Дата публикации статьи в журнале: 4.10.2019
Название журнала: Американский Научный Журнал, Выпуск: № (29) / 2019, Том: 2, Страницы в выпуске: 41-51
Yakutsk, Ammosov North-Eastern Federal University, Doctor of Geological Mineralogical Sciences
Yakutsk, Ammosov North-Eastern Federal University,
Abstract. To date, the main oil and gas deposits in the Cambrian and Precambrian section of the south of the
Siberian platform are confined to the terrigenous part of the Precambrian sedimentary cover, while in a much more
powerful halogen-carbonate (HC) complex of the Vendian-Cambrian and the Lower Cambrian, the little
commercial hydrocarbon accumulations were found. Therefore, the prospect of the largest reserve for increasing
oil and gas deposits is associated with the carbonate complex. Along with the urgency of identifying the causes of
existing imbalance in the development of deposits, there is a need to assess the realistic prospects of carbonate
complex based on the discussion of nature and the mechanism of deposits formation.
Methods of the study: correlation and cross-correlation analyzes of maps of geological reference points and
seismic reflecting horizons, as well as maps of hydrodynamic performance according to the well test data, the
results of which were correlated with the results of linear analysis based on data from space surveys and potential
In the synchronous deposits of a single Riphean-Lower Paleozoic basin in the south of the Siberian platform,
the linear destructive zones are identified, which inherit the strike of formerly activated basin-forming fault
systems of various directions and generations that influenced the HC deposits formation and disintegration. As a
result, a discordant correlation of local structural plans of the deposit in the carbonate formation and the deposit in
the Precambrian terrigenous deposits is established on multi-layer deposits.
It is argued that deposits in the productive formation of the Precambrian terrigenous complex were formed
due to sub-vertical fluid flows from sub-fundamental sources under the influence of fault activations of early
northeastern generations, and in the productive carbonate horizons of the Vendian-Cambrian and Lower Cambrian
— due to the re-formation of deposits in terrigenous formations under the influence of faults of late north-western
generation. At the same time, the deposits were formed in the zones overlapping to faults of earlier generation.
This means that in the carbonate reservoirs it is impossible to achieve the advanced development of deposits, and
in determining the order of prospecting the terrigenous horizons should be considered as basic or priority.
The results of the studies are consistent with the deposits distribution on 35 fields in the south of the Siberian
Данные для цитирования: Berzin1 A.G Berzin2 S.A. . NEW IDEAS ABOUT THE FORMATION OF HYDROCARBON DEPOSITS IN THE RIPHEANLOWER-PALEOZOIC SEDIMENTARY BASIN OF THE SOUTHERN SIBERIAN PLATFORM. Американский Научный Журнал. Науки о Земле. 4.10.2019; № (29) / 2019(2):41-51.
Список литературы: REFERENCES
1. Archegov V.B. Block divisibility of the earth's
crust and oil and gas potential: theory and methods of
study. // Oil and gas geology. Tectonics and Practice
2. Barenbaum A.A., Batalin O.Yu. About phase
transformations of hydrocarbons in the course of global
geochemical cycle // New ideas in the oil and gas
geology and geochemistry. Proceedings of the VI-th
international conference. Moscow: Geos, 2001, vol. 1 -
3. Berzin A.G., Safronov A.F., Sitnikov V.S.
Some regularities in the activation of fault systems and
the evolution of sedimentary-rock basins (East Siberian
Platform) // Geology and exploration. - 2003. - No. 3,
4. Berzin A.G., Rudykh I.V., Berzin S.A. Features
of the multi-layer hydrocarbon deposits formation in
the fields of the Nepa-Botuoba anteclise // Oil and gas
Geology, 2006, No. 5, pp. 14 -21.
5. Berzin A.G., Berzin S.A. Experience in using
spectral-depth sscanning of well log data to solve oil
and gas exploration problems on the Siberian Platform
// STB "Khotarazhnik", Tver: Publ. AIS, 2011. Issue 8
(206), pp. 10-24.
6. Voitov G.I., Parshikova N.G., Rudakov V.P.
Some consequences of the problem of the Earth
methane formation // New ideas in oil and gas geology
and geochemistry // Proceedings of the VI-th
International Conference. - M.: Geos, 2001, v.1, pp.
