Optimizing Flow and Mixing Analyses in Mixing Tanks with Ansys Simulation Technologies [Global]

Webinar is in ENGLISH LANGUAGE ABSTRACT Efficient fluid mixing is a key factor in numerous industrial processes, including chemical, petrochemical, pharmaceutical, and food production. Understanding the behavior of these processes is crucial for reactor design, scale-up, optimization, and troubleshooting. In this webinar, we present a series of case studies that demonstrate the powerful modeling capabilities of Ansys simulation technologies, including Ansys Fluent and Ansys Rocky, for analyzing and optimizing flow behavior and mixing performance. Various modeling approaches are explored to capture the complex physical phenomena involved in mixing, such as turbulence, multiphase interactions, and particle dynamics. Ansys simulations have long been validated for predicting and visualizing key mixing characteristics such as homogeneity, blend time, dead zones, particle dissolution, free-surface sloshing, vortex formation, and air entrainment, which helping engineers optimize processes with confidence. TARGET AUDIENCE This webinar is designed for engineers, researchers, and technical professionals involved in mixing and reactor design across industries such as chemical, petrochemical, pharmaceutical, and food processing. R&D and scale-up teams Process engineers Engineering managers Academic researchers AGENDA Introduction to Significant Challenges Exist to Operate Mixing Equipment Overview of Ansys Simulation Technologies Modeling Approaches for Mixing Tanks Simulation Best Practices for Mixing Equipment and Case Studies Scale up analysis Single Phase Mixing Systems Gas-Liquid Systems & Bioreactors Solid Dissolution (Solid–Liquid Systems) Powder Dispersion (Solid–Solid Systems) Democratization and System-Level Modeling