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Reliability is key to developing deepwater RCPC

机译:可靠性是开发深水RCPC的关键

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摘要

A government-sponsored study is investigating if this technique can be transferred from onshore applications to a deepwater environment. In the 100+ years since the first offshore well was drilled in California's shallow waters during the late 1800s, offshore drilling technology in the US has advanced dramatically. The first offshore rigs were built on wooden piers that extended from land, but progressive development and investment has resulted in deepwater platforms and drillships that can operate more than 160 km (100 miles) offshore in water depths below 2,438 m (8,000 ft). In the near future, the industry is expected to drive exploration of this previously undrillable ultra-deep area. As developments in drilling technology increase the depth, reach, and overall complexity of deepwater wells, advances in the capabilities of completion tools, materials, and simulation software also are needed.
机译:政府资助的一项研究正在研究这种技术是否可以从陆上应用转移到深水环境。自1800年代后期在加利福尼亚的浅水区钻探第一口海上钻井以来的100多年中,美国的海上钻井技术取得了巨大进步。第一批海上钻机是在从陆地延伸的木墩上建造的,但是逐步的开发和投资导致了深水平台和钻井船可以在水下2,438 m(8,000 ft)深度下作业超过160 km(100英里)。在不久的将来,预计该行业将推动对该先前不可钻探的超深区域的勘探。随着钻井技术的发展,深水井的深度,范围和总体复杂性不断提高,完井工具,材料和模拟软件的功能也需要提高。

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