Determination of perspective objects for oil and gas exploration in the Krasnopavlovsk-Hrushivsk transverse zone of the Dnipro graben, using a complex of geological-geophysical, morphometric and remote sensing methods

Abstract

The location of predictive and prospective objects for the oil and gas deposits exploration within the Krasnopavlovsk-Hrushivsk zone is substantiated, using a complex of geological-geophysical, morphometric and remote sensing methods. The data of the geodynamic scale of cyclicity for the Phanerozoic are used, which are consistent with the structural-facies complexes (SFC) identified by V.K. Havrysh for the Dnieper-Donets Rift (DDR). The region of articulation with Donbass has a sickle shape, and it is to it that the wedging zones of anomalous Early Permian deposits, described by I.I. Demyanenko, gravitate. The Permian period of the development of the Earth's crust is the beginning of the Alpine stage of the expansion of the planet, the rocks of which (early Permian) are characterized by excellent accumulation properties, as well as the subsequent layers of the late Triassic and early Cretaceous. Complex processing of the remotely sensed data and seismic exploration within the area of the Lozova-Shebelinka-Staropokrivka regional seismic profile made it possible to identify promising objects exactly within its boundaries of the field of scattered waves, using mapping of non-structural information.