Providing Well Containment Equipment for HPHT Service

Billy Cowan, Jim T. Kaculi, G. Frazer
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Abstract

It is instructive to think about the current state of subsea well system design in its historical context. That is especially true if you look first at the earliest years, then at the years following the 1969 Santa Barbara blowout and spill, and then at the years following the Macondo blowout and spill. These last two periods illustrate both important similarities and important differences in equipment design, standardization, and regulation. This paper examines the advances in design, standardization, and regulation of subsea well control and well containment equipment. This progress has continued the conservative, step-wise advances that have characterized the history of the subsea drilling and well control industry. This paper uses as an example the recent project developing a new 20,000 psi/350F capping stack.
为高压高压服务提供密封设备
在其历史背景下思考海底油井系统设计的现状是有指导意义的。如果你先看看最初的几年,然后是1969年圣巴巴拉井喷和漏油事件之后的几年,再看看马孔多井喷和漏油事件之后的几年,情况就尤其如此。最后两个阶段说明了设备设计、标准化和监管方面的重要相似点和重要差异。本文探讨了水下井控和油井密封设备在设计、标准化和监管方面的进展。这一进展延续了海底钻井和井控行业历史上保守的渐进式发展。本文以最近开发的新型20000psi /350F封井装置为例。
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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