Options and prospects of underground storage of carbon dioxide in the Slovak Republic
Keywords:
Carbon Capture and Storage, Carbon Dioxide, coal seams, depleted hydrocarbon deposits, salt deposits.Abstract
This paper describes an overview of particular solutions and approaches to dealing with the issue of carbon dioxide storage
options in the Slovak Republic. It also deals with the options of capture and subsequent storage of carbon dioxide in underground
geological formations. The Carbon Capture and Storage (CCS) technology, which seems to be very promising in this context, is
one of such technologies. Smaller or larger CCS projects are carried out in different countries around the world. This contribution
emphasizes the overview of solutions and approaches to the issue of dealing with CO2 and options of its storage in Slovakia.
Concept of CO2 storage in deep geological formations has both its supporters and opponents. Global climate changes will likely
be a very important factor that could significantly change the life conditions on the Earth.
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References
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rigs and their diagnostics: Monograph, EQUILIBRIA
Publishing Košice, Košice.
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inert gases in the operation of exhausted gas fields’, in
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Susak, O 2004, ‘Project of partial replacement of buffer gas
volume with nitrogen of the UGS Dashavske’, Scientific
Bulletin of Ivano-Frankivsk National Technical University of
Oil and Gas, no. 2(8), pp. 42–44. (in Ukrainian).
Monograph, Ostrava.
[2] Pinka, J, Wittenberger, G & Engel, J 2007, Borehole
mining: University textbook, ES F BERG TU Košice.
(in English).
[3] Pinka, J, Urbanová, T, Harčárová, M & Šurim, J
2011, ‘Possibilities and prospects of carbon dioxide CO2
storage in the Slovak Republic’, in Situation in Ecologically
Loaded Regions of Slovakia and Central Europe: proceeding
from the XX Scientific Symposium with International
Participation, October 20–21 2011, UGt SAV Košice, pp.78–
86.
[4] Pinka, J & Marcin, M 2004, ‘Option for the storage
of toxic and radioactive waste in salt deposits in Slovakia,
using a combination of wells and salt caverns’, Acta
Montanistica Slovaca, no. 3, pp. 236–239.
[5] Pinka, J & Jágerová, B 2006, ‘The possibilities of
heat pumps utilisation for family houses and flats fumigation’,
Acta Montanistica Slovaca, Roč. 11, Special issue no. 1,
pp. 133–136. (in Slovak).
[6] Pinka J, Wittenberger, G & Engel, J 2006, Borehole
mining: University textbook, ES F BERG, Košice, pp. 1- 227.
(in Slovak).
[7] Bert, M et al. 2005, ’Special Report on Carbon
Dioxide Capture and Storage’, IPCC, Cambridge University
Press, Cambridge, United Kingdom and New York, USA,
pp. 1–442.
[8] Baines, SJ & Worden, RH 2004, Geological storage
of carbon dioxide, Geological Society, 264 p.
[9] Ellis, PF, Harrison, MR & Weiss, WL 1997,
Guidelines For Implementation And Risk Assessment Of Inert
Base Gas Projects: Final Report October 1995. Available
from [April 1997].
[10] Pinka, J & Bauer, V 2011, ‘Importance of domestic
energy raw materials for energy policy and the needs of the
Slovak Republic’, in History and current status of mining
sector in eastern Slovakia: proceedings from the Conference,
30–31.03.2011, Solivary, pp. 228–238.
[11] Thomas, DC & Benson, S 2005, Carbon dioxide
capture for storage in deep geologic formation, Elsevier.
[12] Pinka, J 2013, Exploration and extraction of
unconventional oil and gas: Monograph, TU VŠB Ostrava,
Ostrava. (in Slovak)
[13] Pinka, J 2013, Fundamentals of Petroleum Engineering:
Monograph, TU VŠB Ostrava, Ostrava. (in Slovak)
[14] Pinka, J 2010, Methods of coiled tubing drilling,
benefits and limitations of CTD, TU Košice, Košice. (in Slovak)
[15] Pinka, J 2010, The technical equipments used in
coiled tubing drilling technology, F BERG TU in Košice,
Košice. (in Slovak)
[16] Pinka, J at all. 2001, New technologies of rocks
disintegration at drilling: University textbooks, Elfa
Publishing Košice, Košice.
[17] Pinka, J at all 2004, Drilling directional , horizontal
and multilateral wells, Technical University in Ostrava, Czech
republic, Ostrava.
[18] Pinka, J & Marcin, M 2002, ‘Underbalance drilling
– its advantages and limitations in drilling practice’:
proceedings of the XI International Conference, Podbánské,
pp. 109–114.
[19] Pinka, J & Sidorová, M 2002, ‘Generation of sand
control filters in the well completion’: proceedings of the XI
International Conference, Podbánské, pp. 115–118.
[20] Pinka, J, Sidorová, M & Dudla, NA 2009, Drilling
rigs and their diagnostics: Monograph, EQUILIBRIA
Publishing Košice, Košice.
[21] Himer, P, Susak, O & Pechorin, О 2000, ‘Use of
inert gases in the operation of exhausted gas fields’, in
Problemy naukowo-badawcze i irozwojowe pozukiwan i
eksploatacji zloz gazu ziemnego i ropy naftowej: Wydanie
konferencyjne, Krakow, pp. 761–764. (in Russian).
[22] Cherednichenko, D, Savkiv, B, Derkach, M, Himer
R, Himer, P & Susak, O 2003, ‘Project of partial replacement
of buffer gas volume with nitrogen of the UGS Dashavske’, in
VNIIGAZ at the turn of the century – the science of the gas,
gas technologies: proceedings of the International Conference,
Moscow, pp. 18–19. (in Russian).
[23] Himer, R, Himer, P, Derkach, M, Savkiv, B &
Susak, O 2004, ‘Project of partial replacement of buffer gas
volume with nitrogen of the UGS Dashavske’, Scientific
Bulletin of Ivano-Frankivsk National Technical University of
Oil and Gas, no. 2(8), pp. 42–44. (in Ukrainian).
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Published
2018-06-06
How to Cite
O. Susak, J. P. I. P. (2018). Options and prospects of underground storage of carbon dioxide in the Slovak Republic. JOURNAL OF HYDROCARBON POWER ENGINEERING, 3(1), 14–19. Retrieved from https://ogpe.nung.edu.ua/index.php/jhpe/article/view/58
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OIL AND GAS TRANSPORTATION
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