The membrane emulsification (ME) method is a highly promising technology that utilizes
synthetic microporous membranes to produce high-quality, droplet-size controlled …

Given that the membrane emulsification process involves the interaction between the
membrane surfaces and two different phases (ie, oil and water), separately manipulating the …

In recent years, ceramic membranes have been applied as emulsification media in
preparing emulsified heavy oils for residue fluid catalytic cracking units. In this case, silicon …

The impact of polymer emulsifier diffusion rates and droplet formation kinetics are critical for
effective control of emulsion droplet size and stability during the membrane emulsification …

The continuous fabrication via membrane emulsification of stable microcapsules using
renewable, biodegradable biopolymer wall materials keratin and chitosan is reported here …

Oil-in-water and water-in-oil nanoemulsions are interesting carriers for respectively oil
soluble and water soluble actives. In this study, oil-in-water (O/W) and water-in-oil (W/O) …

Membrane emulsification has the potential to revolutionize the energy‐efficient production of
uniform emulsions and dispersions, relevant to diverse fields from pharmaceutical active …

Resveratrol is a stilbene phenolic associated with health-promoting properties such as
antioxidant, anti-inflammatory and chemoprevention. Due to its chemical instability and low …

A continuous rotary membrane emulsification (cRME) system, allowing the decoupling of
droplet generation from continuous phase (CP) flowrate, is presented here for the first time …

Complex coacervation is a phase separation process in which two oppositely charged
polymers or macromolecules in a solution come together at the liquid-liquid interface to form …