本文介绍了 Culzean 油田（北海中部的高压/高温 (HP/HT) 凝析气田）六口井的预测磨损与实测磨损情况。整篇论文的重点是监测和分析过程，特别是如何使用偏移数据来提高套管磨损预测的准确性。
Culzean油田的油井很深，测量深度（MD）为15,000-16,500英尺，呈J形，帆角较小（倾角30-40°）。这些特征导致在堆积处产生显着的拉力载荷，并且可能在垂直截面的计划外曲率处产生显着的拉力载荷。加上可能的高旋转时间，这些因素造成了套管高磨损的相当大的风险。
此外，还存在具有挑战性的压力状态。
This paper presents predicted vs. measured wear for six wells in the Culzean field, a high-pressure/high-temperature (HP/HT) gas condensate field in the central North Sea. The focus of the complete paper is on the monitoring and analyzing process, particularly how to use offset data to improve accuracy of casing-wear prediction.
Wells in the Culzean field are quite deep, with a measured depth (MD) of 15,000–16,500 ft, and are J-shaped with a slight sail angle (inclination 30–40°). These features result in significant tension loads at the buildup and, potentially, at unplanned curvatures in the vertical section. Combined with possibly high rotating hours, these factors create a considerable risk of high casing wear.
Additionally, a challenging pressure regime is present.
