Articles in Emulsions & Foams
Emulsion and foam guides covering droplet size, interface design, aeration, coalescence, drainage and industrial stability. Start with Emulsifier Selection in Foods, Emulsion Droplet Size Control and Foam Drainage and Coalescence, then use the remaining guides to connect raw material behavior, process parameters and storage stability.
Choosing emulsifiers by HLB, phase behavior, fat type, protein interaction and label target.
Emulsion Droplet Size ControlHow homogenization pressure, viscosity and interfacial systems affect droplet size distribution.
Foam Drainage and CoalescenceControlling liquid drainage, bubble coarsening and collapse in food foams.
Foam Overrun ControlManaging air incorporation, protein behavior, stabilizers and process shear in aerated foods.
Oil-in-Water Emulsion DesignDroplet size, emulsifier selection, viscosity and processing strategy for stable food emulsions.
Nanoemulsion Food DesignDroplet size reduction, surfactant choice, optical clarity and flavor delivery in nanoemulsions.
Emulsion Creaming ControlDensity matching, viscosity, droplet size and stabilizer design for creaming prevention.
Aerated Dessert Foam StabilityOverrun, drainage, protein stabilization and cold-chain control in aerated desserts.
Whipping Protein FunctionalityProtein solubility, interface formation, pH and heat history for stable foams.
Emulsion Shear Scale-UpRotor-stator, homogenizer pressure, residence time and droplet size control during scale-up.