Process intensification of liquid–liquid extraction based on single drop studies is discussed.
Design, simulation and optimization of this process, usually adopts with swarm of drops, and …

The interactions between marine bacteria and particulate matter play a pivotal role in the
biogeochemical cycles of carbon and associated inorganic elements in the oceans …

The mass transfer of a rising bubble in creeping flow regime is numerically investigated. A
reversible oxidation-reduction reaction is taken into account. Two coupled equations are …

A VOF-based approach for the detailed computation of reactive mass transfer at rising gas
bubbles is presented. Based on a local approximation of the transport equation at the fluid …

We study mass transfer towards a solid spherical catalyst particle experiencing a first order
irreversible reaction coupled to an external laminar flow. Internal chemical reaction and …

Chemical reactions can have a significant impact on the overall rate of mass transfer in fluid–
fluid applications (such as gas absorption in a liquid or liquid–liquid extraction). However, as …

Undesired side reactions can significantly impact the efficiency and economic viability of
chemical processes. Droplet-based microfluidics (DBM) offers precise control over reaction …

Mass transfer around a bubble rising in a liquid under Stokes regime is investigated when a
reversible chemical reaction,, is taken into account. Four dimensionless parameters control …

This work investigates the mass transfer process with and without first order chemical
reaction by direct numerical simulation of two-fluid flows within mini-channels. The large …

Numerical methods are used to investigate the transient, conjugate, forced convection
heat/mass transfer in multiparticle systems at low to moderate Reynolds numbers. The …