CFD-DEM applied to Catalyst-Particles in Packed Bed Reactors or Columns

Introduction:

The shape, size and packing of catalyst particles plays significant role in the performance of packed bed columns or reactors. Performing experiments is expensive and has limitations due to challenges in the measurements. The resolved-particle CFD simulations are digital replica of real setup with deeper details.

We at Tridiagonal use Advance CFD-DEM technology to help the customers in optimizing the catalyst packing and process performance. In this exclusive webinar, our experts will showcase how CFD-DEM simulations revolutionize packed bed columns—even in challenging scenarios with a low tube-to-particle diameter ratio. Join us to explore real-world applications and industry breakthroughs!

Key Takeaways: 

• Understand Key Performance Metrics – Learn how particle shape, size, and packing affect pressure drop, heat transfer, and residence time.
• Explore Advanced Simulation Techniques – Get insights into DEM-based packing simulations and particle-resolved CFD models.
• Industry-Specific Applications – Gain valuable insights into CFD applications for Catalysis, Refining, Chemical Processing, Manufacturing, and Water Treatment.
• Solve Industry Challenges – Discover how CFD can tackle complex catalyst-related problems across multiple industries.
• Overcome CFD Meshing Hurdles – Learn best practices for handling packed bed geometries and meshing challenges.

Who Should Attend: 

• Process Engineers & Researchers in Chemical, Process, Oil Refining & Petrochemical Industries
• R&D Professionals in Reaction Engineering & Catalysis
• Simulation & Modeling Experts
• Plant Manages, Manufacturing, Head of Process R&D and Equipment Engineering
• Manufacturing, Science & Technologies (MSAT) professionals
• Technology, Scale Up and Process Innovation professionals
• New Product Development Professionals (NPDP)

Featured Speaker

Tukaram Suryawanshi

Head of Process Consulting

Tridiagonal Solutions