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Staged Risk-Based Approach for Assessing Erosion Resistance of SAGD Flow Control Devices

机译:用于评估SAGD流量控制装置的抗腐蚀性的基于风险的方法

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SAGD operators are actively installing Inflow Control Devices (ICDs) in their SAGD production wells to enable production at low or ‘negative’ subcool values in order to maximize drawdown, increase fluid production rates and optimize SAGD economics. Operating the wells under higher vapour conditions could expose the ICDs to high velocity steam carrying sand particles, causing erosion and liner failure. A staged approach has been developed for assessing the relative erosion risk of candidate ICDs, including a stage one qualitative assessment, followed by analytical erosion calculations and Computational Fluid Dynamics (CFD) modeling.
机译:SAGD运营商正在主动安装流入控制设备(ICD),以便在SAGD生产井中安装,以便在低压或“负”借助极值下生产,以最大限度地提高缩减,提高流体生产率并优化SAGD经济学。在较高的蒸气条件下操作井可能将ICDS暴露于高速蒸汽携带砂粒,导致侵蚀和衬垫故障。已经开发了一种用于评估候选ICD的相对侵蚀风险的分阶段方法,包括阶段定性评估,其次是分析侵蚀计算和计算流体动力学(CFD)建模。

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