Static mixers and multifunctional heat exchangers/reactors (MHE/R) are qualified as efficient
receptacles for processes including physical or chemical transformations accompanied by …

The physical properties of digesta may influence mixing, efficiency of digestion, and
absorption within the lumen of the intestine. We review how the physical properties of …

The potential industrial applications of curved tubes for single-and two-phase flow are
reviewed within the context of physics of flow, trends in the development of technology, and …

The intellectual roots of residence time theory date back to 1908 and, thus, span the 100-
year history of Industrial & Engineering Chemistry. The theory was created, developed, and …

The flow characteristics and the mixing performance of two miscible liquids in helical pipes
have been studied numerically by computational fluid dynamics (CFD). The scalar transport …

Narrow residence time distributions (RTDs) are desirable in many chemical engineering
processes. However, when a system operates in the laminar flow regime, significant fluid …

Flatter velocity profiles and more uniform thermal environments are extremely desirous
factors for improved performance in flow reactors and heat exchangers. One means of …

We analyze the phenomenon of steady heat transfer enhancement due to chaotic particle
paths in steady, laminar flow through a tube. The performances of two different coils, one …

This study demonstrates that a microreactor setup with fast in-line reaction monitoring by
Raman spectroscopy can be a highly efficient laboratory tool for kinetic studies and process …

Helical coils are widely used in the process industries to improve the mixing efficiency under
laminar flow conditions. It was further observed that in the regular helical coils, there exists a …