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Impact of Inactive Hard-Coal Mines Processes in Silesian Coal Basin on Greenhouse Gases Pollution

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The paper describes air pollution problems in Poland, especially in the urban areas with high levels of SOx, NOx particulates and carbon dioxide. Particularly very high is concentration of sulfur dioxide and particulates. Emission rates percapita and per unit of GDP have been several times that of neighboring western countries, although the levels have been somewhat decreasing. Pollution is concentrated in the area of Silesian Coal Basin, which, for example, produced 23% of Poland's total SO2 emissions in 1992, though it occupies only 2% of the country's area. Contribution of abandoned hard-coal mines processes in the Upper Silesian Coal Basin (USCB) to greenhouse gases pollution is discussed and a prognosis of future air pollution presented. During the last decades considerable improvements have been achieved in reducing air pollution in the country's industrial areas, usually as a result of the Government's efforts through legislative, regulatory and economic means.Also, monitoring of air quality has greatly improved during recent years. According to the Organisation for Economic Co-operation and Development (OECD) states report, between 1985 and 2004, the CO2 emissions decreased in Poland by more than 30%, SO2 by 40%, NOx by 30% and particulate matter (PM) by 44%. Potential future improvements in air cleaning with technology transfer and carbon dioxide sequestration is also discussed.
Opis fizyczny
Bibliogr. 15 poz.,Wykr., tab.,
  • AGH University of Science and Technology, Drilling and Oil-gas Faculty, Al. Mickiewicza 30, PL-30-059 Krakow, Poland,
  • BRADECKI, W. & DUBINSKI, J. 2005, Effect of the restructuring of the Polish coal-mining industry on the level of natural hazards. Archives of Mining Sciences, 50 (8), 49-67.
  • Council of Ministers of Republic of Poland, 2002. National environmental policy of Poland 2003-2006 with 2007-2010 Prospect; Warsaw.
  • GATNAR, K. & SKIBA, J. 2003 CMM utilization in the Upper Silesian coal basin coalmines (Drainage Gas, Vam Potentials). Central Mining Institute; Katowice.
  • Institute of Environmental Protection, 2002, National Inventory Report 2002, Warsaw.
  • KARNOSKY, K.E., PERCY, E., CHAPPELKA, A.H., SIMPSON, C. & PIKKARINEN, J. (Eds) 2003. Air polution, global change and forests. In:The New Millenium. Elsevier.
  • KOLENDA, Z. 2000. Controversies on global warming. Prace Komisji Zagrożeń Cywilizacyjnych, Polish Academy of Art and Sciences, 3, 125-145. Cracow. [In Polish]
  • KOLENDA, Z. & SIEMEK, J. 1999. Energy – Security of countries. Archives of Mining Sciences, 44 (2), 163–182.
  • PAINIER, H. 2003. “Recopol” Information, Nethterlands Institute of Applied Geoscience, TNO, 12, p. 19.
  • Polish Central Mining Institute, Katowice 2004, Report on the Possibilities to Convert Coal Mines to Underground Gas Storages. [Unpublished]
  • SCHEEHLE, E. 2002. U.S. Approach to Estimating Fugitive Methane Emissions From Coal Mining. U.S. Epa.
  • SIEMEK, J., NAGY, S. & RYCHLICKI, S. 2003. Estimation of natural-gas consumption in Poland based on the logistic-curve interpretation. Applied Energy, 75, 1-7.
  • SIEMEK, J., RYCHLICKI, S. & RYBICKI, C. 1994. Perspectives of methane recovery from coal beds in Poland. XIV World Petroleum Congress, Panel 13, paper 4. Stavanger.
  • U.S. Environmental Protection Agency, 2001. Report: Reducing methane emission.
  • U.S. Environmental Protection Agency, 1995. Report: Reducing methane emission from coal mines in Poland, April 1995.
  • WARMUZINSKI, K., GOSIEWSKI, K., TAŃCZYK, M. & JASCHIK, M. 2003. Analysis of possibilities of utilization of methane from coal mines in Poland. Polityka Energetyczna, 6, 407-420. [In Polish]
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