加强防砂完井通量管理

John A. Cameron, K. Zaki, Colin Jones, Antonio Lazo
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引用次数: 0

摘要

利用完井细节、产量、油藏和井底流动压力,建立了一个概率通量和侵蚀模型和工作流程,沿井筒逐层估算通过防砂筛管流入的流量。然后,利用压力瞬变分析、试井和生产测井数据对模型进行校准和历史匹配。大量的实验室测试与计算流动动力学建模相结合,为许多不同类型的筛管提供了算法,将通量和出砂量与任何给定的未来生产剖面的预期使用寿命联系起来。通过平衡风险、速率和储量采收率,可以优化井的计划生产剖面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhanced Flux Management for Sand Control Completions
A probabilistic flux and erosion model and workflow has been constructed to estimate the inflow through sand screen on a foot by foot basis along the wellbore using the completion details, production rate, and reservoir and bottom hole flowing pressures. The model is then calibrated & history matched using well data from pressure transient analyses, well test and production logs as available. Extensive laboratory testing coupled with computational flow dynamics modelling provided the algorithms for a number of different screen types to relate flux and sand production to the expected service life for any given future production profile. This allows the well's planned production profile to be optimized by balancing risk, rate and reserves recovery.
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