Features of the geological structure and distribution of hydrocarbon traps in salt strike-slip structures (ssss) of the Dnieper-Donets graben
Keywords:
deposit, horizon, consediment washing away, trust, strike-slip, salt- strike-slip structure (SSSS)
Abstract
There were studied structural features of the local shifts of second order in salt strike-slip structures (SSSS), the conditions of formation and regularities of the spatial distribution of hydrocarbon traps in these structures. Depending on the shift direction, the location of the secondary shifts and the position of stoke salt relative to the main axis of the shift, there are modifications of geodynamic regimes, contributing to the formation of different morphogenetic types of SSSS and their associated hydrocarbon traps.
Results:
1. The results of analysis of drilling and 3D seismic on Kotlyarovsky, Eastern Medvedovskaya and Melihovskaya squares (Mashevsky-Efremov depression) for the first time proved the existence of horizontal strike-slip.
2. A new type of local tectonic structures related to salt diapirism process – salt strike-slip structures.
3. Developed a method to identify salt strike-slip structures and selected structural drawings characteristic shifts according to the materials of 3D seismic.
4. It is determined that the specific features salt strike-slip structures are divided into 5 types: Kotlyarovskaya (structure "tree"), Eastern Medvedovskaya (structure "flower"), Melikhovskaya (the structure of the "duplex compression"), Vesnyanskaya (structure "palm tree") and Kochubeevskaya (structure "horse tail") types of SSSS.
In the process of forming the structure of the horizontal strike-slip occurs a full cycle of development of SSSS: from primary (Vesnyanskiy type) and intermediate (East-Medvedevskiy, Melikhovskiy types) to the end (Сhutivskiy type) stage.
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References
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2. Bokun, A.N. (1991). Nekotorye zakonomernosti obrazovaniya of razryvnykh areas in osadochnom chekhle at pogruzhenii blokov fundamenta (for to the results of fizicheskogo modelirovaniya) [Some regularities of the formation of discontinuous zones in the sedimentary cover in the dip basement blocks (based on results of physical modeling)]. Experimentalnay tektonika i polevaya tektonofizika. Kyiv, Naukova dumka, 112-120.
3. Vasilenko, A.L., Taranenko, L.N.,Belinskaya, S.N. (2004). Geologicheskaya model of stroeniya zapadnogo I severnogo blokov of Vostochno-medvedovskogo of salt diapira in svyazi s ocenkoy promyshlennoy gazonosnosti [Geological model of structure of western and north blocks of Vostochno-medvedovskogo hydrochloric diapira in connection with the estimation of industrial gas-bearingness]. Zb. sciences labours. Materials of 8th Mizhnarod. konf. "Oil is Gas of Ukraine, pike Perch, Kyiv, 260-261.
4. Vasilenko, A.L., Taranenko, L.N., Belinskaya, S.N. (2006) Dorazvedka of slozhnopostroennykh tektonicheski I litologicheski ogranichennykh lovushek uglevodorodov in nizhnepermskikh otlozheniyakh (gorizonty of A-6, A-7, A-8) of Vostochno-Medvedovskogo GKM [Dorazvedka of slozhnopostroennykh tectonic and the litologicheski limited traps of hydrocarbons in the nizhnepermskikh deposits (horizons of A-6, A-7, A-8) of Vostochno-Medvedovskogo GKM]. Zb. sciences. labours. Materials of Mizhnarod. konf., devoted pam''yati of Istomina O.M. the "Second natural reservoirs and nestrukturni traps as obekti of substantial increase of supplies of hydrocarbons of Ukraine". Kharkiv: UkrNDIgaz, 71-72.
5. Vasilenko, O.L., Bartaschuk, O.V., Panasenko, V.V., Zdorovenko, M.M. (2013). Elementu zdvigovoy tectonicu in forming of Vostochno-Medvedovskogo pidnytty [Elements of strike-slip tectonics are in forming of East-Medvedivsk of raising.]. Announcer V. N. Karazin Kharkiv National University, 13-21.
6. Vasilenko, O.L. (2013) Osobennosti zdvigovoy tektoniki of Medvedovsko-Kas'yanovskogo of vala of Dneprovsko-Doneckoy of zapadini [Features of strike-slip tectonics of Medvedovsko-Kas'yanovskogo of billow of Dnepr-Donetsk graben]. Zb. materialov 9th mizhnar. sciences-prakt. konf. "Oil and gas of Ukraine". Yaremcha, 16-18.
7. Vasilenko, A.L. (2014). Role of gorizontalnykh sdvigov in formirovanii of the riftovykh systems of I ikh svyaz' s neftegazonosnostyu [Role of strike-slip in forming of the rifocinum systems and their connection with the oil-and-gas bearing]. Vestnik NIU (Belgorodskiy of gosudarstvennyy universitet) (Rossiya), 28, 17 (188), 165-173.
8. Vasilenko, O.L. (2013). Strukturno-tektonichni osoblivosti pivdenno-skhidnogo segmentu dniprovsko-doneckogo riftogenu (z pozicii zdvigovoy tektoniki) [Structurally tectonic features of south-east segment Dnepr-Donetsk riftogenu]. V. N. Karazin Kharkiv National University, 1084, 40-44.
