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OH and/or SO4- attack. Meanwhile, reasonable mineralization efficiency was observed, with a 56% total organic carbon removal in 360min, at an initial PMS concentration of 500μM. Results from both degradation kinetics and transformation mechanism indicate that UV/PMS is a potential method for the treatment of water contaminated with lindane.
Degradation of lindane, a highly persistent and potentially carcinogenic pesticide, by iron (II) activated peroxymonosulfate (Fe2+/HSO5−) was investigated. The efficiency of this process was found to increase with UV light irradiation, probably due to an improved regeneration of Fe2+ for a fast generation of highly reactive OH and SO4−. A greater mineralization and dechlorination efficiency was...
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