Premix membrane emulsification (PME) is a pressure driven process of droplet breakup,
caused by their motion through membrane pores. The process is widely used for high …

To investigate the break-up of emulsion droplets in pre-mix or dead-end membrane
emulsification, a microscopic study was conducted in microfluidic devices. Channels with …

Single pore set-up with the drop detachment process observed by high speed CCD camera
is a convenient system to study basic processes governing formation of emulsions by cross …

This paper is an overview of the applications of microporous membranes for preparation of
micro/nano-emulsions. Membrane emulsification offers compact devices for preparation of …

Liquid/liquid multiphase dispersion processes are studied within porous membrane
structures for emulsification. In membrane emulsification, a liquid premix is dispersed by …

Membrane emulsification is known to be a mild technique that renders narrowly dispersed
emulsions at energy inputs that are orders of magnitude lower than in traditional …

The membrane emulsification process is becoming of growing interest in many industrial
fields. For monitoring the influence of process and membrane parameters on the droplet …

Nanoemulsions are increasingly used in cosmetics, pharmaceutics and food. They are
produced usually by low or high energy techniques. In this study, a process involving …

The formulation of high quality emulsions is a key challenge in many industrial applications.
The premix emulsification process in porous membranes enables the generation of tailored …

Drop size distribution is an important characteristic of emulsions, probably the most crucial
one for their use in various applications. Here, a pilot‐scale apparatus with a cone‐shaped …