The multidisciplinary fine reservoir description results have many types and large amounts of data. The multidisciplinary software is highly professional, and the application of non-professional personnel is difficult, and the application threshold is high. In order to reduce the application threshold of multidisciplinary achievements, the tabulation, graphical and automation of achievements have been realized through empirical formulas and computer automatic mapping. Six numerical simulation blocks were selected for results transformation, and the maps and tables of movable oil saturation, remaining reserves abundance, block remaining reserves, and single well production status were formed. The application of the results in logarithmic model block A has clarified the reserves utilization, guided the infill adjustment, reservoir measures tapping potential, water injection adjustment, and improved the development effect.

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Transformation Method and Application of Multidisciplinary Fine Reservoir Description Results

  • Lei Yu

摘要

The multidisciplinary fine reservoir description results have many types and large amounts of data. The multidisciplinary software is highly professional, and the application of non-professional personnel is difficult, and the application threshold is high. In order to reduce the application threshold of multidisciplinary achievements, the tabulation, graphical and automation of achievements have been realized through empirical formulas and computer automatic mapping. Six numerical simulation blocks were selected for results transformation, and the maps and tables of movable oil saturation, remaining reserves abundance, block remaining reserves, and single well production status were formed. The application of the results in logarithmic model block A has clarified the reserves utilization, guided the infill adjustment, reservoir measures tapping potential, water injection adjustment, and improved the development effect.