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Conference papers
Södra Cell Värö Mill Expansion, Making Of A State-Of-The-Art
Södra Cell Värö Mill Expansion, Making Of A State-Of-The-Art Pulp Mill, 2015 PEERS Conference
Conference papers
The Latest on EPA's CCR Rule and the Challenges of Coal Ash,
The Latest on EPA's CCR Rule and the Challenges of Coal Ash, 2015 PEERS Conference
Conference papers
A Lignin Recovery System at West Fraser Hinton Pulp, 2015 PE
A Lignin Recovery System at West Fraser Hinton Pulp, 2015 PEERS Conference
Conference papers
Important lessons learned during the commercialization of th
Important lessons learned during the commercialization of the LignoBoostÿ process, 2015 PEERS Conference
Conference papers
Evaluation of Near-Drum Thinning Data in Recovery Boiler Gen
Evaluation of Near-Drum Thinning Data in Recovery Boiler Generating Bank Tubes, 2015 PEERS Conference
Conference papers
Achieving Maximum Value from Steam at a Pulp & Paper Mill by
Achieving Maximum Value from Steam at a Pulp & Paper Mill by Implementing Advanced Control, 2015 PEERS Conference
Conference papers
Key Considerations for Successful Integration of Cogeneratio
Key Considerations for Successful Integration of Cogeneration Systems into Existing Pulp Mills, 2015 PEERS Conference
Journal articles
Effects of D0-stage temperature, pH, and kappa factor on chl
Effects of D0-stage temperature, pH, and kappa factor on chlorine dioxide decomposition and D0-(EP)-D1 bleaching performance for eucalypt pulps, TAPPI JOURNAL April 2016
Journal articles
Magazine articles
Use of fines-enriched chemical pulp to increase CTMP strength, TAPPI Journal April 2021
ABSTRACT: In this study, fines-enriched pulp (FE-pulp)—the fine fraction of highly-refined kraft pulp—was benchmarked against highly-refined kraft pulp (HRK-pulp) as a strength agent in eucalyptus chemithermomechanical pulp (CTMP). Both the FE-pulp and the HRK-pulp were produced from unbleached softwood kraft pulp, and equal amounts of those strength agents were added to the original CTMP, as well as to washed CTMP, where most of the fines had been removed. The effects of the added strength agents were evaluated with laboratory handsheets.The FE-pulp proved to be twice as effective as HRK-pulp. Both HRK-pulp and FE-pulp increased the strength of the CTMP handsheets. The bulk of the handsheets decreased, however, as well as the drainability. The addition of 5% FE-pulp resulted in the same strength increase as an addition of 10% HRK-pulp, as well as the same decrease in bulk and CSF. For the handsheets of washed CTMP, the strengths were not measurable; the CTMP lost the sheet strength when the CTMP-fines content was reduced through washing. The reduced strength properties were compensated for by the addition of chemical pulp fines that proved to be an efficient strength agent. The addition of 5% FE-pulp restored the strength values, and at a higher bulk and higher drainability.
Journal articles
Developing a New Paradigm for Linerboard Fillers, TAPPI JOURNAL March 2008
Developing a New Paradigm for Linerboard Fillers, TAPPI JOURNAL March 2008