Computational Fluid Dynamics (CFD)

CFD Modeling

Mazzei harnesses multiphase flow modeling to design, analyze and optimize our individual products and multi-component contacting systems. CFD integrates computational techniques with principles from engineering physics, chemistry, and mathematics to tackle fluid flow challenges.

Through CFD, Mazzei gains the capacity for multiphase flow modeling, encompassing:

• Turbulent flow regimes
• Gas volume fractions
• Bubble size distributions
• Chemical reactions
• Species transport
• Local mixing
• Mass transfer

Advanced simulation tools, including state-of-the-art ANSYS Fluent and CFX simulation software, power Mazzei’s solutions to fluid flow challenges, enabling a fast, informed and streamlined design and manufacturing process.

Leveraging over forty years of established design experience, diligent and robust modeling practices, and careful physical experimentation, Mazzei designs and optimizes mixing and mass transfer performance in new equipment and troubleshoots in existing installations. By deploying CFD alongside our extensive component and system design expertise, Mazzei preempts mixing and contacting issues proactively, offering preemptive solutions. Moreover, in instances where challenges arise within current systems, we aid customers in identifying and resolving them. Reach out to Mazzei today to explore how we can furnish a more economical solution tailored to your operational or application needs.

For further insights into CFD, peruse our collection of articles and technical papers explaining the advantages of employing CFD to engineer optimal systems.