Manganese (Mn) control in surface water systems is a challenge for the drinking water
industry, especially through a sustainability framework. Current methods for removing …

The generation of biogenic manganese oxides (BMnOx) by Microbacterium sp. CSA40, and
As (III) removal efficiency and mechanism by BMnOx were investigated in this study. The …

Oxidants are routinely employed to remove manganese from groundwater deeply, but the
conversion pathway of manganese in the process still needed to be explored. In this study …

Microbial-mediated manganese (Mn) cycle coupled with nitrogen removal in municipal
tailwater has received increasing attention. Herein, this study successfully extended the …

Manganese removal through a filter bed is generally carried out and accepted by
practitioners and researchers as occurring through catalytic oxidation at the surface of MnO2 …

Manganese is removed from drinking water because of aesthetic, health, and corrosion
concerns. Like iron, manganese removal in biofilters depends on homogeneous …

A biological process was adopted in a groundwater plant for iron and manganese removal.
The process included low-level aeration and single stage biological filtration. The separated …

The removal of ammonium (NH 4+-N) via the catalytic oxidation of manganese oxide (MnOx)
active filter media is a new technology. In this study, three different types of water …

Freshly formed manganese oxides (MnOx) can oxidise various organic pollutants, but its
reactivity is short-lived and therefore continuous pollutant removal by MnOx is not feasible …

The intricate mechanisms of iron (Fe) enhancing the simultaneous nitrogen (N) and
phosphorus (P) removal in the denitrification biofilter (DNBF) remain enigmatic and warrant …