Good bonding for low-energy HT-CTMP by press drying

Pulp and Paper Canada

Volumn 105, Issue 3, 2004, Pages 33-37

  Pynnonen T ^a   Hiltunen, E ^a   Paltakari, J ^a   Laine, J E ^a   Paulapuro, H ^a  

^a AALTO UNIVERSITY   (Finland)

Author keywords

Chemithermomechanical pulps; Energy consumption; Fiber bonding; Press drying; Temperature

Indexed keywords

ENERGY UTILIZATION; FIBERS; GLASS TRANSITION; LIGNIN; POLYMERS; WOOD;

HIGH-TEMPERATURE FIBERS; SECONDARY REFINING;

PAPER SHEETING;

FIBERS; LIGNINS; PAPER SHEETS; POLYMERS; PRESS DRYING; THERMOMECHANICAL PULPING; WOOD;

EID: 2342622689     PISSN: 03164004     EISSN: None     Source Type: Trade Journal    
DOI: None     Document Type: Article

References (15)

1. ALLISON, R.W. Effect of Ozone on High-temperature Thermomechanical pulp. Appita J. 32(4):279-284 (1979).
2. KIBBLEWHITE, R.P., BROOKES, D., ALLISON R.W. Effect of Ozone on the Fiber Characteristics of Thermomechanical Pulps. Tappi J. 63(4):133-136 (1980).
3. ALLISON, R.W. Low Energy Pulping Through Ozone Modification. Appita J. 34(3):197-204 (1980).
4. HÖGLUND, H., BODIN, O. Modified Thermomechanical Pulp. Svensk Papperstidn. 79(11):343-353 (1976).
5. HÖGLUND, H., WILHELMSSON, K. The Product Must Determine the Choice of Wood Type in Mechanical Pulping. Proc., Intl. Mech. Pulping Conf., Oslo, Norway, 1-22 (1993).
6. HÖGLUND, H., BÄCK, R, DANIELSON, O., FALK, B. CTMP-Process, Mölnlycke Ab (Sweden). U.S. Patent 5607546 (Issued Mar. 4, 1997).
7. HÖGLUND, H. Mechanical Pulp Fibres for New and Improved Paper Grades. Proc. 7th Intl. Conf. on New Available Technol., Stockholm, Sweden, 158-163 (2002).
8. PYNNÖNEN, T., PALTAKARI, J., HILTUNEN, E., LAINE, J.E., PAULAPURO, H. Effect of Press Drying on Sheet Properties of High-temperature Thermomechanical pulp (HTMP). Appita J. 55(3):220-223 (2002).
9. KUNNAS, L., PAULAPURO, H., LEHTINEN, J., KIVIRANTA, A. The Effect of Condebelt Drying on the Structure of Fiber Bonds. Proc., Papermakers Conf., Atlanta, 335-345 (1993).
10. RETULAINEN, E., HÄMÄLÄINEN, A. Three Years of Condebelt Drying at Stora Enso's Pankakoski Mill. Tappi J. 83(5):84 (2000).
11. PHILLIPS, R.B. Low Energy TMP Furnish of Improved Strength by Ozonation and Press Drying. International Paper Company (USA). U.S. Patent 4391670 (Issued Jul. 5, 1983).
12. HÖGLUND, H. Tomorrow's Challenge for Mechanical Pulps. Summing up of the IMPC 1997. Das Papier 51 (7-8): 409-415 (1997).
13. UNKILA, K., LEHTINEN, J., JUNTUNEN, T. An Assessment of the Quality Aspects of Condebelt Dried Board and Paper. Proc., Helsinki Symp. of Alt. Meth. of Pulp and Paper Drying, Helsinki, Finland, 237-278 (1991).
14. ATACK, D., HEITNER, C. Dynamic Mechanical Properties of Sulphonated Eastern Black Spruce. Trans. TS, CPPA 5(4):TR99-TR108 (1979).
15. HTUN, M., ENGSTRAND, P., SALMEN, L. The Implication of Lignin Softening on Latency Removal of Mechanical Chemimechanical Pulps. JPPS 14(5):J109-J113 (1988).