Advanced oxidation processes (AOPs) have been increasingly used for the treatment of
source waters and wastewaters. AOPs characteristically produce oxidation byproducts …

Chemical oxidation processes have been extensively utilized in disinfection and removal of
emerging organic contaminants in recent decades. Some undesired byproducts, however …

The presence of organic compounds in the waste liquor is of serious environmental concern
that has plagued the development of alumina industry (Bayer Process). The present work …

Ozone is widely applied for disinfection in drinking water treatment and the disinfection by-
product bromate would be produced during the ozonation of bromide-bearing water …

This work investigated the fate of bromate formation during ozonation in the presence of
hydroxylamine (HA). Results indicated that pH depression, as a commonly feasible control …

Bicarbonate scavenges radical dot OH to form CO 3 radical dot− that enhances the bromate
formation by ozonation. However, the role of CO 3 radical dot− in the bromate formation …

In the past two decades, ozone-based advanced oxidation processes, known as enhanced
ozonation processes (EOPs), have been extensively investigated for the removal of …

Ozone (O 3) is widely used in drinking water disinfection and wastewater treatment.
However, when applied to bromide-containing water, ozone induces the formation of …

In persulfate-based advanced oxidation processes (PS-AOPs), sulfate radicals (SO 4•-) have
been recognized to play more important roles in inducing bromate (BrO 3−) formation rather …

To achieve the rapid decomposition of refractory organic compounds for water puri cation,
an e ective technique for the generation of bromine oxyacids by O3 ne bubble injection and …