Add to ORKGThe high P content in steel slag limits its recycling during the smelting process, and the P can be effectively removed from the steel slag by gasification dephosphorization. In this experiments, the effects of temperature, basicity, and FeO for gasification dephosphorization rate are studied through thermodynamic calculations. The Scanning Electron Microscope (SEM) and Energy Dispersive Spectrometer (EDS) analysis that microscopic morphology of slag before and after reduction. In addition, a model is established to describe the phosphorus migration behavior of gasification dephosphorization process
The melting temperature and viscosity of magnesium reduction slag were calculated by using Factsage ...
The double-slag converter steelmaking process can smelt low- and ultra-low-phosphorus steel and redu...
An experimental test is carried out on the 70t converter in Masteel to study the law of middle perio...
The high P content in steel slag limits its recycling during the smelting process, and the P can be ...
In order to achieve the purpose of high-efficiency dephosphorization by single-slag method during th...
This work is aimed at understanding the thermodynamic principles influencing the phosphorus partitio...
The gasification process of phosphorus from municipal sewage sludge during carbothermic reduction pr...
Coal-based reduction followed by magnetic separation is an effective way to recover iron from high p...
The published phase diagrams of some key P2O5-containing systems which are relevant to the steelmaki...
A better understanding of phosphorus distribution in slag is necessary to develop an effective way t...
A study has been conducted to examine the influence of slag evolution on BOF dephosphorisation. An e...
To investigate mass transfer of phosphorus in hot-metal dephosphorization process, it is necessary t...
The coke reduction gasification dephosphorization experiments were conducted on converter slag with ...
A literary study has been made to find parameters affecting dephosphorization of stainless steel. Wa...
Phosphorus is undesirable in steel for it greatly decreases ductility and causes embrittlement in mo...
The melting temperature and viscosity of magnesium reduction slag were calculated by using Factsage ...
The double-slag converter steelmaking process can smelt low- and ultra-low-phosphorus steel and redu...
An experimental test is carried out on the 70t converter in Masteel to study the law of middle perio...
The high P content in steel slag limits its recycling during the smelting process, and the P can be ...
In order to achieve the purpose of high-efficiency dephosphorization by single-slag method during th...
This work is aimed at understanding the thermodynamic principles influencing the phosphorus partitio...
The gasification process of phosphorus from municipal sewage sludge during carbothermic reduction pr...
Coal-based reduction followed by magnetic separation is an effective way to recover iron from high p...
The published phase diagrams of some key P2O5-containing systems which are relevant to the steelmaki...
A better understanding of phosphorus distribution in slag is necessary to develop an effective way t...
A study has been conducted to examine the influence of slag evolution on BOF dephosphorisation. An e...
To investigate mass transfer of phosphorus in hot-metal dephosphorization process, it is necessary t...
The coke reduction gasification dephosphorization experiments were conducted on converter slag with ...
A literary study has been made to find parameters affecting dephosphorization of stainless steel. Wa...
Phosphorus is undesirable in steel for it greatly decreases ductility and causes embrittlement in mo...
The melting temperature and viscosity of magnesium reduction slag were calculated by using Factsage ...
The double-slag converter steelmaking process can smelt low- and ultra-low-phosphorus steel and redu...
An experimental test is carried out on the 70t converter in Masteel to study the law of middle perio...