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Using full-azimuth imaging and inversion in a Belarus salt dome tectonic regime to analyze fracturing in Upper Devonian intersalt and subsalt carbonate reservoirs

机译:在白俄罗斯盐穹构造构造条件下使用全方位角成像和反演分析上泥盆统间盐和盐下碳酸盐岩储层的压裂

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摘要

An analysis of recent publications, together with the results of the European Association of Geoscientists & Engineers (EAGE) and EurAsian Geophysical Society (EAGO) exhibitions, reveals an unequivocal trend towards an increase in information content and accuracy of fracture predictions made using full-azimuth seismic acquisition and processing technology. This trend is notable in oil and gas fields in carbonate and terrigenous reservoirs within the countries of the Commonwealth of Independent States (CIS), where major oil companies such as Gazprom, Gazpromneft, Lukoil, Novatek, etc., are already conducting work of this type. This trend has also been observed abroad, but on a larger scale. The number of successfully completed projects is sufficient to confirm a surge in the use of higher density and richer seismic azimuth surveys in the coming decades.
机译:对最新出版物的分析以及欧洲地球科学家和工程师协会(EAGE)和欧洲亚洲地球物理学会(EAGO)展览的结果,揭示了使用全方位角进行裂缝预测的信息含量和准确性的明确趋势。地震采集与处理技术。这种趋势在独立国家联合体(CIS)国家的碳酸盐岩和陆源油藏的油气田中尤为明显,那里的主要石油公司,例如俄罗斯天然气工业股份公司,俄罗斯天然气工业股份公司,卢克石油公司,诺瓦泰克公司等,已经在开展这项工作。类型。在国外也观察到了这种趋势,但是规模更大。成功完成的项目数量足以证实在未来几十年中使用更高密度和更丰富的地震方位勘测的浪潮。

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