Телефон: 522-81-45

Geoinformatika 2015; 1(53) : 41-55 (in Ukrainian)

ESTIMATION OF THE CURRENT HYDROCARBON POTENTIAL OF HYDRODYNAMIC TRAP OF RECYCLING TYPE USING GEO-INFORMATION ROBOT

A.V. Khtema1, V.M. Khtema

1Limited Liability Company “Prom-energy product”, 5 Dimitrova Str., Kyiv 03150, Ukraine, e-mail: anna.khtema@gmail.com

Purpose. The purpose of the article is to conduct spatial tracking of the trap type anomaly (deposit-type anomaly) by an automated data processing technique in office studies. To obtain digital and graphic information on the location of hydrocarbon accumulation, fluid content, quantity, structure and reliability of reserves.
Design/methodology/approach. Methods are used: physical and geological interpretation of well logs, structural and numerical modeling, digital geoinformational technology, which operates with new physical characteristics of geological environment, that were not observed and detected before. Also used are parameters of hydraulically continuous motion of natural fluid and estimation of geological reserves of hydrocarbons by volumetric method.
Findings. Within drilled out area, values of volumetric parameters were calculated and localized. As a result, we made hydrocarbon reserves estimation, including estimations of gas and fluid hydrocarbons separately. We defined reliability of estimated reserves and their structure (whether it is gas or fluid). We demonstrated a set of features of a self-organization process of hydrocarbon accumulation. A required data base was formed to reconstruct speed and accelerate petroleum accumulation, and to evaluate hydrocarbon reserves variations, as well as to ensure application of the time factor to get recovery factor values of over 1.0.
Practical value /implications. The geoinformation robot (geo-data robot) is recommended to use within drilled out areas with the purpose of searching and localizing oil-and-gas prospective objects which were missing. It is also useful for determining hydrocarbon reserves at various well logs correlations.
Keywords: hydrocarbons, geoinformation, hydrocarbon reserves, estimation, volumetric parameters, category, modelling, trap, process, accumulation, robot.

