Optimal bottomhole pressure control on oil well production using PID-linear hybrid control on electric submersible pump

Sardjono, Priyatmadi; Saputra, Muhammad Nur Wangsa

doi:10.1109/iciteed.2016.7863229

Cited by 6 publications

(4 citation statements)

References 3 publications

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“…; P bp -bubble point pressure, Pa; P ESP -the power required to drive the ESP, W; P SEM -active power consumed by the SEM, W; Q SEM -the reactive power consumed by the SEM, VAR; ∆U CL -voltage loss in the cable line, V; P CL -active power on the HV side of the transformer, W; Q CL -reactive power on the HV side of the transformer, VAR; ∆U T -voltage loss in the transformer, V; P T -active power on the LV side of the transformer, W; Q T -reactive power on the LV side of the transformer, VAR; P ESPI -active power of ESP installation, W; Q ESPI -reactive power of ESP installation, VAR. Unlike the known approaches [4,5,[7][8][9][10][11][12][13][14][15][16][17], the ILS approach provides regular (fixed in enterprises' standards) monitoring, diagnostics and analysis of the technical condition of the structural elements of the ETC. It will also make it possible to evaluate the efficiency of the operation of the ETC in order to verify the compliance of the actual and calculated values of their characteristics.…”

Section: Elements' Interaction Schemementioning

confidence: 99%

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Improving the Energy Efficiency of An Electric Submersible Pump Installation Using an Integrated Logistics Support Approach

Petrochenkov,

Lyakhomskii,

Romodin

et al. 2023

Sustainability

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Electricity consumption during oil production is a significant cost for industry enterprises. One of state policy’s most important tasks in extracting minerals is increasing energy efficiency and the intellectualization of control and management systems. The solution to these tasks can be achieved through competent planning of the technological process and the organization of information support at all stages. The paper presents the development of a method for power consumption, the optimization of an electric submersible pump installation. The technological restrictions are also identified. The developed methodology was tested; according to the results of the calculations, it was found that the reduction in specific power consumption can reach 12.68%. An assessment of the economic feasibility of the changing parameters of the electrical equipment has been carried out. Within the framework of the integrated logistic support approach, a program was developed for the selection of rational parameters of equipment in order to increase the energy efficiency of the installation of electric submersible pumps. The research results can be applied to oil-extracting industry enterprises in the framework of energy efficiency improvement programs.

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Section: Elements' Interaction Schemementioning

confidence: 99%

“…In paper [16], the issue of selecting the optimal frequency of the control station and the diameter of the choke is considered, while the magnitude of the impact on the choke is calculated based on the archived data. In paper [17], the application of the control laws of electric motors is considered.…”

Section: Introductionmentioning

confidence: 99%

Improving the Energy Efficiency of An Electric Submersible Pump Installation Using an Integrated Logistics Support Approach

Petrochenkov,

Lyakhomskii,

Romodin

et al. 2023

Sustainability

View full text Add to dashboard Cite

show abstract

“…As the core equipment used to extract underground water, submersible well pumps have broad application prospect in various fields, such as agricultural irrigation, sewage treatment, and oilfield exploitation [1][2][3]. Hydraulic performance [4][5][6] is an important index for evaluating pump performance, and the performance loss caused by the inappropriate selection of many geometric parameters considerably affect hydraulic performance [7][8].…”

Section: Introductionmentioning

confidence: 99%

Modelling the Influence of Inlet Angle Change on the Performance of Submersible Well Pumps

Wang¹,

Bing²,

Yang³

et al. 2020

Int. j. simul. model.

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Three groups of schemes were designed for different blade inlet angles of impellers to improve the efficiency and single-stage head of submersible well pumps. Furthermore, the hydraulic performance of the pumps was analysed using ANSYS CFX. As a result, the heads and efficiencies of the schemes were acquired. The internal flow fields of the schemes under different flow quantities were analysed, and the accuracy of the optimal scheme was experimentally verified. Results indicated that enlarging the inlet angle of the blade of submersible well pumps might improve the hydraulic performance to a certain degree. In comparison with the general design scheme with a fixed inlet angle that with an inlet angle was 26° at the front cover plate and 20° at the rear cover plate, and that in the middle was under uniform change. The incoming flow angle of the medium coincided with the inlet angle; thus, the discharge capacity of the pump had a high matching ratio with the actual discharge capacity. The head and efficiency improved remarkably relative to the initial model, and thus, the hydraulic performance of the pump improved.

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“…These pumps, as a rule, are equipped with three-phase asynchronous electric motors, but recently there has been a tendency to install synchronous electric motors [2][3][4]. The power of motors mounted on sucker rod pumps is lower than that of centrifugal pumps [5][6][7]. This is due to the fact that the performance of centrifugal pumps is higher.…”

Section: Introductionmentioning

confidence: 99%

The methodology for design of autonomous power supply system of oil producing company optimized on length and number of generation centers

Gorodnov

Kornilov

Al-Ali³

2020

«Izvestiya vysshikh uchebnykh zavedenii. PROBLEMY ENERGETIKI»

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Improving energy efficiency and reducing the cost of creating an electrical complex of autonomous power supply for an oil-producing enterprise is an urgent problem and requires a rational solution. The goal is the construction of energy-efficient electrical systems of autonomous power supply for oil-producing enterprises, leading to a reduction in the unit cost of electricity per unit of production. A methodology for constructing an autonomous power supply system for an oil producing enterprise, optimized in length and number of generation centers is present. The results presented in the work were obtained using methods of the theory of electric and magnetic circuits, theory of electric drive, methods of optimization of power supply systems, methods of mathematical and computer modeling. The configuration of the power supply system of oil producing enterprises and the efficiency of its work is analyze. To test the efficiency of the methodology, the power supply system of an oil producing enterprise is simulate in the RTDS software package. The results of the work were introduced and used in the creation of energy-efficient electrical systems for autonomous power supply to oil-producing enterprises based on autonomous diesel generators and optimized by the length of power lines and the number of generation centers. Implementation of the results of the work allows reducing the specific energy consumption per unit of extracted products and reducing the cost of building an energy-efficient electrical complex of autonomous power supply for oil-producing enterprises.

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Optimal bottomhole pressure control on oil well production using PID-linear hybrid control on electric submersible pump

Cited by 6 publications

References 3 publications

Improving the Energy Efficiency of An Electric Submersible Pump Installation Using an Integrated Logistics Support Approach

Improving the Energy Efficiency of An Electric Submersible Pump Installation Using an Integrated Logistics Support Approach

Modelling the Influence of Inlet Angle Change on the Performance of Submersible Well Pumps

The methodology for design of autonomous power supply system of oil producing company optimized on length and number of generation centers

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