The research of smelting low ferronickel from pre-concentrate nickel-iron ore with 2.76 % Ni and 38.00 % Fetotal was carried out to find an effective way for stainless steel enterprises to use the low-nickel laterite reasonable. The results show that Ni and Fe both have a certain degree of enrichment, and impurities and harm elements have different degrees of reduction after pre-concentration of nickel-iron ore. Most valuable metal did not compound with impurities which greatly accelerated the speed and extent of melt separation reduction. Good alloy of 6.58 % Ni with the overall recoveries of 93.38 % and 89.95 % Fetotal with the overall recoveries of 89.57 % was manufactured under the following conditions: 10 % coke, 1.0 binary basicity, 1...
Abstract-- The thermal upgrading of processing of nickel lateritic ore to produce ferronickel is ene...
Nickel ore is found in two types sulfide and laterite. The sulfide is a nickel ore that has high nic...
AbstractA high nickel grade ferronickel was produced from laterite ore using the selective reduction...
Nickel, a valued metal, mainly exists as nickel oxide in laterite nickel ore. Furthermore, a large p...
A new smelting process for the reduction of laterite with a relatively high yield of Ni has been pre...
This study focused on the preparation of high-grade ferronickel concentrate, the behavior of efficie...
To lower the smelting temperature associated with the carbothermic reduction processing of laterite,...
To efficiently extract nickel from low grade limonitic laterite ore, a separation method of iron-nic...
In this study, the effects of red mud (RM) dosage during the co-reduction roasting of lowgrade later...
Laterites and other oxidized nickel ores constitute a very important part of world-wide nickel reser...
Lateritic nickel ore is used for producing of ferronickel. Nickel grade in ferronickel ranged from 2...
Co-reduction of a saprolitic laterite and waste Bayer red mud was investigated to prepare ferronicke...
Since it is difficult to extract nickel from laterite ores with low nickel grade by traditional bene...
Lateritic nickel ores need to be reduced to obtain direct reduced iron and nickel alloy. During proc...
THE EFFECT OF ADDITIVES AND REDUCTORS IN SELECTIVE REDUCTION PROCESS OF LATERITE NICKEL ORE. Selecti...
Abstract-- The thermal upgrading of processing of nickel lateritic ore to produce ferronickel is ene...
Nickel ore is found in two types sulfide and laterite. The sulfide is a nickel ore that has high nic...
AbstractA high nickel grade ferronickel was produced from laterite ore using the selective reduction...
Nickel, a valued metal, mainly exists as nickel oxide in laterite nickel ore. Furthermore, a large p...
A new smelting process for the reduction of laterite with a relatively high yield of Ni has been pre...
This study focused on the preparation of high-grade ferronickel concentrate, the behavior of efficie...
To lower the smelting temperature associated with the carbothermic reduction processing of laterite,...
To efficiently extract nickel from low grade limonitic laterite ore, a separation method of iron-nic...
In this study, the effects of red mud (RM) dosage during the co-reduction roasting of lowgrade later...
Laterites and other oxidized nickel ores constitute a very important part of world-wide nickel reser...
Lateritic nickel ore is used for producing of ferronickel. Nickel grade in ferronickel ranged from 2...
Co-reduction of a saprolitic laterite and waste Bayer red mud was investigated to prepare ferronicke...
Since it is difficult to extract nickel from laterite ores with low nickel grade by traditional bene...
Lateritic nickel ores need to be reduced to obtain direct reduced iron and nickel alloy. During proc...
THE EFFECT OF ADDITIVES AND REDUCTORS IN SELECTIVE REDUCTION PROCESS OF LATERITE NICKEL ORE. Selecti...
Abstract-- The thermal upgrading of processing of nickel lateritic ore to produce ferronickel is ene...
Nickel ore is found in two types sulfide and laterite. The sulfide is a nickel ore that has high nic...
AbstractA high nickel grade ferronickel was produced from laterite ore using the selective reduction...