Retention and drainage testing in laboratory

Authors & references

Authors:

Jonni Ahlgren and Markus Korhonen, Kemira Oyj

References:

1. Britt, K. W., Mechanisms of Retention During Paper Formation, Tappi 56 (10) 1973, pp. 46–50
2. Hubbe, M., Selecting Laboratory Tests to Predict Effectiveness of Retention and Drainage Aid Programmes, Paper Technology 44(2003)8, pp. 14–20
3. Antunes, E., Garcia, F., Ferreira, P. Blanco, A., Negro, C. and Rasteiro, M., Use of New Branched Cationic Polyacrylamides to Improve Retention and Drainage in Papermaking, Ind. Eng. Chem. Res. 47(2008), pp. 9370–9375
4. Strengell, K., Stenbacka, U., and Ala-Nikkola, J., Advanced wire part simulation with a moving belt former and its applicability in scale up on rotogravure printing paper, Pulp & Paper Canada, 105(2004)3, pp.62–66
5. Alfano, J., Carter, P. and Gerli, A., Characterization of the flocculation dynamics in a papermaking system by non-imaging reflectance scanning laser microscopy, Nord. Pulp Pap. Res. J. 13(1998)2, 159–165.
6. Bordes, C., Garcia, F., Snabre, P. and Frances, C., On-line characterization of particle size during an ultrafine wet grinding process, Powder Technol. 128(2002)2–3, pp. 218–228.
7. Gregory J. and Nelson W. D. (1986) Monitoring of aggregates in flowing suspension. Colloids and Surfaces 18(1986)2–4, pp. 175–188.
8. Kellomäki, M. and Karema, H., Fiber flocculation measurement in pipe flow by digital image analysis, Proc. TAPPI Intl. Paper Physics Conf, pp. 461–463, 1999.