By Yong Wang and Jamelyn D. Holladay (Eds.)
Microreaction know-how, with its extraordinary warmth and mass move merits in addition to uniform place of dwelling time and movement development, is among the few applied sciences with capability to increase effective, environmentally benign, and compact methods. Novel fabrication and processing thoughts, gear, and operational equipment are leading to unbelievable advancements that transcend "traditional" chemical engineering. those new advancements promise advancements in method vegetation, and bring about the transformation of our proposal of chemical vegetation into compact, secure, energy-efficient, and environmentally sustainable methods. Microsystems are actually on hand in lots of units for advertisement functions together with: micromixers and microreactors as replacement to batch creation in pharmaceutical and advantageous chemical undefined, lab-on-chip units, microsensors, complex speedy throughput chemical and catalyst screening instruments (e.g. combi), dispensed or moveable energy and chemical creation, allotted heating and cooling, or even out of this international purposes with NASA. a large range of matters are mentioned during this ebook starting from catalysis to gasoline processing to combinatorial suggestions to separations to novel reactors all of that are enabled through microtechnology ideas. international well known pioneers (Klavs Jensen, Volker Hessel, Jennifer Holmgren, and Galip Akay) supply money owed on either ancient advancements and the present state-of-the-art in addition to insights into destiny examine and improvement in microreactor and technique intensification. study and advancements are offered by means of undefined, universities, U.S. nationwide Laboratories, and different laboratories situated within the usa and in the course of the international. it really is composed of peer-reviewed chapters from either contributing and invited authors. The assessment and unique examine issues comprise (1) introductory and basic overviews, (2) microreactors- together with catalysts for microreactors, gas processors, milli-second touch time catalysis, fuel to liquid know-how, and biomass conversion; and (3) technique intensification corresponding to micro mixers, reactive membranes, and intensification of separation operations.
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Extra info for Microreactor Technology and Process Intensification
F. Sensor Actuat. 2002, 82 (2-3) 297-306. 12. Ajmera, S. ; Schmidt, M. ; Jensen, K. F. J. Catal. 2002,209 401412. 13. ; Hessel, V. Chem. Eng. J. 2004,98 (1-2) 1-38. 14. ; Ireland, T. Chem. Ing. Tech. 2004,76 (5) 633-637. 15. ; Grenouillet, P. Advances in Synthesis and Catalysis 2003,345 (1+2) 190-193. 16. Commenge, J. ; Comou, J. ; Matlosz, M. AIChEJ 2000, 48 (2) 345358. 17. -M. PhD thesis, Institut National Polytechnique de Lorraine, Nancy, France, 200 1. 18. ; Mae, K. Chem. Eng. 2004, 101 (1-3) 323-331.
Knowing this in advance and having access to kinetic data, a costly and maybe disappointing scouting study can be stopped at an early level. Contrariwise, the studies can be fme tuned to achieve the most promising benefits. g. (19, 20)). In some cases, even conventional equipment such as small mixing tees does the same job (21). In contrast, in other applications the superior processing by means of micro mixers as compared to mixing tees is demonstrated (22). Altogether this triggers current research to explore mini- and meso-scale devices besides microstructured reactors to finally have a toolbox which offers a portfolio of processing facilities that ideally match the demands of a reaction.
Jensen, K. ; Firebaugh, S. ; Schmidt, M. ; Harold, M. ; Lerou, J. ; Ryley, J. F. AIChEJ. 1997,43 (1 1) 3059-3069. 58. Jensen, K. ; Schmidt, M. A,; Harold, M. ; Lerou, J. ; Ryley, J. F. In Microreaction Technology Proc. , Ed. SpringerVerlag: Berlin 1997; pp 2-9. 59. ; Leipprand, I. Chem. Eng. J. 2004, 101 (1-3) 431-438. 60. ; Krause, H. H. 6th International Conference on Microreaction Technology, IMRET 6, New Orleans, USA, 11 -14 March, 2002; AIChE Pub. No. 164: pp 37-38. 61. ; Krause, H. ; Loebbecke, S.