… emulsification using Shirasu porous glass (SPG) membrane for the production of W/O/W
double emulsions … concentrated emulsions by premix emulsification using packed beds. The …

… , J, was calculated from the mass flow rate ϕ m , through the following formula:(3) J = ϕ m
ρ e A where ρ e is the emulsion density and A is the effective surface area of the …

… formulated for Herschel–Bulkley fluids which allows predicting pressure losses during their
flow through a packed bed. In … The viscosity curves obtained for the emulsions with added XG …

… packed‐bed premix emulsification system that previously gave good results for regular
emulsions. … The packed‐bed column was loaded with glass beads of different sizes (30–90 µm) at …

… in applications of emulsion flow through packed beds, the … the constant pressure-gradient
formulation. The local pressure is … the constant flow-rate formulation for the emulsion. However, …

… reported the optimization of formulation of emulsifier and the emulsification process. The
effects … , the emulsion stabilization is determined based on the separation of the emulsion. The …

… the components of a formulation and its properties (such as the stability of an emulsion or
a … Whether formulation chemists are accustomed to approaching problems from a purely …

… Generally speaking, an ideal oral emulsion formulation is supposed to form stable small
droplets using the lowest amount of emulsifiers for economic, taste, and safety reasons. Thus, …

… low risk of fouling similar to those of premix emulsification using packed bed system. This is
important when varying continuous phase formulation to further decrease the bubble size, or …

… In this work, a packed bed of small glass beads was used. … premix membrane emulsification,
where the formulation would … the packed bed could be described accurately for various bed …