Nanobubble Product Platforms
by Structure & Operating Method

Bubble Mixer Core Technology

SQN·HQN·HEN Bubble Mixers are the core components of each platform, selected by application, flow, and operating range. Each design has a defined range of compatible water quality and operating conditions.

Compact Nanobubble Platform

SODAM is an SQN-based low-flow platform for compact equipment and point-of-use supply.

Compact High-Pressure Nanobubble System

Compact high-pressure system for low-flow nanobubble or functional water

Medical Waterline Hygiene Oxygenated / Hydrogen-Enriched Water

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Compact High-Pressure Nanobubble System

SQN COMPACT · HIGH-PRESSURE SERIES

SQN-based high-pressure system for low-flow POU use such as dental units.

Key Features

• Compact pump
• Flow: 0.5–3.0 L/min · Pressure: 3.5–4.0 bar
• Compact configuration for equipment integration
• High-concentration, high-density nanobubble generation

Recommended Applications

• Dental unit waterline hygiene
• Medical waterline hygiene
• Oxygenated, hydrogen-enriched, and other functional water

Available Gases

O₂ H₂ Air

Compact Low-Pressure Nanobubble System

Compact low-pressure system for lifestyle and beauty applications

Skincare

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See commercialization readiness on the Applications page.

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Compact Low-Pressure Nanobubble System

SQN COMPACT · LOW-PRESSURE SERIES

Low-pressure SQN system for lifestyle and beauty use, presented without medical or health claims.

Key Features

• Compact pump
• Flow: 0.5–2.0 L/min · Pressure: 1.0–2.5 bar
• Low-pressure, high-density nanobubble generation

Recommended Applications

• Skin & Scalp Care
• Oxygenated / Hydrogen-Enriched Water

Available Gases

O₂ H₂

Low-Pressure Circulation Platform

GARAM is an HEN-based high-flow platform for continuous circulation, with two pump options.

Submersible-Pump Nanobubble System

Submersible low-pressure circulation for tanks and water bodies

Agriculture & Irrigation Aquaculture Lakes & Ponds

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Submersible-Pump Nanobubble System

SUBMERSIBLE PUMP SERIES

HEN + submersible pump for direct use in tanks and natural waters.

Key Features

• Direct tank/water installation with a submersible pump
• Flow: 3.0–25.0 m³/hr (parallel HEN mixers for higher capacity)
• Pressure: 1.0–1.5 bar
• Low-pressure, high-flow circulation
• Operating time adjusted to target DO

Recommended Applications

• DO improvement in hydroponics, greenhouses, and irrigation
• DO improvement in aquaculture circulation water
• Water-quality improvement in lakes and reservoirs

Available Gases

O₂ Air

View Agriculture Cases →  ·  View Water Treatment Cases →

Centrifugal-Pump Nanobubble System

Low-pressure circulation through piping with a centrifugal pump

Fermentation & Microbial Culture Wastewater Reuse Pools & Water Facilities Agriculture & Smart Farms Lakes, Reservoirs & Ponds

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Centrifugal-Pump Nanobubble System

CENTRIFUGAL PUMP SERIES

HEN + centrifugal pump for low-pressure tank and piping circulation.

Key Features

• Centrifugal pump with tank-connected circulation
• Flow: 3.0–25.0 m³/hr (parallel HEN mixers for higher capacity)
• Pressure: 1.0–2.5 bar
• Integrates with existing filtration/circulation

Recommended Applications

• Fermentation and microbial culture support
• Car-wash wastewater reuse (ozone treatment)
• Water-quality management for pools and water facilities
• DO improvement for farms and water-quality support for lakes/ponds

Available Gases

O₂ O₃ Air

View Cleaning & Laundry Cases →  ·  View Water Treatment Cases →

See commercialization readiness on the Applications page.

Pressurized Modular Nanobubble Platform

NARAE is an HQN-based industrial platform with four configurations by flow, control, and gas.

Pressurized Nanobubble System — Compact

Compact pressurized system up to 1.5 m³/hr

Research Pilot Testing

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Pressurized Nanobubble System — Compact

HQN PRESSURIZED · COMPACT FLOW SERIES

Compact HQN system up to 1.5 m³/hr for research and pilot validation.

