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Injection Scheme Optimization of Foam Profile Control on Block S103

机译:S103泡沫轮廓控制的注射方案优化

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Facing problems with oil production decreasing quickly and water content increasing gradually in S103 well area, the Foam Profile Control was studied on the basis of its confirmed agent formula. The facies-controlled geological model of S103 well area was generated using random model based on Petrel software and using numerical simulation based on CMG software. Gas liquid alternating injection pattern was optimized as the optimal solution through the simulation optimization. Two months are optimized as the optimal solution through the simulation optimization. The cumulative oil production is 0.933 × 107 kg which is higher than the value of subsequent water flooding and the other three. Finally, it reaches the goals of slowing down the production decline and controlling the water rising.
机译:面对S103井区采油量迅速减少,含水量逐渐增加的问题,在确定的制剂配方的基础上研究了泡沫剖面控制技术。利用基于Petrel软件的随机模型和基于CMG软件的数值模拟,建立了S103井区的相控地质模型。通过模拟优化,优化了气液交替注入方式,作为最优方案。通过模拟优化将两个月作为最佳解决方案进行优化。累计产油量为0.933×107公斤,高于随后的注水量和其他三个注水量的值。最后,它达到了减缓产量下降和控制水上升的目标。

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