Introduction to the application of Roots blower in microporous aeration technology
Roots blowers play a crucial role in microporous aeration technology. The following is a detailed introduction to the application of Roots blower in microporous aeration technology:
1、 Working principle of Roots blower
Roots blower belongs to the positive displacement fan, and its working principle is to use two blade shaped rotors to make relative motion in the cylinder to compress and transport gas. This blower has a simple structure and is easy to manufacture. Due to the use of a three bladed rotor structure and a reasonable structure at the inlet and outlet of the housing, the blower has low vibration and noise, and can operate continuously for a long time.
2、 Application of Roots blower in microporous aeration technology
1. Provide clean air:
The Roots blower sucks in air and delivers it to the microporous aerator through a pressure pipeline.
These clean air are dispersed into the water in the form of microbubbles through microporous aerators, increasing the oxygen content in the water.
2. Realize gas transportation:
The Roots blower works in conjunction with the main pipe to effectively transport air to specific areas at the bottom of ponds or sewage treatment tanks that require oxygenation.
The stability and efficiency of this gas delivery ensure the effective implementation of microporous aeration technology.
3. Collaboration with monitoring system:
In microporous aeration systems, Roots blowers usually need to be coordinated with control systems to achieve real-time monitoring and adjustment of oxygen supply.
Through the control system, the oxygen content of aquaculture water or sewage treatment tanks can be monitored, and the operating status and oxygen supply of the Roots blower can be adjusted as needed.
4. Coordination with other components:
The Roots blower needs to be used in conjunction with the main pipe, nano oxygenation pipe (or aeration pipe), gas storage buffer device, and other components to form a complete microporous aeration system.
The reasonable configuration and layout of these components can improve the efficiency of the entire system.
3、 Advantages of Roots blower in microporous aeration technology
1. Oxygenation:
The Roots blower can provide stable airflow, ensuring that the microporous aerator can continuously and uniformly release microbubbles.
These microbubbles can increase the contact area between water and oxygen, improving the mass transfer efficiency of oxygen.
2. Energy saving:
Roots blowers are usually driven by electricity, but diesel engines can also be used to adapt to different application scenarios.
Compared with traditional oxygenation methods, microporous aeration technology can significantly reduce energy consumption and minimize environmental impact.
3. Easy to maintain:
The structure of Roots blower is simple and easy to maintain.
Without stopping the gas and emptying the structure, the aerator can be directly lifted out of the water surface for maintenance and repair.
4、 Application examples
The application of Roots blower in pig wastewater treatment is a typical example. Through microporous aeration technology, Roots blowers can effectively transport air to the bottom of sewage treatment tanks, providing sufficient oxygen for microorganisms and promoting the decomposition and transformation of substances. This technology improves the efficiency of sewage treatment and reduces energy consumption and operating costs.
In summary, Roots blowers play a crucial role in microporous aeration technology. Its energy-saving and easy to maintain characteristics have made it widely used in various occasions that require oxygenation.
