Newsgrade TMP from three different Norway Spruce (Picea Abies) wood assortments in mill-scale: Their different qualities could be used to make specific paper products

Pulp and Paper Canada

Volumn 98, Issue 10, 1997, Pages 51-60

  Tyrvainen J ^a,b  

^a UNIVERSITY OF HELSINKI   (Finland)

^b Corner Brook Pulp and Paper Ltd ^*  (Canada)

Author keywords

Fibres; Picea abies; Quality; Thermomechanical pulps; Wood properties

Indexed keywords

ENERGY UTILIZATION; MORPHOLOGY; OPTICAL PROPERTIES; PAPER AND PULP MILLS; TENSILE STRENGTH; WOOD;

SPRUCE WOODS;

THERMOMECHANICAL PULP;

EID: 0031250453     PISSN: 03164004     EISSN: None     Source Type: Trade Journal    
DOI: None     Document Type: Article

References (46)

1. TYRVÄINEN, J. The wood and fibre properties of Norway spruce (Picea abies L. Karst) and its suitability for thermomechanical pulping. Acat Forestalia Fennica 249: 155 (1995).
2. MILES, K.B., MAY, W.D. The flow of pulp in chip refiners. J. Pulp and Paper Sci. 16(2): J63-J72 (1990).
3. QIAN, X., TESSIER, P. A mechanistic model for predicting pulp properties from refiner operating conditions. Tappi J. 78(4): 215-222 (1995).
4. CORT, J.B., KELLER, W.F. LAROSE, J.-P., GOULET, M. Automass Control results in more uniform pulp quality at Daishowa Inc. Quebec City. Preprints, Technical Section, CPPA 78th Annual Meeting. Montreal, QC, Jan. 30-31, 1992. B165-B171 (1992).
5. HILL, J., SAARINEN, K., STENROS, R. On the control of chip refining systems. Pulp Paper Can. 94(6): T161-T165 June 1993.
6. WILLIAMS, M.F. Matching wood fibre characteristics to pulp and paper processes and products. Proc., TAPPI Pulping Conf, Atlanta, GA, Nov. 14-18, 1993. 179-191 (1993).
7. BRAATEN, K.R., PALM, A., OMBOLT, K. Wood classification leads to more uniform TMP. Proc., 18th Int. Mechanical Pulping Conf., Oslo, Norway, June 13-17, 1993. 23-31 (1993).
8. HÖGLUND, H., WILHELMSSON, K. The product must determine the choice of wood type in mechanical pulping. Proc. 18th Int. Mechanical Pulping Conf., Oslo, Norway, June 15-17, 1993. 1-22 (1993).
9. HÄRKÖNEN, E.J., HEIKKURINEN, A.M., NEDERSTRÖM, R. Comparison between different wood species of softwood as TMP raw material. Proc., Int. Mechanical Pulping Conf., Helsinki, Finland, June 6-8, 1989. 390-397 (1989).
10. HÖGLUND, H., SOHLIN, U., TISTAD, G. Physical properties of wood in relation to chip refining. Tappi J. 59(6): 144-147 (1976).
11. JOSSART, D., BARBE, M.C, LAPOINTE, M., LAW, K-N. Properties of mechanical and chemimechanical jack pine pulps. Part 1: Thermomechanical pulps. Pulp Paper Can. 89(4): T115-T122 (April 1988).
12. BARBE, M.C., DESSUREAULT, S., JANKNECHT, S. Review of mechanical and chemimechanical pine pulping. Paper South Africa 13(1): 10-20 (1993)
13. HATTON, J.V., COOK, J. Managed Douglas-fir forests. IV: Relationships between wood, fibre, pulp, and paper properties. Preprints, Technical Section, CPPA, Annual Meeting. Montreal, QC, Jan. 30-31 1990,. A51-73 (1990).
14. HATTON, J.V., JOHAL, S.S. Mechanical and chemimechanical pulps from second-growth softwoods. Proc., Int. Mechanical Pulping Conf., Oslo, Norway, June 15-17, 1993. p. 34-43 (1993).
15. CORSON, S.R. Thermomechanical and refiner mechanical pulps of New Zealand grown radiata pine. Proc., Int. Mechanical Pulping Conf., Washington, DC, June 13-17, 1983. p. 1-13 (1983).
16. CORSON, S.R. Wood characteristics influence pine TMP quality. Tappi J. 74(11): 135-146 (1991).
17. BRILL, J.A. Effects of wood and chip quality on TMP properties. Proc., Int. Mechanical Pulping Conf. Stockholm, Sweden, May 6-11, 1985. p. 153-165 (1985).
18. KELLISON, R.C., HITCHINGS, R.G. Harvesting more young southern pines will require pulp mill changes. Pulp and Paper, July 1985, p. 53-56 (1985).
19. LEASK, R.A. The theory of chip refining - a status report. Int. Mechanical Pulping Conf., Oslo, Norway, June 12-16, 1981. Session I: 1-11 (1981).
20. KARNIS, A. The mechanism of fibre development in mechanical pulping. J. Pulp Paper Sci. 20(10): J280-J288 (1994).
21. CORSON, S.R. Directions in New Zealand mechanical pulping research. Part 1. Development of research effort; research activity; influence of wood quality; and process influences. Appita 46(2): 143-148 (1993).
