Over the past two decades, microreactor technology has evolved to become a crucial
component in the development of process intensification. Microreactors have helped to …

Droplet based microfluidics is a rapidly growing interdisciplinary field of research combining
soft matter physics, biochemistry and microsystems engineering. Its applications range from …

An Fe-based catalyst was prepared by oxidising waste Fe shavings directly in a solution. In
engineering applications, Fe shavings were compressed and modified to form Fe-based …

Small-scale mixing is of uttermost importance in bio-and chemical analyses using micro TAS
(total analysis systems) or lab-on-chips. Many microfluidic applications involve chemical …

This paper reviews the centrifugal'Bio-Disk'platform which is based on rotationally
controlled, multi-scale liquid handling to fully integrate and automate complex analysis and …

Passive mixers rely on the channel geometry to mix fluids. However, many previously
reported designs either work efficiently only at moderate to high Reynolds numbers (Re), or …

Mixing of fluids at the microscale poses a variety of challenges, many of which arise from the
fact that molecular diffusion is the dominant transport mechanism in the laminar flow regime …

The applications of electrokinetics in the development of microfluidic devices have been
widely attractive in the past decade. Electrokinetic devices generally require no external …

A new passive micromixer based on the concept of unbalanced splits and cross-collisions of
fluid streams is designed and fabricated. Experimental and numerical studies have been …

During the last few decades, microfluidic liquid–liquid extractors have been developed to
address the need for separating solutes in analytical chemistry and efficiently recovering …