Catalytic olefin polymerization: Modelling of heterogeneous kinetics and single-particle growth

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" Catalytic olefin polymerization: Modelling of heterogeneous kinetics and single-particle growth "
Mohammed Adel Alkatheri Almansoori, Ali

Document Type	:	Latin Dissertation
Language of Document	:	English
Record Number	:	803695
Doc. No	:	TL48494
Call number	:	‭1732143555;‮ ‬1602290‬
Main Entry	:	Friedman, Rachel Anne
Title & Author	:	Catalytic olefin polymerization: Modelling of heterogeneous kinetics and single-particle growth\ Mohammed Adel AlkatheriAlmansoori, Ali
College	:	The Petroleum Institute (United Arab Emirates)
Date	:	2015
Degree	:	M.S.
field of study	:	Chemical Engineering
student score	:	2015
Page No	:	182
Note	:	Committee members: Alhassan, Saeed M.; Banat, Fawzi
Note	:	Place of publication: United States, Ann Arbor; ISBN=978-1-339-16150-1
Abstract	:	As the polymer industry becomes more competitive, polymer manufacturers face increasing pressures for production cost reductions and more stringent 'polymer quality' requirements. To achieve these goals one needs to develop comprehensive mathematical models capable of predicting the molecular and morphological properties in terms of reactor configuration and operating conditions. These mathematical representations can be classified into microscale kinetic models, mesoscale physical transport and thermodynamic models and macroscale dynamic reactor ones. In the present work, comprehensive mathematical models on microscale kinetic models and mesoscale transport models (i.e., single particle growth) of heterogeneous catalytic olefins polymerization over Ziegler – Natta (Z-N) catalyst are developed.
Subject	:	Chemical engineering
Descriptor	:	Applied sciences;Heterogeneous kinetics;Modeling;Olefin polymerization;Single-particle growth
Added Entry	:	Almansoori, Ali
Added Entry	:	Chemical EngineeringThe Petroleum Institute (United Arab Emirates)