Effect of Some Chloride Salts on Swelling Properties of Expansive Soil

Magdi M. E. Zumrawi, Alla M. M. Mahjoub, Iman M. Alnour
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Abstract

This paper aims to provide a proposed correlation for Sudanese crude oil in order to estimate solution gas oil- ratio directly without depending on laboratory measurements.There are many correlations that were utilized for a number of international crude oils. However, because the components of crude differ from region to region, it is difficult to use any specified correlation for different regions and that is simply because each region has its own properties. The core hypothesis of this paper is to find that there is a correlation between the solution gas- oil ratios as a function of the physical properties of the critical temperature, critical pressure, normal boiling temperature, bubble point pressure and gas specific gravity. In these the logarithmic regression method on Microsoft Excel Statistics Package programme used to find this correlation. The obtained results should that there are coefficients for correlation pilot. The correlations were tested using laboratory data in order to justify their accuracy and usefulness using statistical tools and graphics. The results obtained well agreed with laboratory results .The results were compared with other values obtained from international correlations which are used to calculate the solution gas oil ratio.The study indicates that this new correlation can predict well the solution gas oil ratio for Sudanese crude oil when compared to any other known correlations.
某些氯化物盐对膨胀土膨胀特性的影响
本文旨在为苏丹原油提供一个建议的相关性,以便直接估计溶液气油比,而不依赖于实验室测量。对于一些国际原油,有许多相互关系被利用。然而,由于不同地区的原油成分不同,很难对不同地区使用任何特定的相关性,这仅仅是因为每个地区都有自己的属性。本文的核心假设是发现溶液气油比与临界温度、临界压力、正常沸点温度、气泡点压力和气体比重等物理性质之间存在相关性。在这些对数回归的方法中,使用Microsoft Excel统计软件包程序来寻找这种相关性。所得结果应具有相关导频系数。使用实验室数据测试相关性,以便使用统计工具和图形证明其准确性和有用性。计算结果与实验室计算结果吻合较好,并与国际上有关气油比计算结果进行了比较。研究表明,与其他已知的相关性相比,这种新的相关性可以很好地预测苏丹原油的溶液气油比。
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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