Freeze Drying for Biologics/Pharmaceutics

You will explore freeze drying from fundamentals to formulation, thermal analysis, cycle development, optimisation, packaging and troubleshooting, with a practical focus on biologics and pharmaceutical products. The training is designed to help participants connect scientific understanding with real process decisions and product quality outcomes.

Thermal analysis is covered as a key step for characterising frozen and dried states and determining critical product temperatures before freeze drying. This helps participants understand how formulation behaviour can guide more informed process choices and reduce avoidable development uncertainty.

The programme covers sublimation, heat and mass transfer, container impact, spatial distribution of Kv, and monitoring techniques for identifying the end of primary drying. This gives participants practical insight into one of the most important stages of lyophilization process optimisation.

Yes, the Process Analytical Technology session includes pressure-based methods, thermocouples, wireless probes, IR sensors, manometric temperature measurement and Through-Vial Impedance Spectroscopy. Participants will see how monitoring approaches can support better understanding of freeze drying performance.

The formulation session covers stabilisers, bulking agents, dry mass and balancing formulation with process considerations. It also refers to examples across small molecules, biopharma and vaccines, making the topic relevant for both development scientists and manufacturing-focused teams.

The equipment session reviews specifications, key process parameters, main system components, functional elements, and layout considerations for GMP production. This is especially useful for professionals involved in technical decisions, production planning, sterile manufacturing or equipment-related process discussions.

Yes, the course objectives include scale-up, pharmaceutical-grade manufacturing, process economics, energy requirements and thermodynamics. The programme also highlights process optimisation as important because freeze drying is a high-cost technology with a substantial environmental footprint.

The invitation-only site visit gives participants practical exposure through rotating stations covering materials science and production, mechanical freeze dryer equipment, freeze drying process engineering, and open expert stations with experts and suppliers, helping attendees connect classroom topics with real-world observations and practical insights.