Raising the Bar: Electrofacies as a Framework for Improving the Practice of Geomodeling

D. Garner
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Abstract

Summary A key impact on reservoir studies is a rigorous strategy around facies for modeling. The industry practices across small to large companies are highly variable regarding generating facies logs. Geomodeling workflows and geostatistical algorithms treat the facies log variable as hard conditioning information. Facies logs in practice have errors and carry petrophysical inconsistencies, real quality issues, which are not head-on addressed by the time they are used in a geomodeling workflow. Establishing electrofacies modeling best practices in the petroleum industry can help improve the preparation of facies logs for modeling and improve the fidelity of many geomodeling processes. This material presents basic theory, practical considerations, and example results from up to four different fields, depending on poster size. Further discussion is intended to further illustrate benefits of the use of electrofacies and help mature the understanding of the workflows which are not widely used.
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提高标准:电相作为改进地质建模实践的框架
油藏研究的一个关键影响是围绕相建模的严格策略。无论是大公司还是小公司,在生成相测井数据方面都存在很大差异。地质建模工作流程和地质统计算法将相测井变量作为硬性条件信息。在实际应用中,相测井存在误差,存在岩石物理不一致性和实际质量问题,这些问题在地质建模工作流程中使用时并没有得到正面解决。在石油工业中建立电相建模最佳实践可以帮助改进建模相测井的准备工作,并提高许多地质建模过程的保真度。这种材料提出了基本的理论,实际考虑,并从多达四个不同的领域的例子结果,取决于海报的大小。进一步的讨论旨在进一步说明使用电相的好处,并帮助成熟对未广泛使用的工作流程的理解。
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