The high concentration of ammonium (NH4+-N) and manganese (Mn2+) in underground
water poses a major problem for drinking water treatment plants. Effective catalytic oxidative …

In this study, a pilot-scale experimental filter system was used to investigate the effect of
bicarbonate alkalinity on the activity of an Fe–Mn co-oxide for ammonium and manganese …

Previous studies have shown that ammonium and manganese could be removed from water
by biofilm in a trickling filter. However, it always takes several months to start up a biofilm …

Although dissolved oxygen (DO) is a key factor for the removal of manganese (Mn) from
aqueous solutions, this study presents an efficient method for Mn removal without any DO …

An iron–manganese co-oxide filter film (MeO x) coated on filter sand has been shown be a
good catalyst for the oxidation of ammonium in the treatment of groundwater. However, its …

The removal of ammonium (NH 4+) and manganese (Mn 2+) is an important issue when
treating surface water for drinking. A pilot-scale experiment was carried out with two parallel …

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 …

An iron-manganese co-oxide filter film (MeOx) has been proven to be a good catalyst for the
chemical catalytic oxidation of ammonium in groundwater. Compared with groundwater …

In this study, two methods of chemical oxidation process (COP) and natural oxidation
process (NOP) were adopted to start the manganese oxide (MnOx) filter columns for …

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 …