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Putilov, V., Putilova, I., & Kaminska, D. (2017). Investigation of the Particle Shape and the Particle Size Distribution of Fine Bulk Solids by the Example of the Shale Cyclone Ash. KnE Materials Science, 2(2), 141-149. https://doi.org/10.18502/kms.v2i2.960

https://doi.org/10.18502/kms.v2i2.960

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authors

  • V.Y. Putilov
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  • I.V. Putilova
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  • D. Kaminska
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Published Date

  • Sep 3, 2017

Investigation of the Particle Shape and the Particle Size Distribution of Fine Bulk Solids by the Example of the Shale Cyclone Ash

KnE Materials Science / Technogen-2017 / Pages 141-149

Abstract

The article contains brief information on pneumatic conveying of fine-grained polydisperse bulk solids, as well as on the shape of particles. A method for measuring the particle shape developed by Kamika company is described. The determinations of the particle shape as well as the particle size distribution of the shale ash sample using a two-dimensional IPS UA Kamika particle size distribution analyzer are presented.


Keywords: pneumatic conveying, fine bulk solids, ash, particle shape

References
[1] I. V. Putilova, V. Y. Putilov, and A. R. Khasyanshina, Investigation of impact of the shape and polydispersity of particles on critical velocities of the dust-air flow, Energy saving and water treatment. 4 (2014) 47-52.


[2] G. E. Klinzing, Gas-solid transport, McGraw-Hill, Inc, 1981.


[3] S. Kaminski and D. Kaminska, “Badanie uziarnienia materiałów mineralnych 0.5 jim- 100 mm,” Mining Science, vol. 3, p. 5, 2009.


[4] S. Kaminski, P. Kaminski, D. Kaminska, J. Trzcinski, P. Kowalczuk, and J. Drzymala, “Granulometric composition study of mineral resources using opto-electronic devices and Elsieve software system,” E3S Web of Conferences, vol. 8, p. 01057, 2016.


[5] I. V. Putilova and V. Y. Putilov, “Improvement of dependence for calculating critical velocities of the dust-air flow considering the factors of shape and polydispersity of particles / Energy saving and water treatment,” 5, pp. 39–44, 2014.