First Ever Deployment of Production System Optimization Tool in Giant Carbonate Offshore Field in UAE - Laying the Foundation for Digital Oil Field

Mikhail Tcibulskii, Ivan Trofimenko, Marat Yagudin, A. Lodin, Vladimir Khohryakov
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Abstract

Lost circulation (LC) is commonly encountered in drilling and cementing operations and can significantly contribute to non-productive time (NPT). An operator in the Kyumbinskoe Field faced this challenge in a fractured production section of the formation, and conventional LC solutions had been ineffective at achieving strict regulatory top of cement (TOC) requirements and satisfactory cement bonding. This paper describes the experience of utilizing foam cementing technology as a primary solution to solve a lost circulation issue on the project. For this project a foam cementing solution was designed to meet operational parameters for cementing a production casing in one stage (multi-stage tool was eliminated). Use of foam cementing technology helped to minimize losses experienced in all cementing operations previously on this project. CBL results were also improved. All Customer requirements were met: Planned Top Of Cement (TOC)Minimum losses during cementing operationsRig time savingImproving CBL results.
首次在阿联酋巨型碳酸盐岩海上油田部署生产系统优化工具,为数字化油田奠定基础
井漏(LC)在钻井和固井作业中经常遇到,并且会严重影响非生产时间(NPT)。Kyumbinskoe油田的一家作业公司在地层的裂缝生产段遇到了这一挑战,传统的LC解决方案在达到严格的水泥顶(TOC)要求和令人满意的水泥粘合方面是无效的。本文介绍了利用泡沫固井技术作为解决该工程漏失问题的主要解决方案的经验。对于该项目,设计了一种泡沫固井解决方案,以满足一次固井生产套管的操作参数(取消了多级工具)。泡沫固井技术的使用有助于将该项目之前所有固井作业的损失降至最低。CBL结果也有所改善。满足了客户的所有要求:计划的水泥顶(TOC)固井作业期间的损失最小,节省了钻机时间,提高了CBL效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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