The abovementioned studies did not include the turbulent dispersion of droplets exerted by the mean flow. Wang and James [10] used the CFX code to simulate the continuous phase, whereas they developed an algorithm to simulate the Lagrangian particle tracking. These authors found that a refinement of the Eddy Interaction Model (EIM), called “varied EIM” and based on the suggestions of Kallio and Reeks [11] and Sommerfeld et al. [12], yielded results close to experimental data employing the k–ϵ turbulence model. Galletti et al. [13] investigated the performance of two types of commercial wave-plate drift eliminators with zig-zag profile. They compared the predicted results by a low Reynolds number k–ϵ and the SST k–ω turbulent models. They used the “varied EIM” turbulent dispersion model. Zamora and Kaiser [14] presented a systematic study of drift eliminators performance. They compared four types of drift
eliminators by numerical means using the Shear–Stress Transport