«Automation and Informatization of the fuel and energy complex»

Implementation of the principles of the theory of constraints. An automated approach to calculating the capabilities for each element of the system of the Zarechenskaya group of fields

UDC: 681.5:622.276
DOI: -

Authors:

¹ Ufa State Petroleum Technical University, Institute of Oil and Gas (branch in Oktyabrsky), Oktyabrsky, Russia
² Gazpromneft-Khantos, Khanty-Mansyisk, Russia
³ "Belkamneft" JSC named after A.A. Volkov, Izhevsk, Russia

Keywords: constraint models, nodes, subnodes, development, software, potential, reservoir

Annotation:

The topic of the constraint model is relevant in light of the complexity of modern systems, including business processes, technical systems, and even social structures. Effective management of these systems requires a deep understanding of their limitations, internal relationships, and the impact of external factors. The development of the software "OptiModel Mastermind: Intelligent optimization and constraint Analysis" is required to systematize the process of collecting initial data, calculating the production potential of the enterprise, analyzing the causes of shortages and prioritizing opportunities for the main elements of the production chain of hydrocarbon production. The developed software for the selection of optimization measures is a unique product on the Russian market. It allows, within limited resources and time, to facilitate effective management decision-making on the part of an engineering and technical employee. The developed software should include an interface for data entry, a mechanism for collecting and mathematical modeling, visualization of results, scenario analysis, identification of causes and effects, integration with other systems, notification systems, data security, integrated reporting and learning mechanisms using machine learning. The software health check will be implemented at the well production facility of the Zarechenskaya group of fields. The developed software is a completely domestic development and corresponds to modern trends in the development of the fuel and energy complex of the Russian Federation, which are located at the junctions of increasing the efficiency of oil production and digitalization of industries.

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