Reservoir Characterization by Applying Pressure Transient Analysis on Data Obtained from Electrical Submersible Pumps

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Khalili Yasin; Rafiei Yousef; SHARIFI MOHAMMAD

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Journal: PETROLEUM RESEARCH Year:2022 | Volume:32 | Issue:5 Page(s): 110-125

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Title

Reservoir Characterization by Applying Pressure Transient Analysis on Data Obtained from Electrical Submersible Pumps

Author(s)

Khalili Yasin | Rafiei Yousef | SHARIFI MOHAMMAD | Issue Writer Certificate

Keywords

MonitoringQ4

Electrical Submersible PumpQ4

Reservoir ManagementQ4

Dynamic Behavior of the Well and the ReservoirQ4

Pressure Transient AnalysisQ4

Abstract

Nowadays, oil companies should minimize the cost of oil and gas production. This is where the concept of well and reservoir Monitoring and management can be vital for oil companies. Performing Pressure Transient Analysis is an effective way to evaluate the dynamic behavior of wells and reservoirs, as it has a larger radius of investigation than other methods, but these tests such as drill stem tests are costly and they are carried out at regular intervals and require special equipment. On the other hand, there is great attention to the use of artificial lift methods, especially the use of Electrical Submersible Pumps in Iranian production fields and wells, to maintain the optimal production rate. These pumps are equipped with sensors and gauges that by using the potential of these sensors and checking the Monitoring data, it is easier to analyze the pressure transient tests and check the dynamic performance of the well and reservoir. These sensors, which are installed in a unit called the downhole Monitoring equipment under the electrical motor of the pump, record parameters such as intake pressure, discharge pressure, intake temperature, discharge temperature, etc. We can investigate the dynamic behavior of the well and reservoir in a certain period by analyzing the intake pressure versus time. This paper aims to use the data monitored by an Electrical Submersible Pump from one of the southwestern fields of Iran and using the well-testing approach, so the Dynamic Behavior of the Well and the Reservoir are analyzed, and the key indicators and the performance of the well and the reservoir are examined and evaluated. After that, the result was compared with the information obtained from the drill stem test analysis. By observing a very small percentage difference of about less than 8% between the results of the drill stem test and the Electrical Submersible Pump test obtained, we can realize the usefulness of this approach.

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