7. Vorobiev V.N., Moiseev S.A., Sitnikov V.S. Oil
and gas fields in the centralpaert of Nepa-Botuoba
anteklise // Geology, geophysics and development of
oil and gas deposits. 2007, No. 7, pp.5-17.
8. Garbar D.I. Two concepts of the rotational
origin of regmatical network // Geotektonika.1987. No.
1, pp. 107-108.
9. Oil and gas Geology of the Siberian platform /
Antsiferov A.S., Bakin V.E., Varlamov I.P. et al., ed.
A.E. Kontorovich, V.S. Surkov, A.A. Trofimuka - M.:
Nedra, 1981.- 552 p.
10. Ivannikov V.I., Kuznetsov Yu. I. Oil: history,
origin, regularities of location // STB "Khotarazhnik".
Tver: Ed. AIS. 2011. Issue 9 (198), pp. 114-146.
11. Map of oil and gas potential of the Siberian
Platform Edited by A.E. Kontorovich and A.A.
Trofimuka, 1979 / Oil and gas Geology of the Siberian
platform - M.: Nedra. −1981.
12. Cutterfeld G.N. Planetary Fracturing and
Lineaments // Geomorphology.1984, No. 3, pp. 3-15
13. Kontorovich A.E., Fradkin G.S., Korzhubaev
G.S. et al. A springboard for the throw to the East // Oil
of Russia. 2002, No. 12, pp. 36-39.
14. Kudryavtsev N.A. Deep faults and oil deposits.
-L.: Gostoptekhizdat, 1963.-220 p.
15. Marsanova M.R. Regional features of the deep
structure of Nepa-Peleduy arch and unique forecast oil
and gas potential of subfundamental formations // New
Ideas in the Earth Sciences (XIII International
Scientific and Practical Conference), vol.1 - Moscow:
MGRI-RGGRU, 2017.- pp. 90-92.
16. Miloserdova L.V., Shpilman E.S. The faultblock structure and the latest tectonic movements on
the territory of Nepa arch according to the data of
geological interpretation of space images and the
digital model of the relief // Proceedings of the Russian
State University of Oil and Gas named after Gubkin.
2011, No. 2, pp.12-20.
17. Sidorov V.A., Bagdasarova M.V., Atanasyan
S.V. et al. / Modern geodynamics and oil and gas
potential. - M.: Science, 1989, 200 p.
18. Sokolov B.A. New ideas in the oil and gas
geology (selected works). - M.: Moscow State
University, 2001, pp. 233-310
19. Skopenko N.F., Zuykova Yu.L, Malyshev
N.A., Skvortsov M.B. Forecasting the hydrocarbon
deposits in the Nepa-Botuoba OGA on the basis of
potential fields // Exploration and Conservation of
Subsoil. 2011, No. 8.
20. Ustinova V.I., Viltzai I.A., Parnachev V.P.
Geological-tectonic features of rift structures and their
influence on the oil and gas potential of the Jurassic
horizons // Regional Conference of Geologists of
Siberia and the Far East: Thesis report, vol.1. Tomsk:
2000, pp. 116-118
21. Fortunatova N.K., Shvets-Taneta-Guriy A.G.
Map of the natural reservoirs structure in the VendianLower Cambrian carbonate complexes of the LenaTunguss OGE. FSUE VNIGNI, 2010.
22. Shemin G.G. Geology and prospects of oil and
gas potential of the Vendian and Lower Cambrian in
the central regions of the Siberian platform (NepaBotuoba, Baikit anteclise and Katanga saddle),
Monograph. Novosibirsk. Publ. RAS, 2007, pp. 8-9
23. Sherman S.I. Physical patterns of development
of faults of the earth's crust. Novosibirsk: Science,
1977, 102 p.
24. Sherman S.I., Sorokin A.P., Savitsky V.A.
New methods for classifying seismically active faults
of the lithosphere by the seismic index // Thes. RAS,
2005, vol. 401, No. 3, pp. 395-398.
25. Sherman S.I., Dem’yanovich V.M., Lysak
S.V. Active faults, seismicity and fracturing in the
lithosphere of the Baikal rift system // Tectonophysics,
2004, v. 380, No. 3–4, pp. 261–272.
26. Trifonov V.G. // Quarter. Internat. Spec. Issue,
1995, No. 25, pp. 13–16.