| After-sales Service: | 12 |
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| Type: | Aerators |
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Uses:
The QXB type centrifugal submersible aerator is ingeniously engineered for various applications, including aeration ponds at sewage treatment facilities, sand sedimentation ponds, and the oxygenation and blending of sewage sludge mixtures. It plays a pivotal role in the biochemical treatment of sewage and serves as an ideal solution for oxygenating aquaculture ponds, ensuring enhanced life quality for aquatic species.
Principle:
The QXB type centrifugal submersible aerator boasts a direct connection structure, where the dynamic impeller creates a powerful centrifugal force in the water. This action engenders a negative pressure zone around the impeller, compelling air to be drawn in through the inlet pipe. The resulting air-water blend is meticulously mixed in the mixing disc before being efficiently expelled through the discharge outlet, creating an ideal mixture for various applications.
The process is characterized by an intricate yet effective series of actions: as air and water amalgamate in the mixing disc, a superior gas-liquid mixing effect emerges. The resultant gas-liquid mixture cascades out of the outlet, establishing enhanced circulation and convection. This generates a plethora of air molecules, which, in their rapid movement, achieve phenomenal oxygen absorption efficiency.
Harnessing the profound power of its impeller, the QXB submersible aerator creates a robust water flow, seamlessly integrating with the air intake system. This synergy produces negative pressure, drawing ambient air into the aquatic environment. The expertly mixed air-water combination is then uniformly diffused, elevating oxygen levels and ensuring a consistent and homogeneous mixing process.
Submersible Motor: With a design tailored for underwater operation, this motor reliably drives the impeller, guaranteeing unwavering performance and continuity, even in challenging conditions.
Rotor/Impeller: The rotor is the key to efficient air-water integration, creating the necessary agitation. Its advanced impeller design is optimized for supreme oxygen transfer efficiency.
Aeration Nozzle: The nozzle adeptly disperses oxygen-enriched water into its surroundings, fostering a balanced and uniform aeration throughout the water body.
Corrosion-Resistant Materials: Constructed from robust materials like stainless steel or coated with specialized finishes, the aerator is resilient against various challenging water conditions, including corrosive and abrasive environments.
Compact and Efficient Design: Its compactness facilitates effortless installation, making it a perfect fit for restricted spaces and areas where spatial efficiency is crucial.
Wastewater Treatment: Essential in aeration tanks and oxidation ponds, this aerator significantly boosts oxygen transfer, enhancing the efficiency of biological processes in various wastewater treatment facilities.
Aquaculture: Perfect for fish and shrimp ponds, it ensures optimal oxygen levels, promoting vigorous aquatic life and maintaining a healthy ecosystem.
Industrial Water Treatment: Versatile enough for cooling towers and process water treatment, this aerator effectively manages industrial effluents, contributing to cleaner outputs.
Environmental Remediation: This aerator is instrumental in aerating polluted water bodies, significantly enhancing the vitality of aquatic ecosystems and promoting environmental health.
High Oxygen Transfer Efficiency: Thanks to its innovatively designed impeller and rotor, the aerator delivers outstanding oxygenation, improving treatment efficacy across applications.
Energy Saving: Compared to conventional aeration methods, this aerator boasts reduced power consumption, offering significant savings on operational costs.
Durable and Reliable: Crafted from corrosion-resistant materials, this aerator is engineered for enduring performance, even under the toughest of conditions.
Compact and Easy to Install: Its submersible design simplifies installation procedures and optimizes space usage, making it an ideal choice where spatial constraints exist.
Low Maintenance: Designed to minimize wear and tear, this aerator requires minimal maintenance, ensuring reduced downtime and ongoing operational efficiency.
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