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A new method for quantitative calculation of the reservoir thickness

机译:一种新方法,用于定量计算储层厚度

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Thickness of reservoir has a direct and close contact with oil and gas exploration and development, reservoir thickness is directly related to success and failure of the exploration and development. The main problem of the Seismic exploration is the limit of the resolution, geophysical workers have done a lot work, but the effect has been not obvious. Mainly to the following questions: l,it is difficult to determine the boundaries of the reservoir; 2,the limits of the resolution still exists. In this paper, through the study of the high-resolution sequence Stratigraphy and fine calibration, we used the sequence boundary and flooding surface to build the initial model, and then the density inversion was done to indentify the oil and gas reservoir. On the basis of the inversion, the density ranges of the sandstone in the sequence were calculated through geostatistics, and then we correctly calculated the thickness of the sandstone in every sequence, in this way we not only solved the problem of reservoir boundaries, but also improved the resolution.
机译:储层厚度与石油和天然气勘探开发直接和紧密接触,水库厚度与勘探开发的成功和失败直接相关。地震勘探的主要问题是解决方案的极限,地球物理工人做了很多工作,但效果并不明显。主要是以下问题:L,很难确定水库的边界; 2,分辨率的极限仍然存在。本文通过研究高分辨率序列地层和精细校准,我们使用序列边界和泛洪面构建初始模型,然后进行密度反转以依附于油气储层。在反演的基础上,通过地质学,序列中砂岩的密度范围计算,然后我们在每种序列中正确计算砂岩的厚度,以这种方式,我们不仅解决了水库边界的问题,还可以解决改善了分辨率。

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