Tsurumi TAR Series Submersible Air Mixer for Wastewater Treatment with Axial-Flow Impeller - Three Phase 

The TAR-series is a submersible air mixer that combines aeration and mixing to promote wastewater treatment. The powerful current discharged from the high-performance axial-flow impeller shears the air supplied by the blower into tiny bubbles, forming a furious flow of mixed air and water that efficiently delivers oxygen throughout the wastewater. Moreover, Tsurumi’s original downward 4-directional discharge design spreads that mixed flow outward along the bottom of the tank toward the edges to ensure homogeneity. When paired with a Tsurumi rotary air blower, the TAR air mixers not only offer effective aerobic agitation but they can also be used for both aerobic and anaerobic processing by simply switching the blower on and off.

FEATURES 

• Integrated Air Mixing System: Draws in atmospheric air to create a powerful flow of bubbles, improving oxygen transfer and promoting efficient mixing—ideal for biological treatment tanks.
• No External Compressor Needed: Eliminates the cost, noise, and complexity of external air blowers, offering an all-in-one aeration solution with lower operational costs.
• Durable Submersible Design: Rugged cast iron and stainless steel construction ensures long-term reliability in harsh environments, with corrosion-resistant components built to last.
• Powerful Agitation: Delivers strong circulation with high mixing efficiency, preventing sediment buildup and maintaining uniform water quality throughout the tank.
• Simple Installation & Maintenance: Submersible and compact, the TAR Series is easy to install, remove, and service, making it ideal for retrofitting or use in space-limited tanks.
• Energy-Efficient Operation: Optimized flow dynamics and air intake design result in lower energy consumption and more effective aeration per kilowatt.

APPLICATIONS

• Sewage Treatment Plants
• Industrial Wastewater Management
• Flood Control & Drainage
• Tunneling and Mining Operations
• Agricultural Water Management
• Construction Site Dewatering

MODELS