| After-sales Service: | 12 |
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| Type: | Aerators |
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Uses:
QXB type centrifugal submersible aerator is a pivotal tool designed for the sophisticated needs of wastewater management. It excels in the aeration ponds of sewage treatment facilities, performs admirably in aeration and sedimentation ponds, and is indispensable for enriching oxygen levels and facilitating the efficient mixing of sewage sludge mixtures. Additionally, it plays a critical role in the biochemical treatment of sewage and the oxygenation of aquaculture ponds, proving its versatility and essential nature in various environmental applications.
Principle:
The QXB type centrifugal submersible aerator embodies a direct connection structure, where the rotating impeller is the heart of its operation. As it spins, it creates a powerful centrifugal force within the water, establishing a negative pressure zone around the impeller. This ingenious mechanism draws air through the inlet pipe, where the air seamlessly mingles with the water in the mixing disc. The resulting harmonious blend of air and water is then dynamically expelled from the discharge outlet, ensuring a thorough, even dispersal.
This process is marked by several key aspects: within the mixing disc, air and water combine to create a highly effective gas-liquid mixing effect, leading to a robust circulation and convection of the gas-liquid mixture discharged from the outlet. This advanced diffusion process results in a multitude of air molecules being propelled at high speeds, thereby maximizing their oxygen absorption efficiency. The overall outcome is an optimized oxygen transfer, vital for the health and efficiency of aquatic and wastewater environments.
The QXB submersible aerator operates with a precision-driven impeller that orchestrates a robust flow of water. This flow seamlessly integrates with an air intake system, creating a negative pressure that naturally draws air into the water. As the entrapped air merges with the water, the mixture is evenly diffused throughout the liquid body, elevating oxygen levels and guaranteeing uniform distribution and mixing, crucial for environmental balance.
Submersible Motor: Engineered to function underwater, the motor efficiently drives the impeller, providing steadfast and consistent performance, even in the most challenging aquatic environments.
Rotor/Impeller: The rotor is the catalyst for dynamic agitation, facilitating superior air-water mixing. Its meticulously optimized impeller design ensures unparalleled oxygen transfer efficiency, setting a benchmark in aeration technology.
Aeration Nozzle: Skillfully engineered to distribute oxygen-enriched water effectively across the surrounding environment, the nozzle ensures even aeration, fostering a balanced and thriving ecosystem.
Corrosion-Resistant Materials: Crafted from robust materials like stainless steel or enhanced with special coatings, this aerator is adept at handling various water conditions, including those that are corrosive or abrasive, ensuring longevity and resilience.
Compact and Efficient Design: With its compact form and straightforward installation process, this unit is perfect for confined spaces or limited areas, providing unmatched efficiency without compromising on performance.
Wastewater Treatment: Ideally suited for aeration tanks, oxidation ponds, and an array of wastewater treatment environments, this aerator significantly enhances oxygen transfer for critical biological processes.
Aquaculture: A trusted asset in fish and shrimp farming, this aerator maintains optimal oxygen levels, promoting robust and healthy aquatic ecosystems.
Industrial Water Treatment: Perfectly suited for cooling towers, process water treatments, and the management of industrial effluents, offering a reliable solution for complex water treatment challenges.
Environmental Remediation: Assisting in the aeration of contaminated water bodies, this aerator plays a pivotal role in enhancing the vitality of aquatic ecosystems, driving ecological restoration.
High Oxygen Transfer Efficiency: The expertly crafted impeller and rotor work in concert to deliver exceptional oxygenation, significantly boosting treatment performance across applications.
Energy Saving: With a focus on energy efficiency, this aerator consumes considerably less power compared to conventional methods, translating into reduced operational costs.
Durable and Reliable: Built with corrosion-resistant materials, this aerator promises durability and reliability, engineered for enduring performance under harsh conditions.
Compact and Easy to Install: Its submersible design allows for effortless installation and minimizes spatial requirements, offering a seamless integration into any system.
Low Maintenance: Thoughtfully designed to minimize wear and tear, this aerator demands less maintenance, ensuring minimal downtime and uninterrupted operation.
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