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research article

Scale-up of polymerization processes

Meyer, Thierry  
2002
Current Opinion in Drug Discovery & Development

A review. Scale-up and/or scale-down procedures are crucial during the development of chem. processes. These procedures should be integrated to form a multidisciplinary approach encompassing several branches of science and engineering. The challenge is to find a balance between chem., design, environment, hygiene and safety (EHS) compliance and economic factors. The iterative process of scale-up procedures also requires concept discrimination at early stages of process development. Scale-up studies should predict the reactor behavior and the quality and properties of a product from lab. and pilot plant to full scale; however, not every pilot scale presents a valid industrial scaled-down size. A rational math. model describing the process reasonably well for large scale is important for designing industrial processing units, but this is only feasible if a phenomenol. understanding is achieved, and if the necessary consts. and parameters are estd. accurately. An accomplished process development procedure must lead to products presenting the same properties at both small and large scale.

  • Details
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Type
research article
Web of Science ID

WOS:000181326300014

Author(s)
Meyer, Thierry  
Date Issued

2002

Published in
Current Opinion in Drug Discovery & Development
Volume

5

Issue

6

Start page

960

End page

965

Subjects

Polymerization; Process control; Simulation and Modeling (scale-up of polymn. processes); Chemical engineering design (scale-up; scale-up of polymn. processes)

•

review polymn process scale up

Note

CAN 138:271988

35-0

Chemistry of Synthetic High Polymers

Institute of Chemical and Biological Process Science,Swiss Federal Institute of Technology,Lausanne,Switz.

Journal; General Review

written in English.

Editorial or Peer reviewed

REVIEWED

Written at

EPFL

EPFL units
GSCP  
Available on Infoscience
February 9, 2009
Use this identifier to reference this record
https://infoscience.epfl.ch/handle/20.500.14299/34821
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