The objective of this research was to compare the transformation of Br− and formation of
brominated byproducts in UV/persulfate (PS) and UV/H 2 O 2 processes. It was revealed that …

Abstract UV/persulfate (UV/PS) has been as an efficient method to remove many organic
contaminants in water. However, little is known about the impact of UV/PS pretrement on the …

Bromate formation from bromide oxidation by the UV/persulfate process was investigated,
along with changes in pH, persulfate dosages, and bromide concentrations in ultrapure …

This study explored the degradation kinetics of 2, 4-bromophenol (2, 4-DBP) and the fate of
bromine affected by different water matrix (ie, dissolved organic matter (DOC), chloride ions …

Abstract Bromide (Br−), which is omnipresent in water bodies, can not only affect the
degradation kinetics of target pollutants but may also form undesired byproducts (such as …

The sustained massive use of bromophenols in industrial products leads to their especially
pernicious in aquatic environments. This study explored the oxidation kinetics of 2, 4 …

Abstract Bromide (Br−), a ubiquitous species in natural water, is capable of reacting with
sulfate radical (SO 4∙−) and hydroxyl radical (∙ OH) to form secondary reactive bromine …

In this study, we compared the decontamination kinetics of various target compounds and
the oxidation by-products (bromate and chlorate) of PMS, PDS, and H2O2 under UV …

This research evaluates the effect of ultraviolet photolysis, ozonation and
ozonation/ultraviolet advanced oxidation processes on different disinfection by-product …

Bromide (Br−) is a typical scavenger to sulfate radical (SO 4•−) and hydroxyl radical (HO•),
which simultaneously forms secondary reactive bromine species (RBS) such as Br• and Br …