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The AquaPRS™ PFAS Removal System utilizes a unique sorbent suspension to adsorb pre- and polyfluoroalkyl substances (PFAS) and a robust separator to extract clean water from the suspension. See the AquaPRS™ PFAS Removal System in action here.



AquaPRS™ PFAS Removal System

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Aqua MultiBore® P-Series Polymeric Membranes

PFAS Remediation - Aqua MultiBore® P-Series Polymeric Membranes

The turbulent adsorbent slurry of the AquaPRS™ PFAS Removal System prevents biofouling and controls solids and mineral buildup. Additionally, the adsorbent material is specially engineered to adsorb much more PFAS than can be adsorbed by the same amount of other adsorbents or ion-exchange resins, resulting in significantly less life cycle costs. The process is completely automated, including replacement of the adsorbent, and allows parameter adjustments in response to varying influent concentrations of PFAS.

Single stage operation removes PFAS/PFOA and other regulated PFAS contaminants to levels below EPA standards with low to moderate influent levels. For high PFAS concentrations or difficult influent water characteristics, a two-stage configuration / operation can achieve effluent levels to meet EPA effluent standards.

Wide Band Diffusers - AquaPRS PFAS Remediation

Advantages

  • Fouling and scaling controlled by slurried adsorbent
  • Adsorption rates are significantly higher than granular activated carbon (GAC) or ion-exchange resin (IX Resin)
  • Waste volumes are substantially lower when compared to GAC or IX Resin
  • Enhanced removal of short-chain PFAS in a single process
  • Process is completely automated, including adsorbent replacement
  • Minimal operator attention needed
  • Significantly higher effluent quality compared to other technologies through a wide range of influent PFAS levels, from low to 40,000+ ppt


Applications

  • Drinking Water – Groundwater and Surface Water
  • Groundwater Remediation
  • Spill Remediation
  • Stormwater Treatment


Features & Specifications

  • Multiple adsorbents for specific matrixes of PFAS
  • Low to 40,000+ ppt of PFAS compounds
  • Fouling and scaling controlled by slurried adsorbent
  • Enhanced removal of short-chain PFAS compounds


Benefits

Compared to Adsorbents or Other Technologies:

  • Significantly lower operating costs
  • Higher PFAS adsorption rates
  • Substantially lower waste volumes
  • Fouling and scaling controlled by adsorbent slurry
  • Enhanced removal of short-chain PFAS compounds
  • Completely automated process including adsorbent replacement