The performance of industrially relevant static mixers that work via chaotic advection in the
Stokes regime for highly viscous fluids, flowing at low Reynolds numbers, like the Kenics …

Numerical simulations of silicone oil–water two-phase turbulent dispersion mixing in Q-type
static mixers (QSM) are performed using computational fluid dynamics (CFD) coupled with a …

In this article, different static mixer geometries are studied with an objective of achieving
enhanced mixing performance. Design modifications such as incorporating perforations of …

The upward two-phase flow in vertical static mixers is beneficial for dispersion mixing. The
bubble size distribution, aspect ratio, and angle distribution of the dispersed phase at …

The gas-liquid hydrodynamics in a Sulzer SMX TM static mixer was investigated in the
present work through two different optical techniques: Backlight Shadowgraph Technique …

Residence time distribution (RTD) is an essential hydrodynamic prerequisite for the
appropriate modeling of reactors. Our previous study designed a spinning disk reactor …

The hydrodynamic performance of turbulent flows in circular pipes equipped with screen-
type static mixers is numerically assessed in this study. A three-dimensional computational …

The presented paper is part of the complete description of fluid‐dynamic conditions in the
selected static mixers: Koflo and Kenics. The research was also performed for an empty pipe …

This paper contains the analysis of mixture homogeneity in two types of static mixers, Koflo
and Kenics, based on both experimental and CFD study. The research was also expanded …

In the process industry the use of static mixers is constantly rising. Notwithstanding, due to
the multitude of available types, the selection of a proper construction is not as simple and …