A review is made of Indian manganese-ore resources and their characteristics discussed in the context of the question of their utilisation for ferromanganese manu-facture with selected fuel, low in phosphorus, in an iron blast furnace or in a Soderberg electric furnace. The projected plans for ferromanganese production in the background of the steel expansions envisaged in the second Plan are outlined. Attempts made abroad in respect of pyro-metallurgical processes for thermal beneficiation of low-grade manganese ores' are also discussed—and ini-tial work done at National Metallurgical Laboratory in this field is noted and details of a pilot-plant scheme drawn up for thermal beneficiation of low-grade ores, inc...
Out of total 378 million tonnes resources of India, 40% resource is in Orissa and ~85% of total Indi...
This paper deals with the trend of production and export of ferro-manganese in the country with ref...
Indian manganese ore reserves are depleting very fast Manganese ore (India) Ltd. realised that u...
This paper deals with the various problems of raw material resources, grade and ferro manganese ...
The availability of ferro-manganese grade ore is limited in India while the requirement of this gr...
The low-grade high phosphorus ferruginous ores in which iron is either chemically combined with mang...
Statistics are quoted which show that manganese ore production is tied directly with world steel pro...
The National Metallurgical Laboratory has developed a method of producing electrolytic manganese ...
A two step process is outlined to utilise low grade high phosphorus ores containing Mn 31-35%, Fe 1...
India is one of the leading manganese ore producing countries in the world . Its important ore d...
In the context of India's mineral resources, the author discusses researches on mineral beneficiatio...
The mineral resources base of manganese ores is sufficiently large in Russia. However, their mining ...
A manganese ore sample from TISCO Joda West analy-sing 37.5% Mn, 13.6% Fe, 3.4% SiO2 and 7% AI...
It is well known that lowering the carbon content offerro-alloy increases the value of the metal. Th...
High carbon ferro manganese is produced entirely through submerged arc furnace route in India. This ...
Out of total 378 million tonnes resources of India, 40% resource is in Orissa and ~85% of total Indi...
This paper deals with the trend of production and export of ferro-manganese in the country with ref...
Indian manganese ore reserves are depleting very fast Manganese ore (India) Ltd. realised that u...
This paper deals with the various problems of raw material resources, grade and ferro manganese ...
The availability of ferro-manganese grade ore is limited in India while the requirement of this gr...
The low-grade high phosphorus ferruginous ores in which iron is either chemically combined with mang...
Statistics are quoted which show that manganese ore production is tied directly with world steel pro...
The National Metallurgical Laboratory has developed a method of producing electrolytic manganese ...
A two step process is outlined to utilise low grade high phosphorus ores containing Mn 31-35%, Fe 1...
India is one of the leading manganese ore producing countries in the world . Its important ore d...
In the context of India's mineral resources, the author discusses researches on mineral beneficiatio...
The mineral resources base of manganese ores is sufficiently large in Russia. However, their mining ...
A manganese ore sample from TISCO Joda West analy-sing 37.5% Mn, 13.6% Fe, 3.4% SiO2 and 7% AI...
It is well known that lowering the carbon content offerro-alloy increases the value of the metal. Th...
High carbon ferro manganese is produced entirely through submerged arc furnace route in India. This ...
Out of total 378 million tonnes resources of India, 40% resource is in Orissa and ~85% of total Indi...
This paper deals with the trend of production and export of ferro-manganese in the country with ref...
Indian manganese ore reserves are depleting very fast Manganese ore (India) Ltd. realised that u...