This work presents the results of smelting ferromanganese from high-silica iron-manganese ores with 36 % manganese content by the flux method. The Shubarkol deposit coal and metallurgical coke as reducing agents were used. The fluxing material was solid slag from the smelting of medium-carbon ferromanganese. The technological modes of the smelting process are established. The optimal composition of the charge was determined. As a result of the theoretical and experimental studies, the tasks have been solved completely - the smelting technology of high-silicon ferromanganese was developed and tested using a substandard raw materials, such as iron-manganese ores and flux
Studies have been carried out to investigation the possibility of the agglomeration of thermomagneti...
The results of the research process of producing metalized products by solid-phase reduction of iron...
Main purpose of this study was to investigate the production of high carbon ferromanganese by smelti...
At present, Kazakhstan has established production of ferrosilicomanganese, while refined ferromangan...
A study of the process of smelting ferrosilicon manganese with the use of high ash rock coals as a r...
In the given article there are presented the results of smelting refined grades of ferromanganese us...
Industrial production of medium carbon ferromanganese is accomplished by decarburization of high car...
Modern production of the refined ferromanganese based on the use rich manganese concentrate. But res...
Silicomanganese is widely used as a complex reducer and an alloying addition in the production of va...
Polymetallic sea nodule contains 1.1% Cu, 1.15% Ni, 0.076% Co, 5.4% Fe, 22.3% Mn & others. World-wid...
It is well known that lowering the carbon content offerro-alloy increases the value of the metal. Th...
The paper analyses the equilibrium partitioning of manganese and silicon between slag and alloy duri...
The leached residue contains a considerable amount of manganese along with iron and silicon. Attempt...
A review of studies by Safarian et al. and Kim show that the smelting reaction at equilibrium for fe...
The mineral resources base of manganese ores is sufficiently large in Russia. However, their mining ...
Studies have been carried out to investigation the possibility of the agglomeration of thermomagneti...
The results of the research process of producing metalized products by solid-phase reduction of iron...
Main purpose of this study was to investigate the production of high carbon ferromanganese by smelti...
At present, Kazakhstan has established production of ferrosilicomanganese, while refined ferromangan...
A study of the process of smelting ferrosilicon manganese with the use of high ash rock coals as a r...
In the given article there are presented the results of smelting refined grades of ferromanganese us...
Industrial production of medium carbon ferromanganese is accomplished by decarburization of high car...
Modern production of the refined ferromanganese based on the use rich manganese concentrate. But res...
Silicomanganese is widely used as a complex reducer and an alloying addition in the production of va...
Polymetallic sea nodule contains 1.1% Cu, 1.15% Ni, 0.076% Co, 5.4% Fe, 22.3% Mn & others. World-wid...
It is well known that lowering the carbon content offerro-alloy increases the value of the metal. Th...
The paper analyses the equilibrium partitioning of manganese and silicon between slag and alloy duri...
The leached residue contains a considerable amount of manganese along with iron and silicon. Attempt...
A review of studies by Safarian et al. and Kim show that the smelting reaction at equilibrium for fe...
The mineral resources base of manganese ores is sufficiently large in Russia. However, their mining ...
Studies have been carried out to investigation the possibility of the agglomeration of thermomagneti...
The results of the research process of producing metalized products by solid-phase reduction of iron...
Main purpose of this study was to investigate the production of high carbon ferromanganese by smelti...