Research

From water filtration, heavy metals sorption and removal, to persistent organic pollutant destruction we are the one stop shop for Kansas City. 

SERDP Funded UV/SGM PFAS Destruction #ER19-1403

The overarching goal of this project is to validate the efficacy of a novel photocatalytic filter media (UV/SGM) for destroying per- and polyfluoroalkyl substances (PFAS) in concentrated liquid waste streams, through a series of lab-based batch and column tests. UV/SGM technology is a granular media in which a photocatalyst is embedded within the silica based structure.  The media is calcined and packed around a VUV activation source. Solution passes through the column, interacting with the media and initiating photocatalysis followed by fluoride, nitrate, and sulfate liberation and subsequent mineralization. The UV/SGM unit above will be used to destroy PFAS present in concentrated waste streams such as legacy aqueous film-forming foam (AFFF) concentrate, source-area groundwater, and/or ion exchange (IX) resin regeneration waste. Specific project objectives include:

  • Provide evidence that destruction of PFAS is occurring in concentrated waste streams.
  • Characterize the dose-response relationship between influent PFAS concentrations and contact time for both reagent grade solutions and a concentrated liquid waste-stream.
  • Assess kinetics, longevity performance trends, and capacity in rapid column studies.
  • Assess the cost and performance of treatment.

Second Research Area

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Third Research Area

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Fourth Research Area

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Fifth Research Area

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Sixth Research Area

microscopeEnter a detailed description of this area of your research. Image size is 300 x 200

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Laboratory Collaborations

(Name of lab) current collaborators include: list names here. If you've added collaborators to your team page, link to their profiles. For example: Dr. Layla Cronin, Boston Children's Hospital.