9. Vysochanskiy, I.V., Krot, V.V., Chebanenko, I.I., Klochko, V.P. (1990). Tektonicheskie narusheniya i voprosy neftegazonosnosti (osobennosti tektoniki Dneprovsko-Doneckogo avlakogena) [Tectonic violations and questions of the oil-and-gas bearing (features of tectonics of Dnepr-Donetsk avlakogena)]. Preprint AN USSR, In-t of geol. sciences, 38.
10. Gavrish, V.K. (1974). Glubinnye razlomy, tektonicheskoe razvitie i neftegazonosnost' riftogenov [Deep break a secret, tectonic development and oil-and-gas bearing of riftogenov]. K.: Sciences. Idea, 160.
11. Gogonenkov, G.N., Kashik, A.S., Timurziev, A.I. Gorizontal'nye of sdvigi fundamenta of Zapadnoy Sibiri [X-shifts of foundation of Western Siberia]. Geology of oil and gas, 3, 2007, 3-13.
12. Gogonenkov, G.N., Timurziev, A.I. Strukturnr-tektonicheskaya description of fundamenta of sdvigovikh areas of Ety-Purovskogo of vala [Strukturnr-tectonic description of foundation of sdvigovikh areas of Ety-Purovskogo of billow]. Geology of oil and gas, 6, 2007, 2-10.
13. Istomin, A.N., Brynza, N.F., Taranenko, L.N., Belinskiy, M.I. (1996). Zony of szhatiya in Dneprovsko-Doneckoy of vpadine – novoe perspektivnoe napravlenie geologo-poiskovikh rabot on neft' i gas [Areas of compression in the Dnepr-Donetsk cavity are the new perspective sending of geologo-poiskovikh works to oil and gas]. Oil and gas of Ukraine, 96. Materials of naukovo-praktichnoy conference (Kharkiv, in 1996, on May, 14-16). Kharkiv: UNGA, 1, 37-39.
14. Istomin, A.N. (1996). Geodinamicheskaya model of mekhanizma formirovaniya of Doneckogo of skladchatogo sooruzheniya on osnove idey tektoniki of litosfernikh flags in svyazi s of ocenkoy prospects of neftegazonosnosti [The Geodynamic model of mechanism of forming of Donetsk plicate building on the basis of ideas of tectonics of litosfernikh flags in connection with the estimation of prospects of the oil-and-gas bearing]. Oil and gas of Ukraine, 96. Materials of naukovo-praktichnoy conference (Kharkiv, in 1996, on May, 14-16). Kharkiv: UNGA, 1, 176-180.
15. Istomin, A.N. (1991). Geodinamicheskaya model of mekhanizma formirovaniya riftogenov on kontinental'noy kore [Geodynamic model of mechanism of forming of riftogenov on a continental bark. Riftogeny and minerals]. Riftogeny i poleznye iskopaemye. M.: Science, 85-93.
16. Kopp, M.L., Korchemagin, V.A. (2010). Kaynozoyskie of the field of napryazheniy/deformaciy of Donbassa of I ikh veroyatnye istochniki [Cainozoic fields of tensions/deformations of Donbassa and their credible sources]. Geodinamika, 1(9), 38-46.
17. Kropotkin, I.V. (1961). Elementarnie struktury, ikh klassifikaciya I terminologiya [The Elementary structures, their classification and terminology]. Methods of study of tectonic structures, II, M., 267.
18. Vysochanskiy I.V. ed. (1990). Osobennosti of tektoniki of Dneprovsko-Doneckogo of avlakogena (a role of sdvigov is in strukturoobrazovanie) [Features of tectonics of Dnepr-Donetsk avlakogena (role of changes in gelation)]. Kiev, 42. (Prepr./ AN USSR. In-t of geol. sciences; 90-28).
19. Rascvetaev, L.M. (1987). Parageneticheskiy method of structural analiza diz'yunktivnykh tektonicheskikh narusheniy [Paragenetic method of structural analysis of disjunction tectonic violations]. Problem of structural geology and physics of tectonic processes, 2. M.: GIN AN SSSR, 173–235.
20. Chebanenko, I.I. (1974). Zony regional'nykh razlomov of Ukrainy, zakonomernosti ikh razmescheniya I znachenie for poiskov mestorozhdeniy poleznykh iskopaemykh [Areas of regional break a secret of Ukraine, conformities to law of their placing and value for the searches of deposits of minerals]. Avtoref. dis. doctor of geol.-miner. nauk. Kiev, 32.
21. Anderson, E.M. (1951). The dynamics of faulting and dyke formation. London: Oliver and Boyd, 206.
22. Hancock P.L. (1985). Brittle mirotectonics: principles and practice. J. Struct. Geol., 7, 437-457.
23. Morris, J. (1992). Numerical models of faulting at oblique spreading centers. J. Geophys. Res., 103, B7, 15, 473-482.
24. Sylvester, A.G. (1988). Strike-slip faylts. Geol. Soc. Amer.Bull., 100.
Published
2016-12-14
Cited
How to Cite
Василенко, О. Л. (2016). Features of the geological structure and distribution of hydrocarbon traps in salt strike-slip structures (ssss) of the Dnieper-Donets graben. Visnyk of V. N. Karazin Kharkiv National University, Series "Geology. Geography. Ecology", (44), 12-16. Retrieved from https://periodicals.karazin.ua/geoeco/article/view/7487
