In literature, numerous prediction models for foaming exist, typically tailored for specific material applications. In the majority of these studies, semi-empirical models were developed to predict the foaming height based on experimental data of gas being bubbled through the liquid. The foaming height was correlat ed with various properties, including surface tension, viscosity, density, and, in many instances, surface elasticity, solution concentration, superficial gas velocity, and bubble radius. Pilon et al. conducted a dimensional analysis and semiempirical fitting to find the relationship among foaming height, bubble radius, and Reynolds (Re), Froude, and Capillary numbers, valid for foams formed from high-viscosity liquids bubbled with various gasses injected through nozzles of various sizes.