Design of a distributed debit management network of operating wells of deposits of the CMW region

Abstract

The article considers a system for monitoring the state of hydrolytospheric processes in the region. The results of pilot filtration work (PFW) at the field under consideration are presented. Based on PFW, a methodology for determining the parameters of a link approximating the static coefficients of mutual influence of producing wells is shown. Using the obtained link, the procedure for determining the optimal number of producing wells located on a given size section is shown. Using the results of PFW, the parameters of the discrete mathematical model of the hydrolyte-sphere processes of the field were verified. The technique of designing a distributed network for controlling the flow rate of producing wells of a given field is shown. Using a verified mathematical model of the hydrolyte-sphere process, the operation of a closed control system was simulated