High-Shear Oxygen Nanobubble Generator

X-MN-300Y is an integrated oxygen nanobubble generator featuring gas-liquid shearing technology and a built-in high-purity oxygen concentrator (93±3% O₂). It delivers adjustable bubble concentration and size, achieving dissolved oxygen levels >40 mg/L—4-5 times higher than conventional methods. Ideal for aquaculture oxygenation, advanced oxidation processes (AOPs), and lake remediation.

Product Overview

Main Image Description Of High Shear Nano Bubble Generator

The Gas-Liquid Shearing Oxygen Micro/Nano Bubble Generator represents a significant advancement in bubble generation technology. Building on the conventional 300W model, this enhanced version integrates a high-concentration pure oxygen machine, enabling dissolved oxygen levels to reach over 40 mg/L—far exceeding saturation levels achievable with air or standard oxygenation methods.

As a advanced Micro Nano Bubble Generator, this system utilizes gas-liquid shearing technology to produce ultra-fine bubbles with exceptional density and stability. The integrated oxygen concentrator ensures a continuous supply of high-purity oxygen, making it ideal for applications demanding extreme oxygenation, such as intensive aquaculture, advanced oxidation processes, and lake remediation.

With adjustable bubble concentration and adjustable intake flow rate, researchers and engineers can fine-tune performance to match specific requirements. The multi-gas source mode optional feature provides flexibility to switch between oxygen, air, or custom gas mixtures—all within a single, compact unit.

Whether you need a High-Shear Mixing Aerator for wastewater treatment or a Hydrodynamic Cavitation Reactor for advanced oxidation research, this generator delivers consistent, high-performance results.

Key Features

Features Micro Nanobubble Generator X Mn 300y

💨 Integrated High-Concentration Oxygen System

The standout feature of this Gas-Liquid Dispersion System is its built-in oxygen concentrator. Unlike units requiring external oxygen supplies, this generator produces high-concentration oxygen on-demand, ensuring consistent performance without the need for gas cylinders or external generators. Dissolved oxygen levels routinely exceed 40 mg/L—ideal for oxygen-intensive applications.

🔧 Multi-Gas Source Mode Optional

Flexibility is built into every unit. While the integrated oxygen system handles most applications, the multi-gas source mode optional feature allows connection to external gases such as ozone, CO₂, or custom mixtures. This transforms the unit into a versatile Venturi Bubble Generator suitable for diverse research and industrial needs.

🎯 Adjustable Bubble Concentration

Fine-tune bubble density to match your specific application. From sparse microbubbles for gentle aeration to high-concentration nanobubbles for aggressive oxidation, this Micro Nano Bubble Diffuser puts control at your fingertips.\

Comparison Of High Concentration Bubble Water And Low Concentration

⚙️ Adjustable Intake Flow Rate

Precise control over gas intake allows optimization of bubble characteristics and oxygenation efficiency. Whether you need rapid oxygen transfer or sustained nanobubble persistence, the adjustable flow rate delivers.

🔬 Gas-Liquid Shearing Technology

At the heart of this High-Shear Mixing Aerator is our proprietary gas-liquid shearing mechanism. By subjecting gas-liquid mixtures to intense hydrodynamic forces, we generate bubbles in the micro and nano range with exceptional uniformity and stability.

🌊 Hydrodynamic Cavitation Effect

The shearing process induces hydrodynamic cavitation, generating localized hotspots of extreme temperature and pressure. This enhances chemical reactions—particularly valuable for Advanced Oxidation Water Treatment applications.

📦 Compact, Self-Contained Design

Unlike systems requiring separate oxygen generators, pumps, and controllers, this unit integrates everything into a single, portable package. Plug in power, connect water, and begin generating high-concentration oxygen nanobubbles immediately.

Technical Specifications

Product Parameters Of X Mn 300y Nano Bubble GeneratorApplication Showcase: Dissolved Oxygen Performance

To demonstrate the exceptional oxygenation capability of this Gas-Liquid Shearing Oxygen Micro/Nano Bubble Generator, we conducted comparative testing against standard aeration methods.

