This study compares the hydrodynamics and mixing performance of four different static
mixers under turbulent flow conditions. The Sulzer SMV™, NOV Kenics™, and two novel …

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 …

An attempt to intensify the physical absorption of CO2 in water was undertaken in this work
by means of using a tubular reactor equipped with screen-type static mixers. Four different …

Capturing carbon dioxide (CO2) emissions from point sources is critical for a sustainable
chemical industry. Several techniques have already been developed and the race is …

The study of pressure flow through wire screens has attracted considerable attention as
these screens are employed in various engineering applications. This paper presents an …

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 …

Approaches to mitigate high ambient temperature impacts on natural draft cooling towers
(NDCTs) have been extensively studied in the past two decades. Proposals like pre-cooling …

This study investigates the use of a novel static mixer to intensify the physical absorption of
CO2 in water. To assess the efficiency of this tubular reactor, the temporal variation of …

The evaluation of the aerodynamic behaviour of porous structures currently represents a
problem of growing interest for the Wind Engineering community. However, due to the …

Wind shields and porous barriers are often positioned on bridge decks as ancillary
structures. While being irrelevant from the structural point of view, it is well-known that their …