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В данной работе представлена разработка нового метода геологического сопровождения бурения горизонтальных скважин в условиях высокой пространственной неоднородности целевого пласта. Для аналитического алгоритма, позволяющего вовлекать данные с горизонтальных скважин в процесс спектрального геологического моделирования, реализованы численные схемы в программном коде. Разработана программная и функциональная архитектура инструмента геонавигации. Программно реализован прототип инструмента. В ходе работы были исправлены недостатки, выявленные в результате апробации нового метода. Программный код написан на языке Python.
The work presents the development of a new method of geosteering of horizontal wells in conditions of high lateral heterogeneity of the target oil reservoir. Numerical schemes for the analytical algorithm that allows data from horizontal wells to be involved in the process of spectral geological modeling, are implemented in the program code. The software and functional architecture of the geosteering application are developed. Software implemented prototype tool. In the course of the work, the deficiencies revealed by the approbation of the new method are corrected. The code is written in Python. The work presents the development of a new method of geosteering of horizontal wells in conditions of high lateral heterogeneity of the target oil reservoir. Numerical schemes for the analytical algorithm that allows data from horizontal wells to be involved in the process of spectral geological modeling, are implemented in the program code. The software and functional architecture of the geosteering application are developed. Software implemented prototype tool. In the course of the work, the deficiencies revealed by the approbation of the new method are corrected. The code is written in Python.
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