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Formation evaluation of fractured basement, Cambay Basin, India

机译:印度坎贝盆地裂缝性地下室的地层评价

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Unconventional reservoirs such as fractured basalts, shale gas and tight sand are currently playing an important role in producing a significant amount of hydrocarbon. The Deccan Trap basaltic rocks form the basement of the Cambay Basin, India, and hold commercially producible hydrocarbon. In this study two wells drilled through fractured basalts are chosen for evaluating the lithology, porosity and oil saturation of the reservoir sections. Well logs, such as gamma ray, high resolution resistivity, litho density, compensated neutron and elemental capture spectroscopy, have been used in cross-plotting techniques for lithology and mineral identification. Formation micro imagery log data have been analysed to quantify the fractures and porosity in the fractured reservoirs for a well in the south Ahmedabad block of the Cambay Basin. The results of the analysis of two wells are presented and discussed and they are found to be in good agreement with geological and production data.
机译:目前,非常规油藏,如裂隙玄武岩,页岩气和致密砂,在产生大量碳氢化合物方面起着重要作用。 Deccan Trap玄武岩形成了印度Cambay盆地的地下室,并容纳有商业生产的碳氢化合物。在这项研究中,选择了两个通过裂缝玄武岩钻探的井来评估储层的岩性,孔隙度和油饱和度。诸如伽马射线,高分辨率电阻率,岩石密度,补偿中子和元素俘获光谱等测井曲线已用于交叉绘图技术中,以进行岩性和矿物识别。已经对地层显微图像测井数据进行了分析,以量化Cambay盆地南部艾哈迈达巴德区块的一口井的裂缝储层中的裂缝和孔隙度。介绍并讨论了两口井的分析结果,发现它们与地质和生产数据非常吻合。

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