The effect of fibre properties on fibre fractionation using a hydrocyclone

Journal of Pulp and Paper Science

Volumn 31, Issue 3, 2005, Pages 132-137

  Park, S ^a   Venditti, R A ^a   Jameel, H ^a   Pawlak, J J ^a  

^a NORTH CAROLINA STATE UNIVERSITY   (United States)

Author keywords

Chemical pulps; Equations; Fibers; Fractionation; Hydrocyclones; Mathematical models; Slippage; Velocity

Indexed keywords

DRAINAGE; FIBER OPTICS; MATHEMATICAL MODELS; VELOCITY;

DRAG COEFFICIENT; FIBER PROPERTIES; SLIP VELOCITY EQUATION; UNBEATEN FIBERS;

CHEMICAL PULP;

CHEMICAL PULPING; DRAINAGE; EQUATIONS; FIBER OPTICS; FIBERS; FRACTIONATION; HYDROCYCLONES; MATHEMATICAL MODELS; SLIPPAGE; VELOCITY;

EID: 27144550845     PISSN: 08266220     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (19)

1. VINSON, K., BYRD, M., JAMEEL, H., CHANG, H-M., VENDITTI, R. and HEITMANN, J., "Fibre Fractionation of Mixed Office Waste for Production of Value-Added Products", Proc. 2001 TAPPI Pulping Conf.
2. BYRD, M., PAWLAK, J., JAMEEL, H., VENDITTI, R., CHANG, H-N. and PARK, S., "The Effect of Operating Variables on the Fractionation Characteristics of a Hydrocyclone", Proc. 2002 TAPPI Pulping Conf.
3. JONES, E.D., CAMPBELL, R.T. and NELSON, G.G., "Springwood-Summerwood Separation of Southern Pine Pulp to Improve Paper Qualities", Tappi J. 49(9):410-414 (1966).
4. PAAVILAINEN, L., "The Possibility of Fractionating Softwood Sulfate Pulp According to Cell Wall Thickness", Appita 45(5):319-326 (1992).
5. KURE, K., DAHLQVIST, G., EKSTRÖM, J. and HELLE, T., "Hydrocyclone Separation, and Reject Refining, of Thick-Walled Mechanical Pulp Fibres", Nordic Pulp Paper Res. J. 14(2):100-110 (1999).
6. HO, S., REHMAT, T. and BRANION, R., "Fibre Fractionation in Hydrocyclone", Preprints 86th Ann. Mtg., PAPTAC, C193-C215 (2000).
7. LI, M., JOHNSTON, R., XU, L., FILONENKO, Y. and PARKER, I., "Characterization of Hydrocyclone-Separatcd Eucalypt Fibre Fractions", J. Pulp Paper Sci. 25(8):299-304 (1999).
8. WOOD, J.R., GRONDIN, M. and KARNIS, A., "Characterization of Mechanical Pulp Fines with a Small Hydrocyclone. Part I: The Principle and Nature of the Separation", J. Pulp Paper Sci. 17(1):J1-J5 (1991).
9. WOOD, J.R. and KARNIS, A., "Distribution of Fibre Specific Surface of Paper-making Pulps", Pulp Paper Can. 80(4):73-78, 81 (1979).
10. KARNIS, A., "Pulp Fractionation by Fibre Characteristics", Paperi ja Puu 79(7):480-488 (1997).
11. SEVILLA, E.M. and BRANION, R.M.R., "The Fluid Dynamics of Hydrocyclones", J. Pulp Paper Sci. 23(2):J85-J93 (1997).
12. STATIE, E., SALCUDEAN, M., GARTSHORE, I. and BIBEAU, E., "A Computational Study of Particle Separation in Hydrocyclones", J. Pulp Paper Sci. 28(3):84-92 (2002).
13. HAIDER, A. and LEVENSPIEL, O., "Drag Coefficient and Terminal Velocity of Spherical and Nonspherical Particles", Power Technol. 58:63-70 (1989).
14. COWAN, W.F., "Wet Pulp Characterization by Means of Specific Surface, Specific Volume and Compressibility", Pulp Paper Mag. Can. 71(9):63-66 (1970).
15. BAREFOOT, A.C., HITCHINGS, R.G., WILSON, E.H. and KELLISON, R.C., "Related Aspects of the Morphology of Loblolly Pine and Papermaking", Proc. Symp. Effect Growth Acceleration on Properties of Wood", Dept. Agriculture, Forest Prod. Lab., Madison, WI, USA, K1-K37 (1971).
16. PAAVILAINEN, L., "Importance of Cross-Dimensional Fibre Properties and Coarseness for the Characterization of Softwood Sulfate [Kraft] Pulp", Paperi ja Puu 75(5):343-351 (1993).
17. HSIEH, K.T. and RAJAMANI, R.K., "Mathematical Model of the Hydrocyclone Based on Physics of Fluid Flow", Am. Inst. Chem. Engin. J. 37(5):735-746 (1991).
18. "Drainage Time of Pulp". TAPPI Test Method T 221 (1999).
19. PARK. S., VENDITTI, R., JAMEEL, H., PAWLAK, J. and BYRD, M., "The Effect of Operating Variables on the Mass Balance of Fibre Fractionation Using a Hydrocyclone", Proc. 2003 TAPPI Pulping Conf.