Visn. Nac. Akad. Nauk Ukr. 2016. (10):43-50
https://doi.org/10.15407/visn2016.10.043 

O.A. Krut 1, V.S. Bileckiy 2
1 Coal Energy Technology Institute of NAS of Ukraine, Kyiv
2 Poltava National Technical Yuri Kondratyuk University

COAL TECHNOLOGIES: THEORY AND PRACTICE OF SELECTIVE OIL-BASED AGGREGATION

Abstract:
In the article the national and international experience of development and implementation of the process of selective oil-based aggregation of coal is generalized. Analysis of theoretical basis of the process and promising ways of its practical implementation in industry are considered. It is noted that theory and nature of process of aggregation of coal and other fossils require further investigation and establishing interconnections between different scientific approaches to obtain unified scientific basis.
Keywords: selective oil-based agglomeration, coal technologies, energy sector.

 

Language of article: ukrainian

 

1. Bileckiy V.S., Sergeev P.V., Papushin Yu.L. Theory and practice of selective oil aggregation of coal. (Donetsk: Gran, 1996). [in Ukrainian].
2. Shrauti S.M., Arnold D.W. Recovery of waste fine coal by oil agglomeration. Fuel. 1995. 74(3): 454.
https://doi.org/10.1016/0016-2361(95)93483-T
3. Tovas D., Wheelock E.A. The role of аir in oil agglomeration of coal at a moderate shear rate. Fuel. 1994. 73(7): 1103.https://doi.org/10.1016/0016-2361(94)90245-3
4. Kharada Т., Macuio Т. Agglomeration in liquids. Nihon Kogo Keysi. 1982. 1134: 714. [in Ukrainian].
5. Sergeev P.V., Bileckiy V.S. Selective flocculation of coal slurry organic reagents. (Donetsk, 2010). [in Ukrainian].
6. Krut О.A., Dunayevska N.I. The problems of high chlorine coal in Ukraine. Visn. Nac. Akad. Nauk Ukr. 2015. (6): 55. [in Ukrainian].
7. Rumpf H. Fundamentals and methods of granulating. Chemistry and Chemical Technology (Khimia i khimicheskaya tekhnologia). 1959. (1): 64. [in Russian].
 8. Rumpf H. Die Wissenschaft des Agglomerierens. Chemie-Ingenieur-Technik. 1974. 46(1): 1.
https://doi.org/10.1002/cite.330460102
 9. Newitt D.M. Contribution to the theory and practice of granulation. Trans. Inst. Chem. Eng. 1958. 36: 422.
10. Elishevich А.T., Ogloblin N.D., Beleckiy V.S., Papushin Yu.L. Enrichment of ultra fine coal. (Donetsk: Donbas, 1986).[in Russian].
11. Papushin Yu.L., Elishevich А.T. Formation of structure in the process of selective oil aggregation of anthracite. Solid Fuel Chemistry. 1985. (3): 92. [in Russian].
12. Shilaev V.P. Enrichment and dewatering of finer coal slurry using cascade-adhesive separation and granulation. Ph.D. thesis. Мoscow: VZPI, 1969. [in Russian].
13. Nikolaev N.I. The development and investigation of pulverized process of gasification of soot-fuel-oil suspension using air blowing under pressure. Ph.D. thesis. Мoscow: VNIIINP, 1974. [in Russian].
14. Papushin Yu.L. Oil-based agglomeration of high ash anthracite fuel. Ph.D. thesis. Dnepropetrovsk, 1987. [in Russian].
15. Bileckiy V.S. The development of scientific basis and approaches of selective oil-based aggregation of coal and coalcontaining products. Dr. dissertation. Donetsk, 1994. [in Ukrainian]
16. Sergeev P.V. The development and implementation of technology to enrich high ash coal slurry by oil-based selection method. Ph.D. thesis. Dnepropetrovsk, 1992. [in Russian].
17. Bileckiy V.S., Sergeev P.V., Potapenko S.Yu. Kinetics of formation of aggregates while oil-based coal agglomeration. Enrichment of fossil fuel. 2014. 57: 138. [in Ukrainian].
18. Cuoshi N., Takakatsi T., Cunekava М. About the processes of agglomerate growth. Study of agglomeration in waterbased environment. Nihon Koge Kacy. 1987. 103(1195): 577. [in Russian].
19. Krut О.А. Coal water fuel. (Кyiv: Nakova Dumka, 2002). [in Ukrainian].