Process systems modelling and applications in granulation: A review


Autoria(s): Cameron, I. T.; Wang, F. Y.; Immanuel, C. D.; Stepanek, F.
Contribuinte(s)

A. Bell (Editor-in-Chief)

Data(s)

01/07/2005

Resumo

Granulation is one of the fundamental operations in particulate processing and has a very ancient history and widespread use. Much fundamental particle science has occurred in the last two decades to help understand the underlying phenomena. Yet, until recently the development of granulation systems was mostly based on popular practice. The use of process systems approaches to the integrated understanding of these operations is providing improved insight into the complex nature of the processes. Improved mathematical representations, new solution techniques and the application of the models to industrial processes are yielding better designs, improved optimisation and tighter control of these systems. The parallel development of advanced instrumentation and the use of inferential approaches provide real-time access to system parameters necessary for improvements in operation. The use of advanced models to help develop real-time plant diagnostic systems provides further evidence of the utility of process system approaches to granulation processes. This paper highlights some of those aspects of granulation. (c) 2005 Elsevier Ltd. All rights reserved.

Identificador

http://espace.library.uq.edu.au/view/UQ:75046

Idioma(s)

eng

Publicador

Pergamon-elsevier Science Ltd

Palavras-Chave #Engineering, Chemical #Granulation #Systems Engineering #Modelling #Dynamic Simulation #Control #Population Balance #High-shear Granulation #Particle-size Distribution #Pharmaceutical Wet-granulation #Population Balance Models #Monte-carlo-simulation #Bed-spray Granulation #Emulsion Polymerization #Computer-simulation #Control Strategies #Drum Granulation #C1 #290699 Chemical Engineering not elsewhere classified #670706 Organic industrial chemicals not elsewhere classified
Tipo

Journal Article