Ferro-chrome and charge chrome are produced in the submerged-arc furnace (SAF). Carbon is the reducing agent employed to reduce the oxides of chromium and iron. The heat required for the reduction reaction is supplied through electrical energy. Increasing cost of electrical power has led to efforts to reduce the oxide outside the SAF using cheaper sources of heat such as fossil fuels. Carbon is still used as the reducing agent. The 'pre-reduced' ore is charged into the SAF to produce ferro chrome
Ferrochrome alloy is predominantly produced in AC submerged-arc furnaces where the electrodes are bu...
Contours of iso-reduction lines in the submerged arc furnace producing ferrochromium were constructe...
Cost analysis of chrome ore reduction is one of the important issues facing ferrochrome producers in...
Ferro-chromium is traditionally produced in the submerged - arc furnace (SAF) by the reduction of ch...
ferrochromium – Pretreatment for smeltinG particularly the case with the AC SAF (Submerged Arc Furna...
This paper provides a review of the chemical reactions occurring in the submerged arc processing of ...
The increasing costs of electric energy and continuous depletion of quality raw material such as C...
The kinetics of the reduction of chromite ore by solid carbon plays a crucial role in controlling th...
Thesis (Ph.D.)-University of Natal, Durban, 1989.High carbon ferrochromium serves as the main chromi...
Pre-reduction of chromite outside the submerged-arc furnace(SAF) can significantly lower the specifi...
This paper provides a review of the chemical reactions occurring in the submerged arc processing of ...
Experimental studies were carried out on the reducibility of two different chromite ores using diffe...
Ferrochrome (>62%Cr) and charge chrome (45–52%Cr) production using the submerged arc furnace (SAF) i...
Pre-reduction of chromite outside the submerged-arc furnace(SAF) can significantly lower the specifi...
Charge chrome is normally produced from lump chromite ores in the electric arc furnace. Majority of ...
Ferrochrome alloy is predominantly produced in AC submerged-arc furnaces where the electrodes are bu...
Contours of iso-reduction lines in the submerged arc furnace producing ferrochromium were constructe...
Cost analysis of chrome ore reduction is one of the important issues facing ferrochrome producers in...
Ferro-chromium is traditionally produced in the submerged - arc furnace (SAF) by the reduction of ch...
ferrochromium – Pretreatment for smeltinG particularly the case with the AC SAF (Submerged Arc Furna...
This paper provides a review of the chemical reactions occurring in the submerged arc processing of ...
The increasing costs of electric energy and continuous depletion of quality raw material such as C...
The kinetics of the reduction of chromite ore by solid carbon plays a crucial role in controlling th...
Thesis (Ph.D.)-University of Natal, Durban, 1989.High carbon ferrochromium serves as the main chromi...
Pre-reduction of chromite outside the submerged-arc furnace(SAF) can significantly lower the specifi...
This paper provides a review of the chemical reactions occurring in the submerged arc processing of ...
Experimental studies were carried out on the reducibility of two different chromite ores using diffe...
Ferrochrome (>62%Cr) and charge chrome (45–52%Cr) production using the submerged arc furnace (SAF) i...
Pre-reduction of chromite outside the submerged-arc furnace(SAF) can significantly lower the specifi...
Charge chrome is normally produced from lump chromite ores in the electric arc furnace. Majority of ...
Ferrochrome alloy is predominantly produced in AC submerged-arc furnaces where the electrodes are bu...
Contours of iso-reduction lines in the submerged arc furnace producing ferrochromium were constructe...
Cost analysis of chrome ore reduction is one of the important issues facing ferrochrome producers in...