作为动态岩石物理参数的相对渗透率,利比亚西北部加达米斯盆地瓦法油田

A. Basal, Mohammad Sarhan, Mostafa Alfarog, Ahmad El Bahrawy
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引用次数: 0

摘要

Ghadames 盆地是利比亚第二大产油盆地。Al Wafa 油田是 Ghadames 盆地的天然气和石油生产商之一。本次调查的目的是评估利比亚加达米斯盆地 Al Wafa 油田的 Aouinet Uennin Formation (F3) "B" 砂岩,特别是 A37-NC169a 井。测井分析表明,最上层 F3B 砂岩的含水饱和度低于 30%,这反映了其优越的储层潜力。研究结果表明,水的相对渗透率和断水值等于零,而油的相对渗透率为 100%,这证实了该区间处于不可还原状态。所应用的 J 函数技术证实了 F3B 上单元 1 的优质储层性能,其计算 J 值较低 (< 3.48),反映了毛管压力较低和巨型孔隙的存在。计算得出的不可还原水饱和度为 22%,与获得的岩心数据相符。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Relative permeabilities as dynamic petrophysical parameters, Wafa Field, Ghadamis Basin, North West Libya
The Ghadames basin is the second-largest oil-producing basin in Libya. One of the gas and oil producers in the Ghadames basin is Al Wafa Field. The purpose of this investigation is to assess the Aouinet Uennin Formation (F3) "B" sandstone in the Al Wafa field, Ghadames Basin, Libya, specifically in the A37-NC169a well. The well-logging analysis revealed that the water saturation of the upper-most F3B sandstone is less than 30% reflecting its superior reservoir potentiality. The findings showed that the relative permeability to water as well as the water cut value equal zero while the relative permeability to oil is 100%, which confirm that this interval is at irreducible state. The applied J function technique approved the high-quality reservoir performance of F3B Upper Unit 1 with low computed J values (< 3.48) reflecting the low capillary pressure and the presence of mega-pores. The calculated irreducible water saturation is 22%, which matches the obtained core data.
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