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TECHNOLOGY REVIEW AND EVALUATION OF DIFFERENT CHEMICAL OXIDATION CONDITIONS ON TREATABILITY OF PFAS
Dombrowski, P.M., P. Kakarla, W. Caldicott, Y. Chin, V. Sadeghi, D. Bogdan, F. Barajas-Rodriguez, and S.-Y.D. Chiang.
Remediation Journal 28(2):135-150(2018)
An overview of relevant literature summarizes the use of single or combined reagent chemical oxidation processes that offer insight into oxidation-reduction chemistries potentially capable of PFAS degradation. Based on the literature review, bench-scale treatability tests were designed and performed to establish optimal conditions for the formation of specific free radical species, including superoxide and sulfate radicals, using varied combinations of oxidants, catalysts, pH buffers, and heat to assess PFAS treatment by chemical oxidants. This paper is Open Access at https://onlinelibrary.wiley.com/doi/full/10.1002/rem.21555
Remediation Journal 28(2):135-150(2018)
An overview of relevant literature summarizes the use of single or combined reagent chemical oxidation processes that offer insight into oxidation-reduction chemistries potentially capable of PFAS degradation. Based on the literature review, bench-scale treatability tests were designed and performed to establish optimal conditions for the formation of specific free radical species, including superoxide and sulfate radicals, using varied combinations of oxidants, catalysts, pH buffers, and heat to assess PFAS treatment by chemical oxidants. This paper is Open Access at https://onlinelibrary.wiley.com/doi/full/10.1002/rem.21555
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