C. M. Smith, Seth Nolan, R. Edwards, C. Conrad, P. Gordon, T. Smith, Michael P Smith
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引用次数: 0
摘要
Hilcorp的Milne Point S-203于2019年钻探,目标是Ugnu组的生物降解重油,用于勘探和开发;该井是Ugnu第一口成功钻井、完井和常规生产的井之一。S-203穿过三个断块,与多个乌格努亚单元相交。通过岩石挥发物地层学(RVS)对主井和侧钻的岩屑进行挥发物分析,可以对不同亚单元的含油量、微生物活动和断层影响进行空间评估。利用RVS对井生命周期早期的采出油进行分析,并将两种RVS数据集与完井作业相结合,以评估整个井眼的产量贡献。这些结果为阿拉斯加北坡Ugnu稠油区的开发提供了重要的见解。
Evaluating Oil Quality and Microbial Activity Across Fault Blocks and Subunits of the Ugnu (N. Slope, Alaska) by Volatiles Analysis of Cuttings and Produced Crude - Implications for Completions and Production
Hilcorp's Milne Point S-203 was drilled in 2019 targeting the biodegraded heavy oil of the Ugnu Formation, for exploration and development; being one of the first Ugnu wells to be successfully drilled, completed, and conventionally produced. S-203 crossed three fault blocks and intersected multiple Ugnu subunits. A volatiles analysis, via rock volatiles stratigraphy (RVS), of the cuttings from the main borehole and sidetracks enabled a spatial assessment of oil quantity, microbial activity, and the effect of faults in the different subunits. Produced oil from early in the life cycle of the well was analyzed with RVS, both RVS datasets were combined with completions to assess production contribution across the borehole. These results provide important insights for development of the Ugnu as a heavy oil play on the Alaskan North Slope.