Chlorine-Free
Effective disinfection without chlorine, harsh chemicals or harmful by-products.
NanoOzone Transfer Water Ozone Delivered as Nanobubbles
High-efficiency disinfection for water transfer and distribution.
- Nanobubble ozone transfer for powerful oxidation
- Removes contaminants without chemical residues
- Ideal for distribution and high-throughput transfer
- Corrosion-resistant SS 316L construction
Select Capacity
Installation Type
Lower Chemical Use
Reduce chemical consumption by up to 90% and minimise operational costs.
Better Water Quality
Clearer, fresher and healthier water for people, aquatic life and the environment.
Energy Efficient
Low energy consumption technology for a more sustainable future.
Technical Specifications
| Technology | Nanobubble Generation & Oxidation |
|---|---|
| Disinfection Method | Physical (Non-Chemical) |
| Flow Rate | 10 – 120 m³/h (model dependent) |
| Power Supply | 220 – 240V / 50 – 60Hz |
| Power Consumption | 0.8 – 3.2 kW (model dependent) |
| Material | SS304 / corrosion-resistant components |
| Installation | Indoor / Outdoor |
| Operating Temp. | 5 – 45 °C |
| Control | Smart controller with IoT monitoring |
| Certifications | CE, RoHS, ISO 9001 |
How It Works
-
1
Generate Nanobubbles
Patent-pending technology produces billions of ultra-fine nanobubbles in water.
-
2
Disinfect & Oxidize
Nanobubbles provide powerful oxidation to destroy pathogens, viruses and organic contaminants.
-
3
Clean, Clear Water
Pure, safe and sparkling water with no harmful chemical residues.
Ideal For
Hotels & Resorts
Deliver premium water quality and guest satisfaction.
Wellness & Spa
Gentle, skin-friendly water for all users.
Public Pools
Safe, compliant and cost-effective operations.
Private Facilities
Healthier water for family and guests.
Trusted by professionals worldwide
500+Happy Customers
35+Countries Served
99.9%Pathogen Reduction
CEISO 9001RoHS
“NanoSWIM has transformed our pool operations. We cut chemical costs by over 80% and our water has never looked better.”
— Operations Manager, Luxury Resort & Spa
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Why ozone in nanobubbles?
Ozone is a far stronger oxidiser than chlorine and leaves no lasting by-product — it reverts to oxygen. Its weakness has never been the chemistry. It is the delivery: ozone is a gas, and conventional injection loses a large share of it at the surface before it has dissolved.
Nanobubbles change that arithmetic. Bubbles under 200 nm do not rise and burst, so far more of the ozone you generate actually enters solution and does oxidation work. That is the entire proposition of this system, and it is compared honestly on Nanobubbles vs conventional ozone.
The underlying mechanism is explained on gas transfer with nanobubbles.
Ozone vs chlorine vs UV
Worth being straight about where each sits. Chlorine is cheap and leaves a residual in the basin, which ozone does not. UV destroys chloramines that already exist but has no effect outside the reactor. Ozone out-oxidises both and leaves nothing behind — which is a strength for water quality and a limitation if a persistent residual is what the regulation demands.
In practice ozone is specified where oxidation capacity and water quality matter more than residual, and it is often paired with a small residual from another source.
Safety and residual ozone
Ozone is hazardous to breathe, so off-gas handling is part of the system design rather than an accessory. The unit is built in SS 316L for the duty. Destruction of excess ozone before the water returns, and monitoring of the air above it, are specified per installation — ask any ozone supplier, including us, to show you exactly how they handle this before you compare prices. What a buyer should require is set out on standards and compliance.
Ideal for
- Water transfer and distribution systems.
- Municipal treatment stages where oxidation capacity is the bottleneck.
- Sites already running ozone that are losing gas to inefficient injection.
- Applications covered on municipal and industrial water treatment.
Request a quote
Four numbers let us answer properly instead of sending a brochure: water volume, circulation flow rate (or turnover time), whether the installation is indoor or outdoor, and your current treatment and chemical spend.
With those we can confirm whether this system is the right size, whether it is a straightforward retrofit, and what it will cost to run over five years — including telling you when a different model, or none at all, is the better answer. Request a quote.
Frequently asked questions
Does ozone leave anything in the water?
No. Ozone reverts to ordinary oxygen, which is why it produces none of the persistent by-products chlorine does. That is also why it cannot serve as the residual disinfectant a public pool basin is required to maintain.
Is ozone safe around people?
In the water, yes — it breaks down to oxygen. In the air it is hazardous to breathe, which is why off-gas destruction and monitoring are designed into the installation rather than bolted on. Any supplier who is vague about this is the wrong supplier.
Related pages
Ask for a quote on this system
Send us your water volume, circulation flow rate and current setup and we will confirm whether this is the right size — or point you at a different model in the range.