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- W2997007895 abstract "Contamination of soils with poly- and perfluoroalkyl substances (PFAS) has become a challenging issue due to the adverse effects of these substances on both the environment and public health. PFAS have strong chemical structures and their bonding with soil makes them challenging to eliminate from soil environments. Traditional methods of soil remediation have not been successful in their reduction or removal from the environment. This paper provides a comprehensive evaluation of existing and emerging technologies for remediating PFAS contaminated soils with guidance on which approach to use in different contexts. The functions of all remediation technologies, their suitability, limitations, and the scale applied from laboratory to the field are presented as a baseline for understanding the research need for treatment in soil environments. To date, the immobilization method has been a significant part of the remediation solution for PFAS contaminated soils, although its long-term efficiency still needs further investigation. Soil washing and thermal treatment techniques have been tested at the field scale, but they are expensive and energy-intensive due to the use of a large volume of washing solvent and the high melting point of PFAS, respectively; both methods need a large initial investment for their installation. Other remediation technologies, such as chemical oxidation, ball milling, and electron beams, have been progressed in the laboratory. However, additional research is needed to make them feasible, cost-effective and applicable in the field." @default.
- W2997007895 created "2020-01-10" @default.
- W2997007895 creator A5032556118 @default.
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- W2997007895 date "2020-02-01" @default.
- W2997007895 modified "2023-10-11" @default.
- W2997007895 title "A review of the emerging treatment technologies for PFAS contaminated soils" @default.
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- W2997007895 cites W1982346816 @default.
- W2997007895 cites W1983575194 @default.
- W2997007895 cites W1985036994 @default.
- W2997007895 cites W1986954746 @default.
- W2997007895 cites W2001257895 @default.
- W2997007895 cites W2002298964 @default.
- W2997007895 cites W2003135710 @default.
- W2997007895 cites W2004386642 @default.
- W2997007895 cites W2006632568 @default.
- W2997007895 cites W2011384751 @default.
- W2997007895 cites W2012237999 @default.
- W2997007895 cites W2017875658 @default.
- W2997007895 cites W2021536580 @default.
- W2997007895 cites W2024689487 @default.
- W2997007895 cites W2039774973 @default.
- W2997007895 cites W2040591064 @default.
- W2997007895 cites W2041192947 @default.
- W2997007895 cites W2042697860 @default.
- W2997007895 cites W2044397973 @default.
- W2997007895 cites W2050410776 @default.
- W2997007895 cites W2051171730 @default.
- W2997007895 cites W2065458282 @default.
- W2997007895 cites W2065969857 @default.
- W2997007895 cites W2066057005 @default.
- W2997007895 cites W2083939576 @default.
- W2997007895 cites W2087020990 @default.
- W2997007895 cites W2088093177 @default.
- W2997007895 cites W2088822373 @default.
- W2997007895 cites W2093232767 @default.
- W2997007895 cites W2095127082 @default.
- W2997007895 cites W2104522891 @default.
- W2997007895 cites W2112558380 @default.
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- W2997007895 cites W2190067044 @default.
- W2997007895 cites W2210333450 @default.
- W2997007895 cites W2319875553 @default.
- W2997007895 cites W2321544844 @default.
- W2997007895 cites W2322917268 @default.
- W2997007895 cites W2323861260 @default.
- W2997007895 cites W2396912467 @default.
- W2997007895 cites W2416180300 @default.
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- W2997007895 cites W2523074141 @default.
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- W2997007895 doi "https://doi.org/10.1016/j.jenvman.2019.109896" @default.
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