Water Intake
Contaminated water enters the Nano-Tech system, where nano-bubbles are dispersed throughout the flow.
Understanding Nano-Tech
How It Works
Nano-Tech harnesses nano-bubble physics to generate hydroxyl radicals — among the most powerful oxidizers in water treatment.
Watch
Nano-Tech in Action
A short overview of how Nano-Tech nano-bubble ozone technology works.
The Nano-Tech Five-Stage Process
A paradigm shift in advanced oxidation powered by patented nano-bubble technology.
Nano-Bubble Ozone Delivery
Nano-Tech infuses ozone into the water as ultra-small, stable nano-bubbles. Each carries an O₃ payload and stays suspended far longer than conventional bubbles, extending ozone contact time.
Contaminant Isolation
Negatively charged nano-bubbles are electrostatically attracted to contaminants such as PFAS, microplastics, bacteria, and organic compounds, surrounding and isolating them.
Radical Oxidation
As the ozone nano-bubbles decompose, they trigger O₃ + H₂O → •OH + O₂, releasing powerful hydroxyl radicals that react immediately with contaminants.
Clean Water Output
The contaminants are destroyed and treated water leaves the system. The only product residual is dissolved oxygen, with no harmful disinfection byproducts.
Why This Matters: The Differentiator
Hydroxyl Radical Power
Hydroxyl radicals are one of the strongest oxidants known to science—over 100,000 times stronger than chlorine, and 2,000× stronger than ozone alone.
Second only to fluorine in oxidative power, hydroxyl radicals exist for fractions of a second, reacting immediately with contaminants.
Precise Generation
Nano-Tech generates hydroxyl radicals precisely at the point of contamination—not in bulk solution. This ensures no oxidation potential is wasted.
Up to 10× longer nano-bubble contact time compared to conventional bubbles, extending ozone contact time.
100,000×
Stronger than chlorine • No harmful residuals
What Nano-Tech Treats
Targets organic contaminants, plus PFAS, heavy metals and nutrients.
Organic Contaminants
- Bacteria & pathogens
- Viruses & biofilm
- Algae & harmful algal blooms
- Sewage & organic waste
Chemical Contaminants
- PFAS (forever chemicals)
- Pharmaceuticals & pesticides
- Volatile organic compounds (VOCs)
- Microplastics & nano-contaminants
Nutrients & Heavy Metals
- Nitrogen & phosphorus reduction
- Heavy metals (e.g., arsenic)
- Industrial waste contaminants
- Metals reduction measured in laboratory sample
Treatment Advantages
- No chemical residuals—oxygen only
- No disinfection byproducts
- Mechanism designed to avoid resistance buildup
- No chemical changes to the water
How Hydroxyl Radicals Destroy Contaminants
Destroys Cell Nucleus & DNA
Hydroxyl radicals destroy the nucleus, DNA and protein layer of microorganisms, and this killing mechanism prevents bacterial resistance buildup.
Breaks Molecular Bonds
Destroys the functional groups within organic molecules—carboxylic acids, amines, sulfides, phosphates—completely dismantling contaminant structures.
Leaves Only Oxygen
The only residual byproduct is dissolved oxygen—no chemical footprint and no secondary chemical waste streams.
Residual Treatment Effect
Treatment benefits may continue for approximately 20 days post-application (at 45°C), depending on specific deployment conditions and water chemistry.
Nano-Tech Advantages Overview
Performance
- ✓ 2,000× stronger than ozone
- ✓ Up to 10× longer nano-bubble suspension
- ✓ Localized hydroxyl radical generation
- ✓ Breaks down organic contaminants
Sustainability
- ✓ No harmful chemical residuals
- ✓ No disinfection byproducts
- ✓ No secondary waste streams
- ✓ Oxygen-only byproduct
From First Call to Ongoing Optimization
The Intelligent Water Lifecycle
One partner. One platform. Complete lifecycle management, with no gaps and no handoffs.
1Discovery
2Engineering Specs
3Right-sizing (Modular)
4Deployment
5Installation
6Monitoring Training
7Analytics
8AI Optimization
9Predictive Maintenance
10Continuous Improvement
11Sustainable Infrastructure
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