In-line jet mixing of liquid-pulp-fibre suspensions: Effect of concentration and velocities

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Abstract

Mixing quality of liquid injection into the main stream was evaluated after 90°-tee mixers for both water and softwood kraft pulp suspensions over a range of mass concentrations (0-3.0%), mainstream pipe velocities (0.5-5.0. m/s), side-stream jet velocities (1.0-12.7. m/s) and jet-to-pipe diameter ratios (0.05-0.208) using electrical resistance tomography (ERT). The degree of mixing was determined from measurements in cross-sectional planes along the pipeline based on a modified mixing index derived from the coefficient of variation (CoV) of individual conductivity values in each image pixel. The results show significant differences in jet mixing of a Newtonian fluid (water) in the turbulent flow regime and non-Newtonian pulp suspensions due to the complex rheology of the pulp suspensions and different flow regimes, which play important roles in determining the degree of mixing in pulp suspensions. © 2012 Elsevier Ltd.

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APA

Yenjaichon, W., Grace, J. R., Lim, C. J., & Bennington, C. P. J. (2012). In-line jet mixing of liquid-pulp-fibre suspensions: Effect of concentration and velocities. Chemical Engineering Science, 75, 167–176. https://doi.org/10.1016/j.ces.2012.03.012

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