Acoustic tomography for monitoring enhanced oil recovery
Acoustic tomography for monitoring enhanced oil recovery
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DOI：
10.1190/1.1439605
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发表时间：
1989-02
期刊：
影响因子：
3.3
通讯作者：
J. Justice;A. Vassiliou;S. Singh;J. Logel;P. A. Hansen;B. R. Hall;P. Hutt;J. J. Solanki-J.
中科院分区：
文献类型：
--
作者：
J. Justice;A. Vassiliou;S. Singh;J. Logel;P. A. Hansen;B. R. Hall;P. Hutt;J. J. Solanki-J.
1984年，斯坦福大学的阿莫斯努尔教授在SEG年度国际会议上发表了一篇论文，报告了他的小组在几个油藏的重油砂样品中测量纵波和横波速度以及衰减的工作结果。虽然对所观察到的效果的解释尚不清楚，但结果表明，在饱和重油的砂中的声速和衰减强烈依赖于样品的加热程度。对许多听过这一介绍的人来说，这些观察显然可以为应用地球物理技术解决监测稠油油藏热强化采油项目中洪水前沿进展问题提供依据。从那时起，已经进行了一些重要的项目来测试理论，并试图验证实验室实验预测的结果。有理由说，到目前为止，结果有B.
In 1984, Professor Amos Nur of Stanford University presented a paper at the SEG Annual International Meeting in which he reported results from work carried out by his group to measure compressional and shear wave velocities, as well as attenuation, in samples of heavy oil sands from several reservoirs. Although the explanation for the observed effect was not clear, the results suggested that acoustic velocities and attenuation in sands saturated with heavy oils are strongly dependent on the degree of heating of the sample. To many who heard that presentation, it was apparent that these observations might provide the basis for applying geophysical technology to the problem of monitoring the progression of flood fronts in thermal enhanced oil recovery (EOR) projects in heavy oil reservoirs. Since that time, a number of important projects have been carried out to test the theory and to attempt to verify the results predicted by the laboratory experiments. It is reasonable to say that results, to date, have b...