The effectiveness of groundwater treatment with a high amount of organic substances and general iron depended on the kind of oxidizing agent, the kind and dose of coagulant, and the time of sedimentation. The effectiveness of the sedimentation process increased with the length of time of the process, and its results depended most on the method of oxidizing Fe(II). From among the oxidizing agents used before the coagulation process the best results in terms of a decrease in colour, turbidity, the concentration of manganese and organic substances were obtained in the case of oxidization with potassium permanganate, and as far as the effectiveness of removing general iron was concerned oxidizing with dissolved oxygen
Subsurface aeration is used to oxidise Fe in situ in groundwater that is used to make drinking water...
Subsurface aeration is used to oxidise Fe in situ in groundwater that is used to make drinking water...
Sediment from construction sites can degrade the quality of water and endanger the livelihood of man...
Coexistence of organic substances and iron in groundwater causes that a specified part of iron exist...
The subject of research was groundwater from Quaternary formations with high concentration of total ...
The subject of research was groundwater from Quaternary formations with high concentration of total ...
One of the problems with iron removal from groundwater is organic matter. The article presents the e...
The article presents the results of studies concerning the impact of the method of Fe(II) ion oxidis...
Iron is commonly present in groundwater worldwide. The presence of iron in drinking water is not har...
Iron is the primary source for discolouration problems in the drinking water distribution system. Th...
Iron is commonly present in groundwater worldwide. The presence of iron in drinking water is not har...
Iron is the primary source for discolouration problems in the drinking water distribution system. Th...
The article discusses effectiveness of treatment of groundwater with increased natural organic matte...
Flocculation alone and flocculation coupled with oxidation process were used for removing organic ma...
Leachate will be treated by using coagulation-flocculation. Coagulation and flocculation are essenti...
Subsurface aeration is used to oxidise Fe in situ in groundwater that is used to make drinking water...
Subsurface aeration is used to oxidise Fe in situ in groundwater that is used to make drinking water...
Sediment from construction sites can degrade the quality of water and endanger the livelihood of man...
Coexistence of organic substances and iron in groundwater causes that a specified part of iron exist...
The subject of research was groundwater from Quaternary formations with high concentration of total ...
The subject of research was groundwater from Quaternary formations with high concentration of total ...
One of the problems with iron removal from groundwater is organic matter. The article presents the e...
The article presents the results of studies concerning the impact of the method of Fe(II) ion oxidis...
Iron is commonly present in groundwater worldwide. The presence of iron in drinking water is not har...
Iron is the primary source for discolouration problems in the drinking water distribution system. Th...
Iron is commonly present in groundwater worldwide. The presence of iron in drinking water is not har...
Iron is the primary source for discolouration problems in the drinking water distribution system. Th...
The article discusses effectiveness of treatment of groundwater with increased natural organic matte...
Flocculation alone and flocculation coupled with oxidation process were used for removing organic ma...
Leachate will be treated by using coagulation-flocculation. Coagulation and flocculation are essenti...
Subsurface aeration is used to oxidise Fe in situ in groundwater that is used to make drinking water...
Subsurface aeration is used to oxidise Fe in situ in groundwater that is used to make drinking water...
Sediment from construction sites can degrade the quality of water and endanger the livelihood of man...