MgCl2 supported Ziegler–Natta (Z–N) catalysts have emerged as the most exciting chemical
process for polyolefin technology, which is responsible for the production of∼ 150 million …

The activation of MgCl 2 through the formation of MgCl 2· nEtOH adducts is considered the
principal step for the preparation of high performance Ziegler-Natta catalysts for olefins …

Establishing a relationship between structural characteristics of a catalyst system and
morphology of polymer particles, on the one hand, and the kinetic characteristics of the …

High molecular weight polymers such as poly (α‐olefin) s play a key role as drag‐reducing
agents which are commonly used in pipeline industry. Heterogeneous Ziegler–Natta catalyst …

Data on new modifications of supported titanium‐magnesium catalysts (TMCs) with
improved performance in ethylene polymerization are reported. These catalysts possess a …

Here, it is aimed to clarify the structure‐performance relationship in MgCl2 based Ziegler
Natta catalysts toward ethylene polymerizations. In this regard, 11 different adduct …

Primary MgCl2. 3.3 EtOH adduct (PCT1) was prepared by melt quenching method and then
submitted into a programmed thermal dealcoholation project using a fluidized bed reactor …

A Ziegler‐Natta/metallocene hybrid catalyst was produced and utilized in the polymerization
of ethylene with the aim of producing bimodal polyethylene. The MgCl2 adduct was …

In this study different water containing adducts, with MgCl 2· nEtOH· mH 2 O formula, were
synthesized through melt quenching method. After characterization of support samples, the …

Spherical support was produced using melt quenching method. Scanning electron
microscopy (SEM) images showed that support particles have a rough surface morphology …