首页> 外文会议>Conference on Nondestructive Characterization for Composite Materials, Aerospace Engineering, Civil Infrastructure, and Homeland Security >'The Use of Composite Materials Increase the Availability of Oil and Gas and Reduce the Cost of Drilling and Production Operations'
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'The Use of Composite Materials Increase the Availability of Oil and Gas and Reduce the Cost of Drilling and Production Operations'

机译:“复合材料的使用增加了石油和天然气的利用率,并降低了钻井和生产作业的成本”

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Recognizing the potential benefits, the oil exploration and production industry began to experiment with the field use of composite materials in the last half of the 1900's. Gradually, the inherent reluctance to move "unproven materials" into full operational applications is being overcome. Now, the increased price of crude and the need to locate and produce more oil and gas and to reduce associated costs are forcing an accelerated acceptance and use of composite materials in these operations. As a result, the cost of building, servicing, and maintaining drilling rigs and pipe lines is being reduced. "Thought to be depleted" oil and gas deposits are being revitalized. Technology currently in development and/or in the process of field trial demonstration are showing promise to provide enabling capability for obtaining greater reach in both extended reach and deep water drilling. Smart drill pipes and coiled tubing, able to provide both real-time communication from well head to drill bit and to similarly provide down hole power, have been demonstrated.This paper presents a summary of the current state of the use of composites in the Oil Patch and discusses areas of technology development which must be brought to fruition in order for the oil industry the reap full benefit, such as has been accomplished by the aerospace industry.
机译:意识到潜在的好处,石油勘探和生产行业在1900年代后半期开始尝试复合材料的现场使用。逐渐地,克服了固有的不愿意将“未经验证的材料”转移到完整的操作应用程序中的问题。现在,原油价格上涨以及对定位和生产更多石油和天然气以及降低相关成本的需求,迫使这些操作中加速接受和使用复合材料。结果,降低了钻机和管道的建造,维修和维护的成本。正在恢复“本应枯竭”的石油和天然气储藏。当前正在开发中和/或正在进行现场试验演示的技术显示出有望为扩展范围和深水钻探提供更大覆盖范围的能力。已经展示了智能钻杆和连续油管,它们既可以提供从井口到钻头的实时通讯,又可以提供井下动力。 本文概述了油补片中复合材料的使用现状,并讨论了必须实现的技术开发领域,以使石油工业获得充分的收益,例如航空航天业已经取得的成就。

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