| After-sales Service: | 12 |
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| Warranty: | 12 |
| Type: | Aerators |
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Uses:
The QXB type centrifugal submersible aerator is ingeniously crafted for versatile use across multiple aquatic settings. Ideal for sewage treatment plant aeration ponds, it effortlessly enhances aeration and facilitates sand sedimentation. Additionally, it excels at oxygenating and mixing sewage sludge mixtures, while it remarkably supports the biochemical treatment of sewage and oxygenation of aquaculture ponds, ensuring optimal environmental conditions.
Principle:
The QXB type centrifugal submersible aerator is a marvel of engineering with its direct connection structure. The dynamic rotating impeller creates a centrifugal force in the water, establishing a negative pressure zone around itself. This process efficiently draws air in through the inlet pipe, where it masterfully mixes with water in the mixing disc, resulting in a perfectly balanced mixture that is precisely discharged from the outlet, ensuring seamless aeration.
This sophisticated process involves essential aspects: the mixing disc harmoniously blends air and water, producing an exceptional gas-liquid mixing effect. The mixture is elegantly discharged to form a circulation and convection flow, ensuring maximum distribution. The high-speed movement of air molecules significantly enhances oxygen absorption efficiency, making it a superior choice for water treatment.
The operation of the QXB submersible aerator is both powerful and efficient, utilizing an impeller to generate a robust water flow. This flow navigates through an air intake system, creating a negative pressure that skillfully draws air into the water. As the air and water blend seamlessly, the mixture is evenly diffused throughout the body of water, optimizing oxygen levels and achieving thorough mixing.
Submersible Motor: This specially engineered motor thrives underwater, propelling the impeller with unwavering stability and continuous efficiency.
Rotor/Impeller: The rotor is the heartbeat of the system, stirring the water to ensure effective air-water mixing, while the impeller's innovative design guarantees exceptional oxygen transfer efficiency.
Aeration Nozzle: This component adeptly distributes the oxygen-enriched water into its surroundings, ensuring a uniform and effective aeration process.
Corrosion-Resistant Materials: Built with robust materials like stainless steel or advanced coatings, this aerator is designed to withstand diverse conditions, including corrosive and abrasive environments, promising durability.
Compact and Efficient Design: The aerator's compact design allows for effortless installation, making it ideal for confined spaces or areas where space is premium.
Wastewater Treatment: Perfectly suited for aeration tanks, oxidation ponds, and other wastewater facilities, enhancing oxygen transfer to optimize biological processes and efficiency.
Aquaculture: Essential for maintaining high oxygen levels in fish and shrimp ponds, promoting vibrant and healthy aquatic life, and supporting aquaculture success.
Industrial Water Treatment: An excellent choice for cooling towers, process water treatment, and managing industrial effluents, providing reliable performance and efficiency.
Environmental Remediation: Plays a crucial role in the aeration of polluted water bodies, greatly improving the health and vitality of aquatic ecosystems.
High Oxygen Transfer Efficiency: With an expertly designed impeller and rotor, this aerator delivers superior oxygenation efficiency, enhancing overall treatment performance.
Energy Saving: Designed for low power consumption, this aerator provides significant savings in operational costs compared to traditional methods.
Durable and Reliable: Engineered with corrosion-resistant materials, this aerator is built for longevity and dependable performance in challenging conditions.
Compact and Easy to Install: Its submersible nature streamlines installation while minimizing space requirements, making it an excellent choice for diverse settings.
Low Maintenance: The meticulous design reduces wear and tear, minimizing maintenance needs and downtimes, ensuring consistent operation.
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