延长管材寿命的新途径

Austin J. Wells
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引用次数: 0

摘要

众所周知,地层具有很强的磨蚀性,可以迅速而严重地磨损钻杆管体。一旦管体壁不再符合使用管的要求,整个接头必须报废。提出了一种将牺牲磨损垫应用于钻杆管身的新方法,即采用专有的低热输入焊接工艺直接对钻杆管身进行硬带处理。采用专有的低热输入焊接工艺,对钻杆管身进行了安全的硬带处理。这为管道与磨料地层创造了新的、凸起的接触区域。由这种硬带组成的两个耐磨带为管体创建了一个耐磨垫,将其整体耐磨性提高了15倍,套管友好性提高了3倍。应用程序本身通过冶金测试进行验证,包括先进的硬度映射,拉伸测试和无损检测方法。在此测试之后,进行了多次现场试验,为耐磨垫的有效性提供了案例研究。在美国,三家独立的油气勘探与生产(E&P)公司在不同地层中都遇到了钻杆管身磨损的问题。为了解决这个问题,每个E&P公司使用专有的低热输入焊接工艺将耐磨垫应用于钻杆样品组。在钻井作业前后对钻杆进行了测量,以确定磨损垫是否按计划保护了钻杆。此外,对磨损垫进行了无损检测,以确定是否存在裂纹。在所有三个案例研究中,耐磨垫都有效地保护了钻杆的管体,防止了磨损。这证明了耐磨垫是一种具有成本效益的解决方案,可以保护管柱免受井下磨损条件的影响。这种改进焊接方法的新颖之处在于,它可以经济地保护钻杆,否则钻杆将因管体磨损而报废。这延长了钻杆本身的使用寿命,这对钻杆所有者和租赁或拥有钻杆的勘探开发公司来说是非常有价值的。此外,与不受保护的套管相比,用于耐磨垫的硬箍对套管更加友好,这对勘探开发公司来说也非常重要。
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A New Way to Extend the Life of Pipe
It is well known that formations can be very abrasive, and can quickly and severely wear drill pipe tube bodies. Once the body wall of the tube no longer meets requirements for used pipe, the entire joint must be scrapped. A new method of applying sacrificial wear pads to drill pipe tube bodies is presented, by using a proprietary low heat input welding process to apply hardbanding directly to drill pipe tubes. Using a proprietary low heat input welding process, hardbanding was safely applied to drill pipe tube bodies. This created new, raised contact areas for the tubes with the abrasive formation. Two wear bands consisting of this hardbanding create a wear pad for the tube body, improving its overall wear-resistance by up to 15 times and casing-friendliness up to 3 times. The application itself was validated through metallurgical testing, including advanced hardness mapping, tensile testing, and non-destructive inspection methods. Following this testing, multiple field trials were performed, which provided case studies for the effectiveness of the wear pads. Three separate oil and gas Exploration & Production (E&P) companies were having issues with tube body wear of drill pipe in various formations in the USA. To address this, wear pads were applied to a sample set of drill pipe for each E&P company using a proprietary low heat input welding process. Measurements were taken from the drill pipe before and after drilling activities to determine if the wear pads protected the pipe as planned. In addition, non-destructive testing was performed on the wear pads to determine if any cracks existed. For all three case studies, the wear pads effectively protected the tube bodies of the drill pipe, preventing them from wearing. This proved that the wear pads were a cost-effective solution for protecting pipe from abrasive conditions downhole. The novelty of this improved welding method is that it allows for the economical protection of drill pipe that would otherwise be scrapped due to tube body wear. This extends the life of the drill pipe itself, which is of great value to owners of drill pipe and E&P companies that rent or own strings. Furthermore, the hardbanding used for the wear pad is far more casing-friendly than the unprotected tube, which is also very important to E&P companies.
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