 The full text of papers

References

  1. Alevrolit / Geologicheskiy slovar’ [Geological dictionary].Vol. 1. Moscow, Nedra, 1973, 486 p.
  2. Borisenko Z.G. Metodika geometrizatsii rezervuarov i zalezhey nefti i gaza [The methodology of geometrization of reservoirs and oil-and-gas deposits]. Moscow, Nedra, 1980, 207 p.
  3. Valyaev B.M. Uglevodorodnaya degazatsiya Zemli i genezis neftegazovykh mestorozhdeniy [The hydrocarbon degassing of the Earth and the genesis of oil and gas fields]. Geologiya nefti i gaza, 1997, no. 9, pp. 30-37.
  4. Veller M. Vse o zhizni [All about life]. Moscow, Izdatel’stvo AST, 2006, 751 p.
  5. Geologicheskoe vremya “postarelo” na 50 mln. let [Geological time “become old” on 50 million years]. Available at: http://news.bbc.co.uk/hi/russian/sci/tech/newsid_3727000/3727075.stm (accessed 01 June 2014).
  6. Engel’s F. Anti-Dyuring [Anti-Dьhring]. Moscow, Politizdat, 1983, 483 p.
  7. Zhdanov M.A. Neftegazopromyslovaya geologiya i podschet zapasov nefti i gaza [Petroleum geology and estimation of oil-and-gas reserves]. Moscow, Nedra, 1970, 488 p.
  8. ZABLUZHDENIE [Misconception]. Available at: http://dic.academic.ru/dic.nsf/enc_philosophy/385/ZABLUZhDENIE (accessed 10 June 2014).
  9. Zaporozhan V. Noosferne mislennya Vernads’kogo [Vernadsky’s noosphere thoughts]. Dzerkalo tyzhnya, 2013, no. 10 (107), pp. 11.
  10. Instruktsiia pro zmist, oformlennia ta poriadok podannia v DKZ Ukrainy materialiv heoloho-ekonomichnoi otsinky rodovyshch nafty i hazu [The guide on content, design and the order of presentation of oil and gas fields’ geological and economic estimation in Ukrainian State Comission of Reserves]. Nakaz Derzhavnoi komisii Ukrainy po zapasakh korysnykh kopalyn 18.10.1999 no. 120. Zareiestrovano v Ministerstvi yustytsii Ukrainy 10.12.1999 no. 853/4146. Available at: http://www.dkz.gov.ua/index.php?option=com_sobi2&catid=5&Itemid=11&lang=uk (accessed 10 June 2014).
  11. Kashik A.S., Lisovskiy N.N., Bilibin S.I. O polnote nefteizvlecheniya pri dobyche uglevodorodov [About the completeness of oil extraction in the process of production of hydrocarbons]. Vestnik TsKR Rosnedra, 2009, no. 6, pp. 35-40.
  12. Kozlov A.L. Podzemnoe okislenie uglevodorodov [Underground oxidation of the hydrocarbons]. Trudy nauchno-geologicheskogo soveshchaniya po nefti, ozokeritu i goryuchim gazam Ukrainskoy SSR. [Proceedings of the scientific geological meeting on the question of oil, ozokerit and combustible gases of Ukrainian SSR. Edited by V.G. Bondarchuk]. Kyiv, Izdatel’stvo Akademii nauk USSR, 1949, 400 p.
  13. Kudelin B.I. Printsipy regional’noy otsenki estestvennykh resursov podzemnykh vod [The principles of regional estimation of natural underground water resources]. Moscow, MGU, 1960, 344 p.
  14. Limberger Yu. Raschety i proschety [Calculations and miscalculations]. Neftegazovaya vertikal’, 2005, no. 3, pp. 8-15.
  15. Ovanesov M.G., Ovanesov G.P., Kalantarov A.P. Sputnik neftegazopromyslovogo geologa [A petroleum geologist’s guide]. Moscow, Nedra, 1971, 333 p.
  16. Oshe A.I. Poisk edinstva zakonov prirody (invarianty v prirode i ikh priroda). Entsiklopediya russkoy mysli [The search of unity of the law of nature (invariants in the nature and their essence). The Encyclopedia of the Russian thought] vol.11. Moscow, Obshchestvennaya pol’za, 2010, 292 p.
  17. Polietaiev V., Berchenko O. Rishennia Paleozoiskoi komisii Natsionalnoho stratyhrafichnoho komitetu Ukrainy (2003-2005 rr.) [The decision of Paleozoic commission of National stratigraphic committee of Ukraine (2003-2005)]. Heolohichnyi zhurnal [Geological journal], 2006, no. 4, 119 p.
  18. Seyful’-Mulyukov R.B. Neftenosnost’ i gazonosnost’ [The oil and gas-bearing capacity]. Geologiya nefti i gaza [Oil and Gas geology], 2012, no. 2, pp. 90-95.
  19. Shvanov V.N. Sistematika i klassifikatsii osadochnykh porod i ikh analogov. Glava 3. Semeystvo oblomochnye porody – klastolity, 1998 [The systematics and the classification of the sedimentary rocks and their analogues. Chapter 3. The family of the conglomerate – klastolity]. Available at: http://lithology.ru/node/96 (accessed 01 June 2014).
