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Recovery of productive horizon litho-facial environment forming with using of modern geoinformation technologies

机译:利用现代地理信息技术恢复生产性地层岩石面环境的形成

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Basing on the core material and geophysical research methods in wells data, was made the comparing analysis of electrometric facies models. Developed the express method of databases preparation with using of MS Excel software and MS-DOS software environment. Chosen the methodic of adequate sediments affiliation to varying litho-facial sedimentation environment definition. Made the plot of Alymskaya formation productive horizon paleogeographic map. Made the assessment of made work productive importance. Developed data bases express preparation method allow to significantly reduce the time spending on the data preparation and operatively supplement and reconstruct the litho-facial environment.On example of 51 wells was made the litho-facial analysis with using of electrometric models and core data, as well as with using of electrometric models only, what allowed to fully and precisely define the confinement of those or other sediments to certain litho-facial sedimentation environments.Experimental plot of productive horizon was defined by litho-facial zones by common similarity of electrometric models SP-logs in wells.Using of this methodic can make possible to make litho-facial analysis much adequate and qualitatively, with absence and inaccessibility of input information part and basing only on the few number of core and electrometric facial model data. The further using of methodic will allow not only to create the full and detailed conceptual paleogeographic deposit model, but to make the work of bad extraction causes definition and enhanced oil recovery
机译:基于井数据中的核心材​​料和地球物理研究方法,对电学相模型进行了比较分析。利用MS Excel软件和MS-DOS软件环境开发了一种快速的数据库准备方法。选择适当的沉积物隶属关系的方法来改变岩石面沉积环境的定义。制作了Alymskaya地层生产地层古地理图。评估工作成果。先进的数据库快速制备方法可以显着减少数据准备的时间,并有效地补充和重建岩石面环境。以电测模型和岩心数据为例,对51口井进行了岩石面分析。以及仅使用电学模型,就可以完全精确地定义那些沉积物或其他沉积物对某些岩石面沉积环境的限制。生产层位的实验图由岩石面区通过电学模型的共同相似性来定义使用这种方法可以使岩石面部分析变得更加充分和定性,而无需输入信息部分,也仅基于少数几个核心和电测面部模型数据即可获得。进一步使用方法学,不仅可以建立完整而详细的概念古地理沉积模型,而且还可以使不良采出工作定义明确并提高采油率

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