Sintered Metal Spargers

The engineered pore structure generates fine and uniform bubbles, significantly improving gas–liquid mass transfer efficiency in aeration, ozone treatment, fermentation, degassing, and wastewater treatment systems.

Available in multiple configurations including discs, spheres, tubes, micro spargers, anti-blocking designs, and large aeration rings, CMI provides flexible solutions for a wide range of industrial applications.

Key Features & Advantages

Available Materials

Custom alloy materials are available upon request for specific process conditions.

Available Configurations

Disc Spargers

• Porous sintered metal discs with housing and flange options
• Fine bubble generation with high oxygen transfer efficiency
• Suitable for ozone aeration and water treatment systems

Spherical Spargers

• Compact sintered metal spheres with threaded connections
• Uniform gas distribution in confined spaces
• Suitable for small reactors and localized aeration

Tube Spargers

• Sintered porous tubes for horizontal installation
• Large contact area and higher flow capacity
• Widely used in wastewater treatment and ozone systems

Micro Spargers (Bioreactors)

• Designed for laboratory and pilot-scale bioreactors
• Fine pore structure for improved dissolved oxygen transfer
• Suitable for cell culture and fermentation systems

Anti-Blocking Spargers

• Special design for fouling and scaling environments
• Resistant to oil, solids, and deposition
• Suitable for produced water and industrial wastewater

Sparger Rings

• Ring-shaped porous tubes for large tank aeration
• Uniform gas distribution over wide areas
• Suitable for high-flow aeration systems

Typical Applications

Water & Wastewater Treatment

• Ozone aeration and sterilization
• Industrial and municipal wastewater aeration
• Mineral water and process water aeration
• High-temperature aeration systems

Oil, Chemical & Industrial Fluids

• Produced water degreasing aeration
• Industrial degreasing and stripping processes
• High-viscosity or fouling-prone fluids

Biotechnology & Fermentation

• Bioreactors and fermenters
• Oxygen and CO₂ transfer systems
• Cell culture media aeration

Installation & Operation Guidelines

• Install horizontally for optimal gas distribution
• Recommended spacing: 5–10× sparger diameter depending on tank depth
• Avoid mechanical impact on porous surfaces
• Increase pressure gradually during startup
• Continuous operation helps reduce fouling
• Inspect for fouling before restart after shutdown
• Clean using nitric, phosphoric, or acetic acid when necessary
• Avoid concentrated hydrochloric or sulfuric acid
• Dry thoroughly with compressed air after cleaning