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Selective removal of sulfur from the kraft pulping process using a biochemical method, TAPPICon25

Advancing Sustainability in Packaging with Innovative High Barrier Paper-Based Solutions, TAPPICon25

Leveraging GenAI for Enhanced Plant Performance: An OEE Case Study, TAPPICon25

360 Pre-Job Risk Analysis: Identifying Hazards, Analyzing Risks and Means of Protecting Ourselves Before Performing Work, TAPPICon25

From Digital Overload to True Transformation: Paving the Path to Autonomous Mills, TAPPICon25

Innovative Data Analytics in the P&P Industry: Balancing Ad Hoc Insights with Automated Consistency, TAPPICon25

Water-barrier coating based on lignin oil found on the principle of an O/W Pickering emulsion stabilized by different nanocelluloses together with or without pectin, TAPPICon25

Characterizing rheological behavior and fluidization of highly refined furnishes, TAPPI Journal April 2024

ABSTRACT: In this work, highly refined softwood bleached kraft pulp (SWBKP) furnishes, referred to here as XFC, were studied from the perspective of fiber suspension handling in processing. The rheology of the furnishes was studied with a rotational rheometer using a non-standard flow geometry to understand the viscosity development at different consistencies and the impact of temperature. For fluidization analysis during pipe flow, two optical methods were implemented; namely, optical coherence tomography (OCT) and high-speed video (HSV) imaging. The OCT was used to determine the small-scale floc structures near the pipe wall where the shear stress is highest, and the HSV imaging was applied for observing flow instabilities and XFC suspension uniformity at the pipe scale. All these issues can be significant in deciding the minimum flow rate required for a process pipe to get sufficient fluidization of XFC suspensions.

Wood Quality Factors in Loblolly Pine

Wood Quality Factors in Loblolly Pine

Industrial Environmental Control Pulp and Paper Industry, Second Edition, (Spanish)

Industrial Environmental Control Pulp and Paper Industry, Second Edition, (Spanish)