Повышение эффективности нейтральной проклейки при получении писче-печатных видов бумаги
Диссертация
На основании анализа основных и побочных процессов, происходящих при проклейке бумаги в нейтральной среде предложены пути направленного регулирования механизма проклейки, позволяющие стабилизировать процессы проклейки и существенно снизить вероятность образования внутрирулонных дефектов в виде прозрачных пятен. В качестве основных процессов при проклейке бумаги с использованием АКД рассмотрены… Читать ещё >
Список литературы
- Смирнов В.А. Бумага для копирования. Целлюлоза, бумага, картон. 1994.-№ 5−6 -с. 40−43.
- Фляте Д.М. Свойства бумаги. Изд. 4-е, испр. и доп. Санкт-Петербург, 1999. — 384 с.
- Шкарин С.А. Технология производства бумаги для печати: «Лесная пром-ть», Москва, 1966.-254 с.
- Крылатов Ю.А., Ковернинский И. Н. Проклейка бумаги: «Лесная пром-ть»: Москва, 1987.-288 с.
- Thorn J. Application of wet-end paper chemistry. Blacky Academic and Professional. London etc., 1996.-230 p.
- Мерс Э. Нейтральное производство бумаги с использованием в проклейке «Аквапел». Целлюлоза, бумага, картон. 1996. — № 11−12 — с. 40 — 42.
- Шел Н., Рейбелинг Ю. Новые химикаты для поверхностной проклейки. Мир целлюлозы и бумаги. 1995. — № 6 — с. 139 — 142.
- Осмоловская Л.П., Бондарев А. И. Производство и применение мелованной бумаги и картона. Москва, 1977. 158 с.
- Иванов С.Н. Технология бумаги: Изд. 2-е, переработ. -М.: «Лесная пром-ть», 1970. -696 с.
- Neimo L., Papermaking Chemistry. Jyvaskyla, 1999. 316 p.
- Davis J.W., Robertson W.H. and Weisgerber C.A. A new sizing agent for paper alkyl keten dimmers. Tappi, 1956, V. 39, № 1. p. 161 — 176.
- Goncalves C. and De Clercq A. Practical aspects of alkaline sizing. Wochenbl. Papierfabr., 1994, V. 122, № 15. p. 610−615.
- Gill R.A., «Precipitated calcium carbonate fillers and the sizing of alkaline papers», TAPPI 1992 Sizing Short Course Notes, TAPPI PRESS, Atlanta, p. 75.
- Roberts J.C., «Neutral and alkaline sizing», in Paper Chemistry (J.C. Roberts, Ed.) 2nd edn., Chapman and Hall, London, 1996, p. 140.
- Rohringer P., «Mechanism of sizing with AKD and new non-reactive sizes», 1989 Paper and Board Division Seminar Notes on Developments in Sizing Systems, PIRA, Leatherhead, Surrey, England, 17 p.
- Marton J. On kinetics of AKD reaction: hydrolysis of AKD. Tappi J. 1990, V. 73, № 11. p. 139- 143.
- Lindstrom T. and Sodeberg G. Evidence for (3-ketoester formation during the sizing of paper with AKD. Nordic Pulp Paper Res. J. 1986, V. 1, № 2, p. 39 42.
- Bottorf K.J. and Sullivan M.J. New insights into the alkylketene dimmer sizing mechanism. Nordic Pulp Paper Res. J. 1993, V. 8, № 1, p. 86 95.
- Lindstrom T. and Sodeberg G. On the mechanism of sizing with AKD. Part 1: Studies on the amount of AKD required for sizing different pulps. Nordic Pulp Paper Res. J. 1986, V. 1, № 1, p. 28−33.
- Lindstrom T. and O’Brian H. On the mechanism of sizing with AKD. Part 2: The kinetics of reaction between alkylketene dimmers and cellulose. Nordic Pidp Paper Res. J. 1986, V. 1, № l, p. 34−42.
- Lindstrom T. and Sodeberg G. On the mechanism of sizing with AKD. Part 3: The role of pH, electrolytes, retention aids, extractives, calcium-lignosulphonates and mode of addition on AKD retention. Nordic Pulp Paper Res. J. 1986, V. 1, № 2, p. 31- 38.
