Optimization Technology of Thermomechanical Pulp Made from Pinus densiflora (I) - Effect of Temperature and NaOH at Presteaming and Refining -
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Nam, Hyegeong
(Dept. of Env. Material Sci., IALS, Gyeonsang National University)
Kim, Chul-Hwan (Dept. of Env. Material Sci., IALS, Gyeonsang National University) Lee, Ji-Young (Dept. of Env. Material Sci., IALS, Gyeonsang National University) Park, Hyunghun (Dept. of Env. Material Sci., IALS, Gyeonsang National University) Kwon, Sol (Dept. of Env. Material Sci., IALS, Gyeonsang National University) Cho, Hu-Seung (Dept. of Env. Material Sci., IALS, Gyeonsang National University) Lee, Gyeong-Sun (Dept. of Env. Material Sci., IALS, Gyeonsang National University) |
1 | Illikainen, M., Harkonen, E. and Niinimaki, J., Power consumption and fiber development in a TMP refiner plate gap: Comparison of LE- and Standard Refiner Segments, 2007 International Mechanical Pulping Conference held in Minneapolis, USA. |
2 | Hill, J., Sabourin, M., Johansson, L., and Aichinger, J., Enhancing fiber development at reduced energy consumption using TMP sub-processes and targeted chemical application - pilot and commercial scale results, 2009 International Mechanical Pulping Conference, Sundsvall, Sweden, SPCI, p36. |
3 | Gorski, D. and Hill, J., Improved quality of SC magazine paper through enhanced fiber development using the ATMP process, Nordic Pulp Pap Res J. Vol.27(1): 35-41(2012). DOI |
4 | Gorski, D., Engstrand, P. and Johansson, Review: Reduction of energy consumption in TMP refining through mechanical pre-treatment of wood chips, Nordic Pulp Pap Res J. Vol.25(2): 156-161(2010). DOI |
5 | Frazier, W.C. and Williams, G.J., Reduction of specific energy in mechanical pulping by axial pre-compression of wood, Pulp Paper Can., 83(6): 162-167 (1982). |
6 | Thornton, D.S. and Nunn, B.E., The effect of a plug screw feeder on ether-solubles removal and power reduction during TMP manufacture, the Spring 1978 Meeting of Empire State Paper Research Associates Inc., Mobile (Alabama), p. 119-154(1978). |
7 | De, C.C., Lombardo, G., Michalowicz, G. and Robert, A., Destruction of wood chips in a cylinder press, Paperi Puu, 67(3): 108(1985). |
8 | Hartler, N., How energy can be reduced in refiner mechanical pulping, Pulp Paper Can., 81(6): 119(1980). |
9 | Li., B., Li, H., Zha, Q., Bandekar, R., Alsaggaf, A. and Ni, Younghao, Review: Effects of wood quality and refining process on TMP pulp and paper quality, Bioresources 6(3): 3569-3584(2011). |
10 | Harkonen, E., and Tienvieri, T., Energy savings in TMP pulping, 2001 International Mechanical Pulping Conference, Helsinki, Finland, p. 547-556 (2001). |
11 | Huhtanen, J.-P., Karvinen, R., Vikman, K., and Vuorio, P., Theoretical background of new energy saving refiner segments design, Proceedings of PulPaper Conference, Energy and Carbon Management, Helsinki, Finland, 111-118. |
12 | Illikainen, M., Harkonen, E., Ullmar, M., and Niinimaki, J., Power consumption distribution in a TMP refiner: comparison of the first and second stages, TAPPI J. 6(9): 18-23(2007). |
13 | Norgren, S. and Hoglund, H., Irreversible long fiber collapse at high temperature TMP rejects refining - Effects on fiber surface properties, Nordic Pulp Pap Res J. 24(1): 19-24(2009). DOI |
14 | Hunt, J.F., Ahmed, A., and Friedrich, K., Effect of fiber processing on properties of fiber and fiberboard made from lodgepole pine treetops, Forest Products J. 58(6): 82-87(2008). |
15 | Karlsson, A. and Agnemo, R., High consistency hydrogen peroxide bleaching of mechanical pulps with varying amounts of fines, Nordic Pulp Pap Res J. 25(3): 256-268(2010). DOI |
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