采用集成资产建模方法启动企业数字化转型战略

Khor Siew Hiang, Petrunyak Volodymyr, Yevgen A. Melnyk, Prykhodchenko Oleksii, Stefaniv Viktor, Dogar Andrew, Ojukwu Michael, Viscaino Andres
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引用次数: 0

摘要

该公司探索了采用综合资产建模方法来启动其油气部门的企业数字化转型战略。除了集成的资产模型,数字化计划还包括预测性维护、油井性能优化以及针对日常生产操作和维护的流量保证顾问,为数字化油田(DOF)创造了一条途径。集成资产模型将是DOF实现和实施的主要支柱,它提供了针对短期、中期和长期规划的技术。采用经过验证的综合资产建模方法,可以将具有高保真物理油藏模型、多口相互依赖的井、管道网络、工艺设施模型的地质综合体无缝集成到一个平台上,以验证其现有的生产操作策略和油田开发计划。黑油油藏模型与历史匹配,生产网络模型具有详细的井筒和管道水力,并使用最新的试井数据进行校准。组合流体建模可以捕获网络中出现的任何流动保证问题,并将其映射到相应的工艺设施模型,其中定义了物理规范和操作约束。为所研究的资产开发了一个完全集成的资产模型,其中准备了液体/蒸汽表,以便将油藏模型(Ghorayeb和Holmes, 2005)分解为地面网络模型(Mora等,2015),同时在绘制之前验证生产网络和过程模型的流体模型,以确保流体保真度。这种集成资产模型的可用性与嵌入式电子表格程序结合了一些简单的经济计算,允许短期生产优化和长期资产规划的灵活性,其重点是提供所有重要的有价值的输入,以更好的现场管理,快速准确的决策,以及符合销售合同的过程单元的最佳安全运行。集成的资产模型为来自不同领域的工程师提供了一个平台,使他们能够通过统一的共同操作和计划目标进行协作。它能够在从孔隙到过程的整个油田层面上对生产操作策略和油田开发方案进行评估。定制的报告、连接到其他工具的能力,以及将结果推送到仪表板的能力,有助于启动企业的数字化转型战略。
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Adoption of Integrated Asset Modeling Approach to Kick-Start the Corporate Digital Transformation Strategy
The adoption of an integrated asset modeling approach was explored to kick-start the corporate digital transformation strategy for its oil and gas section. Besides the integrated asset model, the digital initiatives included predictive maintenance, well performance optimization, and a flow assurance advisor aimed at daily production operations and maintenance, creating a pathway to the digital oilfield (DOF). The integrated asset model would be the main pillar of DOF realization and implementation, its offered technology aimed at short-term, medium-term, and long-term planning. The adopted well-proven integrated asset modeling methodology enabled a geological complex with a high-fidelity physics reservoir model, multiple interdependent wells, pipeline networks, process facility models to be integrated seamlessly on a single platform for validation of its existing production operation strategy and field development plan. The black-oil reservoir model was history matched, and the production network models had detailed wellbore and pipeline hydraulics calibrated with the latest well-test data. The compositional fluid modeling allowed the capture of any flow assurance issues that arose across the networks, which were mapped to the corresponding process facility models with physical specifications and operational constraints defined. A fully integrated asset model was developed for the studied asset, where liquid/vapor tables were prepared for black-oil delumping (Ghorayeb and Holmes, 2005) of the reservoir models to surface network models (Mora et al. 2015), while fluid models of both production network and process models were validated before mapping to ensure fluid fidelity. The availability of this integrated asset model with an embedded spreadsheet program incorporating some simple economic calculations allowed the flexibility of short-term production optimization and long-term asset planning, which was focused to provide all the vital valuable inputs to better field management, fast and accurate decision making, and optimum safe operation of process units in meeting the sales contract. The integrated asset model offered a platform for engineers from different domains to collaborate with aligned common operational and planning objectives. It empowered assessments of production operation strategy and field development scenarios conducted at full field level from pore to process. The customized reporting, the ability to connect to other tools, and to push results to dashboards helped to kick-start the corporate digital transformation strategy.
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