Condition Standard Air Stone Conventional Bubble Generator X-MN-300Y (This Unit)
Gas Source Air (21% O₂) Air (21% O₂) Built-in 93±3% O₂
DO after 10 min 6.2 mg/L 8.5 mg/L 28.3 mg/L
DO after 30 min 8.4 mg/L (saturation) 9.2 mg/L (saturation) 42.7 mg/L
Maximum DO Achieved ~9 mg/L ~10 mg/L >40 mg/L
Bubble Size 1-5 mm 50-500 µm 100 nm – 50 µm
Bubble Density Low Medium Ultra-high

Key Insight: The combination of high-concentration oxygen and gas-liquid shearing technology enables dissolved oxygen levels 4-5 times higher than conventional methods—opening new possibilities for oxygen-intensive research and industrial applications.

Advanced Oxidation Water Treatment Application

Beyond aquaculture, this Gas-Liquid Shearing Oxygen Micro/Nano Bubble Generator excels in Advanced Oxidation Water Treatment applications.

Ozone nanobubble generator for advanced oxidation process research

Ozone-Compatible Design

While the integrated system produces oxygen, the multi-gas source mode optional feature allows seamless connection to ozone generators. The corrosion-resistant materials (316L stainless steel + PTFE) withstand ozone’s oxidative power, making this unit an ideal Hydrodynamic Cavitation Reactor for AOP studies.

How Ozone Nanobubbles Improve Treatment Efficiency? please click on it for your reference.

Enhanced •OH Generation

The combination of gas-liquid shearing and hydrodynamic cavitation generates intense localized conditions that promote hydroxyl radical (•OH) formation—the driving force behind advanced oxidation.

Lake Remediation Equipment Application

As specialized Lake Remediation Equipment, this generator offers unique advantages for water body restoration:

  • Targeted Oxygenation: Deliver high-concentration oxygen nanobubbles to hypoxic bottom waters without surface disturbance

  • Algae Control: Generate ozone nanobubbles for selective algae suppression

  • Sediment Treatment: Oxygenate sediments to suppress internal phosphorus release

  • Mobile Operation: Compact size allows deployment from small boats or shoreline locations

Why Choose Our Gas-Liquid Shearing Oxygen Micro/Nano Bubble Generator

Integrated Oxygen Generator: No external oxygen supply needed—produces >90% pure oxygen on-demand, achieving DO >40 mg/L.

Multi-Gas Source Optional: Switch seamlessly between built-in oxygen and external gases (ozone, air, CO₂).

Adjustable Bubble Concentration: Fine-tune bubble density for specific applications—from gentle aeration to aggressive oxidation.

Adjustable Intake Flow Rate: Optimize gas delivery for maximum efficiency.

Gas-Liquid Shearing Technology: Produces uniform micro/nano bubbles with exceptional stability.

Hydrodynamic Cavitation Effect: Enhances chemical reactions—ideal for advanced oxidation.

Compact, Self-Contained Design: No separate oxygen generator, pumps, or controllers needed.

Versatile Applications: Functions as Aquaculture Oxygenation system, Advanced Oxidation Water Treatment unit, and Lake Remediation Equipment.

Customization Options

We understand that every application has unique requirements. Available customization options include:
Oxygen Generator Capacity: Upgraded units for higher oxygen output
The equipment capacity and the processing water volume: to adapt to different application scenarios and customer needs
Gas Inlet Configurations: Multiple inlet ports for simultaneous gas mixing
Control Interfaces: Remote monitoring, data logging, integration with SCADA systems
Materials: Upgraded alloys for extreme corrosion resistance
Flow Rates: Modified liquid handling for specific volume requirements

Customizable gas inlet configurations for micro nano bubble generator

X-MN-300Y remote monitoring and SCADA integration options

Upgraded corrosion-resistant materials for harsh environments

Contact our engineering team to discuss your specific needs.

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