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Tackling Watercut History Matching Challenges for Proximal Wells-A Niger Delta Case Study

机译:解决西方历史匹配近端井的挑战 - 尼日尔三角洲案例研究

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This paper reviews a history matching case study of a reservoir with two oil producers located proximally in the same reservoir,with a slight vertical offset.This proved challenging to match due to the significant difference in the water production trends.This study highlights the methodology taken during the history matching process to identify the key element(s)responsible for the marked difference in water cut trends.The objective of this paper is to share steps taken in identifying the variables responsible for the observed behavior and showcase the results of key tests on variables in the reservoir during the history matching process.Details of the investigative process undertaken to identify the defining variable/element impacting the water production performance will be shared with lessons learned from the process itemized.The history match efforts revealed that the difference in water production signatures seen from both wells close to each other was because of the contrast in reservoir static properties which occur between the wells.This prompted a revisit of the seismic data for the region,which corroborated the updated reservoir understanding.Following these learnings,the history match project was completed and resulted in the optimal placement of a new development producer well.Initial production results from the new development well matches closely to the model forecasts,further validating the model parameters and stratigraphic inferences.A key lesson learned from this project is that localized history matching difficulty is best tackled by first reviewing drilling and completion data for the area of interest,the initial test data and a revisit of the stratigraphic concept use in the earth modelling phase of the project.As a best practice,thorough investigation of stratigraphic concepts for the reservoir alongside analog reservoirs will help in a more accurate first-time description for the reservoir.
机译:本文审查了一个历史匹配案例研究储层,两个石油生产商位于同一水库近端,具有轻微的垂直偏移量。由于水生产趋势的显着差异,这一证明匹配挑战。本研究突出了所采取的方法在历史匹配过程中,识别负责水削趋势标记差异的关键元素。本文的目的是分享识别负责观察到的行为的变量的步骤,并展示关键测试的结果历史匹配过程中的储库中的变量。对影响水资源生产绩效的定义变量/元素进行的调查过程中的算法将与从该过程中逐项中学到的经验教训共享。历史匹配努力揭示了水产的差异从彼此靠近的井中看到的签名是因为对比在井之间发生的储层静态属性。该地区的地震数据促成了对更新的水库了解的地震数据的重新审视。历史匹配项目的历史匹配项目完成了这些学习,并导致了新的开发生产者的最佳放置。新的发展结果来自新的发展良好匹配的模型预测,进一步验证了模型参数和地层推断。从这个项目中吸取的重点课程是通过首先审查钻井和完成数据,最好地解决了本地化的历史匹配难度。兴趣领域,初始测试数据和地层概念的重新访问项目的地球建模阶段.As最佳实践,彻底调查水库的地层概念以及模拟水库的地层概念将有助于更准确的首次准确水库的描述。

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