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A. A. Abrosimov, E. V. Shelyago, I. V. Yazynina (2018) JUSTIFICATION OF REPRESENTATIVE DATA VOLUME OF POROSITY AND PERMEABILITY PROPERTIES FOR OBTAINING STATISTICALLY RELIABLE PETROPHYSICAL CONNECTIONS. Journal of Mining Institute. Vol 233. p. 487. DOI: 10.31897/pmi.2018.5.487
AbrosimovA. A., ShelyagoE. V., & YazyninaI. V. (2018). JUSTIFICATION OF REPRESENTATIVE DATA VOLUME OF POROSITY AND PERMEABILITY PROPERTIES FOR OBTAINING STATISTICALLY RELIABLE PETROPHYSICAL CONNECTIONS. Journal of Mining Institute, 233, 487. https://doi.org/10.31897/pmi.2018.5.487

JUSTIFICATION OF REPRESENTATIVE DATA VOLUME OF POROSITY AND PERMEABILITY PROPERTIES FOR OBTAINING STATISTICALLY RELIABLE PETROPHYSICAL CONNECTIONS

Authors:
A. A. Abrosimov1
E. V. Shelyago2
I. V. Yazynina3
  • 1 — Gubkin Russian State University of Oil and Gas
  • 2 — Gubkin Russian State University of Oil and Gas
  • 3 — Gubkin Russian State University of Oil and Gas
Date submitted:
2018-03-07
Date published:
2018-10-25

Abstract

The article discusses the issues of justifying the data volume for a petrophysical description of an object based on the results of traditional laboratory measurements, as well as X-ray tomography data processing. A new approach to the calculation of porosity and permeability properties of reservoirs with the data of the X-ray tomography method by forming an array of virtual cubes is considered. The issues of required number of allocated cubes for fluid dynamics modeling are discussed. The criteria for the number of laboratory measurements and virtual cubes derived from a digital model for obtaining statistically reliable petrophysical connections are shown. Paper concludes that it is necessary to correctly compare the calculated and laboratory petrophysical connections.

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