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Determination of vegetable oil in recycled paper, 20PEERS Conference

Determination of vegetable oil in recycled paper, 20PEERS Conference

EXTENSION OF A STEADY-STATE CHLORINE DIOXIDE BRIGHTENING MODEL FOR Z-ECF BLEACHING OF SOFTWOOD KRAFT PULPS, 20PEERS Conference

EXTENSION OF A STEADY-STATE CHLORINE DIOXIDE BRIGHTENING MODEL FOR Z-ECF BLEACHING OF SOFTWOOD KRAFT PULPS, 20PEERS Conference

Closed Circuit Reverse Osmosis • A Better Mousetrap for the Water Purification Needs of the Paper Industry, TAPPICon22

Using Novel DNA Methods to Achieve Higher Process Efficiency and Performance, TAPPICon22

Machine Vision AI, Self-learning Process Disturbance Monitoring Device, TAPPICon22

Enzymatic Bio-bleaching to Elevate Final Brightness and Mitigate Pulp Reversion, TAPPICon22

Preparation of Water Redispersible Nanocellulose through Interfering Fibre-to-Fibre Interaction: the Effect of Adsorption of Water-Soluble Polysaccharides onto Fibre Surfaces, TAPPICon22

PEERS 2023 Poster Session: a competition for students and young professionals, TAPPI Journal April 2023

ABTRACT: Originating in the field of scientific research and academia, poster sessions at conferences may date back to the mid-20th century, although the origins aren’t quite clear. Some sources have said as early as the 1950s and others later, while the term “poster session” itself may not have been coined until the 1975 American Physics Conference. The original concept behind poster sessions was to provide a platform for researchers to share their work in a more visual and interactive format as compared to the traditional long-form oral presentation.

Celupaper Puts Its Trust in Toscotec, Tissue360º Fall/Winter 2020

Celupaper Puts Its Trust in Toscotec, Tissue360º Fall/Winter 2020

Investigation on the recycling of sulfuric acid from pretreatment of cellulose for nanocellulose preparation, TAPPI JOURNAL February 2020

ABSTRACT: Sulfuric acid is often used to pretreat cellulose prior to homogenization and conversion to nanocellulose. It would be economically significant to reuse the acid to close the overall value chain loop. The target of this work was to investigate the effect of recovery and recycling frequency of sulfuric acid from the pretreatments on the pretreatment yield of water-insoluble cellulose solid residue, and to explore the relationship between the nanocellulose size prepared by recovery of acid and number of cycles. The surface properties of the nanocelluloses were measured, including content of sulfate groups, absolute zeta potential, crystallinity, and thermal stability.