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Three-Phase Separator
  • Three-Phase Separator product image

  • Three-Phase Separator product image

  • Three-Phase Separator product image

Three-Phase Separator

Brief Description: Modified-PP three-phase separator for UASB, EGSB and IC anaerobic reactors. Customizable treatment capacity ranges from 50 to 10,000 m³/h with gas–liquid separation efficiency of at least 98%.

  • Brand: Sciencor
  • Made: China
  • Delivery Time: 20-30 Days
  • Packing: Plywood Case or Carton
  • Material: PP/PPS
  • Dimension: Customizable
  • Color: Customizable
  • Updated: 2026-08-31
  • Views: 0

Details

Three-Phase Separator

The PP three-phase separator is a core component of anaerobic wastewater-treatment reactors, including UASB, EGSB, and IC systems. It separates gas, liquid, and solids and is suitable for wastewater projects in the chemical, metalworking, food, pharmaceutical, and fermentation industries.

Operating Principle

Installed at the top of the reactor, the separator includes a gas seal, gas chamber, sludge-return slot, and settling chamber. The lower reaction zone and upper settling zone separate water, biogas, and sludge. Biogas exits through the water seal, settled sludge returns to the reaction zone, and treated water leaves through the collection channel.

Specifications

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ParameterSpecificationNotes
Treatment Capacity50–10,000 m³/hCustomizable
Gas–Liquid Separation Efficiency≥ 98%Standard
Solid–Liquid Separation Accuracy≤ 0.5 mmOptimizable
Applicable pH Range2–12Suitable for corrosive conditions
Service Life≥ 10 yearsUnder normal operation and maintenance
Product DimensionsStandard 1000×2000×1000 mmSquare or round construction; customizable for the installation site
Plate Thickness5–20 mmCustomizable

Product Features

  Corrosion resistance: Modified PP withstands acidic and alkaline conditions and provides a service life of more than 10 years under normal operation and maintenance.

  Efficient separation: Gas–liquid separation efficiency reaches at least 98%, while solid–liquid separation accuracy can be optimized to 0.5 mm.

  Modular design: The unit can be assembled quickly and configured for different treatment capacities.

  Energy saving: Energy consumption is more than 30% lower than conventional equipment, and routine maintenance is straightforward.

  Customizable construction: Dimensions, shape, and plate thickness can be adapted to the installation site and process requirements.