EVOLUTIONARY TOPOLOGICAL SYNERGY OF RYTHMS IN MOBILIZING HYDROCARBONS IN A POROUS DEFORMATION MODEL OF ZHIGULI DISLOCATION

• Published in: International Multidisciplinary Scientific GeoConference : SGEM Vol. 1; pp. 641 - 650
• Main Authors: Popkov, Vyacheslav, Astafiev, Vladimir, Shterenberg, Alexander
• Format: Conference Proceeding
• Language: English
• Published: Sofia Surveying Geology & Mining Ecology Management (SGEM) 01.01.2016
• Subjects: Chemical reactions; Collision dynamics; Computational fluid dynamics; Deformation; Density stratification; Desert environments; Deserts; Dislocation mobility; Dye dispersion; Economics; Energy; Energy distribution; Evolution; Exploration; Fractures; Fracturing; Geological surveys; Geology; Horizontal wells; Hydrocarbons; Lithology; Lithosphere; Mechanics; Methods; Microstructure; Migration; Migrations; Modelling; Mountains; Navier-Stokes equations; Ocean depths; Oil fields; Physical control; Physical phenomena; Physics; Plastics; Porous media; Pressure pulses; Reservoirs; Saturation; Scholarly publishing; Sedimentary facies; Seismology; Stratification; Studies; Surveying; Theory
• ISSN: 1314-2704

The profound deagenesis of productive reservoirs coincide with sediment accumulations geo-physical phenomena of high pressures, deformation moments, diffusion, electomagetics, temperature and physiocal/chemical reactions in geological evolution. The integrity and stage-wise survey of geo-physics are defined as a method to increase the knowledge in describing productive reservoirs, their actual sizes, distribution of temporarystructures in energy characteristics of fractured-porous media, etc. The study of lithological and petro-magnetic rythms of various reservoirs in the region of Samara and Saratov Trans-Volga region had disclosed their unconformity. Here we propose the theoretical evolutionary topological geo-physically integrated understanding of hydrocarbon migration at the basis of Navier-Stokes equatuion and regional basin-type model of Samara Trans-Volga and Cis-Ural regions as collision sibduction in saturating generalized middle part of the Ural Mountain chain, plastic decomposition and rythmic stratification of fractured-porous media. Migration in combination with dynamic moments and saturation produce a significant impact upon the conductivity of the sedimentary matrix, energetics of sand production, environment and economics. The decompacted fracfturing as per Posson defines the proper accumulation forms in dissipative resonant energy of porous evolution and microstructure saturation from ocean depths to deserts and mountains. Here we present the energy law of Darcy-Fick in accountinmg for the secondary deformation moments and pressure pulses in plastic-type saturation by ore concentations, micro-elements that form oil and ore fields. Here we substatiate the methodology in search, exploration and development of decompacted reservoirs having classic-type and unconventional hydrocarbon traps. We also present the lithological facies rythms of shimmering foamtype structure of migration and note the unconformity in cycles of lithological stratification and geo-physical rythms of secondary processes in evolution. Basin-type geo-modeling of complex geo-physical rhythms in fractured-porous formations have found its verification in micro-seismic studies of stress-deformed status and growth in production rates at various stages of Samara Trans-Volga region porousfractured reservoir development, in geometry of fracturing, in complex structure of multi-stage and multi-lateral hydro-fracturing operations, hydro-dynamic study in horizontal wells, geo-physical control over energy flows in heterogeneous regional segments of smart wells in Western Siberia.