Analytical Support for the Drinking Water Emergency in Flint, Michigan
Analytical Support for the Drinking Water Emergency in Flint, Michigan

Helping 100,000 Residents Affected by Elevated Lead Levels in Local Water Supply
Lead contamination found in the drinking water in Flint, Michigan had a catastrophic impact on the community and its residents. CSS supported EPA’s response to the crisis by providing mobile and fixed analytical laboratory services and data review. Over a nine-month period, our chemists analyzed and/or reviewed more than 3,400 samples. To meet the fast turn-around required for analytical results, CSS identified and adapted a standard method (522.2 Haloacetic Acids) and performed specialty analytical methods that were not commercially available. In addition, we supported a health pilot study to assess potential chemical sources of rashes reported by affected residents. The analytical data produced by CSS for the Flint response was used by the EPA to ensure that corrective actions were working and that the water was safe for human consumption.
Additional Projects

Onsite Analytical Support Following Hurricane Harvey
CSS helped EPA protect the communities affected by Hurricane Harvey from volatile and semi-volatile water contaminants.

IT Security Support for NOAA’s National Marine Fisheries Service (NMFS) Office of Science and Technology (OST).
CSS provided information systems security officer and engineer support to NOAA’s National Marine Fisheries Service (NMFS) Office of Science and Technology (OST). CSS provided the following support for this Project: audited information systems and applications, developed a security program, implemented a successful system and application change control process, developed and implemented data extraction policies and…

Cleaning Up the National Anthrax Attack
Challenge CSS working alongside of the U. S. Centers for Disease Control characterized the extent of building contamination and subsequently determined that the entire 100,000 foot building and contents would need to be decontaminated. A novel method needed to be developed and implemented for cleaning the massive number of mail pouches, packages and artifacts destined…

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