The influence of pulp residence time on refining intensity and pulp quality

Appita Journal

Volumn 58, Issue 1, 2005, Pages 64-71

  Murton, Karl ^a   Duffy, Geoff ^b  

^a SCION   (New Zealand)

^b UNIVERSITY OF AUCKLAND   (New Zealand)

Author keywords

Consistency; Production rate; Pulp quality; Radiata pine; Refining intensity; Residence time; Specific energy; Steam flow; TMP

Indexed keywords

PAPER; PAPERMAKING; PRODUCTIVITY; PULP REFINING; STREAM FLOW;

REFINING INTENSITY; SPECIFIC ENERGY;

MECHANICAL PULP;

CONSISTENCY; MECHANICAL PULPS; PINUS RADIATA; PRODUCTIVITY; PULP QUALITY; REFINING; STREAM FLOW;

EID: 13444309505     PISSN: 10386807     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (17)

1. Miles, K.B. - Refining intensity and pulp quality in high consistency refining, Pap. Puu 72(5):508 (1990).
2. Strand, B.C., Falk, B., Mokvist, A. and Jackson, M. - The effect of production rate on specific energy consumption in high consistency chip refining, Proc. International Mechanical Pulping Conference, Oslo (1993).
3. Stationwala, M.I., Miles, K.B. and Karnis, A. - Effect of feed rate on refining, J. Pulp Pap. Sci. 20(8):J236 (1994).
4. Miles, K.B. and May, W.D. - The flow of pulpin chip refiners, J. Pulp Pap. Sci. 16(2):J63 (1990).
5. Miles, K.B. - A simplified method for calculating the residence time and refining intensity in a chip refiner, Pap. Puu 73(9):852 (1991).
6. Lunan, W.E., Miles, K.B. and May, W.D. - The effect of differential pressure on energy consumption in thermomechanical pulping, J. Pulp Pap. Sci. 11(5):J129-J135 (1985).
7. Sundholm, J., Heikkurinen, A. and Mannstrom, B. - The role of rate of rotation and impact frequency in refiner mechanical pulping, Pap. Puu 70(5):446 (1988).
8. Murton, K.D. and Corson, S.R. - The effect of production rate on TMP pulp quality and energy consumption, J. Pulp Pap. Sci. 23(8):J411 (1997).
9. Murton, K. - The effect of consistency on TMP pulp quality and energy consumption, Proc. 51st Appita Annual General Conference (1997).
10. Miles, K.B. and May, W.D. - Predicting the performance of a chip refiner; a constitutive approach, J. Pulp Pap. Sci. 19(6): J268 (1993).
11. Senger, J., Ouellet, D. and Bennington, C. - Effects of pulp furnish and refiner speed on residence time in a high-consistency refiner, Tappi J. 81(4):152 (1998).
12. Kamke, F. and Wilson, J. - Analysis of a rotary dryer: drying of wood particles, Forest Products Journal 35(9):32 (1985).
13. Chapman. K. - Improved uniformity in medium density fiberboard, Proc. Particleboard Symposium, Washington State University, p.237 (1979).
14. Jensen, W., Fogelberg, B. and Johanson, M. - Studies on the possibilities of using radioactive tracers to follow the penetration of cooking liquors into wood, Pap. Puu 52(7): 393 (1960).
15. Arjas. A. - Residence time distributions in conical refiners and refining systems, Proc. Intl Symposium on Fundamental Concepts of Refining, Institute of Paper Chemistry, p.8 (1980).
16. Harkonen, E. and Tienvieri, T. -The influence of production rate on refining in a specific refiner, Proc. Intl Mechanical Pulping Conference, Ottawa (1995).
17. Harkonen, E., Huusari, E. and Ravila. P. - Residence time of fiber in a single disc refiner, Proc. Intl Mechanical Pulping Conference, p.77 (1999).