完整的论文定义了优化油井诊断调查的条件，从而可以保护资源并最大限度地缩短油井故障的响应时间。它还描述了针对常见井障故障的无钻机解决方案以及从运营商现场试验中吸取的经验教训。该信息对于旨在优化持续环空压力 (SAP) 井管理流程的公司来说非常有价值。本文的主要目标是确定仅从表面数据即可识别出故障屏障元件的场景。
油井诊断活动可分为两类：地面活动和地下活动（油井干预）。常见的表面调查活动包括以下内容：
地下井诊断可能包括以下内容：
对于完整性过早失效的井（当失效发生在最后一次钻机进入后 10 年内），实施了新的 RCA 流程。
The complete paper defines the conditions for optimized well-diagnostics investigation, allowing preservation of resources and minimization of response time to well failure. It also describes a rigless solutions for common well-barrier failures and lessons learned from the operator’s field trials. This information is valuable for companies aiming to optimize their sustained annulus pressure (SAP) well-management process. The main objective of the paper is to identify scenarios in which the failed barrier element can be recognized from surface data alone.
Well-diagnostic activities can be divided into two classifications: surface activities and subsurface activities (well interventions). Common surface investigation activities include the following:
Subsurface well diagnostics may include the following:
For wells with premature integrity failures (when the failure occurs within 10 years of the last rig entry), a new RCA process was implemented.
