APPLICATION OF MODEL PREDICTIVE CONTROL TO BATCH POLYMERIZATION REACTOR

• Main Authors: N.M. Ghasem, M.A. Hussain, S. A. Sata
• Format: Article
• Language: English
• Published: Pontificia Universidad Javeriana 2006-06-01
• Series: Universitas Scientiarum
• Subjects: Control; MPC; polymerization; polystyrene; modeling
• Online Access: https://docs.google.com/folder/d/0B_IdlsctkRrxRDFoRDE3aGkzczA/edit?usp=sharing&pli=1&docId=0B_IdlsctkRrxSlkwdDRQTTZkN2s

The absence of a stable operational state in polymerization reactors that operates in batches is factor that determine the need of a special control system. In this study, advanced control methodology is implemented for controlling the operation of a batch polymerization reactor for polystyrene production utilizingmodel predictive control. By utilizing a model of the polymerization process, the necessary operational conditions were determined for producing the polymer within the desired characteristics. The maincontrol objective is to bring the reactor temperature to its target temperature as rapidly as possible with minimal temperature overshoot. Control performance for the proposed method is encouraging. It has been observed that temperature overshoot can be minimized by the proposed method with the use of both reactor and jacket energy balance for reactor temperature control.