调试先进的提升技术,减轻选择性修井带来的挑战——一种革命性的方法

Abdul Naser Abdulla Al Mulla Al Shehhi, Alauddin Mohamed Abou Draz, T. N. Mahboob, P. Agnihotri
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引用次数: 0

摘要

自2014年以来,ADNOC陆上公司充分利用了提升机的潜力,在5年的商业计划期内,每年可节省4 - 6个钻井时间,并节省了成本。在此期间,我们面临着许多挑战和复杂性,主要是在打捞作业期间,导致完井作业失败。通常需要提升机干预的其他因素和挑战包括:Thammama B区井(高含水)推动被腐蚀的鱼完成塞塞并放弃部分塞塞并放弃未来侧轨所需等待常规钻机到达干预作业我们在业务开发阶段面临的主要挑战是由于打捞作业的复杂性而失去了大量的产油井,因此提升钻机无法钻井或侧轨这些井。这将导致延迟恢复生产的要求,并达到油田的目标,因为这些井应该安排在常规钻机干预下。为了优化提升机的能力和性能来克服这个问题,我们必须根据优先级和成本效益选择标准进行优化,这将有助于节省钻机时间和成本。在ADCO过去2年的应用经验中,提升机的各种优势包括:运行刮刀、腐蚀和水泥粘结测井、钻机移动速度更快。单次完井的修井作业(压井、下旧完井和下新完井)准备重返井筒,并将侧钻塞放回7”尾管esp修井顶部。打捞和磨铣作业下7英寸回尾管。部分或全部弃井(非活动管柱)。定位和挤压水泥塞,挤压旧射孔,改变THS和x -质量树。解决可持续环空压力(SAP)试压套管完井及特殊完井,如气举岩心,本文介绍了在阿布扎比陆上油田优化提升机应用的方法,根据作业实验修改强化的选井标准,避免生产损失,以维持油田开发计划。这种实施策略有利于优化修井数量,在未来五年内,修井数量将会增加,从而有望节省钻机成本。此外,新的选择标准将创造“适合用途”的解决方案,以更少的时间和复杂性克服现有修井的这些挑战
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Commissioning Advanced Hoist Technologies to Mitigate Challenges Associated with Selective Workover Wells - A Revolutionary Approach
Since 2014, ADNOC Onshore has utilized the potential of hoists and commissioned its operational significance, which allowed saving in rig time (4 – 6 rig years per year over 5 years business plan period) and generating a cost saving opportunity. During this period we have faced many challenges and complications mainly during fishing operations which result in unsuccessful retrieval of the completion. Other factors and challenges that are commonly faced which require hoist intervention include: Old wells melted or corroded fish (Tubing + Casing)Reservoir Thammama Zone B wells (High water cut)Pushing the corroded fishComplete plug & abandonPartial plug & abandon required for future side trackWait on conventional rig arrival for intervention Main challenge we faced during our business development phase is losing number of oil producing wells due to fishing complications, therefore the hoist rig is not capable to drill or sidetrack such wells. This will result in delaying requirements to restore production and meet the field quota objective since the wells should be scheduled to conventional Rig intervention. In order to optimize the hoists capability and performance to overcome this issue, we have to optimize based on priority and cost-effective selection criteria which will support to save the rig time & cost. Various advantages of hoists applications experienced in the last 2 years in ADCO include: Running scraperCorrosion and Cement Bond LogsFaster rig move.Work-over well repairs for single completion (well-kill, pulling old completion and running new completion)Well preparation for re-entry and sidetrack plug back to top of 7'’ linerESP work-over. Pulled old ESP pumpsFishing and milling operationsRun 7 "tie back liners.Plug and abandon wells partially or fully Abandonment (inactive string).Spotting and squeezing cement plugs and squeeze off old perforations, changing THS and X-mass tree.Cure Sustainable Annulus Pressure (SAP)Pressure test casingRun completion & special completion such as gas lift mandrels This paper presents methods of optimizing application of hoist in Abu Dhabi onshore fields by modifying enhanced well selection criteria based on the operation experiment and avoid production loss to sustain our field development plan. This implemented strategy benefit the optimization of number of workover wells which will increase in next five years scenarios, which in turn is expected to utilize rig cost savings. In addition, the new selection criteria will create "fit for purpose" solution to overcome these challenges of existing workover wells with less time and complication
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