A two step process is outlined to utilise low grade high phosphorus ores containing Mn 31-35%, Fe 11-13%, S102 8-10%, P 0.35% to 0.5%, whereby in the first step, smelting is carried out in an Electric furnace to produce High MnO containing slag with equivalent Mn 45 to 50% which can be used as synthetic high grade ore and is almost free from phosphorus and iron.The metal obtained is "Spiegeleisen" containing 14 to 18% Mn and 1.5 - 2.0% phosphorus. In the second step the high manganese slag from the first step is blended with additional quantities of low and medium grade manganese ores and smelled to produce high grade High carbon ferro manganese and a discard slag containing about 16.0% Mn. The smelting trials carried out at FACO...
Indian manganese ore reserves are depleting very fast Manganese ore (India) Ltd. realised that u...
India produces about 1 million tons of high-grade manganese ores every year and about the same quant...
The bulk of high carbon ferromanganese produced in India continue to have more than 0.35 % phosphoru...
This paper deals with the various problems of raw material resources, grade and ferro manganese ...
A review is made of Indian manganese-ore resources and their characteristics discussed in the conte...
The low-grade high phosphorus ferruginous ores in which iron is either chemically combined with mang...
The mineral resources base of manganese ores is sufficiently large in Russia. However, their mining ...
The National Metallurgical Laboratory has developed a method of producing electrolytic manganese ...
The availability of ferro-manganese grade ore is limited in India while the requirement of this gr...
High and low ferro-manganese slags have been studied for production of manganese sulphate which f...
High carbon ferro manganese is produced entirely through submerged arc furnace route in India. This ...
It is well known that lowering the carbon content offerro-alloy increases the value of the metal. Th...
Out of total 378 million tonnes resources of India, 40% resource is in Orissa and ~85% of total Indi...
A low grade sample from Miragpur mines, Balaghat, Madhya Pradesh, assayed 34.45% Mn, 2.08% Fe 17.72 ...
The vast reserves of low grade, ferruginous manganese ores from Deogiri mines, occur in to the well ...
Indian manganese ore reserves are depleting very fast Manganese ore (India) Ltd. realised that u...
India produces about 1 million tons of high-grade manganese ores every year and about the same quant...
The bulk of high carbon ferromanganese produced in India continue to have more than 0.35 % phosphoru...
This paper deals with the various problems of raw material resources, grade and ferro manganese ...
A review is made of Indian manganese-ore resources and their characteristics discussed in the conte...
The low-grade high phosphorus ferruginous ores in which iron is either chemically combined with mang...
The mineral resources base of manganese ores is sufficiently large in Russia. However, their mining ...
The National Metallurgical Laboratory has developed a method of producing electrolytic manganese ...
The availability of ferro-manganese grade ore is limited in India while the requirement of this gr...
High and low ferro-manganese slags have been studied for production of manganese sulphate which f...
High carbon ferro manganese is produced entirely through submerged arc furnace route in India. This ...
It is well known that lowering the carbon content offerro-alloy increases the value of the metal. Th...
Out of total 378 million tonnes resources of India, 40% resource is in Orissa and ~85% of total Indi...
A low grade sample from Miragpur mines, Balaghat, Madhya Pradesh, assayed 34.45% Mn, 2.08% Fe 17.72 ...
The vast reserves of low grade, ferruginous manganese ores from Deogiri mines, occur in to the well ...
Indian manganese ore reserves are depleting very fast Manganese ore (India) Ltd. realised that u...
India produces about 1 million tons of high-grade manganese ores every year and about the same quant...
The bulk of high carbon ferromanganese produced in India continue to have more than 0.35 % phosphoru...