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Effects of Bromide and NOM on by-product formation

机译:溴化物和NOM对副产物形成的影响

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Bromide and natural organic matter in water are known to play a role in the formation of ozonation by-products. Their exact effect on the production of various ozonation byproducts was examined in this bench-scale study, which used ranges of bromide and dissolved organic carbon (DOC) concentrations typical of US waters. Results show that bromate and cyanogen bromide formations are a function of bromide and DOC concentrations, with the effect of bromide being more significant. On the other hand, the formation of aldehydes and ketoacids was proportional to the amount of DOC in the water, but they were largely unaffected by bromide concentration. In addition, the ozone dosage needed to achieve the target ozone residual increased with DOC concentration.
机译:已知水中的溴化物和天然有机物在臭氧化副产物的形成中起作用。在这项台式研究中,研究了它们对各种臭氧化副产物生产的确切影响,该研究使用了美国水域典型的溴化物和溶解有机碳(DOC)浓度范围。结果表明,溴酸盐和溴化氰的形成是溴化物和DOC浓度的函数,其中溴化物的影响更为显着。另一方面,醛和酮酸的形成与水中DOC的含量成正比,但它们在很大程度上不受溴化物浓度的影响。此外,达到目标臭氧残留量所需的臭氧剂量随DOC浓度的增加而增加。

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