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Digital Catalogue

NGS® Recirculating Hydroponic System

Discover how our patented layered polyethylene architecture replaces the substrate, enhances root oxygenation through a unique cascading effect, and recirculates every drop. Available in pure or hybrid solutions.

The NGS® system is based on the circulation of a nutrient solution inside a channel, creating a dynamic, highly structured root-zone environment.

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Bespoke configuration

Top Layer (White): Reflects solar radiation and houses the plant’s neck.

Intermediate Layers (Black): Create the ideal space for free root development (or house the reusable substrate in hybrid mode) and guide the nutrient solution through multiple levels.

Bottom Layer: Exclusively dedicated to collect the nutrient solution drainage.

Cascade circulation (natural oxygenation):

After flowing through each section, the nutrient solution cascades to the next level through precision-engineered openings. Each drop creates continuous passive hyper-oxygenation. Roots grow freely, with no restrictions, remaining healthy without the need for costly forced-aeration systems.

Tailored design for project conditions

The multi-layer configuration..and site-specific conditions

We engineer layer dimensions widths to ensure optimal root development, as well as different die-cuts in the top layer to optimize the exact spacing between plants.

The weight advantage: Thanks to its substrate-free design, or minimal substrate requirements, the NGS system can be installed in virtually any greenhouse. This lightweight feature offers outstanding operational flexibility and enables multi-level cultivation within standard greenhouse structures.

Industrial Efficiency: Zero Discharge and On-Demand Irrigation

A closed and automated circuit designed to maximize water ad nutritional resources.

Full recirculation

As a fully recirculating system, all excess nutrient solution is recovered at the end of each growing line, returned to the collection tank, and automatically rebalanced before the next irrigation cycle. Nothing is wasted. Nothing is discharged.

On-demand control

Irrigation frequency and volume adjusted in real-time according to the crop’s phenological stage and climate.

Water saving

50% to 60% reduction in water consumption compared to soil cultivation.

One Technology, Multiple Applications

The NGS system is available in different configurations to maximize your project’s return on investment.

Strawberry
Higher-density and lower production cost in the market. Up to 300,000 plants/ha
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Lettuce and Leafy Greens
From open-field to automated industrial production with 360,000 plants/ha/cycle
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Tomato and vine crops
Consistent root development along the cycle and no substrate replacement
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Dragon Fruit and Tropical Crops
Faster ROI and Earlier Returns. Up to 3 kg/m² in year 1
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Advantages of growing with the NGS® system

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Water saving

50% to 60% reduction in water consumption compared to soil cultivation. For strawberries: 46 liters per harvested kg versus 166 liters per harvested kg in soil.

Root system oxygenation

The multi-layer architecture creates passive cascade oxygenation, allowing roots to grow freely without soil or substrate constraints, while maximizing oxygen availability in the root zone.

Early production

Earlier harvests, healthier roots, and superior crop performance from day one. Greater uniformity, longer shelf life, and continuous production without crop rotation or fallow periods.

Crop automation

Fully automated industrial production, from planting through harvesting, achieving industry-leading productivity:

  • Up to 1,000 tons of micro-greens per year with only 3 operators1000 tons/year of sprouts with only 3 operators
  • Up to 700,000 units harvested per employee annually
Higher planting density

The system configuration allows maximizing the number of plants per hectare. Up to 300,000 for strawberries or 360,000 for lettuce.

On-demand irrigation

Precision on demand irrigation powered by AI, real-time EC, pH, and temperature monitoring, full climate control integration, and complete operational data tracking.

Zero discharge

100% of the nutrient solution is recovered and recirculated, with no discharge into the environment. A closed-loop system designed for maximum efficiency and sustainability.

Greater disease resistance

Eliminating soil removes soil-borne pathogens. Well-oxygenated roots are stronger, healthier, and more resilient.

Reduction of labor costs

No substrate handling or replacement between growing cycles. Fewer manual tasks, greater operational efficiency, and improved workforce productivity.

Frequently Asked Questions