MEMBRANES

FEATURES

  • Advanced Biological Nutrient Removal
    - Separation of Aeration and Mixing
    - Quiescent Settling
  • Dual Barrier Filtration
    - 10 Micron Cloth Media Filter
    - 0.1 Micron Microfiltration
  • External Membranes
    - Automatic In-place Cleaning
    - Easy Access
    - Fewer Membranes Compared to
      Traditional Multi-Unit Processes
  • Flexible Design and Operation
  • Alternate Discharge Points
  • Ease of Operation
  • High Quality Effluent
  • Fine Screening of MLSS Not Required
  • Lowest Life Cycle Cost

ADVANTAGES

  • Advanced biological nutrient removal
  • Dual barrier filtration
  • External membranes
  • Flexible design and operation
  • Alternate discharge points
  • High quality effluent
  • Lowest life-cycle cost

APPLICATIONS

  • Wastewater Treatment
  • Municipal and industrial advanced wastewater treatment
  • New plant construction, plant upgrades, retrofits and expansion to existing systems
  • Wastewater Treatment
  • Gray water
  • Industrial reuse
  • Residential
  • Commercial
  • Recreational
  • Conditioning prior to reverse osmosis
  • Water purification membrane filtration systems

INTELLIPRO®

IntelliPro® Process Management System
Click here to learn more!

 

OPERATION 

Biological System
Flow enters the bioreactor where a series of independent phases promote biological treatment. Separate mixing and aeration devices allow the contents of the reactor to undergo biomass conditioning and nutrient reduction by alternating aerobic and anoxic periods. Following quiescent settling, supernatant from the reactor is transferred from the first barrier to the cloth media filter.

Cloth Media Filtration
Inlet water passes through the 10 micron cloth media or second barrier. Filtered water is collected in the center tube where it is directed to a supply channel that feeds the external microfiltration membrane system.

Membranes
The membrane system is the final barrier of the AquaMB Process®. Feed flow enters the membrane module where low positive pressure enables the fluid to permeate the membrane, excluding fine particulates down to 0.1 microns in size. Permeate from the membranes is taken directly from the top of the module and directed to final discharge or reuse application.

CLEAN IN PLACE (CIP) PROCESS  

  • Periodic chemical cleaning removes organics and mineral deposits.
  • Fully automated with manual option.
  • In-situ cleaning; removal of membranes not required.
  • Membranes are compatible with a variety of cleaning chemicals.

 

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