New ESTCP Projects Focused on Post Remediation Performance Assessment

ER Blog Graphic 9-14-15

The DoD has funded numerous pilot- and field-scale demonstrations of in situ remediation technologies over the past 20 years. However, most of the projects perform careful monitoring and assessment over only a few months to a few years, and questions regarding the long-term performance and impacts have been addressed only rarely. Despite legitimate questions regarding long-term performance, there is a lack of data from field sites on the duration of treatment effects, the potential for long-term rebound, or the possibility of continued improvement in water quality after active treatment is ended. Given that carefully-monitored active restoration efforts have been performed for over 20 years, there is now an opportunity to develop long-term performance data, and to evaluate the conditions that foster or limit the long-term performance of different technologies. Such data would greatly assist the DoD by reducing risk and costs associated with the more difficult to treat contaminated sites. 

In May 2015, proposals were requested to conduct follow-up assessments at pilot- or full-scale restoration sites that had completed restoration activities three or more years ago. The objective of the solicitation was to evaluate the long-term performance and impacts of site restoration technologies. Specific questions to address within these projects included: 1) how long do remediation impacts persist; and 2) what technologies and site conditions are most likely to lead to long-term performance concerns? Specifically for groundwater sites, additional questions to address included: 1) how do different groundwater quality parameters change over time; and 2) what mechanisms control long-term groundwater quality?

Eleven projects were selected for funding:

  1. Demonstrating a Biogeophysics Strategy for Minimally Invasive Post Remediation Performance Assessment ( ER-201579)
    • Dr. Tim Johnson, Pacific Northwest National Laboratory
  2. Long-Term Stability and Efficacy of Historic Activated Carbon (AC) Deployments at Diverse Freshwater and Marine Remediation Sites ( ER-201580)
    • Dr. Todd Bridges, U.S. Army Engineer Research and Development Center, Environmental Laboratory
  3. Post-Remediation Evaluation of EVO Treatment - How Can We Improve Performance? ( ER-201581)
    • Dr. Robert Borden, Solutions-IES
  4. Post-Remediation Performance Assessment at a Petroleum Impacted Site ( ER-201582)
    • Mr. Tim Appleman, NAVFAC Expeditionary Warfare Center
  5. Flux-Based Assessment of Post-Remedial Performance ( ER-201583)
    • Dr. Mark Newman, University of Florida
  6. Providing Additional Support for MNA by Including Quantitative Lines of Evidence for Abiotic Degradation and Cometabolic Oxidation of Chlorinated Ethylenes ( ER-201584)
    • Mr. Todd Wiedemeier, T.H. Wiedemeier & Associates
  7. Assessing the Long-Term Performance and Impacts of ISCO and ISBR Remediation Technologies ( ER-201585)
    • Dr. Mark Brusseau, University of Arizona
  8. Verification Monitoring and Stability Assessment of In Situ Stabilized Range Metals ( ER-201586)
    • Ms. Michelle Wynter, U.S. Army Engineer Research Development Center, Environmental Laboratory
  9. Evaluating Long-Term Impacts of Soil-Mixing Source-Zone Treatment Using Cryogenic Core Collection ( ER-201587)
    • Dr. Wilson Clayton, Trihydro Corporation
  10. Assessment of Post Remediation Performance of a Biobarrier Oxygen Injection System at an MTBE Contaminated Site ( ER-201588)
    • Ms. Kenda Neil, NAVFAC Expeditionary Warfare Center
  11. Analysis of Long-Term Performance of Zero-Valent Iron Applications ( ER-201589)
    • Mr. Kyle Kirchner, NAVFAC Expeditionary Warfare Center

These projects will be initiated in 2015 with Final Reports available in 2017. Additional information on these projects will be available on the SERDP & ESTCP web site.

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