This article substantiates the necessity of applying a systematic approach, taking into account the complex and multi-parameter nature of the oil field development process, and its practical significance is scientifically analyzed. In order to overcome the local and sectoral limitations of traditional approaches, the application of systems theory, complex systems management models and multi-dimensional decision-making algorithms in the oil industry is discussed.
The purpose of the study is to establish a flexible management structure that takes into account the interaction and dynamics of processes at each stage of oil field development, supported by information technologies and mathematical modeling tools. For this purpose, a multi-level analysis was conducted on the geological-structural structure of the field, reservoir properties, physico-chemical indicators of oil, production technology, exploitation systems and economicparametric indicators.
The article explains the main components of the systematic approach - structuring, functional analysis, feedback mechanisms and optimization algorithms - based on real field development examples. The results obtained show that the systematic approach provides the following advantages: more rational management of resources; increasing the technological and economic efficiency of production; detecting and preventing risks at an early stage; formulating an exploitation policy in accordance with the principles of preserving ecological balance and sustainable development.
The integrated decision-making platform presented by the authors is enriched with real-time monitoring and analysis of information flows, the application of predictive models working with artificial intelligence and machine learning algorithms. This approach promises effective results, especially for fields operating under conditions of high uncertainty.
As a result, the systematic approach model proposed in the article is considered an important scientific and methodological basis that can contribute not only to making optimal decisions during the exploitation of an oil field, but also to the development of energy strategies at the regional and national levels.
During the development of oil fields, many problems arise: reduced productivity, changes in reservoir pressure, increased water levels, as well as economic losses and environmental problems. These problems cannot be fully solved by traditional management methods. The application of a systems approach can provide innovative solutions for the analysis, management and elimination of these difficulties.
The systems approach is the principle of complex analysis and management of various processes, phenomena and objects. This approach is based on the study of the interrelationships and mechanisms of influence of the system as a whole, rather than individual aspects of a problem. The main goal of the systems approach is to analyze problems, make optimal decisions and develop appropriate strategies for the implementation of these decisions.
The study classified the main stages of field development based on systems theory, functional structuring and modeling methods, and identified the main decision-making criteria for each stage. At the same time, internal and external factors affecting the development process -including productivity dynamics, pressure regime, water pressure, maintenance regime and environmental risks - were assessed using an integrative approach.
The article shows that a systematic approach allows for more accurate and effective implementation of strategic planning, operational management and forecasting of results during the development of oil fields. This approach also contributes to the efficient use of energy resources, environmental protection and optimization of operating costs.
The application of a systematic approach to oil field development provides the following advantages: • Process optimization: Ensures efficient use of resources at each stage of field operation. • Complex problem solving: Enables effective solution of various problems by analyzing the interrelationships between geological, technological and economic factors. • Long-term planning: Develops optimal strategies to increase the field's operational life and ensure production stability. • Environmental sustainability: Minimizes environmental impacts and increases compliance of oil production with environmental standards. • Application of innovations: The quality and volume of production are increased by applying new technologies and digital solutions.