Computational Analysis of Viscoplastic Nanofluid Blending by a Newly Modified Anchorage Impeller within a Stirred Container

Several industrial fields require mixing and mechanical agitation processes. This operation is mainly used to enhance heat mass transfer inside stirred tank systems improve the degree of homogeneity obtain a high-quality final product. The main goal this research paper analyze thermal hydrodynamic behavior non-Newtonian nanofluid (Bingham–Papanastasiou–Al2O3) symmetrically tank. A 3D numerical study has been conducted for stationary laminar flow symmetric cylindrical vessel under influencing parameters, including inertia parameter (Re=1, 20, 100) volume fraction nanoparticles (Ø=0.02, 0.06, 0.1) with different geometric configurations, introduced into stirring system. According findings, high (Re=100), enhanced. Furthermore, increasing nanoparticle had significant impact on acceleration along vessel. It also found that configuration an anchor added arm blade (Case 2) more efficient compared rest agitator.