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Comparison between spreadsheet and specialized programs in calculating the effect of scale deposition on the well flow performance

机译:电子表格与专业程序在计算水垢沉积对井流性能的影响方面的比较

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Formation damage is an undesirable operational and economic problem that causes a reduction in the productivity, skin damage, and decrease in well performance. Formation damage occurs during the various phases of oil and gas recovery from subsurface reservoirs including production, drilling, hydraulic fracturing, and work over operations. Formation damage assessment, control, and remediation are among the most important issues to be resolved for efficient exploitation of hydrocarbon reservoirs. Such damage is caused by various adverse processes, including chemical, physical, biological, and thermal interactions of the formation and fluids, deformation of formation under stress and fluid shear. This paper systematically presents an analytical model developed for predicting productivity of reservoir with incidence of scale deposition in the vicinity of horizontal and vertical wellbore. The objective of this study is comparison among the spreadsheet, Kappa Ecrin Saphir program, and Halliburton Wellford Pan System software in calculating the effect of scale deposition on the flow performance for several types of wells. The results of vertical, horizontal wells were close using Kappa Saphir and PanSystem, but far using the Excel program.
机译:地层损害是不期望的操作和经济问题,其导致生产率降低,表皮损害以及井性能下降。在从地下储层采油和采气的各个阶段,包括生产,钻探,水力压裂和整个作业期间,均会发生地层损害。地层损害的评估,控制和修复是有效开发油气藏要解决的最重要问题。这种损害是由各种不利过程引起的,包括地层与流体的化学,物理,生物学和热相互作用,应力和流体剪切作用下地层变形。本文系统地提出了一种分析模型,该模型用于预测水平井眼和垂直井眼附近水垢的沉积率。这项研究的目的是在电子表格,Kappa Ecrin Saphir程序和Halliburton Wellford Pan System软件之间进行比较,以计算水垢沉积对几种类型的井的流动性能的影响。使用Kappa Saphir和PanSystem可以得到垂直,水平井的结果,而使用Excel程序则不能。

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