Reservoir Subdivision and Prediction of Poisson's Ratio According to Wireline Data (Hawaz Reservoir, Libya): Case Study

Bahia M. Ben Ghawar, F. S. Elburas
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Abstract

Critical property that affects wellbore stability, perforation depths and hydraulic fracturing is Poisson’s Ratio (PR). Porosity and resistivity are the main petrophysic properties routinely are measured for any reservoir rock. In this approach utilize wireline data (GR, R, On and ρb) to classify shaly reservoir and predicate PR values. Therefore, range of shale content (over 20%) has PR over 0.2. while shale content (less than 20%) equivalent to PR equal to 0.18. According to variety of shale content percentage throw up change of PR values. This technique applied on one of major shaly sand reservoir rock, producer in Libyan oil fields, Hawaz at Murzuq basin, south-west of Libya; as a case study.
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基于电缆数据的油藏划分和泊松比预测(利比亚Hawaz油藏):案例研究
泊松比(PR)是影响井筒稳定性、射孔深度和水力压裂的关键参数。孔隙度和电阻率是任何储层岩石通常测量的主要物性。该方法利用电缆数据(GR、R、On和ρb)对页岩储层进行分类,并预测PR值。因此,页岩含量范围(20%以上)的PR值大于0.2。页岩含量(小于20%)PR = 0.18。根据页岩含量百分比的变化,抛出了PR值的变化。该技术应用于利比亚西南部Murzuq盆地Hawaz油田的主要页岩砂储层之一;作为案例研究。
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