TY -的A2 - Ma,丹盟——朱,周原AU - Lei,郑东新区AU - Chen Zhangxin PY - 2018 DA - 2018/11/11 TI -注水管理使用混合方法Streamline-Based油藏井间流量信息和有限体积模拟SP - 5943082六世- 2018 AB -在这个工作中,我们为改善注水管理实现新软件结合经典有限体积储层模拟与流线追踪和相应的井间通量评估优化注水性能。在这里我们引入了两个基本模块:一个商业油藏模拟器和自己的流线追踪和注水管理项目。注水模拟仿真之前进行一定时间跨度停顿了一下,和流线跟踪程序叫做井间通量计算和调整注水性能更好的新井率。仿真之后继续直到到达下一个跟踪和调整点。两个模块迭代工作。流线跟踪程序的目的是跟踪流线在可压缩速度场和一般的角点网格系统nonneighboring连接。新注入利率调整根据各井的注入效率从井间多阶段通量计算。流线跟踪执行成功不仅简单几何角点网格情况下,也在严重指责现实下储层注水。调整注射后利率多次模拟中,我们通常观察减少现场含水高达5%和采油的增加在我们的测试用例。井间通量信息作为有效的诊断工具来确定注采井对水量很大的自行车。 All simulations conducted here are rigorously finite volume based, which takes into account the full physics of nonadvective processes such as gravity and capillary effects. In conclusion, we have implemented a streamline‐based waterflood management program which works iteratively and cooperatively with a commercial reservoir simulator, without switching to streamline simulation. It provides an effective solution for improving oil recovery in brown fields by combining the rigorous mathematical nature of finite volume simulation and the power of streamline-based flood management. SN - 1687-8086 UR - https://doi.org/10.1155/2018/5943082 DO - 10.1155/2018/5943082 JF - Advances in Civil Engineering PB - Hindawi KW - ER -