Technologies for Advancing Offshore Enhanced Oil Recovery Capabilities

E. Melchert, R. Long
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Abstract

Last year the Department of Energy (DOE) presented a description of the expansion of its research portfolio from one focused on research primarily for onshore applications to one that includes projects specifically for offshore application. That paper (OTC - 30469-MS) also included key research results for the portfolio beginning with projects initiated in 2007. This paper follows on that theme and presents an overview of the Department's current research portfolio focusing on recent-past learnings, current learnings, and research gaps identified from the projects in the current research portfolio 2017-2023. Discussion includes projects that are sponsored by the Department as part of its public-private partnerships with principal investigators from industry and academia, and those projects sponsored by the Department at its National Laboratories. The discussion also includes an overview of activities and projects jointly pursued by DOE and the Department of the Interior's Bureau of Safety and Environmental Enforcement (BSEE) pursuant to the July 2020 Memorandum of Collaboration signed by both agencies. Major insights presented in this paper focus on innovative mid-Technology Readiness Level (mid-TRL) technologies that will enable cost-effective enhanced oil recovery in deepwater and ultra-deepwater including insights for cement and wellbore integrity, flow assurance, life extension of offshore platforms and risers, sensors and telecommunications, early kick detection, chemical delivery, data analytics involving big data sets and modeling, and advanced sensors for EOR operations. Many of the projects reviewed in this paper are part of the portfolio of projects that are sponsored by the Department at the National Laboratories while at the same time includes projects that are cost-shared with private sector and research partners in academia. The breadth of the portfolio illustrates the overall approach of the offshore research portfolio especially for enhanced oil recovery. Recently the National Petroleum Council completed a study for the Secretary of Energy titled Meeting the Dual Challenge: A roadmap to at-scale deployment of carbon capture, use, and storage in which the potential for the use and potential long-term storage of CO2 used in enhanced oil recovery is considered for both onshore and offshore settings (NPC 2019).
提高海上采油能力的技术
去年,美国能源部(DOE)介绍了其研究组合的扩展情况,从主要关注陆上应用的研究扩展到专门针对海上应用的项目。该论文(OTC - 30469-MS)还包括从2007年启动的项目开始的投资组合的关键研究成果。本文遵循这一主题,概述了该部门目前的研究组合,重点关注2017-2023年当前研究组合中的项目中最近的过去的学习,当前的学习和研究差距。讨论的项目包括由能源部作为其与工业界和学术界主要研究人员的公私伙伴关系的一部分资助的项目,以及由能源部在其国家实验室资助的项目。讨论还包括能源部和内政部安全与环境执法局(BSEE)根据两机构签署的2020年7月合作备忘录共同开展的活动和项目的概述。本文提出的主要见解集中在创新的中等技术准备水平(mid-TRL)技术上,这些技术将使深水和超深水的石油采收率具有成本效益,包括水泥和井筒完整性、流动保障、海上平台和立管的寿命延长、传感器和电信、早期井涌检测、化学输送、涉及大数据集和建模的数据分析,以及用于EOR操作的先进传感器。本文中审查的许多项目都是由该部门在国家实验室赞助的项目组合的一部分,同时也包括与私营部门和学术界研究伙伴分担成本的项目。该组合的广度说明了海上研究组合的整体方法,特别是提高石油采收率。最近,美国国家石油委员会为能源部长完成了一项名为《应对双重挑战:大规模部署碳捕集、利用和封存路线图》的研究,其中考虑了陆上和海上环境中用于提高石油采收率的二氧化碳的使用和潜在长期封存的潜力(NPC 2019)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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