- Kamutzki W. and Krause T. Neutral sizing with alkyldiketens. Papier. 1982, V. 36, № 7, p. 311 317. .
- Roberts J.C. and Garner D.N. The mechanism of alkylketene dimmer sizing of paper, Part 1. Tappi J. 1985. V. 68, № 4, p. 118 121.
- Dumas D.H. and Evans D.B., AKD-celluIose reactivity in p. ipcrmaking systems. TAPPl1986 Papermakers Conference Proceedings, TAPPI PRESS, Atlanta, p. .31 35.
- Nahm S.H. Direct evidence for covalent bonding between ketene dimmer sizing agent and cellulose. Wood. Chem. Tech. 1986, V. 6, № I, p. 89 112.
- Cates R.E., Dumas D.H., Evans D.B., «Alkyl ketene dimer sizes», in The Sizing of Paper (W.F. Reynolds, Ed.) TAPPI PRESS, Atlanta, 1989, p. 33.
- Strom G., Carlsson G., Kiar M. AKD distribution in hand sheet as determined by electron spectroscopy (ESCA). Wochenbl. Papierfabr. 1992, V. 120, № 15, p. 606 611.
- Roberts J.C. and Garner J.N. The reaction of ketene dimmer sizes with cellulose model substrates. Cell. Chem. Tech. 1984, V. 18, № 3, p. 275 282.
- Bottorf K. New insights into the AKD sizing mechanism. Tappi J. 1994, V. 77, № 4, p. 105- 109.
- Pisa L. and Murlcova E. Study of the cellulose sizing materials by FMIR IR spectroscopy. 1. Dimer of hexadecylketen as sizing agent. Papir Celuloza 1981, V. 36, № 2, p. 15 18.
- Rohringer P., Bemheim M., Werthemann D.P. Are so-called reactive sizes really cellulose reactive? Tappi J. 1985, V. 68, № 1, p. 83 86.
- Merz J., Rohringer P., Bernheim M. Cellulose reactivity with alkylketenes. Papier 1985, V. 39, № 5, p. 214−220.'
- Isogui A., Taniguchi R., Onabe F., Usuda M. Sizing mechanism of alkylketene dimers. Part 2. Deterioration of AKD emulsion. Nordic Pulp Paper Res. J. 1992, V. 7, № 4,p. 193−211.
- Patton P.A. Paper sizing with anionic, hydrophobic sizes and cationic retention agents. TAPPI 1991 Papermakers Conference Proceedings, TAPPI PRESS, Atlanta, p. 415 417.
- Gill R.A., «Precipitated calcium carbonate fillers and the sizing of alkaline papers», TAPPI 1992 Sizing Short Course Notes, TAPPI PRESS, Atlanta, p. 75.
- Bartz J.W., Darroch E. and Kurrle F.L. AKD Sizing efficiency and reversion in calcium carbonate filled papers. Tappi J. 1994, V. 11, № 12, p. 139 148.
- Neimo L. Neutral Sizing. Internal report, The Finnish Pulp and paper Research Institute (KCL). 1990.
- Colasurdo A. and Thorn I. The interactions of alkylketene dimmer with other wet-end additives. Tappi J. 1992, V. 75, № 10, p. 143 149.
- Novak R.W. and Rende D.S. Competitive adsorption of alkyl ketene dimer on pulp fibers and CaC03 fillers. TAPPI 1993 Papermakers Conference Proceedings, TAPPI PRESS, Atlanta, p. 437−442.
- Neimo L. Neutral Sizing. Personal communication.
- Ozment J.L. The reactivity of alkenyl succinic anhydride TAPPI 1994 Papermakers Conference Proceedings, TAPPI PRESS, Atlanta, p. 169 172.
- Farley C.E. and Wasser R.B., «Sizing with alkenyl succinic anhydride», in The Sizing of Paper (W.F. Reynolds, Ed.) TAPPI PRESS, Atlanta, 1989, p. 51 56.
