This study employed pilot-scale filters to examine the fate of Mn in MnO x (s)-coated filter
media as a function of filter-applied pH and backwash conditions. A key operational issue for …

Conversion from physicochemical to biological treatment in water treatment plants has
received increased attention due to the potential benefits of biofiltration. However …

Groundwater serving as a drinking water resource usually contains manganese ions (Mn2+)
that exceed drinking standards. Based on the Mn biogeochemical cycle at the hydrosphere …

Phenolic wastewater containing phenol and 4-chlorophenol pose a risk to the environment
and to human health. Treating them using chemical-biological coupling method is …

Two parallel pilot-scale biological filters which used manganese sand and silica sand as
media respectively were tested for the removal of iron and manganese from drilled well …

As an efficient method for ammonium (NH 4+) removal, contact catalytic oxidation
technology has drawn much attention recently, due to its good low temperature resistance …

Although many treatment methods have been employed to remove soluble Fe (II) and Mn (II)
from water, for some smaller water treatment plants or under emergent circumstances such …

The secondary effluent from biological treatment process in chemical industrial plant often
contains refractory organic matter, which deserves to be further treated in order to meet the …

Biogenic manganese oxides (BioMnOx) can be applied for the effective removal and
recovery of trace metals from wastewater because of their high adsorption capacity …

Microbial Mn (II) oxidation occurs in areas with insufficient disinfectants in drinking water
distribution systems. However, the overall processes of microbial-mediated Mn deposit …