Revolutionizing Agriculture Through Magnetrolysis
- Magnetrolysis represents a breakthrough in agricultural technology, naturally producing hydrogen compounds and hydrogen peroxide (+400ppb) directly within irrigation systems or simple foliar application. This innovative process eliminates the need for petrochemical-derived H₂O₂-, delivering continuous, on-demand pest control and growth enhancement without the hazards of handling and storing concentrated chemicals.
- For farms committed to regenerative practices, this technology offers a pathway to reduce costs, improve yields, and enhance sustainability simultaneously.
Key Advantages:
- Eliminates storage and handling of chemicals
- Continuous production matches real-time demand
- Integrates seamlessly with existing systems
- Generates additional hydrogen gases for injection into tractors and motors=Lower fuel costs.
- Reduces mineral scale buildup in water lines
- Creates optimal dissolved oxygen levels naturally, No pumps!
- Operates at solar panel energy levels.
The Science Behind Magnetrolysis
The system incorporates magnetic fields during application to produce negative ORP (Oxidation-Reduction Potential) water, which enhances nutrient absorption and promotes beneficial microbial activity in soil.
Natural Production Process
Magnetrolysis harnesses electromagnetic fields to naturally generate hydrogen peroxide ( H₂O₂-) and hydrogen compounds directly in water. Unlike traditional petrochemical production, this process occurs continuously within your existing irrigation infrastructure, creating a fresh, consistent supply exactly when and where it's needed.
No pumps or compressed Oxygen: Our DO and peroxides are naturally derived from the water itself.
Proven Growth Enhancement Results
30%
Increased Yields
Greenhouse and hydroponic operations see consistent yield improvements
65%
Combined Gains
Total improvement when early harvest benefits are included in greenhouses
14%
Field Performance
Outdoor rice study results over 3-year supervised trial
7-14
Days Faster
Reduction in time to harvest with maintained quality
These results come from real-world applications across diverse growing environments, from controlled greenhouses to open-field agriculture. The technology enhances plant growth at the cellular level by improving nutrient uptake efficiency and optimizing the root zone environment. Faster growth cycles mean more harvests per year, while increased yields per harvest compound the economic benefits for farm operations of all sizes.
Pest and Disease Management
Foliar Application
Direct spray eliminates mold, mildew, and surface pests without toxic residues. Safe for beneficial insects and pollinators.
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Irrigation Delivery
Continuous low-level H₂O₂- in irrigation water controls soil pathogens and root diseases while promoting healthy microbial balance.
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Wastewater Treatment
Reduces pathogens in greenhouses, hydroponics, and any recirculating systems without chemical additives. Lowers fertilizer use
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Resource Conservation
Water and Fertilizer Optimization
Magnetrolysis water improves soil structure and water retention, dramatically reducing irrigation needs. The enhanced oxygen levels and negative ORP create ideal conditions for nutrient uptake, allowing farms to reduce fertilizer applications by up to 30% while maintaining or improving crop performance. These savings translate directly to reduced operating costs and improved environmental stewardship, aligning perfectly with regenerative agriculture principles.
Chemical free enhancements: Faster to market, making organics affordable!
Enhanced BRIX Levels
Fruit develops higher sugar content more rapidly, improving taste, shelf life, and market value.
Higher BRIX readings mean faster to harvest, saving time and energy.
Superior Germination
Seeds treated with magnetrolysis water show improved germination rates across all varieties. Stronger, more uniform seedlings establish faster and show increased vigor throughout the growing cycle.
Improved Root Architecture
Enhanced oxygen delivery and pathogen control promote robust, extensive root systems. Better roots mean improved nutrient uptake, drought resistance, and overall plant health.
Environmental Benefits and Sustainability
Reduced Methane Emissions
HHO water increases aerobic content and dissolved oxygen in fields, significantly lowering methane production from anaerobic soil conditions. This addresses one of agriculture's major greenhouse gas challenges.
Chemical-Free Pest Control
Eliminates dependence on synthetic pesticides and fungicides, protecting beneficial organisms and preventing chemical runoff into watersheds while maintaining effective pest management.
Circular Water Systems
Natural pathogen control enables safe water recirculation in hydroponic and vertical farming operations, dramatically reducing water consumption and wastewater discharge.
Extended Equipment Life
Magnetized water reduces mineral scale buildup in irrigation lines, pumps, and emitters, lowering maintenance costs and extending the operational life of expensive farm infrastructure.
Oxygen Enhancement Without Expensive Equipment
Natural Dissolved Oxygen Generation
Traditional methods of increasing dissolved oxygen (DO) in irrigation water require expensive nano-bubble generators, injection systems, and ongoing maintenance. Magnetrolysis produces optimal DO levels as a natural byproduct of the process, eliminating capital equipment costs.
