In steelmaking processes, there are incentives to reduce slag volume and CaO consumption. The key to meet these requirements is the better understanding of CaO dissolution mechanism into molten slag, which relies on the knowledge of the thermochemical properties of slags and fluxes used for dephosphorization. In this study, the liquidus compositions coexisted with solid CaO and Ca₂SiO₄-Ca₃P₂O₈ solid solution simultaneously were determined in the quaternary system CaO-SiO₂-P₂O₅-FeₓO at 1573 K. Measurements were also conducted on the FeₓO activities at temperatures between 1542 K and 1604 K by virtue of an electrochemical technique. By using the present experimental results, phosphorus distribution ratios were estimated
Hot metal dephosphorization slags in the BOF can be considered to be within the CaO-SiO2-FeO-P2O5 sy...
At present, there is a scarcity of data on the activities of iron oxides in the FeO-Fe2O3-CaO-SiO2 s...
Amount of steelmaking slag emission is increasing due to strong demand for high quality steel. Devel...
In steelmaking processes, there are incentives to reduce slag volume and CaO consumption. The key to...
Towards better understanding of the phosphorus removal from hot metal with low-basicity slags, elect...
In steelmaking processes, because of environmental requirements and health considerations, there is ...
The knowledge of FeₓO activities in molten slags at lower temperatures is necessary for effective de...
The coupling relationships between dephosphorization and desulfurization abilities or potentials for...
The addition of silica to steelmaking slags to decrease the binary basicity can promote phosphate en...
In the steelmaking process, various solid oxides such as lime and dolomite are used as flux. It is w...
To reduce the amount of steelmaking slag and the free CaO, it is necessary to increase the reaction ...
A thermodynamic model for calculating the phosphorus distribution ratio between top-bottom combined ...
To help maintain the sustainability of the steel industry by improving slag utilization, we are deve...
The addition of silica to steelmaking slags to decrease the binary basicity can promote phosphate en...
The published phase diagrams of some key P2O5-containing systems which are relevant to the steelmaki...
Hot metal dephosphorization slags in the BOF can be considered to be within the CaO-SiO2-FeO-P2O5 sy...
At present, there is a scarcity of data on the activities of iron oxides in the FeO-Fe2O3-CaO-SiO2 s...
Amount of steelmaking slag emission is increasing due to strong demand for high quality steel. Devel...
In steelmaking processes, there are incentives to reduce slag volume and CaO consumption. The key to...
Towards better understanding of the phosphorus removal from hot metal with low-basicity slags, elect...
In steelmaking processes, because of environmental requirements and health considerations, there is ...
The knowledge of FeₓO activities in molten slags at lower temperatures is necessary for effective de...
The coupling relationships between dephosphorization and desulfurization abilities or potentials for...
The addition of silica to steelmaking slags to decrease the binary basicity can promote phosphate en...
In the steelmaking process, various solid oxides such as lime and dolomite are used as flux. It is w...
To reduce the amount of steelmaking slag and the free CaO, it is necessary to increase the reaction ...
A thermodynamic model for calculating the phosphorus distribution ratio between top-bottom combined ...
To help maintain the sustainability of the steel industry by improving slag utilization, we are deve...
The addition of silica to steelmaking slags to decrease the binary basicity can promote phosphate en...
The published phase diagrams of some key P2O5-containing systems which are relevant to the steelmaki...
Hot metal dephosphorization slags in the BOF can be considered to be within the CaO-SiO2-FeO-P2O5 sy...
At present, there is a scarcity of data on the activities of iron oxides in the FeO-Fe2O3-CaO-SiO2 s...
Amount of steelmaking slag emission is increasing due to strong demand for high quality steel. Devel...