Journey of Effectively Using Real-Time Production Surveillance Tool in Digital Transformation and Well, Reservoir and Facility Management Improvements

S. Sahu, C. Lauwerys, Zulfikri Abdullah, Mariana Jamil Muhammad, Divya Agrawal
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引用次数: 2

Abstract

In 2014, SPE-167857-MS was published highlighting how Real-Time Surveillance using the Shell proprietary Production Universe (PU) application helped to reduce deferment, improve production allocation, optimize test unit capacity, and track well operating envelope in Brunei Shell Petroleum BSP (company) operations in South East Asia. Since then, there has been significant progress in the application of PU to help the company meet Wells Reservoir Management (WRFM) requirements and Operational Excellence standards in areas such as Platform Production Reconciliation, Well Modeling, Production Estimation, and Exception based Surveillance helping the company to improve their Hydrocarbon and Energy Accounting. The wider introduction of the PU application in the allocation process significantly helped in Hydrocarbon Accounting (HCA), helping company's journey in moving from monthly to daily allocation and assisting to improve the field reconciliation factor (RF). The utilization of PU has also facilitated real-time monitoring of production parameters supporting engineers to safely and efficiently operate their wells within the Operating Envelopes while adhering to reservoir management guidelines. The optimization engine of the PU has been used to maximize the production of company contributing to two major success stories of Real-Time Condensate Optimization in a Gas-Constraint system and Gas Lift Optimization in a platform with limited lift gas availability amongst the producing wells. An Integrated Production Monitoring and Optimization System (IPMOS) provides asset-wide advice on optimally producing company's well within the constraints imposed by limitations on pipeline capacity, compressor throughput, and remote operability while satisfying customer demands. PU is additionally being used in Proactive Technical Monitoring (PTM) of rotating equipment to identify the critical parameters operating outside the set limits in an exception-based format. PU alerts & alarms have been configured in a wide range of operational monitoring such as Ensure Safe Production (ESP), Chemical Injection, Annulus Pressure Monitoring(APM), Control-Line pressure, Erosion-Corrosion Monitoring System(ECMS) to alert Production Engineers in case of any discrepancy or exception-based format for them to take remedial actions. This paper will explain how each of the above applications in PU has helped company in its journey of closing its gap to potential and achieving the digital transformation of its operations.
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在数字化转型和油井、油藏和设施管理改进中有效使用实时生产监控工具的历程
2014年,SPE-167857-MS发布,重点介绍了使用壳牌专有的Production Universe (PU)应用程序的实时监控如何帮助减少延迟,改善生产分配,优化测试单元容量,并跟踪文莱壳牌石油公司在东南亚的作业范围。从那时起,PU的应用取得了重大进展,帮助公司满足油井油藏管理(WRFM)的要求和卓越运营标准,如平台产量对账、井建模、产量估计和基于异常的监测,帮助公司改善其油气和能源会计。在分配过程中广泛引入PU应用,极大地帮助了油气会计(HCA),帮助公司从每月分配到每日分配,并帮助提高现场调节因子(RF)。PU的使用还有助于实时监测生产参数,支持工程师在遵守油藏管理准则的同时,在作业封隔层内安全高效地作业。PU的优化引擎已被用于最大限度地提高公司的产量,为两个主要的成功案例做出了贡献:在气体约束系统中的实时凝析油优化,以及在生产井中举升气可用性有限的平台中的气举优化。综合生产监控和优化系统(IPMOS)在满足客户需求的同时,在管道容量、压缩机吞吐量和远程可操作性的限制下,为公司的油井提供最佳生产建议。此外,PU还用于旋转设备的主动技术监测(PTM),以例外形式识别超出设定限制的关键参数。PU警报和警报已被配置在各种操作监控中,如确保安全生产(ESP)、化学注入、环空压力监测(APM)、控制线压力、侵蚀腐蚀监测系统(ECMS),以便在出现任何差异或异常时提醒生产工程师,以便他们采取补救措施。本文将解释PU中的上述每种应用程序如何帮助公司缩小其潜力差距并实现其运营的数字化转型。
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