• Corpus ID: 107406909

Parallel In Situ Screening of Remediation Strategies for Improved Decision Making, Remedial Design, and Cost Savings

@inproceedings{Halden2013ParallelIS,
  title={Parallel In Situ Screening of Remediation Strategies for Improved Decision Making, Remedial Design, and Cost Savings},
  author={Rolf U. Halden and Kristin McClellan and Tomasz Kalinowski},
  year={2013}
}
Abstract : This report summarizes the development and demonstration of a new tool for remedial design, the in situ microcosm array (ISMA). It may serve potential end users as a general guide on how to utilize the ISMA technology in the design and interpretation of in situ feasibility studies. Before in situ remediation can be implemented at a hazardous waste site, bench-scale or fieldscale feasibility studies are required. These are typically conducted in static batch-bottle microcosms, while… 
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