Key Features

• Self-priming pressure pump
• Flow: 0.5–1.5 m³/hr · Pressure: 3.0–3.5 bar
• Compact configuration up to 1.5 m³/hr
• Supports multiple gases (O₂·O₃·CO₂)
• High gas dissolution and dense nanobubble generation

Recommended Applications

• University and institute nanobubble research
• Pilot testing for new processes

Available Gases

O₂ O₃ CO₂ Air

Pressurized Nanobubble System — Standard / High-Capacity

Industrial pressurized system from 5 m³/hr

Cleaning & Washing Precision Cleaning Sewage & Wastewater Ozone Oxidation & AOP Hygiene & Disinfection Agriculture & Irrigation

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Pressurized Nanobubble System — Standard / High-Capacity

HQN PRESSURIZED · STANDARD SERIES

HQN pressurized system from 5 m³/hr; optional series pumps, typically tank → system → tank circulation.

Key Features

• Pressure pump with optional additional centrifugal pump
• Flow: 5.0–25.0 m³/hr (parallel HQN mixers for higher capacity)
• High gas dissolution and dense nanobubble generation

Recommended Applications

• Cleaning: laundry, car wash, dishwashing, produce/food, raw seaweed
• Precision cleaning: pharma/chemical WIP·CIP
• Water treatment: STP, bioreactors, treated-water polishing
• Ozone oxidation/AOP: textile and livestock wastewater decolorization
• Smart farms and hydroponics: DO improvement

Available Gases

O₂ O₃ Air

View Cleaning & Laundry Cases →  ·  View Ozone Oxidation & AOP Cases →  ·  View Water Treatment Cases →

Inline Nanobubble System

Inline inverter system with automatic start

Commercial Laundry Industrial & Precision Cleaning

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Inline Nanobubble System

IN-LINE · INVERTER CONTROL SERIES

Inline HQN system with inverter-controlled automatic start.

Key Features

• Inverter pressure pump; optional centrifugal pump
• Flow: 5.0–25.0 m³/hr (parallel HQN mixers available for higher capacity)
• High gas dissolution and dense nanobubble generation
• Inline piping configuration
• Automatic start on outlet demand
• Easy water-line integration

Recommended Applications

• Commercial laundry equipment
• Industrial and precision-cleaning equipment

Available Gases

O₂ O₃ Air

CO₂ Application Nanobubble System In Development

Dedicated CO₂ system with an optimized configuration

pH Control CCUS

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CO₂ Application Nanobubble System

CO₂ APPLICATION SERIES · In Development

HQN-based system optimized for CO₂ transfer, under evaluation for pH control and longer-term CCUS.

Key Features

• Dedicated CO₂ structure and arrangement
• Pressure pump with optional centrifugal pump
• Flow: 1.5–10.0 m³/hr
• High gas dissolution and dense nanobubble generation
• Process-water pH control
• CCUS applications under research

Recommended Applications

• Process-water pH control
• Carbonation processes (R&D stage)

Available Gases

CO₂

See commercialization readiness on the Applications page.

Nano Pulse Jet System

MIR combines HEN/HQN nanobubble water with pulsed flow for difficult internal cleaning and cross-contamination control.

Nano Pulse Jet System

Nanobubble cleaning system with pulsed flow

WIP·CIP Precision Cleaning

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Nano Pulse Jet System

PULSATING / WAVE CLEANING SERIES

Adds pulsed flow to HEN/HQN nanobubble water for hard-to-reach internal passages and contamination control.

Key Features

• Delivers pulsed and wave-like fluid energy
• Add-on installation without equipment replacement
• Supports cross-contamination control

Recommended Applications

• Internal cleaning of piping and equipment
• Beverage, cosmetics, agrochemical, and chemical processes

Available Gases

O₂ O₃ Air

See commercialization readiness on the Applications page.

Find Products by Application

Select an application to see relevant products. Final selection depends on flow, water quality, gas, and installation.