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Integration of Petroleum and Reservoir Engineering Workflows in Production Database Management Systems

机译:石油和水库工程工作流程在生产数据库管理系统中的整合

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The Breagh tight gas field is located in the Southern North Sea and currently delivers gas from 8 wells via a normally unmanned installation (NUI) to a processing facility in Teesside. In the coming years there is scope to install a second NUI and drill an additional nine wells. Platform and onshore sensors deliver high-frequency pressure, temperature, and flow rate data for each well, in addition to key facility data. The high volume and variable quality of this high frequency and real time data directly affects the way in which daily engineering activities are performed. Originally, the engineering team used conventional methods of data handling, storage and management, including manual manipulation, and spreadsheet computations. This was a time consuming exercise which led to excessive replication of data and a lack of audit trail behind the data used for any analysis. Allocation of field production to individual wells is a key production engineering workflow. The flow rate data is the prime input for every piece of analysis conducted by the reservoir engineering team; decline curve analysis, rate and pressure transient analysis, material balance and history matching the numerical simulation model. The results of this analysis directly impacts upon routine production strategy & optimisation, workovers, well planning, future development strategy and reserves. The platform Venturi flow meters have proven unreliable throughout the production life of Breagh, leading to the evaluation of several alternative allocation methods, all of which are manual and time intensive. This paper presents workflows for production data management and production allocation. Various production allocation methods are used and this paper demonstrates the impact of data accuracy on long-term development decisions, and short term interventions due to flow assurance issues. Thereby, the asset team can shift from a reactive, to a proactive position and generate value for the business.
机译:Breagh Tight Gas Filides位于南北南海,目前通过8个井中的汽油通过通常无人安装(NUI)到Teesside的处理设施。在未来几年内,安装第二个nui并钻取额外的九个井。除关键设施数据外,平台和陆上传感器还为每个孔提供高频压力,温度和流量数据。这种高频和实时数据的高容量和可变质量直接影响执行日常工程活动的方式。最初,工程团队使用传统的数据处理,存储和管理方法,包括手动操作和电子表格计算。这是一个耗时的锻炼,导致数据的过度复制和缺乏用于任何分析的数据背后的审计跟踪。对个人井的现场生产的分配是一个关键的生产工程工作流程。流量数据是水库工程团队进行的每一段分析的主要输入;曲线分析,速率和压力瞬态分析,材料平衡与历史匹配数值模拟模型。该分析的结果直接影响了日常生产战略和优化,讨论,规划,未来发展战略和储备。 Platfort Venturi流量计在整个Breagh的整个生产使用寿命中证明了不可靠,导致评估了几种替代分配方法,所有这些都是手动和时间密集的。本文介绍了生产数据管理和生产分配的工作流程。使用各种生产分配方法,本文展示了数据准确性对长期发展决策的影响,以及由于流量保证问题导致的短期干预。因此,资产团队可以从反应转移到主动位置并为业务产生价值。

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