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GLOBAL ANALYSIS OF ULTRA-DEEPWATER DRILLING RISERS

机译:超深层钻井上升趋势的全球分析

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In recent years, the exploration activity of oil and gas industry in ultra deepwater is numerous. Global offshore industry is building systems today for drilling in even deeper water, progressively using new technologies, and significantly extending existing technologies. This is the general trend in the offshore oil and gas industry. So the technology of Ultra-Deepwater Risers, which is the main tool in drilling of oil, is more and more standard. This paper manly focuses on the global analysis of the drilling risers. And it is divided into two parts, operability analysis and hang-off analysis that are used to check the design of the Riser.In the paper, the following is discussed:1.Calculation of the rotation angle and stress of the Riser in the drilling mode, as well as the stroke of the telescopic joint;2.Determination of the operability envelop;3.Calculation of the rotation angle and stress of the Riser on the hang-off condition, and the telescopic joint's stroke;4.Determination of the number of the buoyancy module;5.Check all the worked out values according to the API standard.From all the above, it is obtained that the operability envelop is relatively small on the harsh condition and the number of the buoyancy modules is a little large. And above all, the design of this Riser is successful.
机译:近年来,石油和天然气工业在超深水领域的勘探活动众多。如今,全球海上工业正在构建用于在更深的水中进行钻探的系统,逐步使用新技术,并显着扩展现有技术。这是海上石油和天然气工业的普遍趋势。因此,作为石油钻探的主要工具的超深水提升器技术越来越标准。本文主要针对钻探立管的全局分析。它分为两个部分,可操作性分析和挂断分析,用于检查Riser的设计。 本文讨论了以下内容: 1.计算钻孔模式下立管的旋转角度和应力,以及伸缩缝的行程; 2.可操作性信封的确定; 3,计算悬吊状态下立管的旋转角度和应力,以及伸缩节的行程; 4,浮力模块数量的确定; 5.根据API标准检查所有计算出的值。 由以上所有可知,在恶劣条件下可操作性信封相对较小,并且浮力模块的数量略大。最重要的是,这款立管的设计是成功的。

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