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This on-demand webinar explores how Computational Fluid Dynamics (CFD) and advanced reactor characterization are transforming process development—eliminating inefficiencies, improving yields, and reducing costly trial and error.
In Characterization of Mesomixing using CFD and the Fourth Bourne Reaction, our experts tackle the limitations of traditional small-scale mixing models, where generalized coefficients often fail to capture real-world conditions.
Through CFD simulations and the IC method, we demonstrate how to extract precise local mixing parameters in a 1-liter automated reactor. Paired with inline FT-IR and GC analysis, this approach delivers unparalleled accuracy in measuring key concentrations—leading to optimized mixing efficiency and superior selectivity in complex reactions like the Bourne reaction series.
Niall Brady, Process Development Engineer 2
Our presenter, Niall Brady received his degree in Master of Engineering - Chemical & Bioprocess Engineering from University College Dublin. Following this, he joined APC as a Process Development Engineer where he worked on a wide range of projects in small molecule process development.
This presentation will discuss novel techniques and leverage case studies to review:
Accurately map local mixing zones for precise process control
Enhance selectivity in complex reactions like the Bourne reaction series
Scale reliably on the first attempt, reducing rework and delays