Oct 19, 2018

EPA Addresses Groundwater Contamination at New Jersey Industrial Park

The cleanup plan includes upgrading a groundwater and well water treatment system

EPA addresses industrial groundwater contamination
EPA addresses industrial groundwater contamination

The U.S. EPA finalized a $19.5 million cleanup plan for the Fair Lawn Well Field Superfund site in Fair Lawn, N.J. Previous industrial and commercial activities at the site contaminated the soil and groundwater with chlorinated volatile organic compounds. EPA will expand and enhance the system that extracts and treats the contaminated groundwater at the site.

Most of the contamination at the site comes from the Fair Lawn Industrial Park, which contaminated the groundwater and some municipal wells with volatile organic compounds (VOCs), including 1,4 dioxane. The impacted municipal supply wells are currently not used for the public water supply, but the groundwater is being treated to remove contaminants and discharged to Henderson Brook. The Westmoreland Well Field treatment system will be upgraded to also address 1,4 dioxane. To ensure that the public is provided with a clean, secure drinking water supply, Fair Lawn is relying on other sources of water until the cleanup plan can be implemented.

Previous cleanup actions by the potentially responsible parties included investigation of soil and groundwater, removal and disposal of contaminated soil, long-term monitoring of groundwater quality, and payment to the Borough of Fair Lawn for the installation, operation, and maintenance of the groundwater treatment system at the Westmoreland Well Field.

EPA’s cleanup plan will upgrade the groundwater treatment equipment at the Westmoreland Well Field and it will remove the contaminant 1,4 dioxane. Additionally, the two other municipal wells at the Westmoreland Well Field will be restarted, if feasible, to further control the contaminated plume. EPA’s cleanup plan includes long-term monitoring and measures to restrict the use of untreated groundwater from the site. Throughout the cleanup, monitoring and testing, and further studies will be conducted to ensure the effectiveness of the cleanup.

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