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CALORIMETRIC STUDY OF BASIC PARAMETERS AFFECTING OXIDATION OF BROWN COAL

Taraba, ?rof. Ing. Boleslav, Moni, Vlastimil, Zнma, Radovan

First published: 2013-06-20https://doi.org/10.5593/sgem2013/ba1.v1/s03.006View metrics

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Title
CALORIMETRIC STUDY OF BASIC PARAMETERS AFFECTING OXIDATION OF BROWN COAL
Authors
Taraba, ?rof. Ing. Boleslav, Moni, Vlastimil, Zнma, Radovan
Proceedings
SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings; 13th SGEM GeoConference on SCIENCE AND TECHNOLOGIES IN GEOLOGY, EXPLORATION AND MINING
Publisher
Stef92 Technology
Year
2013
Pages
273 - 280 pp
ISSN
1314-2704
ISBN
Not available yet
Language
en
Publication type
Conference Paper
References38

  1. TARABA,B., MONI, V: Hodnocení nebezpečí vzniku procesu samovznícení uhlí , Zpravodaj HNĚDÉ UHLÍ, č. 3 (2012) s. 16.

  2. SARANČUK, V.I. a kol.: Okislenie i samovozgoranie tverdogo topliva , Naukova Dumka, Kijev, 1994, ISBN 5-12-003993-6.

  3. DAVIDSON,R.M.: Natural oxidation of coal, IEA Coal Research, 1990, ISBN 92- 9029-181-8.

  4. CRONAUER,D.C., RUBERTO,R.G., SILVER,R.S., JENKINS, R.G., ISMAIL,I.M.K., SCHLYER,R.G.: Liquefaction of partially dried and oxidized coals, 1. Coal drying and oxidation. Fuel 62 (1983) s.1116.

  5. SEVENSTER,P.G.: Studies on the interaction of oxygen with coal in the temperature range 0°to 90°C, Part I, Fuel 40 (1961) s.7.

  6. SONREAL,E.A., ELLMANN,R.C.: Laboratory Determination of Factors Affecting Storage of North Dakota Lignite, US Bureau of Mines, RI 7887, 1974.

  7. NORDON,P., YOUNG,B.C., BAINBRIDGE,N.W.: The rate of oxidation of char and coal in relation to their tendency to self-heat, Fuel 58 (1979) s.443.

  8. KARSNER,G.G.,PERLMUTTER,D.D.: Reaction regimes in coal oxidation. AIChE Journal, 27 (1981) s.920

  9. MUZYCZUK,J.: Samozagrzewanie wegla w procesie jego utleniania strumieniem powietrza w warunkach zblizonych do warunkow adiatermicznych , Autoreferát doktorské práce, GIG Katowice, 1973. Section Exploration and Mining

  10. SOMMERS,H., PETERS,W.: Chem.Ing.Techn., 26 (1954) s.441.

  11. B. TARABA, R. PETER, V. SLOVÁK, J. JANEK: Oxidační proces uhlí z pohledu kritické (prahové) teploty, Uhlí- rudy- geologický průzkum 12, č.12 (2005) s. 26-30.

  12. ČERNÝ,V.,KLÁN,J., LANKOVÁ,S.: Bilance spotřeby kyslíku při oxidaci uhlí. Acta Montana, č.14 (1971) s.52.

  13. KAJI,R., HISHINUMA,Y., NAKAMURA,Y.: Low temperature oxidation of coals – a calorimetric study, Fuel 66 (1987) s. 154.

  14. CARPENTER,D.L., SERGEANT,G.D.: The initial stages of the oxidation of coal with molecular oxygen III – Effect of particle size on rate of oxygen consumption , Fuel 45 (1966) s.311.

  15. LANGHOFF,V.J., PETERS,W.: Zur gravimetrischen bestimmung der O 2 – aufnahme von steinkohlen bei raumtemperatur, Erdöl und Kohle, Erdgas, Petrochemie 17 (1964) s.900.

  16. DOBAL,V., SÝKOROVÁ,I., VALEŠKA,F., HEMELÍKOVÁ,B.: Metody stanovení aktivity hnědých uhlí ke kyslíku, Výzkumná zpráva ÚGG ČSAV Praha, 1983.

  17. CHEN,X.D., STOTT,J.B.: The effect of moisture content on the oxidation rate of coal during near-equilibrium drying and wetting at 50°C. Fuel 72 (1993) s.787.

