Experimental study on the space time of flexible filamentous particles in a rotary dryer

Experimental Thermal and Fluid Science

Volumn 44, Issue , 2013, Pages 708-715

  Geng, Fan ^a   Li, Yimin ^a   Yuan, Longji ^a   Liu, Min ^a   Wang, Xinyong ^a   Yuan, Zhulin ^b   Yan, Yaming ^c   Luo, Dengshan ^c  

^a CHINA UNIVERSITY OF MINING AND TECHNOLOGY   (China)

^b SOUTHEAST UNIVERSITY   (China)

^c ZHENGZHOU TOBACCO RESEARCH INSTITUTE OF CNTC   (China)

Author keywords

Estimation; Experiment; Flexible filamentous particles; Rotary dryer; Space time

Indexed keywords

CONVENTIONAL METHODS; DRYING PROCESS; ESTIMATION RESULTS; EXPERIMENTAL MATERIALS; EXPERIMENTAL STUDIES; KEY VARIABLES; MATERIAL FLOW; NEW CORRELATIONS; NONSPHERICAL PARTICLE; PARTICLE BEHAVIOR; ROTARY DRUM; ROTARY DRYERS; ROTATIONAL VELOCITY; SPACE TIME;

ESTIMATION; EXPERIMENTS; FLOW OF GASES; FLOW RATE; MOISTURE DETERMINATION;

DRYERS (EQUIPMENT);

EID: 84869167851     PISSN: 08941777     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.expthermflusci.2012.09.011     Document Type: Article

References (31)

1. Kalbag A., Wassgren C., Penumetcha S.S., Pérez-Ramos J.D. Inter-tablet coating variability: residence times in a horizontal pan coater. Chemical Engineering Science 2008, 63:2881-2894.
2. Iguaz A., Esnoz A., Martínez G., López b A., Vírseda P. Mathematical modelling and simulation for the drying process of vegetable wholesale by-products in a rotary dryer. Journal of Food Engineering 2003, 59:151-160.
3. Pan J.P., Wang T.J., Yao J.J., Jin Y. Granule transport and mean residence time in horizontal drum with inclined flights. Powder Technology 2006, 162:50-58.
4. Geng F., Yuan Z.L., Yan Y.M., Luo D.S., Wang H.S., Li B., Xu D.Y. Numerical simulation on mixing kinetics of slender particles in a rotary dryer. Powder Technology 2009, 193:50-58.
5. Geng F., Xu D.Y., Yuan Z.L., Yan Y.M., Luo D.S., Wang H.S., Li B., Chyang C.S. Numerical simulation on fluidization characteristics of tobacco particles in fluidized bed dryers. Chemical Engineering Journal 2009, 150:581-592.
6. Song Y., Thibault J., Kudra T. Dynamic characteristics of particles transportation in rotary dryers. Drying Technology 2003, 21:755-773.
7. Q Li S., H Yan J., D Li R., Chi Y., F Cen K. Axial transport and residence time of MSW in rotary kilns Part I. Experimental. Powder Technology 2002, 126:217-227.
8. Geng F., Li Y.M., Wang X.Y., Yuan Z.L., Yan Y.M., Luo D.S. Simulation of dynamic processes on flexible filamentous particles in the transverse section of a rotary dryer and its comparison with ideo-imaging experiments. Powder Technology 2011, 207:175-182.
9. Britton P.F., Sheehan M.E., Schneider P.A. A physical description of particles transport in flighted rotary dryers. Powder Technology 2006, 165:153-160.
10. Santomaso A., Olivi M., Canu P. Mixing kinetics of granular materials in drums operated in rolling and cataracting regime. Powder Technology 2005, 152:41-51.
11. Liu X.Y., Specht E. Mean residence time and hold-up of particles in rotary kilns. Chemical Engineering Science 2006, 61(15):5176-5181.
12. Sivashanmugam P., Sundaram S. Residence time distribution studies in annular circulating fluidised bed dryer. Powder Technology 2000, 107:256-258.
13. Chen W.Z., Wang C.H., Liu T., Zuo C.Y., Tian Y.H., Gao T.T. Residence time and mass flow rate of particles in carbon rotary kilns. Chemical Engineering and Processing 2009, 48:955-960.
14. Li S.Q., Chi Y., Li R.D., Yan J.H., Cen K.F. Axial transport and residence time of MSW in rotary kilns: Part P{cyrillic}. Theoretical and optimal analyses. Powder Technology 2002, 126:228-240.
15. Renaud M., Thibault J., Trusiak A. Particles transportation model of an industrial rotary dryer. Drying Technology 2000, 18:843-865.
16. C.S. Chen, Simulation and experiment study of rotary dryers (in Chinese), Doctor Thesis of China Agricultural University, 1996, pp. 33-38.
17. Food Drying Science and Technology: Microbiology, Chemistry, Applications 2007, DESTech Publications, Inc., Pennsylvania, USA, pp. 111-114. Y.H. Hui, C. Clary, M.M. Farid, O.O. Fasina, A. Noomhorm, J. Welti-Chenis (Eds.).
18. L. Yliniemi, Advanced control of a rotary dryer. Department of Process Engineering, University of Oulu, FIN-90570 Oulu, 1999.
19. Sherritt R.G., Caple R., Behie L.A., Mehrotra A.K. The movement of solids through flighted rotating drums. Part I: Model formulation. Canadian Journal of Chemical Engineering 1993, 71:337-346.
20. Wu P.L., Zhu M. The determination of the staying time of material particles in the drum dryer. Transactions of the Chinese Society of Agricultural Engineering 1988, 9:63-70.
21. Rajamani R.K., Mishra B.K., Venugopal R., Datta A. Discrete element analysis of tumbling mills. Powder Technology 2000, 109:105-112.
22. M.D. Heydenrych, Modelling of Rotary Kilns, PhD thesis, University of. Twente, 2001.
23. J.D. Sullivan, C.G. Maier, O.C. Ralston, Passage of solid particles through rotary cylindrical kilns, U.S. Bureau of Mines Tech Paper 384 (1927), 44.
24. Friedman S.J., Marshall J.R. Studies in rotary drying, Part I-hold-up and dusting. Chemical Engineering Progress 1949, 45:482-493.
25. Foust A.S., Wenzel L.A., Clump C.W., Maus L., Andersen L.B. Principles of Unit Operations 1960, Wiley, New York, pp. 521-530.
26. Perry R.H., Green D.W. Perry's Chemical Engineers' Handbook 1997, McGraw Hill, New York, pp. 14-26. seventh ed.
27. Chou S.H., Liao C.C., Hsiau S.S. An experimental study on the effect of liquid content and viscosity on particle segregation in a rotating drum. Powder Technology 2010, 201:266-272.
28. Seker M. Residence time distributions of starch with high moisture content in a single-screw extruder. Journal of Food Engineering 2005, 67:317-324.
29. Wang W., Li Y.C. Simulation of the clustering phenomenon in a fast fluidized bed: the importance of drag correlation. Chinese Journal of Chemical Engineering 2004, 12(3):335-341.
30. Liu X.H., Gao S.Q., Song W.L., Li J.H. Effect of particle acceleration/deceleration on particle clustering behavior in dilute gas-solid flow. Chemical Engineering Science 2006, 61:7087-7095.
31. F. Junichi, O. Yasuhiro, H. Chihiro, A numerical fluid simulation for a pneumatic conveying dryer of cut tobacco, Bull. Spec. CORESTA, Lisbon Congress. 2000, pp. 201-212.