Impacts on Groundwater Quality Following the Application of ISCO: Understanding the Cause of and Designing Mitigation for Metals Mobilization
Technical Report,01 May 2011,29 Feb 2016
NEW HAMPSHIRE UNIV DURHAM DURHAM United States
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The objectives of this project were to 1 develop a fundamental and predictive understanding of metals release as a result of three common ISCO treatments 2 develop a mechanistic geochemical model to describe release and to design mitigation measures 3 experimentally evaluate the fate of redox and pH perturbations and elevated metals released 4 demonstrate efficacy of pre-, co-, or post-treatment metals mitigation measures and 5 develop guidance for the design community to predict release, understand mechanisms, and design mitigation strategies, as well as maximize the utility of ISCO, reduce impacts to groundwater, and minimize life-cycle costs of the remedial technology.
- Organic Chemistry
- Physical Chemistry
- Metallurgy and Metallography