XSBQ and XPE vertical impeller surface aerators


Sample download of XSBQ and XPE vertical impeller surface aerators. Vertical impeller surface aerators are mainly used in aeration tanks in the oxidation process of wastewater treatment plants. They are vertical surface aerators. Their function is to aerate wastewater, allowing the wastewater and oxygen to fully mix and contact to complete the biochemical process. Aerators are also suitable for water body aeration processes. Features: The drive motor reducer directly drives the main shaft, with high power transmission efficiency, stable transmission, low noise, and long life. Small footprint, saving investment costs. The impeller adopts a unique structure with high oxygenation efficiency. Working principle: The impeller is located at a certain depth below the surface of the aeration tank.

Keywords: pretreatment equipment, aeration equipment

Product Description

XSBQ and XPE Type Vertical Impeller Surface Aerators

  Vertical impeller surface aerators are mainly used in aeration tanks in the oxidation process of wastewater treatment plants. They belong to vertical surface aerators. Their function is to oxygenate wastewater, allowing the wastewater and oxygen to fully mix and contact to complete the biochemical process. Aerators are also suitable for water body oxygenation processes.
Features:
  The drive motor reducer directly drives the main shaft, resulting in high power transmission efficiency, stable transmission, low noise, and long service life.
  Small footprint, saving investment costs
  The impeller uses a unique structure, resulting in high oxygenation efficiency.
Working Principle
  Located at a certain depth below the surface of the aeration tank, the impeller rotates driven by the transmission device. The wastewater is strongly stirred, and the resulting vortex causes the wastewater to be sucked into the inlet through the flow channel and then ejected at high speed from the outlet, forming a hydraulic jump. This constantly updates the liquid surface, leading to sufficient contact between the wastewater and the atmosphere, allowing a large amount of oxygen from the air to dissolve into the wastewater, completing the oxygenation of the wastewater.

 

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