The workshop is aimed at faculty members, industry engineers, and PhD students in the pharmaceutical, biotechnological, food, microelectronics, and chemical industries, particularly those involved in the production of crystalline products. It will address the need for more efficient crystallization processes that are flexible, scalable, energy-efficient, and cost-effective to meet stringent product requirements and changing market demands.

Crystallization plays a vital role in over 70% of solid product production, especially in pharmaceutical manufacturing, where more than 90% of active pharmaceutical ingredients (APIs) involve crystallization in the synthesis and isolation process.

This course will introduce participants to advanced concepts in crystallization process engineering, including:

• Crystallization mechanisms
• Model-based optimization
• Control and Process analytical technologies (PAT)
• Hands on simulations using CrySiV software

Expert faculty members, including leading international academics and researchers, will deliver lectures and discuss industrially relevant case studies. Participants will gain insight into integrating crystallization as an intensified and intelligent process, enhancing the sustainability and quality of crystalline products in industries such as pharmaceuticals and chemicals.