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Development and Implementation of a Multidimensional Reservoir Souring Module in a Chemical Flooding Simulator

机译:化学驱模拟中多维储层求解模块的开发与实现

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摘要

Reservoir souring is an after-production phenomenon in reservoirs that are subjected to seawater injection. Souring can damage the reservoir rocks, pro-duction facilities, and the environment. In order to predict the onset of reservoir souring, several models have been developed. Study of the published models for the reservoir souring prediction shows that there are many inconsistencies between the simulated results and field data. These differences are due to the capability of the models to consider the effective parameters in the porous media. In this study, we introduce a new model that has more features than previous models in simulation of generation and transportation of H_2S in reservoir for the purpose of field applications.
机译:在注入海水的水库中,水库变酸是一种后期生产现象。酸化会损坏储层岩石,生产设施和环境。为了预测储层酸化的开始,已经开发了几种模型。对已发布的储层含油量预测模型的研究表明,模拟结果与现场数据之间存在许多不一致之处。这些差异是由于模型考虑多孔介质中有效参数的能力所致。在这项研究中,我们引入了一个新模型,该模型具有比以前的模型更多的功能,可用于油田应用中的H_2S生成和运输模拟。

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