- Roberts J.C., Neutral and alkaline sizing, in Paper Chemistry (J.C. Roberts, Ed.) 2nd edn., Chapman and Hall, London, 1996, p. 140 164.
- Chen G.C.I., Optimizing an alkenyl succinic anhydride sizing process. TAPPI 1987 Sizing Short Course Notes, TAPPI PRESS, Atlanta, p. 93 95.
- Martin A. Hubbe, Sizing Of Paper with ASA. Report in North Carolina State University, 2001, p. 28−33.
- Strazdins E. Theoretical and practical aspects of alum use in papermaking. Nordic Pulp Paper Res. J. 1989, V. 4, № 2, p. 128 134.
- Farley C.E. Sizing of paper with alkenyl succinic anhydride. TAPPI 1991 Papermakers Conference Proceedings, TAPPI PRESS, Atlanta, p. 433−437.
- Ullman В., Precipitated calcium carbonate fillers and the sizing of alkaline papers. Wochenbl. Papierfabr. 1999, V. 127, № 3, p. 149- 155.
- Webb L. Some like it hot. Pulp & Paper International, 2004. August, p. 19−21.
- Wasser R.B. The reactivity of alkenyl succinic anhydride. TAPPJ 1985 Alkaline Papermaking Seminar Notes, TAPPI PRESS, Atlanta, p. 17 19.
- Walkden S.A. Ketene dimer sizing Practical effects of retention and reactivity. TAPPI 1987 Advanced Topics in Wet End Chemistry Seminar Notes, TAPPI PRESS, Atlanta, p. 71 — 75.
- Lindstrom, T. Some fundamental chemical aspects on paper forming. 1989 Transactions 9th Fundamental Research Symposium (Baker and Pyton, Eds) Mechanical Engineering Publications, London, p. 311 316.
- Persson, M., Pal, A. and Wickstrom, O. High cationic starch and microparticles for furnish systems with high levels of disturbing substances. Paper presented at SPCI, Stockholm, 1996, p. 18−24.
- Andersson, K. and Lindgren, E. Retention aids. Nordic Pulp Paper Res. J. 1996, V. 11, № 1, p. 15−18.
- Hoffman, J. Chemicals for retention. Wochenbl. Papierfabr. 1994, V. 122, № 20, p.785 791.
- Wackerberg, E., Johansson, K., Wallin, S. Microparticle technology in clay filled groundwood specialty printing grades produced under neutral or alkaline condition. Pulp Paper Can. 1994, V. 95, № 7, p. 44 48.
- Au, C.O. and Johansson, K.A. The use of cationic starche and anionic colloidal silica in waste. Pulp Paper Can. 1993, V. 94, № 6, p. 173 177.
- Honig, D.S., Harris, E.W., Pawlowska, L.M., O’Toole, M.P., Jackson, L.A. Formation improvements with water-soluble micro-polymer systems. TappiJ. 1993, V. 76, № 9, p. 135−138.
- Vaughan, C.W. Microparticle retention systems. TappiJ. 1996, V. 79, № 7, p. 103 107.
- Vaughan, C.W. A new approach to wet end drainage/retention/formation technology. TAPPI 1996 Papermakers Conference Proceedings, TAPPI PRESS, Atlanta, p. 439−450.
- Stack, K.R., Dunn, L.A., Roberts, N.K. Retention of pulp using PEO and phenol-formaldehyde resin. Appita 1990, V. 43, № 2, p. 125 128.
- Xiao, H., Pelton, R., Hamielec, A. Retention of fines solids during paper manufacture. Tappi J. 1996. V. 79, № 4, p. 129 134.
- Eklund, D. and Lindstrom, T. Paper Chemistry: An Introduction, DT Paper Science Publications, Grankulla, Finland, 1991, p. 4 6.
- Odberg, L., Swerin, A., Tanaka, H. Some kinetic aspects of wet end chemistry. TAPPI 1995 Papermakers Conference Proceedings, TAPPI PRESS, Atlanta, p. 65 68.
- Alince, B. Adsorption and flocculation in suspensions by two cationic polymers. Tappi J. 1996, V, 79, № 3, p. 291 -295.
