Installation, startup, and operation of world’s first regenerable resin system for PFAS removal

Bolea, Nicole

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https://hdl.handle.net/2142/109853 Copy

Description

Title

Installation, startup, and operation of world’s first regenerable resin system for PFAS removal

Author(s)

Bolea, Nicole

Issue Date

2021-04-28

Keyword(s)

• PFAS
• per- and polyfluoroalkyl substances
• remediation

Abstract

Presented by: Nicole Bolea – Business Development at ECT2, nmbolea@ect.com Co-authors: Steve Woodard, Robert Singer Abstract: The United States Air Force Civil Engineering Center (AFCEC) is conducting on-going response activities to remove and remediate groundwater impacted by PFAS substances at the former Pease Air Force Base. AFCEC responded by contracting with Wood Group PLC to conduct a side-by-side pilot test in 2016, comparing the performance of Emerging Compound Treatment Technology’s (ECT2) regenerable ion exchange (IX) resin and bituminous granular activated carbon (GAC). The regenerable resin system was selected for full-scale application, based on system performance and a lower overall lifecycle cost than GAC. The PFAS remediation system has treated more than 31 million gallons of groundwater having a total average influent PFAS concentration of 55 µg/l. The effluent quality from the IX resin system has been consistently non-detect for PFOS and PFOA, readily achieving compliance with the 70 ng/l HAL target. Five successful resin regenerations have been performed to date. The original superloading media is still operational, having removed and concentrated greater than 99.99 percent of the recovered PFAS mass, and therefore no PFAS waste has needed to be hauled off site to date. Biography: Nicole Bolea is a professional engineer with a degree in Chemical Engineering and a minor in Environmental Engineering from the University of Minnesota, Duluth. She began her career in the water industry designing biological wastewater systems focusing on nutrient removal. Moving from design to sales, she has supported all areas of the US and Canada. Recently, she has joined ECT2 in a Business Development role and is excited to help provide solutions related to PFAS, 1,4-Dioxane, and other emerging contaminants.

Series/Report Name or Number

2021 Emerging Contaminants in the Environment Conference (ECEC21)

Type of Resource

• text
• still image

Language

en

Permalink

• http://hdl.handle.net/2142/109853
• https://youtu.be/YJ2TekjjNAk

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