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- W2118077664 abstract "In order to provide highly effective yet relatively inexpensive strategies for the remediation of recalcitrant organic contaminants, research has focused on in situ treatment technologies. Recent investigation has shown that coupling two common treatments—in situ chemical oxidation (ISCO) and in situ bioremediation—is not only feasible but in many cases provides more efficient and extensive cleanup of contaminated subsurfaces. However, the combination of aggressive chemical oxidants with delicate microbial activity requires a thorough understanding of the impact of each step on soil geochemistry, biota, and contaminant dynamics. In an attempt to optimize coupled chemical and biological remediation, investigations have focused on elucidating parameters that are necessary to successful treatment. In the case of ISCO, the impacts of chemical oxidant type and quantity on bacterial populations and contaminant biodegradability have been considered. Similarly, biostimulation, that is, the adjustment of redox conditions and amendment with electron donors, acceptors, and nutrients, and bioaugmentation have been used to expedite the regeneration of biodegradation following oxidation. The purpose of this review is to integrate recent results on coupled ISCO and bioremediation with the goal of identifying parameters necessary to an optimized biphasic treatment and areas that require additional focus. Although a biphasic treatment consisting of ISCO and bioremediation is a feasible in situ remediation technology, a thorough understanding of the impact of chemical oxidation on subsequent microbial activity is required. Such an understanding is essential as coupled chemical and biological remediation technologies are further optimized." @default.
- W2118077664 created "2016-06-24" @default.
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- W2118077664 date "2010-08-10" @default.
- W2118077664 modified "2023-09-27" @default.
- W2118077664 title "Efforts to improve coupled in situ chemical oxidation with bioremediation: a review of optimization strategies" @default.
- W2118077664 cites W1487742261 @default.
- W2118077664 cites W1503751306 @default.
- W2118077664 cites W1581945746 @default.
- W2118077664 cites W1612751107 @default.
- W2118077664 cites W1654726541 @default.
- W2118077664 cites W1963957382 @default.
- W2118077664 cites W1964217906 @default.
- W2118077664 cites W1967403617 @default.
- W2118077664 cites W1970916547 @default.
- W2118077664 cites W1972456923 @default.
- W2118077664 cites W1982592158 @default.
- W2118077664 cites W1985337348 @default.
- W2118077664 cites W1986768551 @default.
- W2118077664 cites W1989599428 @default.
- W2118077664 cites W1998557487 @default.
- W2118077664 cites W1999828602 @default.
- W2118077664 cites W2000486512 @default.
- W2118077664 cites W2012989037 @default.
- W2118077664 cites W2015194459 @default.
- W2118077664 cites W2017318833 @default.
- W2118077664 cites W2020261381 @default.
- W2118077664 cites W2021565293 @default.
- W2118077664 cites W2024961257 @default.
- W2118077664 cites W2025531238 @default.
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- W2118077664 cites W2038544121 @default.
- W2118077664 cites W2041225459 @default.
- W2118077664 cites W2041477481 @default.
- W2118077664 cites W2045056807 @default.
- W2118077664 cites W2050084999 @default.
- W2118077664 cites W2050398720 @default.
- W2118077664 cites W2051239734 @default.
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- W2118077664 cites W2068830550 @default.
- W2118077664 cites W2073246833 @default.
- W2118077664 cites W2074492860 @default.
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- W2118077664 cites W2316750946 @default.
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- W2118077664 doi "https://doi.org/10.1007/s11368-010-0272-9" @default.
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