Commercial

Agriculture & Irrigation

HydroFLOW reduces drip-emitter clogging, protects irrigation systems from limescale and improves nutrient uptake in plants — no chemicals, no maintenance.

Consultation & assessment Full solution
Fewer drip-line blockages Protects irrigation systems Better nutrient uptake
Operational challenges

What’s hurting your yield and irrigation system?

Farmers in Israel face complex water quality and high operating costs, which directly hurt yield and profitability.

01

Clogging in drip emitters and irrigation systems

Effluent and well water rich in calcium, magnesium and iron form hard limescale inside emitters and pipes.

✓ With HydroFLOWEmitters stay free of limescale for longer — precise, uniform irrigation.
02

Biofilm build-up and contamination

A slime layer in irrigation pipes provides a substrate for bacteria and algae to multiply, clogging the system.

✓ With HydroFLOWReducing biofilm — fewer clogs and less harm to plant health.
03

Low fertiliser efficiency

In hard water, fertiliser components can react with minerals and become unavailable to the plant — costly waste and poor uptake.

✓ With HydroFLOWImproved nutrient availability — better fertiliser utilisation.
Agriculture and irrigation systems with HydroFLOW unit
Better yield
Improved nutrient uptake and irrigation uniformity contribute to a bigger yield
Want proof first? See our installation results and case studies →
The solution

How does HydroFLOW improve irrigation?

The system is installed on the irrigation line’s main pipe or ahead of the filtration system. It transmits an electrical signal into the water, causing minerals to crystallise into stable clusters that don’t adhere to walls.

Fewer clogs
Fewer emitter blockages

Emitters stay free of limescale and biofilm for longer.

Better fertiliser use
More efficient fertiliser use

Fertiliser components stay dissolved and more available to the plant.

More uptake
Improved soil absorption

Water reaches deeper root zones, maximising hydration efficiency.

None
Chemicals or maintenance

A physical solution with no chemicals and no need for ongoing maintenance.

Installation process

Three steps to an advanced solution.

01

Installation

The HydroFLOW system is installed externally onto the irrigation pipework, with no cutting or irrigation-system shutdown.

02

Treatment

The signal propagates along the irrigation lines and treats the water in real time, even with intermittent irrigation.

03

Result

Cleaner emitters, improved nutrient uptake and a bigger yield.

What’s really stopping yield in Israel

From a blocked emitter to the root — three links in the same chain

Emitter clogging, biofilm in reclaimed water, and water penetration into soil aren’t three separate problems — they’re three points on the same chain that starts at the system head and ends at the plant’s root.

1Emitters and spray nozzles — the narrowest opening clogs first

With every evaporation cycle, dissolved minerals stay concentrated exactly at the narrowest opening they passed through — which is why emitters and spray nozzles are always the first component to clog in a system, even while the main pipework is still completely clean.

2Biofilm and MIC — the dominant challenge in reclaimed water

A significant share of irrigation in Israel relies on reclaimed effluent, where biofilm is usually the more dominant challenge than classic limescale — including microbially induced corrosion (MIC) in the pipework itself.

5 → 20 days
Flush interval at a drip-irrigated orchard in an arid region — biofilm and MIC dropped along with clogging.
Case study →
+14% yield
Higher yield on 25% less fertiliser, with saline irrigation water in an arid agricultural region.
Case study →

3Water penetration into soil — a research-based hypothesis

Studies on magnetized water (a related but simpler technology — passive permanent magnets) sometimes show improved soil penetration, attributed to reduced surface tension of the water.

Important to be precise: HydroFLOW’s active electrical signal is based on a related physical principle, but it is electromagnetic, induced and active — not a passive magnet — so the effect is likely more significant. That said, no dedicated study has yet examined soil penetration specifically for HydroFLOW, so this should be presented as a hypothesis grounded in adjacent research, not as a proven result.
Applications

Who is it for?

Fields with drip irrigation

Reducing emitter clogging over large areas.

Orchards

Maintaining irrigation uniformity over long growing seasons.

Greenhouses and nurseries

Improving fertiliser availability and reducing irrigation-system maintenance.

Management and control
Hydropath Care dashboard

One device. One platform. Full transparency.

HydroKNCT and Hydropath Care are designed to work together as a single connected monitoring solution for every HydroFLOW installation across your network.

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Real-time signal performance data from every unit

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24/7 temperature and power monitoring

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Instant alerts when readings change

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Central dashboard for all sites

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Full logging and trend transparency

FAQ

Your questions answered

How does the system help reduce emitter clogging?
The electrical signal causes minerals in the water to crystallise into stable clusters that don’t adhere to emitter and pipe walls, so they stay clean over time.
Does it suit treated effluent too?
Yes. The system suits both well water and treated effluent, which contain high concentrations of calcium, magnesium and iron.
Is ongoing maintenance required?
No. The system operates with no chemicals and requires no component replacement or periodic maintenance.

Ready to improve your irrigation efficiency?

Tell us about your irrigation system and our team will estimate your expected savings — at no cost and with no obligation.

Call us