A study of the process of smelting ferrosilicon manganese with the use of high ash rock coals as a reducer instead of traditional coke was carried out. The physicochemical properties of coke from high-ash coals of the Kuu-chek deposit have been studied. The fundamental possibility of its application for the production of standard ferrosilicon manganese in large-scale laboratory conditions has been shown
Coke made from metallurgical coal using conventional coking processes is still the main reagent for ...
The SAF (submerged arc furnace) process is most widely used for industrial production of high carbon...
Abstract: It has been observed that during high carbon ferromanganese using South African ores, some...
This article presents the results of experimental tests using coal from the Saryadyr deposit as a re...
This work presents the results of smelting ferromanganese from high-silica iron-manganese ores with ...
The article presents the results of large-scale laboratory tests on the smelting of high-carbon ferr...
The effect of coke and bituminous coal on the reduction of medium-grade manganese ore in ferromangan...
The paper emphasizes the need for development of special carbon reductants for ferroalloy produc...
The results of the research process of producing metalized products by solid-phase reduction of iron...
It is well known that lowering the carbon content offerro-alloy increases the value of the metal. Th...
At present, Kazakhstan has established production of ferrosilicomanganese, while refined ferromangan...
Industrial production of medium carbon ferromanganese is accomplished by decarburization of high car...
Studies have been carried out to investigation the possibility of the agglomeration of thermomagneti...
A manganese ore sample from TISCO Joda West analy-sing 37.5% Mn, 13.6% Fe, 3.4% SiO2 and 7% AI...
It has been observed that the productivity of ferromanganese furnaces, and the stability of metal an...
Coke made from metallurgical coal using conventional coking processes is still the main reagent for ...
The SAF (submerged arc furnace) process is most widely used for industrial production of high carbon...
Abstract: It has been observed that during high carbon ferromanganese using South African ores, some...
This article presents the results of experimental tests using coal from the Saryadyr deposit as a re...
This work presents the results of smelting ferromanganese from high-silica iron-manganese ores with ...
The article presents the results of large-scale laboratory tests on the smelting of high-carbon ferr...
The effect of coke and bituminous coal on the reduction of medium-grade manganese ore in ferromangan...
The paper emphasizes the need for development of special carbon reductants for ferroalloy produc...
The results of the research process of producing metalized products by solid-phase reduction of iron...
It is well known that lowering the carbon content offerro-alloy increases the value of the metal. Th...
At present, Kazakhstan has established production of ferrosilicomanganese, while refined ferromangan...
Industrial production of medium carbon ferromanganese is accomplished by decarburization of high car...
Studies have been carried out to investigation the possibility of the agglomeration of thermomagneti...
A manganese ore sample from TISCO Joda West analy-sing 37.5% Mn, 13.6% Fe, 3.4% SiO2 and 7% AI...
It has been observed that the productivity of ferromanganese furnaces, and the stability of metal an...
Coke made from metallurgical coal using conventional coking processes is still the main reagent for ...
The SAF (submerged arc furnace) process is most widely used for industrial production of high carbon...
Abstract: It has been observed that during high carbon ferromanganese using South African ores, some...