In this paper, kinetic modeling techniques for complex chemical processes are reviewed.
After a brief historical overview of chemical kinetics, an overview is given of the theoretical …

Kinetic models are powerful tools, widely applied in many different fields of chemical
engineering and industrial chemistry. These models are typically expressed as large …

Microkinetic modeling provides unprecedented insight in chemical kinetics and reaction
mechanisms. In particular for reactions in complex mixtures that pertain to a limited number …

The kinetics of ethylene oligomerization and aromatization (OA) over ZSM-5 with different
Si/Al ratios was modeled by applying single-event concept combined with Brönsted kinetic …

The present work focuses on the development of a novel methodology for the kinetic
modeling of heavy oil conversion processes. The methodology models both the feedstock …

Refinery gasoline contains C5 alkanes and alkenes that are being displaced due to
regulations on maximum seasonal Reid vapor pressure (RVP) limits and increased blending …

The single-event kinetic modeling approach is extended to the ethene oligomerization
process with products including paraffins and olefins, cyclic molecules and aromatics. The …

Acid-catalyzed hydrocarbon transformations are essential for industrial processes, including
oligomerization, cracking, alkylation, and aromatization. However, these chemistries are …

In order to handle a tractable network for complex reaction systems such as oligomerization,
stochastic tools are applied to reduce the reaction mechanism. The particularity of this work …

The single event modelling concept allows developing kinetic models for the simulation of
refinery processes. For reaction networks with several hundreds of thousands of species, as …