tri-lobe roots blower for various wastewater treatment

tri-lobe roots blower is a typical volumetric blower designed to enable air or gas to be transported stably within a certain pressure and flow rate range. A special impeller structure is used to propel air or gas flow through the reverse rotation of two or more impellers.

Description

The pressure of a tri-lobe roots blower can be adjusted according to the user’s needs and is able to provide a stable airflow over a wide range.
The working principle of the tri-lobe roots blower is based on the principle of a positive displacement compressor. The pump is equipped with two sets of impellers rotating in opposite directions to each other, with very small clearances between the impeller and the impeller, and between the impeller and the casing. Whenever the impeller rotates to the suction end, it captures a certain amount of air or gas between the impellers, which is pushed to the discharge end and pressurized as the impellers rotate, thus discharging it at the outlet to provide a stable airflow.

tri-lobe roots blower Features:

  1. Wide range of air volume and pressure:
    Range of orifices: 40 mm to 300 mm.
    Airflow range: 0.36 m3/min to 160 m3/min.
    Pressure range: up to 8000 mmAq.
    Adapt to many different needs of industrial applications, can provide stable airflow and compressed air to meet the requirements of different industries.
  2. Oil-free discharge: The pump design ensures that the discharged air is oil-free, suitable for application scenarios with strict requirements on gas quality, such as food processing, pharmaceuticals, electronic equipment and other fields.
  3. Computerized dynamic balance correction, low vibration, low noise: through accurate computerized dynamic balance correction, the tri-lobe roots blower can maintain very low vibration and noise during operation, providing a quieter and more stable operating environment, suitable for working environments with strict requirements for noise control.
  4. Stable air volume, small pressure fluctuations: air volume output is stable, and in the case of pressure changes, the air volume fluctuation is small, which means that the blower is able to maintain good working efficiency and stability in systems with large pressure fluctuations.
  5. Special impeller design, high efficiency, energy saving: the three-bladed impeller adopts a specially designed geometry, which reduces the waste of airflow and improves the efficiency of the fan. This not only saves energy costs, but also extends the service life of the equipment.
  6. Simple and sturdy structure, trouble-free: the fan is designed with a simple and sturdy structure, able to withstand long-term high load operation, low maintenance costs and a low failure rate, suitable for a variety of industrial environments.
  7. The use of a grinding gear, high precision, long service life, low noise: the use of high-precision first-class grinding gears to ensure that the fan drive system smooth, efficient operation, with a long service life and can reduce the noise during operation.
  8. Impeller processing technology precision, high accuracy, easy to replace: impeller using gantry planer bed six-axis machining method for processing, a machining is completed, improving the processing accuracy of the impeller, so that the replacement of the impeller is more convenient and quick, reducing the downtime for maintenance.

tri-lobe roots blowers are widely used in a variety of industrial fields that require stable airflow and pressure, including but not limited to:

  1. Wastewater treatment: used in aeration tanks to provide stable airflow and effectively promote the oxidation process.
  2. Pneumatic conveying: used in pneumatic conveying system for dust, granular materials and so on.
  3. Gas pressurization: Provide stable airflow in industrial gas processing system to meet different gas transmission needs.
  4. Packaging and food processing: provide compressed air for packaging equipment, especially in the occasions of oil-free requirements.
  5. Pharmaceutical, chemical and electronic industries: for high cleanliness gas transportation, to ensure product quality.