Investigating the use of chromite beneficiation plant data in simulation studies

Chromite is an indispensable mineral in modern industrial applications. It plays a critical role in many areas, from stainless steel production to metal coating, from wood protection to catalyst production. Due to its properties such as high durability, corrosion resistance and chemical stability, chromite is considered an essential component in many areas of industry. Therefore, chromite mining and processing is of great importance to the world economy and industry. To increase the efficiency and performance of ore beneficiation facilities, regular measurements should be made, and these measurements should be constantly analyzed. Performance indicators can be used to identify facility weak points and improvement opportunities. These analyzes help make strategic decisions in areas such as process optimization, energy efficiency, cost reduction and environmental impact management. Therefore, it is important to use advanced technology and automation systems, employ trained personnel and adopt continuous improvement approaches in ore enrichment facilities. These steps will increase the competitiveness of the facilities and enable them to operate sustainably. The use of MODSIM in ore beneficiation studies enables processes to be analyzed and optimized in detail. This increases operating efficiency, cost effectiveness and environmental sustainability. It also supports the training and development of operators and engineers, minimizing risks and strengthening strategic decision-making processes. The purpose of this study is to evaluate the operating efficiency of JIG by performing different separation intensities in the JIG unit used in the chromite enrichment facility. In addition, simulation studies were carried out on different separation densities used in JIG studies in MODSIM using facility data. In the light of the data obtained, it was determined that the parameters changed on the JIG did not have much effect on the separation. However, this study has shown that parameter changes in MODSIM affect the JIG simulation.