ERA:Production – an integrated platform for increasing the efficiency of the operation of the artificial lift and oil fields

THE PURPOSE. To consider the problems of controlling the energy efficiency of artificial oil lift. To conduct a comparative analysis of the approaches used to assess the level of energy efficiency and the possibility of energy saving. To submit to a modern possible energy efficiency control system. To identify an effective method for verifying energy efficiency indicators. To propose a concept of an automated control system for energy efficiency of artificial oil lift based on intelligent methods of data analysis. METHODS. When solving the problem, the method of factor analysis of specific power consumption, implemented in a model, was used.RESULTS. The article describes the relevance of the topic, considers the features of the use of various indicators of energy efficiency. A model of factors for specific power consumption has been developed. In this article, a concept of an automated energy efficiency control system based on intelligent methods has been proposed. CONCLUSION. Using the indicator of specific electricity consumption for artificial oil lift, as an indicator of energy efficiency, makes it possible to assess the current level of energy efficiency and identify the potential for further energy saving. To control the specific consumption of electricity at the mechanized stock of production wells, it is necessary to implement systemic energy metering, additional factor analysis of deviations from the planned values. Using of intelligent methods of data analysis selects the factors of deviation of the specific power consumption and ensures the reliability of energy efficiency control.

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ERA:Production – an integrated platform for increasing the efficiency of the operation of the artificial lift and oil fields

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Case-Based Reasoning and Ontology-Based Approach to Selecting Equipment Solutions in Oilfield Engineering

Case-Based Reasoning and Ontology-Based Approach to Selecting Equipment Solutions in Oilfield Engineering

The concept of an integrated system of energy efficiency control of artifical oil lift

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