- Unbehend, J.E. Wet end chemistry of retention, drainage and formation aids. Pulp and Paper Manufacture, Vol. 6 (R.V. Hagemeyer, Ed) 3rd edn., TAPPI PRESS, Atlanta, 1992, 137 p.
- Dickinson, E. and Eriksson, L. Particle flocculation by adsorbing polymers. Adv. Coll. Int. Sci. 1991, V. 34, № 1, p. 1−6.
- Unbehend, J.E. Mechanisms of «soft» and «hard» floe formation in dynamic retention measurement. Tappi J. 1976, V. 59, № 10, p. 74 78.
- Bjorklund, M. and Wagberg, L. Colloidal substances. Phvsicochem. Eng. Aspects. 1995, V. 105, № 2−3, p. 199−205.
- Bleier A. And Goddard E.D. Flocculation of aqueous silica suspensions using cationic polyelectrolytes. Colloids and Surfaces. 1980, V. 1, № 3−4, p. 407−410.
- Kasper D.R. Theoretical and experimental investigations of the flocculation of charged particles in aqueous solutions by polyelectrolytes of opposite charge. Ph.D. thesis, California Institute of Technology, Pasadena, 1971, p. 34 38.
- Gregory J. Rates of flocculation of latex particles by cationic polymers. J. Coll. Int. Sci. 1973, V. 42, № 2, p. 448−456.
- Gregory J. The effect of cationic polymers on colloidal stability of latex particles. J. Coll. Int. Sci. 1976, V. 55, № 1, p. 35 -47.
- Lundquist G.M. and Stratton R.A. The role of polyelectrolyte charge density and molecular weight on the adsorption and flocculation of colloidal silica with polyethyleneimine. J. Coll. Int. Sci. 1976, V. 55, № 1, p. 45 59.
- Parazac D., Burkhardt C.W., McCarthy K.J., Stehlin M. Hydrophobic flocculation. J. Coll. Int. Sci. 1988, V. 123, № 1, p. 59 72.
- Gill R.I.S. and Herrington T.M. Polyelectrolyte retention aids. Colloids and Surfaces 1987, V. 28, № 1, p. 41−50. .
- Cohen Stuart M.A., Waajen F.H.W.H., Cosgrove Т., Vinsebt B. Polyelectrolytes for papermaking. Macromolecules 1984, V. 17, № 9, p. 1852 1856.
- Swerin, A. and Odberg, L. Some aspects of retention aids. 1997 Transactions of the 11th Fundamental Research Symposium, Vol. 1, Cambridge, p. 265 273.
- La Mer V.K. and Healy T.W. Water-soluble polymers. Rev. Pure Appl. Chem. 1963, V. 13, № 9, p. 112−117.
- Healy T.W. and La Mer V.K. Retention aid polymers. J. Phys. Chem. 1962, V. 66, № 10, p. 1835−1846.
- Fleer G.J. and Scheutjens J.M.H.M. Modeling polymer adsorption, steric stabilization and flocculation. Surfactant Sci. Ser. 47(209) (1993), (Coagulation and Floculation).
- Wang Т.К. and Audebert R. Retention by polyelectrolytes. J. Coll. Int. Sci. 1988, V. 121, № l, p. 32−43.
- Tanaka H., Swerin A., Odberg L. Retention mechanisms. Tappi J. 1993, V. 76, № 5, p. 157−166.
- Odberg L., Tanaka H., Glad-Nordmark G., Swerin A. Adsorption and flocculation in suspensions by two cationic polymers simultaneous and sequential addition. Colloids and Surfaces A: Physicochem. Eng. Aspects 86:201, 1994, p. 56 — 63.
- Kahl T. High cationic starch and microparticles for furnish. Wochenbl. Papierfabr. 1997, V. 125, № 1, p. 8−16.
- Batelson P.G., Johansson H.E., Larsson H.M., Sunden O., Svending P.J. Papermaking. EP no 41 056, 1981.
- Swerin A., Sjodin U., Odberg L. Flocculation of cellulosic fiber suspensions by microparticle retention aid systems. Nordic Pulp Pap. Res. J. 1993, V. 8, № 4, p. 389 395.
