Topical 2: Discover, Development and Delivery of Medicines | |||
| Session 684 - Application of Engineering Fundamentals to API Process Development - PAT Applications | |||
| The emergence of Process Analytical Technology (PAT) is a boon for chemical engineers enabling them to improve process understanding by integrating PAT data with mathematical models. The application of traditional engineering tools like kinetic regression and mass transfer analysis using PAT data and subsequent process simulation will be the focus of this session. | |||
| Chair: | Mayur P. Lodaya | ||
| CoChair: | Paul Compton Collins | ||
| CoSponsor(s): | Process Research and Innovation Pharmaceuticals (See also Topical 2) | ||
| 684a | Applications of Process Analytical Technologies to Ensure Controlled Processes Mark A. LaPack, Robert T. Roginski, Jodi Czarnik, Amanda McDaniel, Steven Doherty, Daniel Creeden, Robert Roginski, Jodi Czarnik, Amanda McDaniel, Steven Doherty, Daniel Creeden | ||
| 684b | Selective Crystallization of the Metastable Alpha Form of L-Glutamic Acid through Feedback Concentration Control Nicholas Kee, Reginald B. H. Tan, Richard D. Braatz | ||
| 684c | Using Continuous Integrated Micro Filtration for the Production of Pseudotype Vectors in a Fixed Bed Reactor Dirk Nehring, Ralf Poertner, Peter Czermak | ||
| 684d | Mapping the State of a Pharmaceutical Co-Precipitate Process: an Integrated Process Analytical Technology (Pat) Approach Huiquan Wu, Mansoor A. Khan | ||
| 684e | Understanding Primary Atomization in Sprays Lori Ray, Lisa Graham, Steve Hunt, John Widman, Birendra David, Kumar Dhanasekharan | ||
| 684f | A.P.I. Crystal Engineering in Early Development Christopher N. Nilsen, Steven Fabian, Jeffrey Grimm, Fuqiang Liu, Stephen Manzo, Kirk Sorgi | ||
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