Add to ORKGManganese is the second most common constituent after iron of impounded water and many well waters. It causes difficulties in public supplies and in industrial supplies. In this study, the oxidation of Manganese(II) is studied in batch reactors in which the concentrations of manganese(IV) was in the range 0-300 mg/L. This study has demonstrated the catalytic effect of MN(IV) on the Mn(II) oxidation by air to the MN(IV) levels of 100 mg/L. A quadratic equation has been obtained to determine the catalytic reaction rate constant, kcat, as a function of Mn(IV)
In the current chapter, the use of a bubbling reactor for investigating the activity of different ma...
Conventional groundwater treatment plants consist of aeration and rapid sand filtration steps, that ...
The oxidation of soluble manganese by SO2-O2 gas mixtures is known to occur via complicated reaction...
Manganese is the second most common constituent after iron of impounded water and many well waters. ...
Manganese dioxide (MnO2) particles have a catalytic effect on removing Mn(II) from contaminated wate...
Manganese (Mn) is an important element in environmental geochemistry. In many natural aquatic system...
It’s experimented the manganese (II) oxidation without ligandes presence and with presence of ligand...
Manganese is one of the common constituents of impounded water and of many well waters. In public su...
Oxidn. of manganous manganese (Mn^(II)) is an important process driving manganese cycles in natural ...
The processes of manganese (II) ions removal from water using sorbent catalysts and ion exchange mat...
In oxygen-free aquatic environments, such as ground water or hypolimnetic waters of eutrophic lakes,...
Access restricted to the OSU CommunityThe kinetics of manganese redox reactions are important for un...
The aim of this study is to investigate the conditions for the removal of manganese ions from synthe...
Potassium Permanganate (KMnO4), which is a kind of strong oxidizer, is used in water production. As ...
The rates of oxidation of Mn(II) by oxygen in the presence of α-FeOOH, γ-FeOOH, silica, and δ-Al₂O₃ ...
In the current chapter, the use of a bubbling reactor for investigating the activity of different ma...
Conventional groundwater treatment plants consist of aeration and rapid sand filtration steps, that ...
The oxidation of soluble manganese by SO2-O2 gas mixtures is known to occur via complicated reaction...
Manganese is the second most common constituent after iron of impounded water and many well waters. ...
Manganese dioxide (MnO2) particles have a catalytic effect on removing Mn(II) from contaminated wate...
Manganese (Mn) is an important element in environmental geochemistry. In many natural aquatic system...
It’s experimented the manganese (II) oxidation without ligandes presence and with presence of ligand...
Manganese is one of the common constituents of impounded water and of many well waters. In public su...
Oxidn. of manganous manganese (Mn^(II)) is an important process driving manganese cycles in natural ...
The processes of manganese (II) ions removal from water using sorbent catalysts and ion exchange mat...
In oxygen-free aquatic environments, such as ground water or hypolimnetic waters of eutrophic lakes,...
Access restricted to the OSU CommunityThe kinetics of manganese redox reactions are important for un...
The aim of this study is to investigate the conditions for the removal of manganese ions from synthe...
Potassium Permanganate (KMnO4), which is a kind of strong oxidizer, is used in water production. As ...
The rates of oxidation of Mn(II) by oxygen in the presence of α-FeOOH, γ-FeOOH, silica, and δ-Al₂O₃ ...
In the current chapter, the use of a bubbling reactor for investigating the activity of different ma...
Conventional groundwater treatment plants consist of aeration and rapid sand filtration steps, that ...
The oxidation of soluble manganese by SO2-O2 gas mixtures is known to occur via complicated reaction...