问题 |
E3S网页汇编
卷积3752023
8线程能源科学应用国际会议 |
|
---|---|---|
文章号 | 01014 | |
页数 | 4 | |
段内 | 化石能源和地质工程 | |
多尔市 | https://doi.org/10.1051/e3sconf/202337501014 | |
在线发布 | 2023年3月27日 |
固定点持续监测系统油田骨架应用
石油生产厂Daqing油田公司LTD公司Daqing163511
Aiming at fixed monitoring well point in oil field monitoring deployment chaotic, block monitoring percentage change is big, suitable for lack of contrast data, and poor adaptability to changes in the cost problem, plane layout, well pattern deployment, give attention to two or morethings injection-production differences, etc., to determine the skeleton designated strip continuous monitoring, use the statistical methods such as cluster analysis, deep learning, combining with the field dynamic data changes, To optimize the deployment of well points, determine the principle of "skeleton well fixed continuous monitoring, nonskeleton well according to demand", establish skeleton fixed continuous monitoring system, achieve the purpose of saving monitoring costs and improving the accuracy of reservoir evaluation.研究结果显示,骨架定点连续监控系统满足总水库评价需求,更多通过规则部署一定百分比骨架水口点和固定位置监控稳定性可与数据连续性比较,确保评价精密水库框架,同时使用非框架变化监控良好平衡监控比例、键和关键成本块并强适配通过研究和现场实践证明,骨架定点连续监测系统将油田监测部署与传统地质剖面分析模式相结合,并实现三大系统框架的聚变应用:动态监测、地质静态模拟和数值模拟,这有助于促进水库精确网格管理过程
关键字 :Skeleton监控/定点连续/集群分析/监控比/ Well点选择
必威西汉姆赞助2023年EDP科学出版
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