In the present work, the effects of decarburization endpoint temperature on the molten steel
dephosphorization and phosphorus enrichment behavior of decarburization slag are studied …

Herein, the phosphorus enrichment capacity of CaO–SiO2–FeO–MgO–MnO–P2O5–Al2O3
dephosphorization slag is studied based on ion‐molecule coexistence theory (IMCT) and …

A gas-metal two-phase flow model was established for the 250 t converter blowing process,
and a coupled mass transfer model based on the standard k-ε model for converter …

The present work aims to study the phosphorus enrichment capacity of four kinds of calcium
silicate in multiphase dephosphorization slag under different process parameters by …

In order to quantify the reaction ability of phosphorus containing compounds in iron-based
alloys such as hot metal or molten steel, and accurately evaluate their phosphorus removal …

To achieve low‐cost clean production in steelmaking plants, a low‐carbon double slag
converter steelmaking process (LCDSP) with high dephosphorization efficiency, low lime …

In this article, the influence of the Fe2O3 addition amount on the dephosphorization kinetics
of hot metal at the low slag basicity (CaO/SiO2) of about 1.6 and low temperature of 1623 K …

One of the most effective ways to reduce carbon dioxide (CO2) emissions in the oxygen
steelmaking process is to lower the hot metal ratio (HMR) in the basic oxygen furnace (BOF) …

In steelmaking, the bottom‐blown O2‐CaO process is used to achieve efficient
dephosphorization. However, few studies have applied it to dephosphorization converters …

This study employs thermodynamic-diagram analysis to investigate component ratios within
the Fe-Al-Si-Cr system, focusing on the behavior of homogeneous liquid states. Through …