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• W4387447207 abstract "Abstract Objectives/Scope Several wells have now recently been completed with a novel digital intelligent surface-controlled gas lift technology with the goal of assessing their performance and their feasibility as an artificial lift solution for producing unconventional wells. These installs mark the first ever successful installations of this technology in North America land. As of recent years, gas lift has started to gain ground as the artificial lift option of choice for the operators in many Unconventional basins and the goal of this research aims to provide the complete details of the lessons learned during these projects and lay the ground for scaling-up in the near future. Methods, Procedures, Process The research followed closely actual field trial installations of Surface-controlled intelligent gas lift systems that were installed in the Bakken and Permian Basins with the premise of testing its performance prior to larger deployments. The totality of the field trials featured multiple digital intelligent gas lift mandrels that carry pressure and temperature gauges and electrical-actuated valves controlled from surface through a tubing encapsulated line. This can ensure that the optimum gas injection rate can be selected to achieve the maximum production throughout the life of the well over time as Bottom Hole Pressure declines, without the need for wireline intervention to change out a valve, which is required with conventional gas lift. Tailored well designs applications were done to each well candidate with the purpose to evaluate their behavior and agreed-upon KPI's during the trial period. A project closing document was produced for each well which details all the learnings the team was able to gather from real life testing and experience. Results, Observations, Conclusions In these applications, the surface-controlled intelligent gas lift system presents an opportunity for a data driven approach to ensure the optimum gas injection rate is achieved through surface operation and downhole multi-port functionality. While paving the way to other areas where the concept could prove useful as well. We present field unloading procedures, optimization options and well performance enhancements with the newly available data that was able to be gathered. Operational and design improvements were successfully implemented by the team and the operator from the documented lessons. Novel/Additive Information First wells successfully installed in the Unconventional plays in the US, proving that the technology can become a nice fit in the operator's toolbox when dealing with rapid changing conditions and steep declines in production rates coupled with higher Gas Liquid Ratios such as unconventional reservoirs." @default.
• W4387447207 created "2023-10-10" @default.
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• W4387447207 date "2023-10-09" @default.
• W4387447207 modified "2023-10-11" @default.
• W4387447207 title "Surface-Controlled Digital Intelligent Gas Lift Valve Technology Deployed in North American Unconventional Producing Wells. Lessons Learned After Field Trials and the Path Ahead" @default.
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• W4387447207 doi "https://doi.org/10.2118/214939-ms" @default.
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