... Abstract Unpredicted an Electrical Submersible Pump (ESP) failure can have a serious impact on well production and overall field economics; therefore, it is important to reliably predict the starting time of damaging operating conditions and take proactive action to prevent early failure...

...Reservoir Parameters and Target Rate Before commencing ESP installation, the well behavior and parameters should be thoroughly reviewed to ensure optimum equipment selection. If gas-separators cannot be installed (due to deep-set packer requirements for example) and well parameters indicate...

... Abstract Permanent magnet motor (PMM) applications in electrical submersible pump (ESP) artificial lifting method had been in an increasing trend. This is due to the advantages PMM provides compared with the existing utilized system of induction current motors (ICM). The paper will discuss...

... to this problem, Baker Hughes proposed the ESP Booster application to distribute loads, reduce current consumption, reduce motor temperatures, and increase intake pressures reducing gas release, figure 4 . One advantage of this kind of configuration, it's that, depending on geometry well, you have...

...The Challenge Power Cable Deployed ESPs offer faster installation than a conventional rig deployed ESP, can avoid killing the well and save significant time, CAPEX and OPEX savings, mostly by minimizing deferred or lost production from the well. The power cable remains inside the production...

...: the temperature (°F) at pump discharge. In the 21st century, the concept of the digital oil field has gained global acceptance and application in gas and oil production. Among the various artificial lift tools, the electrical submersible pump (ESP) stands out as one of the most widely used...

... There is not much to tell with the above figures. Due to high number of recent installations with still short run days, the running ESP has a low run life with 111 days. Without the 4 recent installations, the AVL for running ESP would be 287 days. It is not meaningful to conclude that the ESP...

...Methods not used in this paper Basic monitoring based on sensor data and Scada alarms : The most basic form of ESP monitoring is to monitor sensor data using a Scada system along with alarm management to know when key variables such as motor current, pump intake pressure etc. are not within...

... Electrical Submersible Pumps (ESPs) are widely used artificial lift systems, primarily in the oil and gas sector, for lifting fluids from reservoirs to the surface. The performance of an ESP depends significantly on the characteristics of the fluid being lifted, particularly the Specific Gravity...

... The first step in optimizing ESP operations and production begins with characterizing the expected surface and downhole parameters ( Table 1 ). Application engineers use these parameters to select the appropriate technology for successful operation under specific wellbore conditions. After...

... Abstract Dismantle, Inspection and Failure Analysis (DIFA) of Electrical Submersible Pumps (ESP) has driven operating companies as one of their key improvement factors for ESP run life. In this paper, an improved process and lessons learned of DIFA over 25 years will be presented. Establishing...

... More recently and as trending method going forward of controlling ESP systems. Machine Learning and Artificial Intelligence are being used to develop a more intuitive control of the system and allowing to better identify and correct possible problems. In the future this type of models aims...

... H2S-related ESP failures have been a long-standing challenge in oil fields globally, as the presence of this corrosive gas is present in many reservoirs worldwide. In harsh environments, a 4-year ESP run life was once considered a challenge. However, with the introduction of newer technologies...

... In conclusion, while ESPs and Gas Lift systems have established themselves as reliable artificial lift technologies, the evolving challenges in oil and gas extraction necessitate continued innovation. Unlike Gas Lift-assisted ESP, the new hybrid TSP systems offer a groundbreaking approach...

... When the GOR is very high, the GVF can achieve values significantly higher than 25%. Under such conditions, the ESP most likely will show unstable production characterized by high fluctuations of all pressures (i.e., intake, discharge and wellhead) and motor electrical current (amperage). When...

... Ultra Slim ESP technology had great application prospects due to the number of side truck wells was increasing, necessity to have an access to a reservoir for logging operations and necessity of multi zone production or injection for production casing 6-5/8". Some operators also were considering...

...Gas Handling High Dogleg Severity Fig. 6 compares how a standard pump will face higher bending at the same dogleg severity (DLS) condition than a shorter ESP. Preliminary studies suggest that the string deployed in this well is capable of withstanding a DLS as high as 3.5°/100 ft; however...

... these challenges and maximize production rates, several wells in the B and K fields are being considered for Artificial Lift Conversion (ALC) from Sucker Rod Pump (SRP) to Electric Submersible Pump (ESP). The transition to ESPs aims to enhance production rates, yet the uncertainty in well-inflow capabilities poses...

... Abstract Ultra-High-Speed (UHS) Electric Submersible Pumps (ESP) Systems have grown in popularity in recent years for providing synergy benefits of high-speed rotation and centrifugal pumping concept. This study intends to demonstrate how UHS operation can leverage its advantages beyond...

... equipped with existing ESP facilities. This innovative approach allows for unlocking the potential of single-well production platforms (SWPP) while avoiding substantial capital investments that would otherwise be required for comprehensive platform upgrades. The operation of the ESP is supported...