Precision Water Treatment:

Proprietary nanobubble technology engineered for efficient gas transfer and advanced water remediation across agriculture, aquaculture, and industrial systems.

01

Ultra-fine Bubbles:

Nanobubbles with consistent size, high concentration, and long-term stability — enabling superior oxygenation and oxidative effects without chemicals.

02

Enhanced Absorption & Efficiency:

Boosts nutrient uptake in crops, improves oxygen delivery in aquaculture, and accelerates contaminant breakdown in wastewater — all with a low energy footprint.

03

TECHNOLOGY OVERVIEW

ULTRA-FINE BUBBLES (UFBs)

Tiny But Mighty: The Power of Nanobubbles

Nanobubbles, ranging from 70-200 Nanobubbles , are incredibly small, allowing them to pass through biological membranes and deliver oxygen right to the cellular level. To put their size into perspective, nanobubbles are:

1750 times smaller

than a grain of salt (350,000
nanometers).

400 times smaller

than a human hair (100,000 nanometers thick).

250 times smaller

than skin pores (which range from 30,000 to 50,000 nanometers), allowing deeper penetration into tissues.

145 times smaller

than a white blood cell (12,000 nanometers).

80-90 times smaller

than a red blood cell (about 7,500 nanometers), making it easier for them to travel through capillaries and tissues.

Brownian Motion:

The Science That Keeps Our Nanobubble Alive

NICO Nanobubbles remain suspended and stable in water due to a natural phenomenon known as Brownian Motion — the continuous, random movement of particles caused by collisions with surrounding water molecules.
Unlike larger bubbles that rise and burst quickly, nanobubbles are so small that this constant motion counteracts buoyancy, preventing them from floating to the surface.

This results in long-lasting stability, ensuring consistent oxygen delivery, uniform dispersion, and prolonged effectiveness in a wide range of water treatment applications.