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Background The article describes the method of physical feasibility of oil recovery processes with the most complete reservoir development. This is due to the improvement of the reservoir pressure maintenance system (SPPD) when combining oil displacement regimes, research and plugging of non-productive sections of the layers. Aims and Objectives Improving the efficiency of cross-well studies of unproductive sections of reservoirs and methods of redirection of fluid flows in them with extreme adjustments according to geological and geophysical data. Results The required conditions for combining research sub-cycles and plugging unproductive sections of reservoirs with sub-cycles to optimize oil displacement are performed while integrating the SPPD automation subsystems based on geological and geophysical studies. It is shown that for the found structure of the subsystem of extreme regulation, it is possible to use switchable ranges of flow rates as the basis of the improved OORP booster installation. Then metrological studies are reduced to the definitions of performance indicators, «yaw loss», the amplitude of oscillations at the input and output of the system.

EXTREME REGULATION OF OIL TREATMENT DYNAMICS UNDER GEO-GEOPHYSICAL DATA. PART 1. SYNTHESIS OF AN EXTREME REGULATION SUBSYSTEM