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Progress Towards Genetic Transformation of Eucalyptus Species, 1997 Biological Sciences Symposium Proceedings
Progress Towards Genetic Transformation of Eucalyptus Species, 1997 Biological Sciences Symposium Proceedings
Regulation and Expression of Xylemspecific Genes in Loblolly Pine, 1997 Biological Sciences Symposium Proceedings
Regulation and Expression of Xylemspecific Genes in Loblolly Pine, 1997 Biological Sciences Symposium Proceedings
Differential Display: A Tool to Follow Natural and Somatic Embryo Development in Loblolly Pine, 1997 Biological Sciences Symposium Proceedings
Differential Display: A Tool to Follow Natural and Somatic Embryo Development in Loblolly Pine, 1997 Biological Sciences Symposium Proceedings
Journal articles
Effect of pulp refining on thixotropy of cellulose fiber suspensions, TAPPI Journal September 2025
ABSTRACT: This paper presents results on the thixotropic behavior of low-consistency bleached eucalyptus fiber suspensions that had been mechanically treated. The pulps were refined in a PFI mill at different numbers of revolutions (0, 3000, and 6000) to study the effect of refining intensity on the viscosity time-response of fiber suspensions. In steady rheological tests, all the suspensions exhibited shear thinning behavior and no significant differences were observed after mechanical treatment. Stepwise experiments showed that viscosity continuously increased with time when shear rate was suddenly reduced. Additionally, a delay in time evolution of viscosity was observed as the pulp was more refined. A stretched exponential model was fitted to the experimental results of viscosity.
Journal articles
Toward environmental resilience in pulp and paper manufacturing: Water consumption and carbon dioxide emission reductions, TAPPI Journal September 2025
ABSTRACT: Pulp and paper manufacturing is a water- and energy-intensive industrial sector, necessitating improvement of its operational efficiency, as well as reduction of emissions to the maximum extent possible. This review focuses on the reduction of water consumption and carbon dioxide (CO2) emissions that originate in the pulp and paper industry (PPI). First, process simulation and optimization techniques used for water consumption reduction are reviewed. Then, techno-economic analyses of solvent-based CO2 capture from PPI are discussed. Additionally, key actions are proposed for enhancing water consumption reduction and CO2 capture in PPI.