An influence of production technology of highly concentrated coal slurry-water suspension (CSWS) on its rheological parameters, sizing and elec-trokinetic parameters of the disperse phase particles has been investigated. As a result, the most effective regime of the suspensions has been determined.
The use of CSWS as a secondary fuel causes much less emission of sulfur and nitrogen dioxide and ash particles as compared to primary coal.
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References
Bratychak M. M., Gayvanovych V. I. and Pysh'ev O. A. (2001) Survey of technology for reducing of sulfur dioxide emission at combustion of the high sulfur-containing coal. Ukr. J. Chem. 64: 53–57.
Degtyarenko T. D., Zavgorodny V. A., Makarov A. S. and Boruk S. D. (1990) Adsorption of lygnosulfonates on surface of the solid phase particles in highly concentrated water-coal suspensions. Solid Fuel Chem. 1: 92–97.
Gamera A. V., Voronova E. M. and Makarov A. S. (1990) Influence of the coal and sodium hydroxide content on sedimentation stability for the water-coal suspensions. Solid Fuel Chem. 1: 111–113.
Humpel B and Breshner G. (1979) Hydrodynamics at low Reynolds number values. Mir. Moscow.
Makarov A. S., Olofinsky E. P. and Degtyarenko T. D. (1989) Physico-chemical principles of the highly concentrated water-coal suspension formation. Ukr. Acad. Sci. Bull. 2: 65–75 (In Russian).
Ouriev N. B. (1980) Highly concentrated disperse systems. Khimiya. Moscow (In Russian).
Ouriev N. B. (1985) Regularities of structurization in highly concentrated water-coal suspensions. In: Investigation of hydromechanics in the pipe transport. Hydropiping Institute Publishers. Moscow (In Russian).
Ouriev B., Breitshuh B. and Winhab E. J. (2000) Rheological investigation of concentrated suspensions using novel in-line Doppler Ultrasound Method. Colloid J. 62: 268–271.
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Boruk, S., Winkler, I. (2009). Ecologically Friendly Utilization Of Coal Processing Waste As A Secondary Energy Source. In: Stec, S., Baraj, B. (eds) Energy and Environmental Challenges to Security. NATO Science for Peace and Security Series C: Environmental Security. Springer, Dordrecht. https://doi.org/10.1007/978-1-4020-9453-8_17
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