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3D Modeling of the Arab Formation (Maydan Mahzam Field, Offshore Qatar): An Integrated Approach

机译:阿拉伯形成的3D建模(Maydan Mahzam Field,离岸卡塔尔):综合方法

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The Late Jurassic Arab Formation consists of complex carbonate and evaporite facies associations deposited along ramps and intra-shelf Arabian basins, which form large hydrocarbon fields. Most of the time, the 3D reservoir characterization of such reservoirs is challenging, due to superimposed diagenetic overprints. The aim of this paper is to present an integrated approach using original rock-typing and modeling methods for the characterization of the four main reservoirs of the Arab Formation in Maydan Mahzam Field (Qatar).
机译:晚侏罗纪阿拉伯组成包括复杂的碳酸盐和蒸发相面,沿着坡道和境内阿拉伯盆地沉积,形成大烃场。大多数情况下,由于叠加的成岩叠印叠印,这种储存器的3D储存器表征是具有挑战性的。本文的目的是利用原始岩石打字和建模方法提出一种综合方法,以表征玛雅·马扎萨姆(卡塔尔)的阿拉伯地区的四个主藏。

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