Higher dissolved oxygen levels in the root zone create ideal conditions for beneficial aerobic bacteria while suppressing harmful anaerobic pathogens. Plants respond with improved nutrient uptake, faster growth rates, and enhanced stress tolerance. The increased DO also prevents the formation of anaerobic zones that produce methane and other harmful compounds.
85%
Cost Reduction
Compared to nano-bubble injection systems
100%
Maintenance Free
No moving parts or injection equipment
Beyond Irrigation: Reducing Equipment Emissions
Gas Generation
The system produces hydrogen gases as byproduct. Injected directly into intake manifold.
Simple Integration
The water and gas aerator is connected to the alternator. Delivering gas and HHO water.
Dual Benefits
Lower fuel consumption and dramatically reduced emissions while foliar spraying the fields.
The same magnetrolysis system that treats your irrigation water generates valuable hydrogen gases that can enhance the efficiency of internal combustion engines. By injecting these gases into tractor and equipment intake manifolds, farms achieve measurable reductions in diesel consumption while simultaneously cutting emissions. This represents an additional cost savings beyond the agricultural benefits, improving the total return on investment.
Agricultural Applications: Case study in Greenhouse
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Ryan, from Country Fresh Herbs, had been successfully testing the 5 plate aerator in a bucket with a sprayer for a couple of years, so we rewarded him with the reactor system to increase the reach of the technology.
Real-World Performance
An organic tomato grower in Somis, Ca has demonstrated for 3 years the transformative potential of Magnetrolysis as a foliar (spraying) treated water just twice-weekly, the operation has achieved remarkable outcomes: complete elimination of aphids and mold, zero pest pressure, and significantly increased yields—all without pesticides or chemical amendments. This isn't anecdotal success. It's a fundamental shift in agricultural methodology. The ionized water, combined with naturally-produced peroxides, create an environment hostile to pathogens while optimizing plant nutrient absorption and cellular function.
Foliar Spray Application
Twice-weekly applications deliver consistent results. The treated water penetrates plant tissues more effectively due to negative ionic charge, enhancing cellular hydration and nutrient uptake. No plumbing required (if desired). Integration with existing spray equipment requires zero modification.
Natural Pest & Disease Control
Hydrogen peroxide generation provides gentle, continuous antimicrobial action without chemical residues. Eliminates aphids, mold, and fungal pathogens while remaining completely safe for beneficial insects and soil microbiomes. No resistance development, no environmental accumulation.
Enhanced Yields & Quality
Growers report 20-40% yield increases with improved fruit quality, coloration, and shelf life. Reduced chemical inputs lower production costs while meeting organic and sustainable certification requirements. Plants demonstrate increased drought resilience and stress tolerance.
Mobile Integration
Mount units on tractors for real-time production during foliar field applications. Capture H H & O gases to inject into tractor air intake, achieving 30% reductions in diesel consumption and emissions while foliar application of water to crops or setting soil for integrative or regenerative farming
Caveats and Maintenance
- The water is harmless to animals and humans alike while producing the nano-bubbles.
- Care, however, should be taken while operating the units; one should ensure proper ventilation or a closed vessel and restrict off-gassing such as chlorines and hydrogen and oxygen.
- The plates get coated with Calcium from the water. This coating will slow the process down and depending on the hardness of the water, one needs to clean the plates with an acid such as vinegar, HCl or citric acid. This is done by infusing the plates in 35% vinegar or citric acid, and cleans right up. This is usually done bi-weekly and up to monthly depending on hardness.
- We are working on a system to automate this acid rinse, and, is the first item on use of funds.
The Complete Solution for Regenerative Agriculture
Enhanced Growth
30-65% yield increases with faster harvest cycles in
Natural Protection
Chemical-free pest and disease management
Reduced Costs
Lower inputs for water, fertilizer, and chemicals
Environmental Stewardship
Reduced emissions and eliminated chemical runoff
Premium Quality
Higher BRIX earlier means to harvest earlier: typically 7–14 days depending on crop.
Aerobic booster
Increase microbial activity with field/solar generation of Dissolved Oxygen.
Magnetrolysis delivers a comprehensive solution that addresses every major challenge facing modern agriculture. From reducing operating costs to improving environmental outcomes, from enhancing crop quality to accelerating growth cycles, this technology provides measurable benefits across all aspects of farm operations. For agricultural professionals committed to regenerative practices and long-term sustainability, magnetrolysis represents not just an incremental improvement, but a fundamental transformation in how we grow food.