More efficient wastewater
treatment with nanobubbles
Wastewater from industrial and municipal sources is often heavily contaminated, low in oxygen, and challenging to treat effectively without advanced processes.
Our nanobubble technology serves as a powerful complement to existing treatment stages. By reducing biofilm, breaking down organic matter, and improving oxygen distribution, water quality is enhanced from the very first step – without the use of chemicals.
The result is cleaner water, fewer blockages, reduced odor, improved biological treatment, and more efficient performance in downstream filtration and purification systems.

Common problems
Biofilm & bacteria
Biofilm and bacteria quickly accumulate in pipes, tanks, and channels – leading to hygiene issues, flow disruptions, and reduced treatment efficiency
Organic matter
Fats, humic substances, and other organic content clog filters, increase the load on biological stages, and reduce the effectiveness of chemical and mechanical treatment
Operational issues & high costs
Buildup causes blockages, requires frequent cleaning, and leads to unplanned downtime – resulting in higher service costs and reduced operational reliability

Frequently asked questions
Here we’ve gathered the most common questions about nanobubbles – along with clear answers on how the technology works, what makes it effective, and how it’s used to improve the treatment of wastewater.
Nanobubbles are gas bubbles smaller than 200 nanometers. In wastewater, they penetrate biofilm and organic matter, release energy, and improve oxygen distribution – resulting in cleaner water and fewer issues in downstream treatment.
Nanobubbles reduce biofilm, odors, bacterial growth, and organic contaminants. This leads to cleaner piping systems, fewer blockages, and improved performance in subsequent treatment stages.
No. The technology works entirely without chemicals, simplifying operations, reducing environmental impact, and lowering costs.
Our systems are easy to install and can be integrated directly into existing water circuits. We provide support both before and after installation to ensure optimal performance.
The impact of nanobubbles
Here we’ve gathered the most common questions about nanobubbles – along with clear answers on how the technology works, what makes it effective, and how it’s used to improve the treatment of wastewater.
Reduced organic content
Nanobubbles break down fats, proteins, and other organic substances
Reduced biological growth
Disrupt bacteria, biofilm, and other microorganisms that otherwise cause hygiene issues and operational disruptions
Reduced odor
Break down odor-causing compounds and contribute to a cleaner and more hygienic work environment
Improved oxygen distribution
Distribute oxygen evenly in the water, supporting aerobic processes and reducing the risk of dead zones
Cleans the system from within
Dissolves buildup in hoses, pipes, and tanks – reducing the need for chemical cleaning and manual maintenance
Protects downstream treatment
Cleans pipes, hoses, and tanks – reducing the need for chemicals and maintenance

INTERESTED IN LEARNING MORE?
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NECOFUSION ECO450
NANOBUBBLEGENERATOR
The ECO450 is equipped with advanced hydrodynamic nanobubble technology and produces up to 8 trillion bubbles per minute – directly into the wastewater.
The unit is specifically designed for the pretreatment of biologically loaded wastewater, where biofilm, organic matter, and bacteria often cause operational issues and reduce treatment efficiency.
By improving water quality at an early stage, the ECO450 reduces clogging, maintenance needs, and the load on downstream treatment steps – resulting in more stable flow, fewer filter changes, and improved overall purification.

FREE
CONSULTATION
Book a free 30-minute digital consultation with us.
We will start by reviewing your business and your key processes to understand your needs and challenges. Then, we will present how our products can help you achieve significant improvements in an environmentally friendly way!


