Vol. 30 No. 2 (2008): Boletín De Geología
Articles

La importancia del carbón marrón radica en la creciente necesidad energética que existe en la República Checa. En la actualidad es el combustible fósil del cual depende la nación, de lo contrario tendría que importar recursos energéticos. Más del 70% del

Vladimir Cablik
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Michal Rehor
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Tomas Lang
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Peter Fecko
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Published 2009-04-21

How to Cite

Cablik, V., Rehor, M., Lang, T., & Fecko, P. (2009). La importancia del carbón marrón radica en la creciente necesidad energética que existe en la República Checa. En la actualidad es el combustible fósil del cual depende la nación, de lo contrario tendría que importar recursos energéticos. Más del 70% del. Boletín De Geología, 30(2). Retrieved from https://revistas.uis.edu.co/index.php/revistaboletindegeologia/article/view/43

Abstract

ABSTRACT

The importance of brown coal implies from the growing need of energy in the Czech Republic. It is nowadays a single signifcant fossil raw material, without which our state would become fully dependent on the import of energetic sources. More than 70 % of mined brown coal comes from the North Bohemian Basin these days. Open cast brown coal mining has lead to large damage on the landscape. That is why the reclamation work has become important on principle recently. 

The diffculty of reclamation of North Bohemian localities consists in extremely unfavourable properties of rock strewn to the most of dump bodies. These rocks are mechanically unstable in the wind and water erosion and it gets undesirable, acidic characteristics as SO3 and Al ions infuence by weathering. Limitation of the infuence of weathering, amendment of chemistry and physical composition of top rocks strata, and defnition of the required amount of fertilizable rock have been successful in recent years as suitable methods have been used. The presented article includes the characteristics of the important phytotoxic areas and the methodology of their reclamation mainly based on the application of suitable fertilizable rocks. Some tentatively used non-traditional methods were evaluated e. g. the application power plant stabilizer and ash. The paper assesses the success rate of the reclamation methods. 

The results are documented with the long term monitoring of physical, mineralogical, chemical and pedological parameters of rocks in the testing areas. 

Keywords: non-traditional restoration methods, reclamation, application power plant stabilizer and ash. 

 

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References

Cermak P. 1998. Methodical bases for evaluation of against – erosion resistence of dump soils with vegetation or other preparation in SHP, Research report, M.S. VUMOP Praha, pp. 48

Fisera E. 1990. Evaluation of soils of North – Bohemian basin from standpoint of suitability, Research report, M.S. BPT, 57p

Hrasko T. 1988. Applied soil – knowledge science, Bratislava

Rehor M. 1999. Research of suitability of overburden soils for restoration purposes, Expert review, M.S. VUHU, 20p

Rehor M., Safarova M., Lang T., Ondracek V., Lorencova H. 2006. Modern restoration methods on lokalities of the North Bohemian brown coal basin, „XXIII International Mineral Processing Congress“, Part 3, Istanbul, Turkey, pp. 2401 - 2406, ISBN 975-7946-27-3