Object-oriented simulation of hydrometallurgical processes: Part II. application to the bayer process

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Object-oriented simulation of hydrometallurgical processes: Part II. application to the bayer process (EN)

Marinos-Kouris, D (EN)
Papassiopi, N (EN)
Voros, NG (EN)
Paspaliaris, I (EN)
Kiranoudis, CT (EN)
Maroulis, ZB (EN)
Kritikos, T (EN)
Dimitropoulou, O (EN)
Kontopoulos, A (EN)

N/A (EN)

The steady-state process simulator developed by Kiranoudis et al. has been used for the detailed simulation of the Bayer process flowsheet. It consists of the digestor/flash section as well as the precipitation and washing circuits. Advanced hydrometallurgical process models for the specific unit operations involved were developed and are appropriately described. The simulation studies mainly focus on studying the overall effects of certain design parameters on the entire plant efficiency. The overall performance of the bauxite digestion section is greatly and positively affected by the freesoda concentration of the feed liquor, the corresponding concentration of solid particles, and the operation temperature of the circuit. Precipitation of alumina in crystallizers is greatly affected by the corresponding soda concentration of the washing unit product stream, indicating the importance of this section. Furthermore, ambient temperature is important to the precipitation kinetics, influencing negatively the quantitative precipitation but resulting in particle populations of higher mean diameter. (EN)


Process Model (EN)
Steady State (EN)
Positive Affect (EN)
Kinetics (EN)
Object Oriented Simulation (EN)
Ambient Temperature (EN)
Process Simulation (EN)
Simulation Study (EN)

Εθνικό Μετσόβιο Πολυτεχνείο (EL)
National Technical University of Athens (EN)

Metallurgical and Materials Transactions B: Process Metallurgy and Materials Processing Science (EN)


N/A (EN)

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