AGRICULTURAL WATER
Nanoresonance offers chemical-free water treatment solutions
for irrigation to improve water and energy efficiency of agricultural sector
Nanoresonance creates measurable contribution to Sustainable Development Goals by addressing agricultural water impact in the following ways:
1. Decreasing the volume of water needed for irrigation by up to 30% depending on the irrigation system design and soil properties.
2. Reducing the maintenance required for irrigating systems by up to 90% due to anti-corrosion and anti-scaling effect of conditioned water.
3. Improving the quality of irrigation water by lessening hardness and enhancing the solubility and bioavailability of essential nutrients for crop growth.
The Fluid Conditioner device
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The Fluid Conditioner is equipped with powerful electro-magnets and superconductors. It is compatible with other Nanoresonance technologies.
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The electrical box is programmed to create electromagnetic resonance and control specific frequencies.
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It improves the thermodynamic properties of water molecules beyond the capabilities of traditional wet chemistry methods.
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The effects include 1) higher hydration state of nutrients (P, NH4+) stabilizing them in solution; 2) higher nutrient dissolution (equilibrium shift); 3) higher nutrient uptake by roots; 4) 25-50% reduction of fertilizer concentration (P, N).
Desalination of Water & Softer Soil
Efficiently converting brackish and saline water into irrigation water. Altered state of water enhances the ability to permeate soil and reach plant roots more efficiently.
Higher Solubility of Fertilizers
Conditioned water dissolves more nutrients, reducing fertilizer requirements by ensuring plants can more efficiently absorb the available nutrients.
Higher Fluidity of Water
Changes in the state of water lead to the decrease of surface tension and viscosity, while the increase of fluidity. This means easier pumping and lower electricity consumption across water-related operations.
Removal of Corrosion and Scaling
Permanent removal and prevention of scale and corrosion maintain pipe surfaces clean and rust-free, extending equipment lifespan, while reducing maintenance and chemical use in one efficient step.
Enhancing water efficiency with Nanoresonance's solutions
Enhancing soil quality and irrigation efficiency
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In agriculture, a common issue arises when soil becomes compacted and dry, leading to poor gas exchange and requiring more water for irrigation.
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This hardened soil hinders water penetration, causing most of the water to evaporate rather than being absorbed, resulting in significant water losses.
With the implementation of our Fluid Conditioner technology, the soil becomes softer, enhancing its ability to retain moisture and facilitating efficient nutrient delivery to crops:
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Ensures water absorption rather than evaporation
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Enables effective irrigation, reduces water waste
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Improves water efficiency by up to 35%
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Softens soil, enhancing moisture retention
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Facilitates efficient nutrient delivery to crops
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Promotes healthier crop growth
AGRICULTURAL SOLUTIONS CONTRIBUTE TO OUR MISSION
We aim to drive socio-economic growth by developing green infrastructure that harnesses magnetic resonance and frequency science for clean water and energy.
Environmental Impact
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Reducing chemical runoff helps maintain the quality of natural water bodies, benefiting biodiversity and ecosystem health.
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Decarbonization by reducing electricity use for water pumping and treatment.
Economic Impact
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Less water usage cuts procurement costs.
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Efficient irrigation saves money and may boost yields.
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Energy conservation reduces costs.
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Minimal maintenance lowers system downtime.
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No chemical additives mean minimum operational costs once the device is installed.
Social Impact
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Healthy soils are crucial to sustaining agriculture and community well-being.
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Resilient agriculture bolsters food security and community livelihoods.
CLIENTS
Nanoresonance has over 25 years of experience worldwide. The installations are in countries like the US, Mexico, Brazil, Australia, the Czech Republic, and Poland.
