An electrochemical study on molten iron-carbon electrodes in slag and their decarburization
during anodic polarization was performed at 1600° C to obtain information relevant to …

To investigate the use of biomass in the novel HIsarna technology, the reduction of FeO in
the slag by chars produced from thermal coal (TC), charcoal (CC), and Bana grass char …

An improved computational model to describe the decarburization process in basic oxygen
furnaces for steel making is presented in this work. A dynamic model was thus developed to …

Bloating of metal droplets in the BOF is important in developing fundamental models of the
process. Bloating is controlled by the decarburization behavior of individual metal droplets in …

An experimental study was performed to investigate the effect of ionic and electronic
conductivity of oxidizing slags on the kinetics of decarburization of liquid metal droplets. An …

An experimental study was performed to understand the effect of competitive adsorption
between oxygen and sulfur on the kinetics of decarburization of droplets in oxidizing slag …

Basic oxygen steelmaking (BOS) is the most frequently used method to produce molten
steel, which is being developed to meet the requirements of being safe, efficient, clean, and …

Pyrometallurgical refining typically involves slag–metal reactions which are commonly
controlled by transport of reactants in the slag or metal phase. For the simplicity of analysis …

Environmental problems such as air pollution and global warming have resulted in more
stringent environmental legislations which challenges major industries to reduce carbon …