  18. TARABA B, PETER R, SLOVÁK V . Calorimetric investigation of chemical additives affecting oxidation of coal at low temperatures . Fuel Processing Technology 92 (2011) s. 712. [19 LIOTTA,R., BRONS,G., ISAACS,J.: Oxidative weathering of Illinois No. 6 coal . Fuel 62 (1983) s.781.

  19. B.TARABA, R.PETER, S.DUBER: Působení vody jako děj zvyšující náchylnost uhlí k samovznícení, Uhlí- rudy- geologický průzkum, 6, č.4 (1999) s. 30. GeoConference on Science and Technologies in Geology, Exploration and Mining

  20. TARABA,B., MONI, V: Hodnocení nebezpečí vzniku procesu samovznícení uhlí , Zpravodaj HNĚDÉ UHLÍ, č. 3 (2012) s. 16.

  21. SARANČUK, V.I. a kol.: Okislenie i samovozgoranie tverdogo topliva , Naukova Dumka, Kijev, 1994, ISBN 5-12-003993-6.

  22. DAVIDSON,R.M.: Natural oxidation of coal, IEA Coal Research, 1990, ISBN 92- 9029-181-8.

  23. CRONAUER,D.C., RUBERTO,R.G., SILVER,R.S., JENKINS, R.G., ISMAIL,I.M.K., SCHLYER,R.G.: Liquefaction of partially dried and oxidized coals, 1. Coal drying and oxidation. Fuel 62 (1983) s.1116.

  24. SEVENSTER,P.G.: Studies on the interaction of oxygen with coal in the temperature range 0°to 90°C, Part I, Fuel 40 (1961) s.7.

  25. SONREAL,E.A., ELLMANN,R.C.: Laboratory Determination of Factors Affecting Storage of North Dakota Lignite, US Bureau of Mines, RI 7887, 1974.

  26. NORDON,P., YOUNG,B.C., BAINBRIDGE,N.W.: The rate of oxidation of char and coal in relation to their tendency to self-heat, Fuel 58 (1979) s.443.

  27. KARSNER,G.G.,PERLMUTTER,D.D.: Reaction regimes in coal oxidation. AIChE Journal, 27 (1981) s.920

  28. MUZYCZUK,J.: Samozagrzewanie wegla w procesie jego utleniania strumieniem powietrza w warunkach zblizonych do warunkow adiatermicznych , Autoreferát doktorské práce, GIG Katowice, 1973. Section Exploration and Mining

  29. SOMMERS,H., PETERS,W.: Chem.Ing.Techn., 26 (1954) s.441.

  30. B. TARABA, R. PETER, V. SLOVÁK, J. JANEK: Oxidační proces uhlí z pohledu kritické (prahové) teploty, Uhlí- rudy- geologický průzkum 12, č.12 (2005) s. 26-30.

  31. ČERNÝ,V.,KLÁN,J., LANKOVÁ,S.: Bilance spotřeby kyslíku při oxidaci uhlí. Acta Montana, č.14 (1971) s.52.

  32. KAJI,R., HISHINUMA,Y., NAKAMURA,Y.: Low temperature oxidation of coals – a calorimetric study, Fuel 66 (1987) s. 154.

  33. CARPENTER,D.L., SERGEANT,G.D.: The initial stages of the oxidation of coal with molecular oxygen III – Effect of particle size on rate of oxygen consumption , Fuel 45 (1966) s.311.

  34. LANGHOFF,V.J., PETERS,W.: Zur gravimetrischen bestimmung der O 2 – aufnahme von steinkohlen bei raumtemperatur, Erdöl und Kohle, Erdgas, Petrochemie 17 (1964) s.900.

  35. DOBAL,V., SÝKOROVÁ,I., VALEŠKA,F., HEMELÍKOVÁ,B.: Metody stanovení aktivity hnědých uhlí ke kyslíku, Výzkumná zpráva ÚGG ČSAV Praha, 1983.

  36. CHEN,X.D., STOTT,J.B.: The effect of moisture content on the oxidation rate of coal during near-equilibrium drying and wetting at 50°C. Fuel 72 (1993) s.787.

  37. TARABA B, PETER R, SLOVÁK V . Calorimetric investigation of chemical additives affecting oxidation of coal at low temperatures . Fuel Processing Technology 92 (2011) s. 712. [19 LIOTTA,R., BRONS,G., ISAACS,J.: Oxidative weathering of Illinois No. 6 coal . Fuel 62 (1983) s.781.

  38. B.TARABA, R.PETER, S.DUBER: Působení vody jako děj zvyšující náchylnost uhlí k samovznícení, Uhlí- rudy- geologický průzkum, 6, č.4 (1999) s. 30. GeoConference on Science and Technologies in Geology, Exploration and Mining

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