Join us for the webinar, 'Optimizing Diastereomeric Salt Crystallization for Enantiomer Separation'
This on-demand webinar, 'Optimizing Diastereomeric Salt Crystallization for Enantiomer Separation', explores how Crystallization-Induced Diastereomeric Transformation (CIDT) is revolutionizing enantiomer separation—enhancing selectivity, optimizing yields, and reducing processing efficiencies in pharmaceutical development.
In Optimizing Diastereomeric Salt Crystallization, our experts address the complexities of resolving double salts, focusing on the critical role of solubility, phase behavior, and catalyst selection in process efficiency.
Through a deep dive into CIDT, we showcase how targeted solvent selection and solid-state control drive superior crystallization outcomes. Paired with advanced analytical insights, this approach enables high-purity enantiomer separation with scalable, cost-effective methodologies.
Melba Simon, PhD
Innovation Programme Manager
Our presenter, Melba Simon received her PhD in Chemical Engeering the University College Dublin, Ireland, in 2019. Following this, she joined APC as a Process Development Engineer 2, where she worked on a wide range of projects across engineering and innovation projects.
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This presentation will discuss novel techniques and leverage case studies to review:
Mastering Enantiomer Separation Through Crystallization. Learn how Diastereomeric Salt Crystallization leverages solubility differences for effective enantiomer resolution.
Optimizing Yield & Purity. Discover how solvent, temperature, and counterion selection enhance crystallization efficiency.
Scaling for Industrial Use. Explore how this methodenables cost-effective enantiopure compound productionat scale.