Slurry polymerization processes using Zeigler–Natta catalysts, are most widely used for the
production of polyethylene due to their several advantages over other processes. Significant …

In Ziegler–Natta catalysis, the catalyst particle size has a strong influence not only on
catalyst performance but also on the morphology and particle size distribution of the final …

Slurry polymerization processes using Zeigler–Natta catalysts are most widely used for the
production of polyethylene due to their several advantages over other processes. Optimal …

The multigrain model (MGM) is the most widely used single-particle model, giving a detailed
description of phenomena during olefin polymerization. However, the detailed modeling of …

A multiscale model of slurry-phase olefin polymerization is developed by extending the
multigrain model to account for the existence of gas–liquid mass transfer resistance in an …

A framework based on the Monte Carlo/random‐pore polymeric flow model is proposed to
simulate both single‐particle and continuous slurry reactor industrial polymerizations. The …

A comprehensive mathematical model is developed to simulate the dynamic Ziegler–Natta
ethylene‐α‐olefins copolymerization in a series of slurry‐phase continuous stirred tank …

A fundamental understanding of the heterogeneous olefin polymerization process is critical
for imparting desired properties to the final polymer product. In this work, we have developed …

In this study, slurry polymerization kinetics of ethylene with TiCl4/Mg (OEt) 2/AlR3 Ziegler-
Natta catalysts in various conditions using the model of sum square error (SSE)(method I) …

The size of the Ziegler–Natta catalyst (ZNC) particles can have a strong impact on their
activity and the size and size distribution (SD) of the final polymer particles. In this work, we …