Three-dimensional geological modeling study of Block A of the Hailar Basin

Jin’ang Wang

doi:10.54097/jsd2e730

Authors

Jin’ang Wang

DOI:

https://doi.org/10.54097/jsd2e730

Keywords:

Hailar Basin, Beier Depression, Sedimentary Facies, Three-dimensional Geological Modeling

Abstract

At present, the Beier Depression requires more detailed quantitative research. To numerically represent the actual reservoir, and to compare and interpret the seemingly unrelated data, this study is based on the geological and logging data of each well within the study area, combined with the spatial configuration relationship of sedimentary facies, and guided by the theory of geostatistics, a multi-parameter collaborative geological attribute spatial distribution model has been established. Through Kriging interpolation and random simulation algorithms, quantitative predictions of geological parameters of the three-dimensional grid cells have been achieved. This study has constructed a three-dimensional geological model system including structural model, sand body framework model, physical property parameter model and hydrocarbon-water distribution model, and realized the integrated representation of reservoir structure, attributes and fluid distribution.

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