- Lindstrom Т., Hallgren H., HedborgF. Flocculation by microparticle systems. Nordic Pulp Pap. Res. J. 1989, V. 4, № 2, p. 99 106.
- Wagberg L. and Lindstrom T. Adsorbtion of polyacrylamide, partially hydrolyzed polyacrylamide and polyacrylic acid on ferric oxide and silica. Nordic Pulp Pap. Res. J. 1987, V. 2, № 2. p. 49−57.
- Swerin A. and Odberg L. Adsoiption and flocculation in suspensions by two cationic polymers simultaneous and sequential addition. Nordic Pidp Pap. Res. J. 1996, V. 11, № l, p. 22−30.
- Swerin A., Risinger G., Odberg L. Retention systems. Nordic Pulp Pap. Res. J. 1996, V. 11, № 1, p. 30−38.
- Bernier J-F. and Begin B. Effect of high molecular mass anionic polymers on paper sheet formation. Tappi J. 1994, V. 77, № 1 Г. p. 2 17 226.
- Sw erin A. and Mahler A. The influence of stock, preparation on forming efficiency. Nordic Pulp Pap. Res. J. 1996, V. 1 I, № 1, p. 36 45.
- Lindstrom Т., Hallgren H., HedborgF. Aluminun based microparticulate retention aid systems. Nordic Pulp Pap. Res. J. 1989, V. 4, № 2, p. 99 105.
- Koethe J.L. and Scott W.E. Polyelectrolyte adsorption kinetics. TappiJ. 1993, V. 76, № 12, p. 123−131.
- Strazdins E. Surface chemical aspects of polymer retention. Tappi J. 1974, V. 57, № 12, p. 76−84.
- Scallan A.M. and Grignon J. Charge control in papermaking. SvenskPapperstid. 1979, V. 82, № 2, p. 40 46.
- Gess J.M. Retention of fines and fillers during papermaking, Atlanta, 1998, 357 p.
- Britt K.W. The Dynamic Drainage Analyzer. Tappi 1973, V. 56, № Ю, p. 46 48.105. «The Original Britt Jar», operating manual, Paper Research Materials Co., Syracuse, New York, 1983.
- TAPPI T 441 om-90 «Water Absorptiveness of Sized (Non-bibulous) Paper and Paperboard (Cobb Test)», TAPPI PRESS, 1996.
- Cobb R.M. and Lowe D.V. Sizing test Tech. Assoc. Papers 1934, V. 12, № 1, p. 213 214.
- Price D., Osborn R.H. and Davis J.W. Paper sizing measurement Tappi 1953, V. 36, № 1, p. 42−44.
- TAPPI T 530 pm-89 «Size Test for Paper by Ink Resistance (Hercules method)», TAPPI PRESS, 1996.
- Isogai A. Mechanism of paper sizing by alkylketene dimmers. Journal of pulp and paper science. 1999, № 25, p. 33 37.
- Ramamurthy P., Vanerek A., van de VenT.M.G. Efficiency of AKD Sizing in mixed hardwood-softwood furnishes. Journal of pulp and paper science. 2000, № 26, p. 42−48.
- Cooper C., Dart P., Nicholass J., Thorn I. The role of polymers in AKD sizing, Paper technology, 1995, № 36, p. 21 -28.
- Шмига В. Изготовление бумаги в нейтральных и щелочных средах. МСНТИХ и XT. Выпуск 11: М., 1988, с. 45−48.
- Scientific and technical advances in the internal and surface sizing of paper and board. 3rd Major International Sizing Conference. 2001.
- Isogai A. AKD sizing, its retention and sizing mechanisms. Proceedings of the scientific and technical advances in the internal sizing of paper and board, London, UK, 1997.
- Brungardt C.L. Studies indicate wet-end additive effects on AKD retention, reaction efficiency. Pulp and paper, 2001.
- Marton J. Sizing mechanisms and the effect of fillers. Proceedings of the «Papermaking raw materials», Trans. Eighth Fundam. Res. Symp.
- Современные направления использования химикатов в производстве бумаги и картона. Семинар фирмы ЕКА Chemicals. Лимассол, Кипр, 2002.
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