Comparison of Log and Empirical High Function Saturation and It’s Effect on Volumetric Calculations

Benyamin Benyamin, M. Burhannudinnur, Dyah Ayu, Agus Guntoro, Ali Djambak, Fajar Hendrasto, R. Rendy
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Abstract

This paper discusses the comparison of the Saturation Height Function between the saturation calculation method based on log data using various equations such as Archie, Indonesia and Dual Water with the empirical method which is popularly used in the oil and gas industry, namely the Cuddy method. The advantages and disadvantages of each method will be discussed. Each method of calculating saturation with log data is compared with the Cuddy method to get an idea of ​​which geological conditions are most suitable for the Cuddy method. This study was carried out by modeling the well oil saturation height profile from an Oligocene well from the North West Java Basin of Indonesia. This well was chosen because it did not have complete data, only a series of Electrical logs and no conventional core and SCAL data. Apart from comparing each method on the well, this paper also compares volumetric calculations based on the resulting oil saturation height profile model.By comparing the results of each volumetric calculation, we can find out which method gives better results so that without core data we can still make STOIIP predictions quite validly.
对数高函数饱和度与经验高函数饱和度的比较及其对体积计算的影响
本文讨论了基于测井数据的饱和度计算方法与石油天然气行业普遍使用的经验方法(即卡迪法)之间的饱和度高度函数比较。我们将讨论每种方法的优缺点。将每种利用测井数据计算饱和度的方法与 Cuddy 方法进行比较,以了解哪些地质条件最适合使用 Cuddy 方法。本研究通过对印度尼西亚西北爪哇盆地一口渐新世油井的石油饱和度高度剖面进行建模。之所以选择这口井,是因为它没有完整的数据,只有一系列电测井记录,没有常规岩心和 SCAL 数据。通过比较每种体积计算方法的结果,我们可以找出哪种方法能得到更好的结果,这样在没有岩心数据的情况下,我们仍然可以进行相当有效的 STOIIP 预测。
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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