Webinar | Scale down, speed up: Using CFD to simulate large-scale mixing

Thursday, May 28, 2026

Session 1:  10 a.m. CET | 2:30 p.m. IST | 5 p.m. HKT   

Session 2:  8 a.m. PST |  11 a.m. EST | 5 p.m. CET

 

Discover how to scale your bioprocess without increasing risk, time, or uncertainty. This webinar will show you how you can move from small-scale development to commercial production with more confidence by using advanced simulation approaches to predict, optimize, and adapt your process before scaling up. 

This session highlights how scalable strategies can evolve alongside your process needs. You’ll see how small-scale simulations can mirror large-scale realities, enabling you to test, refine, and strengthen your process in a controlled, efficient way. 

You’ll also learn how collaborative, hands-on approaches that combine technical expertise with customer-specific challenges can unlock new opportunities for innovation and process resilience. 

Whether you’re optimizing an existing workflow or preparing to scale up, join the webinar to learn how to move faster, adapt smarter, and scale with confidence. 

 

What You Will Learn:

  1. Discover different approaches to scale up liquid-mixing processes.
  2. See a tool that helps you determine scalability, in action. 
  3. Explore a concrete case study that reveals the full benefits of simulation in final formulation. 

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Meet Our Experts

Pierre Selva

Product Specialist, FMT Hardware & Mixing

Pierre Selva is a product specialist for fluid management technologies. With more than 15 years of experience in mechanical engineering, Pierre brings deep expertise in combining advanced simulations with experimental approaches to drive innovation and optimize product development. His recent work focused on developing a scalability tool for pharmaceutical mixing processes.

David Menahem

Product Manager, Mixing

David Menahem is global product manager for mixing and has spent the past nine years in roles spanning sales, application support, and marketing. This cross‑functional experience has given him a strong understanding of mixing technologies, and the operational challenges faced by fill and finish customers. In his role, he focuses on translating complex mixing requirements into practical solutions, including the use of CFD to simulate large‑scale mixing.