The reduction of pre-reduced iron oxide by carbon was investigated from a kinetic viewpoint. The experimental procedure included thermogravimetric analysis to measure the weight change of the iron oxide pellet. The activation energy of the overall reaction was calculated to be 210 kJ/mol in the temperature range from 1273 to 1573 K. The overall reduction rate of FeO by carbon is believed to be mixed-controlled by the Boudouard reaction and by the FeO reduction by CO gas in the temperature range investigated. The critical carbon concentration for the FeO reduction was estimated under the assumption that the activities of FeO and Fe are unity.X1122sciescopu
To investigate the reduction behaviour of different reductants such as charcoal (CC), thermal coal (...
It is widely known that the direct contact between solid carbon and iron oxide shows quite a fast re...
The demands for increasing the efficiency and lowering the environmental effects in iron and steelma...
Abstract The isothermal reduction of iron oxide pellet fines–carbon composites was investigated at t...
Theoretical considerations and experimental findings point out that reduction of iron Oxides and Or...
The reducibility of metal oxides is usually characterized by the amount of oxygen removed from the ...
The rate of reaction of hematite fines m) with carbon particles was investigated in the temperatur...
The effect of alumina and silica on the reaction behavior of carbon composite pellet was investigate...
Understanding the reaction kinetics of iron oxide reduction by carbon is a key task of the theory of...
The rates of reduction of FeO from iron-saturated FeO-CaO-Al2O3-SiO2 slags by graphite, coke, bitumi...
The carbothermic reduction in magnetite was investigated from a kinetic viewpoint in the temperature...
Increasing interest in the direct reduction of iron has revived investigations on gaseous iron oxide...
Single pellet experiments have been carried out in a nitrogen atmosphere to study the reduction of h...
The intrinsic kinetics of iron oxide reduced by carbon monoxide is evaluated by a method of online m...
Abstract This study investigates the non-isothermal reduction of iron ore fines with two different ...
To investigate the reduction behaviour of different reductants such as charcoal (CC), thermal coal (...
It is widely known that the direct contact between solid carbon and iron oxide shows quite a fast re...
The demands for increasing the efficiency and lowering the environmental effects in iron and steelma...
Abstract The isothermal reduction of iron oxide pellet fines–carbon composites was investigated at t...
Theoretical considerations and experimental findings point out that reduction of iron Oxides and Or...
The reducibility of metal oxides is usually characterized by the amount of oxygen removed from the ...
The rate of reaction of hematite fines m) with carbon particles was investigated in the temperatur...
The effect of alumina and silica on the reaction behavior of carbon composite pellet was investigate...
Understanding the reaction kinetics of iron oxide reduction by carbon is a key task of the theory of...
The rates of reduction of FeO from iron-saturated FeO-CaO-Al2O3-SiO2 slags by graphite, coke, bitumi...
The carbothermic reduction in magnetite was investigated from a kinetic viewpoint in the temperature...
Increasing interest in the direct reduction of iron has revived investigations on gaseous iron oxide...
Single pellet experiments have been carried out in a nitrogen atmosphere to study the reduction of h...
The intrinsic kinetics of iron oxide reduced by carbon monoxide is evaluated by a method of online m...
Abstract This study investigates the non-isothermal reduction of iron ore fines with two different ...
To investigate the reduction behaviour of different reductants such as charcoal (CC), thermal coal (...
It is widely known that the direct contact between solid carbon and iron oxide shows quite a fast re...
The demands for increasing the efficiency and lowering the environmental effects in iron and steelma...