首页> 外文会议>Annual convention of the indonesian petroleum association >GAS LIFT TECHNOLOGY GUIDANCE FOR BETTER DECISION MAKING BASED ON 40 YEARS PROVEN IMPLEMENTATION FOR HANDIL FIELD, DELTA MAHAKAM
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GAS LIFT TECHNOLOGY GUIDANCE FOR BETTER DECISION MAKING BASED ON 40 YEARS PROVEN IMPLEMENTATION FOR HANDIL FIELD, DELTA MAHAKAM

机译:基于40年的Siment Field,Delta Mahakam的40年探明实施,加油技术指导

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Handil is a mature oil field with depletion challenge as it was produced since 1975. Today it still contributes 70% of Delta Mahakam oil production with 90% of wells are using gas lift. The 40 years evolution creates a firmly established gas lift system and strategy. Initial gas lift technology was dual string gas lift with Side Pocket Mandrel (SPM) for each string. Since deepening became the next option for optimization, Retrievable Gas Lift (REGAL) was initiated to improve lifting capacity: . Gas Lift Macaroni (GLM), Siphon String, GLD assembly, and Gas Lift Pack-Off (GLPO) each with different economic and well configuration consideration. Evolution in gas lift was also triggered by reservoir management which changed by time, where dedicated gas well should be adapted to produce oil reservoirs. Re-completion with smaller SPM tubing, GLPO, and GLM could be installed to optimize remaining potential. Gas lift could also be implemented for gas wells to solve liquid loading problem. Future gas lift wells in Handil are tubingless type with Mono Trip Gas Lift (MTGL) which significantly reduce completion cost. Gas lift design method is also evolving. From initially paper-based to digital computer-based method, and recently comprehensive field integrated model for injected gas allocation and priority. This summary of 40 years proven artificial lift technology provides references for better decision making to have maximum oil recovery for others new and mature oil field developments, to continue the production at recent economic challenges.
机译:HINGSIL是一种成熟的油田,自1975年以来生产的枯竭挑战。今天它仍然贡献了70%的三角洲石油生产,90%的井正在使用燃气升力。 40年的演变创造了一个坚定的燃气升力系统和战略。初始气体升力技术是双弦气升力,每个弦侧袋心轴(SPM)。由于深化成为优化的下一个选项,因此启动了可检索的气体升力(富豪)以提高提升能力:。燃气升降通心粉(GLM),SIPHON字符串,GLD装配和燃气升降包(GLPO),每个都具有不同的经济和良好的配置考虑。天然气升降机的演变也被储层管理触发,随着时间的推移而变化,其中专用的气体适当地适应生产油储存器。可以安装较小的SPM管,GLPO和GLM,可以安装GLPO,以优化剩余的潜力。也可以为气井实施气体升力以解决液体装载问题。 HINEIL中的未来气体升力井是无线型轨道燃气升降机(MTGL),显着降低完成成本。气体升力设计方法也在发展。从最初的纸张基于数字计算机的方法,最近的综合现场集成模型,用于注入气体分配和优先级。本发明概述了40年的经过验证的人工升力技术为具有最大的储蓄的新的和成熟的油田开发来提供更好的储蓄,以便在最近的经济挑战中继续生产。

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