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The pharmaceutical industry is shifting from traditional batch processing to continuous manufacturing, offering enhanced efficiency, product quality, and faster time-to-market.
This course provides an in-depth understanding of batch vs continuous processes, mass balances, and particle size distributions, essential for pharmaceutical manufacturing. -
This course contains the following modules:
Batch vs continuous processes and equipment
Mass balances
Understanding and interpreting particle size distribution for pharmaceutical engineering purposes
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The main objectives of this course are to:
Differentiate between batch and continuous processes, including advantages and challenges.
Understand MSMPR crystallisers and key unit operations in continuous direct compression.
Perform simple mass balances for non-reactive systems.
Identify resources for mass balance with chemical reactions and energy balances.
Explain the importance of particle size distributions in pharmaceuticals.
Calculate and interpret frequency and cumulative distributions from raw data.
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Pharmaceutical professionals - Process engineers, manufacturing scientists, and production staff working in batch and continuous pharmaceutical manufacturing.
Researchers & academics - Those studying pharmaceutical engineering, crystallisation, and advanced manufacturing techniques.
Students and early career professionals - Those looking to gain fundamental knowledge of pharmaceutical manufacturing processes and industry trends.
This course is delivered by CMAC.
Available now
Format: E-learning
Free for all CMAC members
Approx 5 hours
Register your interest:
