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Journal articles
Enzymes improve the bleachability of bagasse mechanical pulp, TAPPI JOURNAL, August 1996, Vol.79(8)
Enzymes improve the bleachability of bagasse mechanical pulp, TAPPI JOURNAL, August 1996, Vol.79(8)
Journal articles
One- and two-stage ATPMPâ??A route to high-brightness pulp, TAPPI JOURNAL, August 1996, Vol.79(8)
One- and two-stage atpmp—a route to high-brightness pulp, TAPPI JOURNAL, August 1996, Vol.79(8)
Journal articles
Black Liquor Recovery by Pressurized, Oxygen-Blown Gasificat
Black Liquor Recovery by Pressurized, Oxygen-Blown Gasification, 1996 Engineering Conference Proceedings
Journal articles
Reappraisal of the role of turpentine vapor in noncondensible gas explosions, TAPPI JOURNAL April 2010
Reappraisal of the role of turpentine vapor in noncondensible gas explosions, TAPPI JOURNAL April 2010
Journal articles
Effects of impregnation time on hardwood kraft pulp characteristics and papermaking potential â?¢ a mill study, TAPPI JOURNAL April 2010
Effects of impregnation time on hardwood kraft pulp characteristics and papermaking potential • a mill study, TAPPI JOURNAL April 2010
Journal articles
Ozone-enhanced bleaching of softwood kraft pulp, TAPPI JOURNAL August 2010
Ozone-enhanced bleaching of softwood kraft pulp, TAPPI JOURNAL August 2010
Journal articles
Optimization of elemental chlorine-free bleaching for a softwood kraft pulp â?¢ part 1: impact of oxidative extraction on chlorine dioxide stoichiometry, TAPPI JOURNAL August 2010
Optimization of elemental chlorine-free bleaching for a softwood kraft pulp • part 1: impact of oxidative extraction on chlorine dioxide stoichiometry, TAPPI JOURNAL August 2010
Journal articles
Online monitoring of inorganic cooking chemicals in white liquor by pulse voltammetry, TAPPI JOURNAL August 2010
Online monitoring of inorganic cooking chemicals in white liquor by pulse voltammetry, TAPPI JOURNAL August 2010
Journal articles
Magazine articles
Utilization of palm fiber as papermaking materials: Microscopic structure and chemical pulping, TAPPI Journal October 2022
ABSTRACT: The microscopic structure and pulping properties of palm fiber were explored. Soda cooking and sulfate cooking were conducted and compared in terms of physical strength of the obtained pulps. Sulfate pulp showed better performance than soda pulp, as indicated by the 23% higher tensile index, 49% higher tear index, and 36% higher burst index. To further elevate physical strength, long fibered pulp (LFP), namely commercial softwood sulfate pulp, was mixed with sulfate pulp of palm fiber at levels from 20% to 50%. At the blend level of 50%, tensile index of 52.13 Nœm/g, tear index of 15.63 mNœm2/g, and burst index of 3.42 kPaœm2/g were attained. The lignin in spent liquor from pulping was isolated and characterized. Soda lignin of palm fiber was mainly composed of guaiacyl and syringyl units, and showed weight-average molecular weight of 3616 g/mol.
Journal articles
Partial Closure in Modern Bleaching Sequences, TAPPI JOURNAL, April 1998, Vol. 81(4)
Partial Closure in Modern Bleaching Sequences, TAPPI JOURNAL, April 1998, Vol. 81(4)