In this work, the process of water deironing by using magnetite as a catalyst to accelerate the oxidation of iron ions in an aqueous medium was investigated. It was shown that the efficiency of iron ion extraction depends on the solution concentration, sorbent dose and contact time. In all cases, the use of magnetite accelerated the process of extraction of iron by more than an order of magnitude in comparison with similar experiments on the oxidation of iron without the addition of a catalyst. At the pH values greater than 6, the use of magnetite as a catalyst contributes to the deep purification of water from iron ions
Iron ferrites and magnetite have been used for the removal of radioactive and heavy metals from liqu...
A novel approach towards the removal of iron and heavy metals from South African acid mine drainage ...
Laden leach solution, generated from bioleaching of pyrometallurgical copper slags with a mixed cult...
In this work, the process of water deironing by using magnetite as a catalyst to accelerate the oxid...
The processes of manganese (II) ions removal from water using sorbent catalysts and ion exchange mat...
Development of reliable, environmentally safe and economically advantageous methods of water purific...
Due to the growth of man-caused pollution, there is a need to use modern methods of water purificati...
Most drinking water worldwide is produced from groundwater. Groundwater contains up to 1.8 mM aqueou...
The best option for reducing corrosion aggressiveness of water is to extract oxygen from it. The dis...
<p>Partial oxidation of defined Fe<sup>2+</sup> solutions is a well-known method for magnetite synth...
The surface chemistry of inorganic materials is of great significance in a number of industrially im...
By a chemical method, using a method offered by Massart, where as the use of initial solutions of ch...
A novel approach towards the removal of iron and heavy metals from South African acid mine drainage ...
Reactions between mineral surfaces and dissolved species in process water, both inorganic and organi...
The object of research: magnetite obtained by using the ferritic method for the purification of iron...
Iron ferrites and magnetite have been used for the removal of radioactive and heavy metals from liqu...
A novel approach towards the removal of iron and heavy metals from South African acid mine drainage ...
Laden leach solution, generated from bioleaching of pyrometallurgical copper slags with a mixed cult...
In this work, the process of water deironing by using magnetite as a catalyst to accelerate the oxid...
The processes of manganese (II) ions removal from water using sorbent catalysts and ion exchange mat...
Development of reliable, environmentally safe and economically advantageous methods of water purific...
Due to the growth of man-caused pollution, there is a need to use modern methods of water purificati...
Most drinking water worldwide is produced from groundwater. Groundwater contains up to 1.8 mM aqueou...
The best option for reducing corrosion aggressiveness of water is to extract oxygen from it. The dis...
<p>Partial oxidation of defined Fe<sup>2+</sup> solutions is a well-known method for magnetite synth...
The surface chemistry of inorganic materials is of great significance in a number of industrially im...
By a chemical method, using a method offered by Massart, where as the use of initial solutions of ch...
A novel approach towards the removal of iron and heavy metals from South African acid mine drainage ...
Reactions between mineral surfaces and dissolved species in process water, both inorganic and organi...
The object of research: magnetite obtained by using the ferritic method for the purification of iron...
Iron ferrites and magnetite have been used for the removal of radioactive and heavy metals from liqu...
A novel approach towards the removal of iron and heavy metals from South African acid mine drainage ...
Laden leach solution, generated from bioleaching of pyrometallurgical copper slags with a mixed cult...