For nearly a decade, SSP&A assisted with the development and implementation of long-term management of contaminated groundwater at the Anaconda Copper Mine Site in Lyon County, Nevada.
Leviathan Mine Site
2024-11-21T17:13:37+00:00SSP&A was initially retained to provide expert review and evaluation of hydrologic, hydrogeologic, and geochemical conditions at the former Leviathan Mine Site, and to assess the sources of impacts of mining-related residues on groundwater and surface water.
PFAS Contamination in the Alabama River System
2024-11-21T17:41:43+00:00SSP&A provided expert services for four legal matters related to PFAS contamination in the Alabama River system in Georgia and Alabama.
Cape Cod Wastewater
2024-11-21T17:50:49+00:00In support of litigation, SSP&A evaluated the impacts to groundwater and surface water from a wastewater treatment system and septic leach field at a commercial complex in Harwich, Massachusetts.
Sparton Technology Remediation
2024-11-21T17:55:18+00:00SSP&A was retained by Sparton Technology, Inc., to assist in the development of a remedial plan, litigation support, and negotiations with federal, state, county and city regulatory authorities for its Former Coors Road facility in Albuquerque, New Mexico.
Gold King Mine Release
2024-11-21T18:03:28+00:00SSP&A provided expert services for the State of New Mexico, New Mexico Environment Department (NMED), and members of the Navajo Nation in lawsuits related to a mine blowout at the Gold King Mine in Silverton, Colorado.
Hanford Site: Groundwater Modeling
2024-11-21T18:15:38+00:00The USDOE Hanford Site transitioned over decades from a Manhattan Project mission to environmental assessment and cleanup. SSP&A was initially engaged to assess groundwater conditions and develop and apply models to design, evaluate, and optimize groundwater remedies for CERCLA operable units across the Hanford Site.
Former Halliburton Manufacturing Facility
2024-12-10T20:06:06+00:00SSP&A was initially retained to evaluate the fate and transport of CrVI (from historical plating activities) and the effectiveness of a combined strategy of in-situ and ex-situ remedies.