22. MCMILLIN, C.W. Gross wood characteristics affecting properties of handsheets made from loblolly pine refiner groundwood. Tappi J. 51(1): 51-56 (1968).
23. MCMILLIN, C.W. Aspects of fibre morphology affecting properties of handsheets made from loblolly pine refiner groundwood. Wood Sci. and Technol. 3: 139-149 (1969).
24. MCMILLIN, C.W. Wood chemical composition as related to properties of handsheets made from loblolly pine refiner groundwood. Wood Sci. and Technol. 3: 232-238 (1969).
25. HOEKSTRA, P., TEMPLE, D., KOIVUNIEMI, P. Mechanical pulps - crossing grade barriers in the nineties. Proc., Int. Mechanical Pulping Conf. , Minneapolis, June 2-5, 1991. p. 13-19 (1991).
26. FRANZÉN, R. Threats and opportunities in refiner based mechanical pulping. Proc., Int. Mechanical Pulping Conf., Oslo, Norway, June 15-17, 1993. p. 64-80 (1993).
27. KURDIN, J.A. Can energy costs for TMP and RMP be reduced? Paper Trade J. 163(11): 23-27 (1979).
28. MOHLIN, U.-B. Properties of TMP fractions and their importance for the quality of printing papers. Proc., Int. Mechanical Pulping Conf., Toronto, ON, June 11-14, 1979. p. 57-84 (1979).
29. HONKASALO, J., EBELING, K. Comparative characterization of various mechanical pulps; GW, TMP, and PGW. Proc., Int. Mechanical Pulping Conf., Oslo, Norway, June 16-19, 1981. p. 1-19 (1981).
30. PAULAPURO, H., LAAMANEN, J. Papermaking properties of mechanical pulps. Proc., 19th Int. Pulp and Paper Symp. at Miami University, May 16-19, 1988. p. 1-43 (1988).
31. NYBLOM, I. The significance of pulpwood quality for mechanical pulp manufacture. Metsäteho Raakaainepäivät. Jyväskylä, Nov. 6-7, 1979. p. 1-13. In Finnish. (1979).
32. CORSON, S.R. Preferred characteristics of mechanical pulps for printing grades. Appita 45(2): 121-124 (1992).
33. ASPLER, J.S., BELAND, M.-C. A review of fibre rising and surface roughening effects in paper. J. Pulp Paper Sci. 20(1): J27-J32 (1994).
34. HARRIS, G. Comparison of northern softwood and southern pine fibre characteristics for groundwood publication papers. Tappi J. 76(6): 55-61 (1993).
35. LAAMANNEN, J. Morphological fibre characteristics in mechanical pulps and their relation to paper properties. Proc., TAPPI Int. Paper Physics Conf., Atlanta, GA, p. 1-11 (1983).
36. LAI, Y.Z., IWAMILDA, T. Effects of chemical treatments on ultra-high-yield pulping. Part 1.; Fibre separation. Wood Sci. and Technol. 27: 195-203 (1993).
37. RUDIE, A.W., MORRA, J., ST.-LAURENT, J.M., HICKEY, K.L. The influence of wood and fibre properties in mechanical pulping. Tappi J. 77(6): 86-90 (1994).
38. CORSON, S.R., EKSTAM, E.I. Intensive refining of radiata pine fibre. Paperi ja Puu 76(5):334-339 (1994).
39. JACKSON, M., WILLIAMS, G.J. Factors limiting the strength characteristics of thermomechanical pulp. Proc., Int. Mechanical Pulping Conf. , Toronto, June 11-14, 1979. p. 37-48 (1979).
40. CORSON, S.R., RICHARDSON, J.D, MURTON, K.D., FOSTER, R.S. Light scattering coefficient of radiata pine mechanical pulps varies with wood and process type. Appita 44(3): 184-190 (1991).
41. CORSON, S.R., KIBBLEWHITE, R.P. Chemimechanical and thermomechanical pulps of radiata pine slabwood and corewood. Part 2: Characteristics of fibres and fines. Appita 39(5): 379-386 (1986)
42. HEIKKURINEN, A., VAARASALO, J., KARNIS, A. Effect of initial defibreization on the properties of refiner mechanical pulp. Proc., Int. Mechanical Pulping Conf., Minneapolis, June 2-5, 1991. p. 303-312 (1991).
43. BRANDAL, J., LINDHEIM, A. The influence of extractives in groundwood pulp on fibre bonding. Pulp Paper Can. 67(11): T431-T437 (November 1966).
44. KAPPEL, J., CALDERON, P., STARK, H. Resin removal from mechanical pulps. Proc., Int. Mechanical Pulping Conf., Minneapolis, June 2-5, 1991. p. 185-190 (1991).
45. HEIKKURINEN, A. Puun mekaanisessa kuidutuksessa muodostuva hienoaine, sen vaikutus massa-arkin ominaisuuksiin ja johtopaatokset kuituuntumismekanismeista. Osa 1. Kirjallisuuskatsaus, PSC Communications 40. KCL 48 p. (1992)
46. HEIKKURINEN, A., HATTULA, T. Mechanical pulp fines - characterization and implications for defibration mechanisms. Proc., Int. Mechanical Pulping Conf. , Oslo, Norway, June 15-17, 1993. p. 294-309.