XZPQ and XZSQ type bedroom turntable (brush) exposure machine


Sample download XZPQ type horizontal rotary (brush) aerator The XZPQ type rotary (brush) aerator is a key equipment in the oxidation ditch process of wastewater treatment plants, belonging to a horizontal shaft surface aerator. Its function is to oxygenate the wastewater, promote the circulation of wastewater in the oxidation ditch, and prevent the sedimentation of activated sludge, so that the wastewater and oxygen are fully mixed and contacted to complete the biochemical process. The rotary aerator is also suitable for water body oxygenation processes. Its characteristics: The drive motor reducer directly drives the transmission main shaft, with high power transmission efficiency, stable transmission, low noise, and long life. A special coupling and self-aligning bearing can adapt to the changes in free deflection needs

Keywords: pretreatment equipment, aeration equipment

Product Description

XZPQ Type Horizontal Rotary (Brush) Aerator

  The XZPQ type rotary (brush) aerator is a key piece of equipment in the oxidation ditch process of wastewater treatment plants and belongs to a horizontal shaft surface aerator. Its function is to oxygenate the wastewater, promote the circulation of wastewater in the oxidation ditch, and prevent the sedimentation of activated sludge, allowing the wastewater and oxygen to fully mix and contact to complete the biochemical process. Rotary aerators are also suitable for water body oxygenation processes.
Its characteristics:
  The drive motor reducer directly drives the main shaft, resulting in high power transmission efficiency, stable transmission, low noise, and long service life.
  The specially designed coupling and self-aligning bearings can adapt to the needs of free deflection changes.
  The number of discs per meter can be adjusted according to process needs and power matching.
  Left and right output shafts are optional, and dual output shafts are also available for flexible applications.
  The discs adopt structures such as wheel teeth, water splashing vanes, and oxygen storage channels, resulting in high oxygenation efficiency.
Working principle
  The rotary (brush) rotates rapidly under the drive of the drive mechanism, injecting air into the water to form countless tiny bubbles, allowing the air and water to fully merge to achieve the purpose of oxygenation. With the help of guide plates, it achieves the dynamic effect of promoting water flow.

 

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