MECHANICAL PULPING PROCESS IMPACT ON FINES PROPERTIES AND SIGNIFICANCE FOR STRENGTH DENSITY RELATIONSHIPS OF BOARD CENTRE LAYERS

Anders Moberg; Kristian Goldszer; Carl-Henrik Ljungqvist; Frank Peng; Jonas Hafrén; Dinesh Fernando; Geoffrey Daniel

MECHANICAL PULPING PROCESS IMPACT ON FINES PROPERTIES AND SIGNIFICANCE FOR STRENGTH DENSITY RELATIONSHIPS OF BOARD CENTRE LAYERS

Anders Moberg
, Kristian Goldszer
, Carl-Henrik Ljungqvist
, Frank Peng
, Jonas Hafrén
, Dinesh Fernando
, Geoffrey Daniel

Publication: Chapter in Book/Report/Conference proceeding › Conference paper in proceedings › peer-review

Abstract

The fines character impact on sheet strength and density was studied by isolating fines from five mechanical pulps, adding them to the same base fibre fraction and making hand sheets. A threefold difference in strength contribution was found depending on fines character. Flow cytometry as used as a rapid method to quantify shape factor and size distribution of fines. Varying lignin distribution in different size classes of fines was detected with an automated fluorescence microscope.

Original language	English
Title of host publication	International Mechanical Pulping Conference, IMPC 2014
Publisher	VTT, Helsinki
Number of pages	5
Publication status	Published - 2014

Cite this

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title = "MECHANICAL PULPING PROCESS IMPACT ON FINES PROPERTIES AND SIGNIFICANCE FOR STRENGTH DENSITY RELATIONSHIPS OF BOARD CENTRE LAYERS",

abstract = "The fines character impact on sheet strength and density was studied by isolating fines from five mechanical pulps, adding them to the same base fibre fraction and making hand sheets. A threefold difference in strength contribution was found depending on fines character. Flow cytometry as used as a rapid method to quantify shape factor and size distribution of fines. Varying lignin distribution in different size classes of fines was detected with an automated fluorescence microscope.",

author = "Anders Moberg and Kristian Goldszer and Carl-Henrik Ljungqvist and Frank Peng and Jonas Hafr{\'e}n and Dinesh Fernando and Geoffrey Daniel",

year = "2014",

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publisher = "VTT, Helsinki",

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MECHANICAL PULPING PROCESS IMPACT ON FINES PROPERTIES AND SIGNIFICANCE FOR STRENGTH DENSITY RELATIONSHIPS OF BOARD CENTRE LAYERS. / Moberg, Anders; Goldszer, Kristian; Ljungqvist, Carl-Henrik et al.
International Mechanical Pulping Conference, IMPC 2014. VTT, Helsinki, 2014.

Publication: Chapter in Book/Report/Conference proceeding › Conference paper in proceedings › peer-review

TY - GEN

T1 - MECHANICAL PULPING PROCESS IMPACT ON FINES PROPERTIES AND SIGNIFICANCE FOR STRENGTH DENSITY RELATIONSHIPS OF BOARD CENTRE LAYERS

AU - Moberg, Anders

AU - Goldszer, Kristian

AU - Ljungqvist, Carl-Henrik

AU - Peng, Frank

AU - Hafrén, Jonas

AU - Fernando, Dinesh

AU - Daniel, Geoffrey

PY - 2014

Y1 - 2014

N2 - The fines character impact on sheet strength and density was studied by isolating fines from five mechanical pulps, adding them to the same base fibre fraction and making hand sheets. A threefold difference in strength contribution was found depending on fines character. Flow cytometry as used as a rapid method to quantify shape factor and size distribution of fines. Varying lignin distribution in different size classes of fines was detected with an automated fluorescence microscope.

AB - The fines character impact on sheet strength and density was studied by isolating fines from five mechanical pulps, adding them to the same base fibre fraction and making hand sheets. A threefold difference in strength contribution was found depending on fines character. Flow cytometry as used as a rapid method to quantify shape factor and size distribution of fines. Varying lignin distribution in different size classes of fines was detected with an automated fluorescence microscope.

UR - https://res.slu.se/id/publ/56214

M3 - Conference paper in proceedings

BT - International Mechanical Pulping Conference, IMPC 2014

PB - VTT, Helsinki

ER -

MECHANICAL PULPING PROCESS IMPACT ON FINES PROPERTIES AND SIGNIFICANCE FOR STRENGTH DENSITY RELATIONSHIPS OF BOARD CENTRE LAYERS

Abstract

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