Complex concept of rudoneftegasogenesis (on the example of the Caspian, Crimean and Black sea regions and Arctic)
Introduction: the work presents a new complex concept of ore-oil-gas-genesis, where the logical connection shows the role of endo- and exogenous factors in the formation of various minerals, including oil and gas. This concept will help in identifying new hydrocarbon fields in the regions represented. Materials and research methods: the source materials of these studies are information materials of the deep structure of the Caspian Sea region, the Crimean Black Sea region and the Arctic, satellite images of various scales. The theoretical basis is the rotational concept of tectogenesis, and the components are represented by the most well-known fluidodynamic model B.A. Sokolov, little-known: the RM geosoli-ton concept. Bembel and the concept of the nature of central type structures (CST) V.M. Kharchenko. Research results: as a result of the implementation of this concept, a fundamentally new scheme and results on ore-oil, gas-geological and seismic zoning of the most promising territories are shown: the Caspian and Crimean Black Sea regions, as well as the Arctic, which are strictly conidential. Discussions and conclusion: the basis of the work is the interpretation of the CST, the construction of a geological-tectonic and fluid-dynamic model. The interpretation of the CST is understood to mean the allocation in terms of plan and section of geological bodies or their combination with favorable conditions for the formation, migration and preservation of ore and hydrocarbon deposits. Prospective on the subject of oil and gas are the zones of tension and nodal points (zones of subvertical destruction) within them, and the seismic zones are zones of compression and their overlap. Allocation or mapping of these specific areas is essentially oil and gas geological and seismic zoning of the territory