Key Technology Qualification for Increasing Subsea Well Production via Drag Reducing Agents

A. J. Schroeder, J. Chitwood, J. Gillespie, Yung-Hee Lee, P. Hughes, J. Verdeil
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引用次数: 0

Abstract

Drag reducing agents (DRAs) are a cost-effective method to reduce pipeline pressure losses and maximize flowrates of onshore and offshore pipelines with over 40 years of proven results. With recent developments, production can also be significantly increased by injecting DRA into flow restricted subsea flowlines. This paper will provide a summary of the development and testing of a full-scale prototype subsea DRA storage and injection unit built to achieve the industry goal of alleviating flow restricted subsea pipelines. While DRA applications are proven in thousands of offshore and onshore applications, it has never been successfully injected subsea. System integration testing (SIT) is currently under way on the prototype unit, after which it will be qualified for offshore use. The technology is covered by numerous patents issued and pending in the US and other countries.
通过减阻剂提高海底油井产量的关键技术鉴定
减阻剂(DRAs)是一种具有成本效益的方法,可以减少管道压力损失,最大限度地提高陆上和海上管道的流量,已有40多年的实践证明。随着最近的发展,通过向流量受限的海底管线注入DRA也可以显著提高产量。本文将概述一种全尺寸原型海底DRA储存和注入装置的开发和测试,该装置旨在实现缓解海底管道流动受限的行业目标。尽管DRA在海上和陆上的应用已经得到了数千次的验证,但它从未成功地注入海底。原型装置目前正在进行系统集成测试(SIT),之后将获得海上使用资格。该技术已在美国和其他国家获得多项专利。
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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