... cuttings drilling operation scenario validation application presented deployment sensor integration monitoring hole-cleaning north sea particle model concentration hole-cleaning cuttings concentration Introduction The cost of wellbore construction contains a non-productive time (NPT...

... curve for people moving into technology development roles. Starting with a high-level understanding of the technology and business case, the methodology identifies possible commercial deployments and associates key technical and commercial risks that can be barriers to commercialization. Then, using...

... Abstract This work presents the development and deployment of a digital twin dedicated to monitor wellbore integrity in real time. Currently, the system is implemented and monitoring in real-time more than 230 production and injection wells. Due to reliable outcomes, the tool is also able...

... point. The completion, production and abandonment of production and injector wells is a complex process as various groups and teams of people are involved in their management during the life of a well. Safe delivery aside, the initial objective from drilling and deployment teams is to deliver...

... wellbore integrity wellbore design artificial intelligence cuttings detection shaker classification shale shaker wellbore instability deployment inspection accuracy drilling operation ai cuttings load classification drilling engineer machine learning sle information increase...

... & gas cutter enable digital feedback loop innovation application cutter selection information bit design designer society utilization assessment deployment bit selection knowledge pdc cutter petroleum engineer longevity reduction investment Introduction In the oil and gas...

... framework to manage processes, people, and platforms. JTA is a modern data-focused approach that prioritizes in order: problem framing, analytics framing, data, methodology, model building, deployment, and lifecycle management. The case study exemplifies how the JTA model optimizes an oilfield production...

... Abstract This paper discusses the successful deployment of Multi-stage Fracturing (MSF) completions, composed of novel expandable steel packers, in high pressure, high temperature (HP/HT) horizontal gas wells. The 5-7/8" horizontal sections of these wells were drilled in high pressure, high...

... the potential to introduce higher near wellbore damage hence reducing the production efficiency of an openhole completions. Significant challenges in controlling the well during the deployment of the upper completions should the downhole ball valve fail to provide a competent barrier. Due...

... Three main components ( Figure 1 ) defined our methodology: 1) the optimization analytic deployed at the edge device, 2) the SCADA system providing real-time performance of the well, and 3) field deployment of the analytic at the edge which automated the controller, giving it the ability to open...

..., and deployment of MEPs to provide cement assurance (CA) for zonal isolation and improve the effectiveness of contingency cement squeezes. Though this technology has been used in other regions for several years, this was the first deployment in the Gulf of Mexico (GOM). The solution improved the probability...

... of experienced drillers, a suite of software applications has been developed to provide a holistic, automated solution to many of the tasks previously performed manually by humans. Reducing human variability bridges the gap between past performance and maximum theoretical performance. Deployment of these "apps...

... For 7-in. guns, when the pay zone interval is more than 60 m, perforating was traditionally performed using TCP because less rig time is invested than wireline deployment, which necessitates more runs. The limitation of gun deployment using wireline is mainly related to the cable breaking...

... Despite all the benefits acknowledged by the industry, Intelligent Completions faces some key challenges for its deployment and execution as explained below: Return on Investment: At the current stage of deploying conventional hydraulic-actuated valves, the upfront CAPEX, operation...

... fibers the diameter of a human hair end-to-end in a downhole environment. These deployments are the first successful installations of fiber optic downhole wet connects in the North Sea and it represents a step change in the information that can be obtained from permanently installed sensors...

... and portfolio management gas processing upstream oil & gas midstream oil & gas corrosion management platform concentration deployment realtime gas gas detector architecture transmission society of petroleum engineers sensor gas sensor system architecture Introduction The Middle...

.... This technology was mobilized for deployment into a customer well within less than 12 months. For this project, a major Norwegian continental shelf (NCS) operator required a high expansion wireline retrievable bridge plug with a small outside diameter (OD) that was capable of gas-tight zonal isolation in 7...

... the issues of parent/child wells. A specific case in the Eagle Ford is the systematic deployment of full gamma-spectroscopy multiphase flowmeters at well pads. This intelligent pad architecture consists of one multiphase flowmeter per well and a production manifold that enables commingling of the production...

..., fracture azimuth, well spacing, and stage-length production implications. Cemented gauges enable operators to understand pressure dynamics in the overburden, cap rock, or reservoir sections. The permanently installed, casing-deployed gauges connect to the surface through cable or through deployment...

...: Successful deployment of the upper and lower completions in one trip; Successful landing of the completion at depth; Successful displacement of the OH section with breaker fluid; Successful closing, testing and later re-opening of reservoir isolation valve, remotely without intervention tool...