论文部分内容阅读
在对比录井、测井、综合解释等资料与试油资料时常发现,判断为油层的储层,其试油结果却为水层;判断为干层的储层,其试油结果却为低产油气。另外,对于一些录井无油气显示的水层,却发现了油气运移后留下的痕迹。针对这些问题,该文通过模拟地下油水的存在状态,配制了一系列油水样品,进行了荧光显微镜观察,总结出了油水镜下荧光特征,并进一步研究吐哈盆地各类储层的荧光特征.最后得出判断储层油水性规律。
In contrast to logging, logging, comprehensive interpretation of data and test oil, it is often found that the reservoir is judged to be oil-bearing but the result of the test is water; if the reservoir is judged to be dry, its test oil yield is low Oil and gas. In addition, for some wells without oil and gas show the water layer, but found traces of oil and gas left behind. In response to these problems, a series of oil-water samples were prepared by simulating the existence of subsurface oil-water. Fluorescence microscopy was used to observe the fluorescence characteristics of oil-water microscopy, and the fluorescence characteristics of various reservoirs in Turpan-Hami basin were further studied. The final judgment of reservoir oil and water laws.