| Abstract Scope |
The desulfurization of hot metal in Kanbara Reactors is hindered by poor mixing efficiency, leading to a slower processing time, and reduced overall effectiveness. This study aims to enhance the mixing efficiency by predicting and optimizing reactor performance based on design and operating conditions. By quantifying the relationship between mixing efficiency and various mixer parameters, this research seeks to address the inefficiencies that compromise the hot metal desulfurization process. The investigation assumes a constant hot metal temperature and density throughout the process. Understanding these dynamics is crucial for refining mixer designs and operational strategies, thereby improving the speed and efficacy of desulfurization. The outcomes of this study are expected to provide actionable insights for the optimization of Kanbara Reactors, contributing to more efficient industrial practices and better-quality metal products. |