Pressure Transient Analysis By Using Ms. Excel Sheet And Computer Programming

Essa M Tabar, A. Nasar, Tariq Basher
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Abstract

Paper shows an effective using of two programs (MS Excel and computer programming) to analysis the pressure build up test data. The programs were used to determine the best infinite-reservoir acting by the relationship which between the shut-in pressure and logarithm of the shut-in time. The purpose of well test analysis is to identify the type of reservoir involved and to determine the parameters of the reservoir quantitatively. Data from one well, has been analyzed by application of modern well-test analysis techniques, such as derivative analysis and computer programming, in addition to the conventional log-log and semi-log methods, and then double check by using Type curve matching. MS Excel sheet and computer programming are using to identify: Wellbore storage effect, Middle time region “ straight line”, Late time region “ boundary effect”, and then calculate the permeability and skin factor. The results of two programs shows that the well is located near a sealing fault. Hence, they indicate that Horner method is the most accurate than derivative methods.
利用Excel表格和计算机编程进行压力瞬态分析
本文介绍了利用MS Excel和计算机编程两种程序对压力累积试验数据进行分析的方法。利用该程序根据关井压力与关井时间对数的关系确定最佳无限油藏。试井分析的目的是确定所涉及的储层类型,并定量确定储层的参数。在常规测井、半测井方法的基础上,应用导数分析、计算机编程等现代试井分析技术对单井数据进行分析,并采用型曲线拟合进行复核。利用MS Excel表格和计算机编程对井筒储集效应、中期“直线效应”、后期“边界效应”进行识别,进而计算出渗透率和表皮系数。两个程序的计算结果表明,该井位于封闭断层附近。因此,它们表明霍纳法比导数法更精确。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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