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Hydroponic Systems

Hydroponic systems for MICRO, GROW and BLOOM

Choose NFT, DWC, vertical or Dutch bucket hardware to complement the three-part nutrients. Confirm configuration, assembly, testing and delivery scope in a written quotation.

Illustrative NFT channel configuration with lettuce; final configuration confirmed by quotation
NFT
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NaO NFT Leafy Greens System

Nutrient-film channels for leafy greens and herbs. Confirm planting sites, channel layout, reservoir, pump and assembly in your quotation. Use MICRO, GROW and BLOOM together.

Illustrative configuration. Confirm price, capacity, dimensions, power, included equipment, assembly and delivery in your written quotation.

Reservoir + pumpReturn flow
Pump feeds a shallow nutrient film through sloping channels; drainage returns to the reservoir. Schematic only; not a supplied-equipment specification.

Pairing with NaO

Add 3 mL MICRO, then 3 mL GROW, then 3 mL BLOOM per litre of water, mixing after each addition. Never mix concentrates together undiluted. Keep the nutrient tank at pH 5.5–6.0. Measure EC after mixing; crop EC references are not guaranteed results of this dose.

Keep channels draining freely and maintain pump flow; a blocked or stopped feed can dry exposed roots.

Illustrative deep-water-culture bucket configuration; final equipment confirmed by quotation
DWC
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NaO DWC Bucket System

Deep-water-culture buckets for supported fruiting crops. Confirm bucket count, aeration, circulation and reservoir requirements in your quotation. Use the complete three-part nutrient system.

Illustrative configuration. Confirm price, capacity, dimensions, power, included equipment, assembly and delivery in your written quotation.

Air pumpNutrient solution + air stone
Roots sit in nutrient solution; an air pump feeds an air stone in the bucket. Schematic only; not a supplied-equipment specification.

Pairing with NaO

Add 3 mL MICRO, then 3 mL GROW, then 3 mL BLOOM per litre of water, mixing after each addition. Never mix concentrates together undiluted. Keep the nutrient tank at pH 5.5–6.0. Measure EC after mixing; crop EC references are not guaranteed results of this dose.

Maintain aeration and monitor root-zone temperature; nutrient solution does not replace oxygen supply.

Illustrative vertical hydroponic tower; final planting capacity confirmed by quotation
Vertical Tower
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NaO Vertical Tower

Vertical growing configuration for leafy greens, herbs or suitable strawberries. Confirm planting sites, dimensions, pump and reservoir. Use MICRO, GROW and BLOOM together.

Illustrative configuration. Confirm price, capacity, dimensions, power, included equipment, assembly and delivery in your written quotation.

Reservoir + pumpReturn flow
A pump lifts nutrient solution to the top of a tower; it drains back through the root zone. Schematic only; not a supplied-equipment specification.

Pairing with NaO

Add 3 mL MICRO, then 3 mL GROW, then 3 mL BLOOM per litre of water, mixing after each addition. Never mix concentrates together undiluted. Keep the nutrient tank at pH 5.5–6.0. Measure EC after mixing; crop EC references are not guaranteed results of this dose.

Check that all planting pockets receive flow, drainage is clear, and crops have adequate light.

Illustrative Dutch bucket greenhouse configuration; final equipment confirmed by quotation
Dutch Bucket
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NaO Dutch Bucket System

Drip-fed media buckets for tomatoes, peppers and cucumbers. Confirm bucket count, media, irrigation, drainage and support requirements. Use the complete three-part nutrient system.

Illustrative configuration. Confirm price, capacity, dimensions, power, included equipment, assembly and delivery in your written quotation.

Reservoir + pumpReturn flow
A pump supplies drip lines to media-filled buckets; drainage returns to the reservoir. Schematic only; not a supplied-equipment specification.

Pairing with NaO

Add 3 mL MICRO, then 3 mL GROW, then 3 mL BLOOM per litre of water, mixing after each addition. Never mix concentrates together undiluted. Keep the nutrient tank at pH 5.5–6.0. Measure EC after mixing; crop EC references are not guaranteed results of this dose.

Check emitter flow and drainage, and use suitable media and support for fruiting crops.

Select hardware by how it supplies the roots

Compare operating principles

NFT carries a shallow flowing solution along channels, so reliable flow and clear drainage matter. DWC holds roots in solution and needs appropriate oxygen supply. Towers distribute water across planting positions; light and flow can differ between levels. Dutch buckets combine media, irrigation and drainage for the chosen crop. These descriptions do not confirm supplied components.

Match crop size, root volume, access for cleaning and structural support to the configuration. Leafy greens and large fruiting plants create different demands on drainage, trellising and maintenance. A space-saving arrangement is not a yield guarantee.

Before accepting a quotation

Confirm usable planting sites, footprint, working water volume, pumps, aeration, media and fittings. Ask what assembly and commissioning include and how overflow, cleaning and drainage are handled. Plan for electricity interruptions; diagrams do not imply a supplied battery or backup runtime.

Commission with water before adding plants and feed. Inspect for leaks, uneven delivery and blocked drains, and confirm electrical safety. Keep daily observations so that a small change in flow or reservoir level is noticed before plants suffer.

Look after the roots and water delivery

Roots require water, oxygen and suitable temperatures as well as mineral nutrients. Confirm that flow reaches every plant, drains remain clear and aeration works where the system requires it. A pump running in the reservoir does not prove that all emitters or planting pockets receive water. Protect the solution from light, inspect tanks and lines for algae or biofilm, and remove plant debris.

Clean equipment between crops and follow equipment and disinfectant labels for dilution, contact time, protective equipment and rinsing. Do not improvise peroxide, bleach or pesticide treatments in a live reservoir. Leaf yellowing, wilting and brown roots can have multiple causes. Persistent or rapidly spreading symptoms warrant qualified advice, not repeated fertilizer additions.

Further reading

These sources support general cultivation guidance, not verified Nana Organics product performance. Current NaO instructions take precedence over another brand’s feeding schedule.