The Technology Behind Magnetrolysis
The system consists of a 5-plate grouping of anodes and cathodes, through which magnetized water flows from a standard garden hose. This electrical process—rather than chemical—separates water into hydrogen (H₂) and oxygen (O₂), altering the molecular structure to sub-micron or nano-level.
The plates can be scaled to multiple units in reactor systems to handle large flows, electrified by solar panels or AC to DC converters, consuming just 100 Watts per array—equivalent to a single light bulb. No additional controls. Plug & play.
Key Features
- 5-plate anode/cathode configuration
- Solar or AC/DC powered
- 100W energy consumption
- Scalable for any flow rate
- No complex controls required
- Very Low OpEx
Solar-powered increase of dissolved oxygen DO and hydrogen peroxide (H₂O₂) at a nano-bubble level for distribution to a field, sprayer, back of tractor, bucket or hydroponic or home:
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Tote (could be a bucket!) with a solar panel operated aerator for rice fields
- Boosting nutrient uptake and root health.
- Potentially transforming methane to CO2, a less virulent climate gas, in cattle or dairy cows.
- AI monitored lowering burping in cattle.
- Oxygenated water helps mitigate anaerobic zones in waterlogged soils and reduces byproducts like hydrogen sulfide and methane.
- Suppressing soil-borne pathogens.
- Supporting aerobic microbial activity in wastewater.
- Increasing crop yields and quality.
- Improving overall soil and water health.
These synergistic effects make oxygenated and H₂O₂- nano-bubble amended water a powerful tool for modern agriculture, particularly in hydroponics, greenhouses, and high-density planting systems. From home garden, hydroponic, vertical, greenhouses to the largest farms.
Human Health & Biomedical Applications
Growing Market Demand in Hydrogen infused drinks.
The global hydrogen water market valued at $0.53 billion in 2024 and is expected to reach $6 billion by 2033, a CAGR of about 30.97%.
Licensed Products
One licensee reports anecdotal success with CBD-infused drinks. Homepage - Mother Nature’s Legacy
Other European partners are creating licensed nano-bubble infused beverages and will be coming online!
Anti-Inflammatory:
Hydrogen water at 1 PPM lowers pro-inflammatory cytokines (IL-6, TNF-α) and reduces oxidative damage.
1.17 PPM produced in minutes
Nanobubbles remain stable for months. Magnetrolysis water emulsifies herbs, CBD oil, and antioxidants at nano-bubble level. This is the new normal!
Yeast and other fungi
Yeast grown in Magnetrolysis water shows remarkable new qualities. Essential for producing insulin and vaccines, Magnetrolysis enhances yeast strength—advancing sustainable biomedical production.
In addition, can be modified to handle at large scale heavy metal and industrial pollutants in wastewater.
Yeast Biotechnology
Altering the growth of yeasts and other fungi for beneficial use in biotechnology in the formulation of insulin & others
Fermented alcohol, beer, food products
Novel fermented foods and alcohols can be produced with nanobubble enhanced yeasts. New forms of nanobubble beers? Wines? Alcohols?
A visible difference:
Left to right: Control, EA water, and Magnetized EA water. Notice the dramatic difference—the Magnetized EA sample shows visibly stronger yeast growth/color with more intense aroma.
Nutritional Applications
Nutritional yeast contains all essential amino acids, making it a complete protein source comparable to animal proteins. 2 tbsps of yeast can provide about 8 grams of protein; equivalent to the protein found in foods like potatoes or meat. A potential hunger solution
Wastewater
Yeasts are effective agents in wastewater treatment across diverse industrial and agricultural settings. Their applications leverage both biotransformation and biosorption: in one instance, fermentation and secondly: the removal of organic pollutants, heavy metals, and contaminants in wastewater through flocculation.
Source Reference: https://www.techscience.com/biocell/v49n5/61248
Science page… Redox Potential and Cellular Homeostasis
Understanding ORP
Antioxidant Action & Redox Balance
A lowered or negative ORP denotes an abundance of free electrons, enabling a solution to act as a potent antioxidant. This capacity is crucial for neutralizing reactive oxygen species (ROS) and maintaining cellular redox homeostasis, essential for mitigating oxidative stress and damage to macromolecules like DNA, proteins, and lipids.
Molecular Transformation & Bioavailability
During the Magnetrolysis process, water undergoes a rapid shift to a significantly lowered ORP and increased dissolved oxygen. This transformation enhances the bioavailability of molecular hydrogen (H₂) and oxygen (O₂), directly supporting critical biochemical pathways like aerobic respiration and optimizing photosynthetic efficiency in phototrophic organisms.
Oxidation-Reduction Potential (ORP), measured in millivolts (mV), indicates a solution's tendency to gain electrons (positive ORP, oxidizing) or donate electrons (negative ORP, reducing).
Maintaining cellular health necessitates precise redox homeostasis and optimal dissolved oxygen (DO) levels. However, environmental stressors such as pollution and elevated temperatures significantly challenge this balance. Pollutants often act as pro-oxidants, generating excessive reactive oxygen species (ROS), while increased temperatures reduce oxygen solubility, leading to hypoxic conditions that exacerbate oxidative stress and impair metabolic function.
Magnetrolysis-processed water intrinsically elevates dissolved oxygen concentrations and achieves a lowered ORP. This dual action makes it an invaluable tool for supporting biological systems by enhancing cellular hydration, bolstering antioxidant defenses against environmental oxidizers, and promoting a balanced cellular microenvironment conducive to health and vitality.
- Elevated dissolved oxygen in the root zone significantly enhances aerobic respiration in plant root cells. This optimizes ATP production via oxidative phosphorylation and the Krebs cycle, providing the necessary energy for active nutrient transport, maintaining membrane potential, and facilitating the efficient uptake of macronutrients like nitrogen, phosphorus, and potassium.
- Higher oxygen availability in soil or hydroponic substrates supports a robust and beneficial aerobic microbiome. These microorganisms contribute to nutrient cycling and pathogen suppression, while simultaneously reducing the prevalence of anaerobic bacteria that can produce harmful metabolites and impair root function. This synergistic effect promotes overall plant metabolic activity and biomass accumulation.
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