With an annual worldwide production well in excess of 100 million metric tons, synthetic polymers constitute a significant part of the modern chemical process industry. Polymer reactors - operated in continuous, batch, or semibatch mode - are therefore important processing units, but there are unique problems associated with controlling them effectively. The most significant characteristics of polymer reactors that make them one of the most challenging units to model, control, and optimize, are discussed in this chapter; we also provide a survey of the strategies that have been proposed, and those that have been successfully employed in industrial practice
This paper concerns molecular weight control of a batch polymerization reactorwhere suspension polym...
Polymerization process have a nonlinear nature since it exhibits a dynamic behavior throughout the p...
It is known that the applications of a material are totally dependent on their characteristics. In t...
The aim of this thesis was to develop an advanced two-layer control structure for the semi-batch pol...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
This paper deals with the application of model identification and control to an industrial polymeris...
This work studies the optimization and control of a styrene polymerization reactor. The proposed str...
This work studies the optimization and control of a styrene polymerization reactor. The proposed str...
The effects of operating conditions such as initiator and monomer concentration as well as reactor t...
A new semi-empirical model has been developed to account for the diffusional limitations of the rate...
This paper concerns molecular weight control of a batch polymerization reactorwhere suspension polym...
This paper concerns molecular weight control of a batch polymerization reactorwhere suspension polym...
Polymerization process have a nonlinear nature since it exhibits a dynamic behavior throughout the p...
It is known that the applications of a material are totally dependent on their characteristics. In t...
The aim of this thesis was to develop an advanced two-layer control structure for the semi-batch pol...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
The absence of a stable operational state in polymerization reactors that operates in batches is fac...
This paper deals with the application of model identification and control to an industrial polymeris...
This work studies the optimization and control of a styrene polymerization reactor. The proposed str...
This work studies the optimization and control of a styrene polymerization reactor. The proposed str...
The effects of operating conditions such as initiator and monomer concentration as well as reactor t...
A new semi-empirical model has been developed to account for the diffusional limitations of the rate...
This paper concerns molecular weight control of a batch polymerization reactorwhere suspension polym...
This paper concerns molecular weight control of a batch polymerization reactorwhere suspension polym...
Polymerization process have a nonlinear nature since it exhibits a dynamic behavior throughout the p...
It is known that the applications of a material are totally dependent on their characteristics. In t...