Vito项目:Vito油田开发

E. Sørgård, Elizabeth Anne Oko, John Isaac Baird, Jason Alexander Greenaway, Rob Rabei, Pradeep Pillai, Stacy Marie Fresquez
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引用次数: 4

摘要

Vito油田位于海拔4100英尺的水下,从海平面以下近3万英尺的水库中开采。维托于2009年在路易斯安那州新奥尔良西南约135英里处被发现。该项目经历了重大的油田开发战略调整,以在2015年的油价环境和未来的价格弹性中保持竞争力。Vito项目被视为运营商现有火星走廊的战略契合。Vito最初的开发策略是复制阿波马托克斯的大型项目,以最大化净现值和最终收益。然而,随着2015年市场的巨大变化,项目团队更新了设计理念,专注于资本效率。本文概述了修订后的Vito领域开发概念。与墨西哥湾其他油田相比,Vito油田具有同类最佳的资源密度,可以在一个钻井中心紧凑地开发8口海底井。这使得该项目无需在主平台上安装钻机,而是部署新一代深水钻机进行钻井和完井。由于Vito油田存在严重的钻井枯竭风险,导致该项目在第一次采油之前钻完所有8口井。为了提高井下气举的最终采收率,在低资本效率的情况下进行了设计。此外,研究人员还研究了火星走廊出口系统,并要求在石油和天然气方面消除瓶颈。本文是OTC 2023上Vito项目系列的一部分,其他论文在参考文献中列出。
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Vito Project: Vito Field Development
The Vito field is located in 4,100 feet of water producing from reservoirs nearly 30,000 feet below sea level. Vito was discovered in 2009 approximately 135 miles southwest of New Orleans, Louisiana. The project underwent major field development strategy change to remain competitive in 2015 oil price environment and price resiliency going forward. The Vito project was seen as a strategic fit to the operator's existing Mars Corridor. The original Vito development strategy was to build a clone of the mega-project of Appomattox to maximize Net Present Value and Ultimate Recovery. However, as the market changed vastly in 2015, the project team refreshed the design concept to focus on capital efficiency. This paper provides an overview of the overall revised Field Development Concept of Vito. Vito has best in class resource density when compared to other Gulf of Mexico fields, which allows for a compact field development of 8 subsea wells at a single drill center. This allowed the project to not include a drilling rig on the host platform and instead deploy a new generation Deepwater rig for drilling and completions. There is severe depletion drilling risk on Vito which led the project to drill and complete all 8 wells prior to first oil. To improve ultimate recovery with low capital efficiency in well bore gas lift was included in the design. In addition, the Mars Corridor export system was looked at and required debottlenecking on both the oil and gas side. This paper is part of a Vito Project series at OTC 2023, and the other papers are listed in the references.
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