An empirical model for predicting motor load changes due to plate wear in TMP-refiners

Articles in the same Issue

1. Recent developments in the stabilization of hydrogen peroxide bleaching of pulps: An overview
2. Preparation of lignin and extractive model surfaces by using spincoating technique – Application for QCM-D studies
3. Effect of bar geometry on screen plate performance – A Laboratory study on pressure screening
4. Ink pigment location measured as the position of clay in yellow coldset ink
5. Heat integration opportunities in average Scandinavian kraft pulp mills: Pinch analyses of model mills
6. Exporting lignin or power from heat-integrated kraft pulp mills: A techno-economic comparison using model mills
7. Increased capacity in kraft pulp mills: Lignin separation and reduced steam demand compared with recovery boiler upgrade
8. Modification of precipitated kraft lignin through the addition of calcium – reduction of SO₂ emission
9. Falling film evaporation of black liquor – comparison with general heat transfer correlations
10. Removal of metal ions from wood chips during acidic leaching 1: Comparison between Scandinavian softwood, birch and eucalyptus
11. Removal of metal ions from wood chips during acidic leaching 2: Modeling leaching of calcium ions from softwood chips
12. Measurement of the microfibril angle and path difference of intact pulp fibers by spectroscopic imaging ellipsometer
13. An empirical model for predicting motor load changes due to plate wear in TMP-refiners
14. Optimal operation of TMP-newsprint refiners