01934nam a22002057a 450000500170000000800410001702000180005802800880007608200180016410000360018224501300021826000340034830000490038236500090043150509760044052002230141665000250163965500450166470000190170920180904210225.0180904b        xxu||||| |||| 00| 0 eng d  a9788126540686  aSARAS Booksb ;2/31,Ansari Road,Darya Ganj,New Delhi-110002c ;IN37610d;31/08/2018  a660.28073 BIS  aAttilio Bisioa; Robert L Kabel  aScaleup of chemical processesb : conversion from laboratory scale tests to successful commercial size designc/Attilio Bisio  aNew Yorkb : Wileyc, ©1985.  axviii, 699 pages b: illustrations c; 24 cm  b3495  a	1. Introduction to Scaleup A. Bisio 2. Mathematical Modeling D. M. Himmelblau 3. Reaction Kinetics R. L. Kabel 4. Homogeneous Reaction Systems R. L. Kabel 5. Reactors for Fluid-Phase Processes Catalyzed by Solids G. F. Froment 6. Fluid-Fluid Reactors Y. T. Shah and W.-D. Deckwer 7. Selection of Reactor Types R. L. Kabel 8. Flow Patterns and Residence Time Distributions E. B. Nauman 9. Mixing Processes J. Y. Oldshue 10. Fluidized Beds J. M. Matsen 11. Laminar Flow Processes E. B. Nauman 12. Stagewise Mass Transfer Processes J. R. Fair 13. Continuous Mass Transfer Processes J. R. Fair 14. Solid-Liquid Separation Processes L. Svarovsky 15. The Environmental Challenges of Scaleup P. B. Lederman 16. Evaluating Materials of Construction in Pilot Plant Corrosion Tests P. E. Krystow 17. Gaining Experience Through Pilot Plants and Demonstration Units F. G. Aerstin, L. A. Robbins, and A. J. Vogel 18. Scaleup: Overview, Closing Remarks, and Cautions G. Astarita Index  aMixing in Continuous Flow Systems E.B. Nanman and B.A. Buffham This groundbreaking introductory study lets engineers and research scientists design and analyze complex flow and reaction systems, even with limited data.  aChemical engineering  aChemical plants--Design and construction  aRobert L Kabel