...BHA Reliability In the D.J. Basinthe wells are a monobore design, with a single 8 ½ in. production section drilled from around 1,970 ft to a depth of 15,000 ft to 20,000 ft depending on the location. Performance improvement initiatives have enabled these sections to be drilled in 48-60 hours...

... makes the CDESP compatibility possibleby using conventional ESP instead of inverted ESP assembly. However, reliability is always the main concern of clients, especially when it fails to retrieve ESP assembly by the specialized cable, a rig will have to be neededto carry out the ESP replacement jobs...

... decline in plant performance and reliability. SOx emissions were also impacted negatively. To resolve fouling and its detrimental consequences, a chemical treatment program was developed and implemented. The program involved laboratory qualification of candidate chemicals, including evaluation in a novel...

... predictive surveillance system which relies on automatic ML model update using adaptive framework developed in this study. Process & equipment reliability and flaring Abstract It is essential to meet climate goals outlined in the Paris Agreement that the Oil and Gas industry reduces carbon...

...-temperature drilling challenge reliability paper deepwater hp ht well gulf operational procedure case study drilling operation operation circulation exhibition bottomhole assembly Introduction The subject wells presented in this paper were drilled in the Gulf of Mexico (GOM) water depths...

... of water saturation are often not reliable in the presence of complex pore structure, rock composition, and rock fabric (i.e., spatial distribution of solid/fluid components). The objectives of this paper are (a) to propose a simple workflow for interpretation of dielectric permittivity measurements in log...

... various types of well designs and equipment categories, using advanced artificial intelligence and machine learning algorithms to provide insights into equipment reliability, operational efficiency, total cost of ownership and production performance. A minimum viable product consisting of 24,000 wells...

... in reliability (few to no false alarms) and reactivity (no missed events) are needed without being user dependent. The new developed system optimizes both accuracy and efficiency. This system maintains a false alarm rate lower than current system, while detecting influxes or losses as low as 40 gal. It applies...

... changes in communications, autonomy, performance, and reliability. The new approach advances the logging of horizontal and challenging wells, and permits operations in managed pressure drilling and foam drilled wells. The vast majority of openhole memory work is achieved with a hydro-mechanical system...

.... Completion Monitoring Systems/Intelligent Wells electronic frac sleeve sleeve system point frac sleeve Upstream Oil & Gas multi-entry point frac sleeve electronic chassis flow control equipment firmware frac sleeve reliability electronics wellbore architecture sensor toe sleeve society...

... completion design reservoir multilateral well reliability interval control valve AICD society of petroleum engineers recovery factor Inflow Control Device intelligent completion Artificial Intelligence breakthrough completion productivity water production valve Introduction...

... environment. In addition, for assurance of motor reliability, rigorous and methodical design validation and qualification testing of basic materials, components, sub-assemblies were undertaken. enhanced recovery Conductor internal temperature module thermal method steam-assisted gravity drainage...

... indicators both at the project level and for each well. The project level key performance indicators (KPIs) were designed to give the operator an understanding of the reliability and robustness of the hardware and software components of the automation system. The KPIs for the well were designed to assess...

...) separation principle. After comprehensive laboratory testing and Computational Fluid Dynamics (CFD) model validation for separated fluid streams, the system was tested in field conditions at an unconventional wellsite to benchmark mechanical reliability, separation effectiveness, and robustness. The modular...

... split ring stator operator society of petroleum engineers female end strongest power section ste driveshaft bearing pack reliability higher torque ert power section Introduction Operators and directional drillers have always looked for the latest technology to drill faster wells...

... real time system field development optimization and planning Upstream Oil & Gas Collaboration completion integrated asset modeling effective utilization operation availability data reliability esp trip shutdown utilization society of petroleum engineers surveillance...

... to determine when the next stage of the fracture is ready for pumping. The reliability of the sensors, electronics, and batteries must be addressed to achieve a reliable fracturing system. Traditional sliding sleeves use a series of progressively smaller-sized balls that shift sleeves by landing...

... culture to foster. Support from the executives and senior managers is critical in the initial roll out. Momentum is an absolute must in the journey to High Reliability. Introduction In the oilfield, the cost of process failure is extremely high. There is immense pressure for consistently safe...

... Abstract Intelligent completion technology helps operators optimize life-of-well production, without costly intervention. Reliable and fit-for-purpose intelligent well systems help operators collect, transmit, and analyze downhole data, remotely control selected reservoir zones, and maximize...

... footprint of the gaugeand improvesthe overall gauge performance,especially for reliability performance. Suchimproved reliability performance is validated through the use of the design for reliability (DFR) process, which consists of define, identify, verify, and validate stages. Thecoreof the validate stage...