首页|基于信息集成的海上油田精细注采实践

基于信息集成的海上油田精细注采实践

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油田开发信息集成技术支撑下的精细注采是实现挖潜增产的有效手段.针对海上L油田开发面临的注采矛盾和复杂开发状况,按照标准化集成思路构建了复杂多层油藏三维信息模型.模型以井轨迹坐标点为载体将钻井、测井、完井、测试和产注量等5种数据类信息向井筒方向集成,以储层坐标点为载体将构造、地质和油藏研究成果等3种认识类信息向储层方向集成,利用节点连接实现了井筒信息和储层信息的智能匹配.通过目标函数的嵌入,对集成信息进行调用计算和可视化分析,上述模型可完成多层复杂油田的注采动态精细分析与指标预测.L油田实践表明,该技术可有效指导增产措施优选与开发方案优化,帮助提升油田开发决策水平.
Practice of fine injection-production in offshore oilfield based on information integration
Fine injection production supported by oilfield development information integration technology is an effective means to tap potential and increase production.Aiming at the injection-production contradiction and complex development situation faced by the development of offshore L Oilfield,a three-dimensional information model of complex multi-layer reservoir was constructed according to the idea of standardized integration.Five kinds of data,including drilling,logging,completion,testing and production-injection,were integrated into the wellbore model with well trajectory coordinate points as the carrier,and three kinds of knowledge information,including structure,geology and reservoir research results,were integrated into the reservoir model with reservoir coordinate points as the carrier.The intelligent matching of wellbore model information and reservoir model information was realized by using node connection.By embedding the objective function,calling and calculating the integrated information and visual analysis,the above model could complete the fine analysis of injection-production performance and index prediction of multi-layer complex oilfields.The practice in L Oilfield showed that this technology could effectively guide the optimization of stimulation measures and development plans,and help improve the level of oilfield development decision-making.

information integrationdata platform3D modelobjective functionstimulation measures

徐中波、姜立富、刘英宪、胡治华、张章

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中国海洋石油集团有限公司,北京 100010

中海石油(中国)有限公司天津分公司,天津 300459

信息集成 数据平台 三维模型 目标函数 增产措施

国家重大科技专项

2016ZX05058001

2024

长江大学学报(自科版)
长江大学

长江大学学报(自科版)

影响因子:0.335
ISSN:1673-1409
年,卷(期):2024.21(1)
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