerated, then the plant will survive and thrive. Exposure to frequent surges of stress results in excessive plant foliage and hinders production. Just keep the flow low.
Read More...

Frequently Asked Question list- FAQS(click to dropdown)

How does the utilization of ultra-low flow rates address the challenge of drought deficit irrigation and ET?
- Ultra-low flow rates excel in drought deficit irrigation.
- They provide a continuous, measured supply of water that may not match conventional rates but is sufficient for plant needs.
What water-saving potential is associated with ultra-low flow rates in micro and drip irrigation?
- Slower-moving fluid at ultra-low flow rates maximizes water conservation by delivering precise amounts needed for plant health, minimizing waste, and optimizing resource efficiency.
How do ultra-low flow rates in nano irrigation enhance uniformity and promote plant root health?
- Ultra-low flow rates contribute to better irrigation uniformity.
- They ensure each plant receives a consistent and controlled amount of water, promoting healthier, well-aerated roots and reducing stress.
Can you explain how ultra-low flow rates impact the stress levels of plant roots and contribute to additional yield events?
- Ultra-low flow rates reduce stress on plant roots, leading to improved overall plant health.
- Research suggests that this reduction in stress can result in additional production per yield or even trigger extra yield events.
How can plants respond positively to ultra-low flow rates, and what benefits do they derive from this irrigation method?
- Plants respond favorably to ultra-low flow rates.
- These rates mimic natural moisture conditions, fostering healthier root systems and optimizing nutrient uptake for improved growth and yield.
How can the application rate affect the stress levels of plants' roots?
- The application rate plays a crucial role in influencing the stress levels of plants' roots.
- Higher application rates, typical in conventional drip/micro irrigation, can lead to overwatering, saturating the soil, and impeding proper aeration.
- A controlled and lower application rate, such as with nano irrigation, ensures that plants receive just the right amount of water, minimizing stress on the roots and promoting optimal growth conditions.
Why is it important to strike a balance between advanced infrastructures and simplicity in irrigation systems?
- Striking a balance between advanced infrastructures and simplicity is crucial for ensuring the effectiveness and practicality of irrigation systems.
- While advanced technologies offer precision and control, simplicity ensures ease of operation and maintenance.
- Overly complex systems may be challenging to manage, leading to inefficiencies and increased costs.
- Achieving a balance allows for the integration of smart technologies where needed, enhancing decision-making and resource optimization, while maintaining user-friendly and manageable systems.
How can Nano Flow Irrigation contribute to water conservation and sustainability with nano irrigation technology?
- Nano Flow Irrigation contributes significantly to water conservation and sustainability.
- These systems deliver water directly to the root zone with minimal wastage, reducing runoff and evaporation and at a flow rate unmatched by its competitors.
- The precise control over water application rates ensures that only the necessary amount of water is used, promoting efficient resource utilization.
- By minimizing water wastage and optimizing plant water uptake, nano irrigation plays a key role in conserving water resources, making agriculture more sustainable, and addressing the challenges of water scarcity.
How do ultra-low flow rates in micro and drip irrigation differ from traditional irrigation methods?
- Ultra-low flow rates, or Nano Irrigation, involve a significantly slower discharge of water compared to traditional methods.
- This allows for precise control and efficient use of water resources.
What are the advantages of having ultra-low flow rates in irrigation systems?
- Ultra-low flow rates provide enhanced control over water application.
- This leads to better uniformity, reduced runoff, and improved water conservation.
- Additionally, they contribute to minimizing the risk of overwatering.
How do ultra-low flow rates contribute to smart infrastructures for decision-making in irrigation events and scheduling?
- The use of ultra-low flow rates simplifies the need for complex controls.
- The slower flow inherently reduces the risk of excessive water application.
- This simplicity aligns with efficient decision-making for irrigation events.
In what ways can ultra-low flow rates mitigate frictional head losses in micro and drip irrigation systems?
- The slower movement of water at ultra-low flow rates minimizes frictional head losses.
- This reduction in frictional losses reduces the energy required for nano irrigation.
- Resulting in more efficient water distribution throughout the system.

Emitter Spacing (inches)		18 "
Row Length(feet):		1000 '
Number of Rows:		2
Row Spacing:		5 feet

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If you can just turn it on and leave it running... Why Waste Water?

Less pressure loss means better uniformity!

Israel Ruttenberg

Drops vs Gravity:

Micro vs Nano Irrigation