| Tuesday, November 18, 2008: 8:30 AM-11:00 AM | |||
| Commonwealth D (Loews Philadelphia Hotel) | |||
Process Development Division (12) | |||
| #200 - Advances in Process Intensification I (12001) | |||
| Papers on Reaction and Separation, Novel Reactors (such as microreactors and monolithic reactors), the use of alternative energy forms, Bioprocessing, and the application of Novel Materials with a link to Process Intensification are welcome. Process Intensification is the term used to describe the means by which a chemical process can be made drastically more efficient. Significant intensification of a process requires a holistic view in order to identify and eliminate the main transport resistances that limit the overall performance. In order to meet this definition, changes in thinking involve the design of new machinery and hardware and consideration of the chemistry, process design, and logistics. | |||
| Chair: | Costas Tsouris | ||
| CoChair: | Hannsjörg Freund | ||
| 8:30 AM | Welcoming Remarks | ||
| 8:35 AM | 200a | Improving Pharmaceutical Process Design: From Batch to Continuous Flow Reactor Michelle K. Kassner, Reagan Charney, Pamela Pollet, Kent Richman, Charles A. Eckert, Charles L. Liotta | |
| 8:55 AM | 200b | Process Intensification in Continuous Base-Catalyzed Biodiesel Production Joanna McFarlane, Joseph F. Birdwell Jr., Costas Tsouris, Hal L. Jennings | |
| 9:15 AM | 200c | High-Gravity Process Intensification Technology and Commercial Applications Jian-Feng Chen, Lei Shao | |
| 9:35 AM | 200d | Oscillatory Baffled Reactors as Bioreactors Adam P. Harvey, C. N. Tröger, S. Donegan | |
| 9:55 AM | 200e | Solvent-Free Microwave Extraction of Essential Oil from Lavandin Super Rafael B. Mato, Victor Martin, Alexander Navarrete, Maria J. Cocero | |
| 10:15 AM | 200f | Influence of Different Mixtures of Catalyst and Adsorbent on the Smbr Performance: Reactive-Separation and Regeneration Regions Viviana Silva, Alírio E. Rodrigues | |
| 10:35 AM | 200g | Development of a New Synthesis Gas Production Catalyst and Process Mitsunori Shimura, Fuyuki Yagi, Tomoyuki Mikuriya | |
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