... Abstract An oil company in South America that was operating a mature field in the middle of the Amazonian jungle wanted to reduce the number of wellsite visits required for electrical submersible pump (ESP) monitoring to avoid the field's complex logistics while optimizing field personnel...

... such as operating speed, required power and torque: these are found to be related as all four NEMA designs of the motors have unique speed-torque-power relationships, and they all have slip in common. Speed considerations Pumping unit's transmission traditionally utilizes double-stage transmission including...

... of testing different impeller combinations up to 90% intake GVF. The findings present a potential economical option for managing high GVF flows in ESP operation, beneficial to boosting and maximizing production from a field asset. The pump used was a two-stage, radial-type centrifugal pump with 3.78-inch...

... Abstract Well completion design consideration, in artificially-lifted wells, are typically governed by the philosophy of operators and dictated by the conditions and type of well and reservoir being produced. Fluid properties is also an important parameter to be considered in the design...

... intervention costs – Unreliable in-well electrical connections Finally Saudi ARAMCO and Baker Hughes developed the TransCoil rigless-deployed ESP system to address the issues, help operators bring wells on production faster, and lower overall lifting costs to extend the economic life of producing...

... will enhance the capability to timely and proactively attend and fix operational ESP issues that may cause ESP shutdowns. Early warning automated surveillance systems will significantly minimize production losses associated with ESP downtime. Traditional ESP surveillance systems provide alarms when ESP...

... successfully evaluated with a continuous run for more than 365 days without any issues. artificial lift system esp configuration rate slim esp viability assessment operation configuration clearance efficiency mle upstream oil & gas slim esp modification pmm petroleum engineer esp...

... Abstract For the past year, drilling new wells is proving to be more uneconomical for operators due to the oil supply cut down, an agreement between Organization of the Petroleum Exporting Countries (OPEC) and OPEC+ countries, and survey and rig expenses. In such scenarios, artificial lift...

... Abstract Gas lift is one of the most typical forms of artificial lift in oil production. Gas lift system apply to achieve big value to several operated company due to: 1) enable wells that will not flow naturally to be produced, 2) to increase production rates in flowing wells and 3) to unload...

..., gas lock and smooth operation for such cases. hydraulic fracturing tdv packer conductor packer penetrator depth configuration completion equipment insulation intake well petroleum engineer cable insulation operation upstream oil & gas valve artificial lift system cable...

... Abstract Electrical Submersible Pump is playing a pivotal role in crude extraction. It is one of the innovative technologies at this stage being used globally to produce wells with a higher flow rate. Today, ESP systems are acting as an effective medium for companies to operate efficiently...

... Abstract High-speed rotordynamic pump operation for downhole or surface production is required and also beneficial to handle very high gas volume fraction (GVF) flows. Operating speeds of these pumps can be in excess of twice those of conventional pumps. This study presents results of a high...

... will be in operation. The second set of ESP will act as a backup and will be operated only if the main ESP fails or if the well conditions change. A sensitivity analysis for all cases is performed to check for possible operating conditions during the design stage. Later on, during the operational stage...

... of the technology in an Offshore oil well for Dual String production. This paper provides the details of the installation planning, designing stages, operational process, well unloading and production undertaken to achieve this milestone. DIAL is a unique technology that enhances the efficiency of gas lift...

..., updated training of personnel, and new pump selection and design criteria. Operational guidelines were also created and implemented with limitations on speed, torque, and pump intake pressure. There were many lessons learned during the process that are shared in this paper. One lesson learned...

... Finally, a future work should be analyzed and studied coefficient of determination, R 2 for motor service life with motor loading which is correlated with flow rate on motor housing, fluid viscosity etc. Operating at light loads will result very low motor winding temperature increase which...

... with the DHGP above their individual flowing bottom hole pressure constraints. All of the constraints related to the base case are satisfied. Abstract The low oil price clearly provides the industry with some challenges and the need to optimise oil production or reduce operating costs is now more...

... Abstract As the oil industry begins to emerge from one of the worst downturns in decades, companies need to operate in a market of unstable oil prices that the upstream oil and gas industry continues to face. New innovative, sustainable, and disruptive artificial lift technologies are the cost...

... presents a comparison between ESP performance before and after remotely adjusting the operation parameters using the monitoring system. The result shows how real-time monitoring system improved ESP system run life and maximized oil production. In addition, we look into details how the monitoring system...

... systems are still by far the most frequently used artificial lift systems. These pumps represent an efficient and simple way to increase the oil production. On the one hand from the technical point of view, this system is easily adjustable to changing operating conditions. On the other hand, its economic...