  20. Ueda S. Novyy vzglyad na Zemlyu [A new look at the Earth]. Moscow, Mir, 1980, 213 p.
  21. Feyman R., Leyton R., Sends M. Feymanovskie lektsii po fizike (1, 2) [Feyman lectures on physics (vol.1, 2)]. Moscow, Mir, 1977, 439 p.
  22. Khalimov E.M. Detal’nye geologicheskie modeli i trekhmernoe modelirovanie (po opytu raboty Tsentral’noy komissii po razrabotke mestorozhdeniy) [The detailed geological models and three-dimensional modeling (by experience of the Central Commission of the field development)]. Geologiya nefti i gaza [Oil and Gas geology], 2012, no. 6, pp. 79-83.
  23. Khtema A.V. Vyiavlennia pokhovanykh stratyhrafichnykh neuzghodzhen za dopomohoiu analizu hipsometrii izokhronnykh poverkhon [Identification of buried stratigraphic discordance unconformity through the analysis of hypsometry of isochronous surfaces]. Problemy naftohazovoi promyslovosti [The problems of Oil and Gas Industry]. Kyiv, DP “Naukanaftohaz” NAK “Naftohaz Ukrainy”, 2007, issue 5, pp. 61-71.
  24. Khtema A.V. Vizualizatsiia trishchynuvatosti za rezultatamy heolohichnoi interpretatsii materialiv heofizychnykh doslidzhen sverdlovyn [Visualization of jointing on the results of geological interpretation of materials of well survey]. Geoinformatіka (Ukraine), 2010, no. 1, pp. 58-65.
  25. Khtema A.V., Khtema V.M. Viazkist pryrodnoho rozchynu v mezhakh hidrodynamichnoi pastky retsyrkuliatsiinoho typu [Viscosity of natural fluid within a hydrodynamic trap of recycling type]. Geoinformatіka (Ukraine), 2012, no. 4(44), pp. 36-45.
  26. Khtema A.V., Khtema V.M. Znakhodzhennia vertykalnykh filtratsiinykh barieriv vidtvorenniam latentnoi struktury enerhetychnoho stanu pryrodnoho rozchynu [Vertical filtration barriers’ detection by the reproduction of latent structure of natural solution’s energy state]. Geoinformatіka (Ukraine), 2010, no. 4, pp. 52-63.
  27. Khtema V.M., Khtema A.V. Otsinka tochnosti kart hipsometrii izokhronnykh poverkhon za zistavlenniam z danymy burinnia [An estimation of maps’ accuracy of hypsometry of isochronous surfaces after comparison with information of the well drilling]. Geoinformatіka (Ukraine), 2007, no. 4, pp. 40-47.
  28. Khtema A.V., Khtema V.M. Piznavalni aspekty vizualizatsii filtratsiino-yemnisnykh vlastyvostei vodonaftohazonosnykh nadr u mizhrepernomu prostori [Cognitive aspects of visualization of filtration and capacitive properties of water-oil and gas saturation of the subsoil in between reference space]. Geoinformatіka (Ukraine), 2009, no. 4, pp. 64-79.
  29. Khtema A.V., Khtema V.M. Rezultaty vyznachennia pytomoi hustyny pryrodnoho rozchynu v mezhakh hidrodynamichnoi pastky retsyrkuliatsiinoho typu [Results of determining the specific density of natural solution within a hydrodynamic trap of recycling type]. Geoinformatіka (Ukraine), 2011, no. 3, pp. 36-45.
  30. Khtema A.V., Omelchenko V.H., Khtema V.M. Kharakter fluktuatsii heohustynnykh vlastyvostei vodonaftohazonosnykh osadovykh utvoren za rezultatamy heolohichnoi interpretatsii karotazhnykh diahram [The character of fluctuation of density properties of water-oil-and-gas bearing sedimentary formations on the results of well survey geological interpretation]. Geoinformatіka (Ukraine), 2012, no. 2(42), pp. 15-26.
  31. Khtema A.V., Khtema V.M. Kharakterystyka potochnoho rukhu pryrodnoho rozchynu v mezhakh vodonaftohazonosnoi osadovoi tovshchi [Characteristics of modern movement of natural fluid within water-oil-and-gas sediment formation]. Geoinformatіka (Ukraine), 2013, no. 2(46), pp. 5-21.
  32. Yushkin N.P. Singenez, vzaimodeystvie i koevolyutsiya mineral’nogo i zhivogo mirov [Syngenesis, interaction and coevolution of mineral and active worlds]. Mineralogiya i zhizn’ [Mineralogy and life. Extended abstract of the seminar]. Syktyvkar, 1993, pp. 5-7.

//