Bromide (Br−) is present in all water sources at concentrations ranging from∼ 10 to> 1000
μg L− 1 in fresh waters and about 67 mg L− 1 in seawater. During oxidative water treatment …

Besides climate change impacts on water availability and hydrological risks, the
consequences on water quality is just beginning to be studied. This review aims at …

Ozonation is widely used in wastewater treatment but the associated byproduct formation is
a concern. When ozonation is used in the presence of bromide, bromate is generally …

Change in climate and water cycle will challenge water availability but it will also increase
the exposure to unsafe water. Floods, droughts, heavy storms, changes in rain pattern …

While there is extensive literature covering byproducts formed during various water
treatment processes, there is limited research focusing on the generation of brominated …

The photocatalytic degradation of E. coli in water by various catalysts was investigated in a
batch spiral reactor. Commercial Degussa P25 (P25), as well as novel magnetic and …

Reusing reclaimed water requires stringent disinfection but inevitably generates disinfection
by-products (DBPs). H 2 O 2/O 3 treatment is an efficient and environmentally benign …

Bromine is a microelement present in waters, both in inorganic and in a wide range of
organic compounds, though at lower concentrations. Typically, concentrations of …

Ammonia (NH4+) and hydrogen peroxide (H2O2) have been widely used to inhibit bromate
formation during ozonation. However, organic byproducts can also pose a risk under these …

Effects of chlorine dose, reaction time and temperature on the formation of disinfection by-
products (DBPs) and corresponding changes in the absorbance of natural organic matter …