| After-sales Service: | 12 |
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| Type: | Aerators |
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Uses:
The QXB type centrifugal submersible aerator stands as a linchpin in the realm of advanced water treatment technologies. It is meticulously designed for the aeration ponds of sewage treatment facilities, deftly handling the aeration and sedimentation of sand-laden ponds. Furthermore, it excels in oxygenating and mixing sewage sludge mixtures, as well as facilitating the biochemical treatment of wastewater. An added benefit is its capability to invigorate aquaculture ponds, enhancing their oxygen levels for thriving aquatic life.
Principle:
The QXB type centrifugal submersible aerator employs a sophisticated direct connection structure. As the impeller spins, it crafts a centrifugal force in the water, leading to the creation of a negative pressure zone around the impeller. This dynamic environment draws air seamlessly through the inlet pipe. The captured air is then expertly mixed with water in the mixing disc, resulting in a harmonious blend that is efficiently expelled from the discharge outlet, ensuring optimal aeration and mixing.
This intricate process encompasses several vital elements: The precise mixing of air and water in the mixing disc results in a superior gas-liquid integration effect. As the gas-liquid mixture is discharged, a dynamic circulation and convection pattern is established. This interplay, powered by the high-speed movement of air molecules, maximizes oxygen absorption efficiency.
The QXB submersible aerator operates by harnessing the power of an impeller to generate a robust water flow, which seamlessly transitions through an air intake mechanism. This activity induces a negative pressure, effectively drawing air into the water. The air-water mixture is then distributed uniformly across the water body, significantly enhancing oxygen levels and ensuring comprehensive mixing.
Submersible Motor: A marvel of engineering, the motor is adeptly crafted to function underwater, propelling the impeller and ensuring unwavering, continuous operational excellence.
Rotor/Impeller: Engineered to create vigorous agitation, the rotor ensures efficient air-water amalgamation. The impeller's design is fine-tuned to achieve remarkable oxygen transfer efficiency.
Aeration Nozzle: This component is crucial for dispersing oxygen-rich water into the surrounding environment, promoting even and thorough aeration.
Corrosion-Resistant Materials: The aerator is constructed from robust materials such as stainless steel or specially formulated coatings. This ensures its adaptability and durability in various water conditions, including those that are corrosive or abrasive.
Compact and Efficient Design: Noteworthy for its space-saving design, the unit is compact and effortlessly installable, making it a perfect fit for confined or space-challenged environments.
Wastewater Treatment: Predominantly employed in aeration tanks, oxidation ponds, and diverse wastewater treatment facilities to bolster oxygen transfer, crucial for effective biological processes.
Aquaculture: An invaluable asset in fish and shrimp ponds, this aerator maintains elevated oxygen levels, fostering a healthy, vibrant aquatic ecosystem.
Industrial Water Treatment: Ideally suited for applications in cooling towers, process water treatment, and the management of industrial effluents.
Environmental Remediation: Essential for the aeration of contaminated water bodies, it contributes significantly to the restoration and enhancement of aquatic ecosystem health.
High Oxygen Transfer Efficiency: Thanks to the innovative design of the impeller and rotor, the aerator achieves exceptional oxygenation, drastically improving treatment outcomes.
Energy Saving: Designed for low power consumption, this aerator significantly cuts down operational costs compared to conventional aeration methods.
Durable and Reliable: Crafted from corrosion-resistant materials, this aerator is engineered for enduring usage even in the most challenging conditions.
Compact and Easy to Install: The submersible configuration of the aerator simplifies installation procedures and minimizes space utilization.
Low Maintenance: Its thoughtful design reduces wear and tear, ensuring minimal maintenance requirements and significantly decreasing downtime.
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