Search Result
MERCURY REMEDIATION TECHNOLOGY DEVELOPMENT FOR LOWER EAST FORK POPLAR CREEK: FY2018 UPDATE
Peterson, M.J., S.C. Brooks, T.J. Mathews, M.A. Mayes, A. Johs, R. McManamay, et al.
ORNL/SPR-2018/912, 59 pp, 2019
Mercury (Hg) losses at and near the Y-12 National Security Complex have caused elevated levels in water and fish from East Fork Poplar Creek (EFPC). DOE is using a phased, adaptive management approach to Hg remediation at Y-12, with a focus in the next few years on construction of the Mercury Treatment Facility (MTF) to treat the most contaminated Y-12 outfall entering the creek. Once operational, the MTF will provide additional protection against inadvertent releases of Hg into the stream from decontamination and decommissioning of Y-12 Hg-use buildings. A major focus of the project has been on understanding Hg transport and fate processes in the EFPC system so that targeted, site-specific technologies can be developed. Field study data are used to define conceptual and quantitative models for EFPC to inform future remedial decision-making. Bench-scale technology development activities are also presented. https://info.ornl.gov/sites/publications/Files/Pub114693.pdf
ORNL/SPR-2018/912, 59 pp, 2019
Mercury (Hg) losses at and near the Y-12 National Security Complex have caused elevated levels in water and fish from East Fork Poplar Creek (EFPC). DOE is using a phased, adaptive management approach to Hg remediation at Y-12, with a focus in the next few years on construction of the Mercury Treatment Facility (MTF) to treat the most contaminated Y-12 outfall entering the creek. Once operational, the MTF will provide additional protection against inadvertent releases of Hg into the stream from decontamination and decommissioning of Y-12 Hg-use buildings. A major focus of the project has been on understanding Hg transport and fate processes in the EFPC system so that targeted, site-specific technologies can be developed. Field study data are used to define conceptual and quantitative models for EFPC to inform future remedial decision-making. Bench-scale technology development activities are also presented. https://info.ornl.gov/sites/publications/Files/Pub114693.pdf
The Technology Innovation News Survey welcomes your comments and
suggestions, as well as information about errors for correction. Please
contact Michael Adam of the U.S. EPA Office of Superfund Remediation
and Technology Innovation at adam.michael@epa.gov or (703) 603-9915
with any comments, suggestions, or corrections.
Mention of non-EPA documents, presentations, or papers does not constitute a U.S. EPA endorsement of their contents, only an acknowledgment that they exist and may be relevant to the Technology Innovation News Survey audience.