ABSTRACT

An integrated technique is proposed to jointly model the electrical resistivity and relative permittivity measurements of carbonates formations. A set of well logs have been constructed using the joint model. Then, a stochastic global optimization machine has been employed to develop a novel inversion algorithm. Salinity, matrix dielectric constant, lithology exponents of each pore system, water-filled porosity of each pore system, and total water saturation are the main petrophysical properties which are estimated via this inversion algorithm. Uncertainty estimation of petrophysical properties is a natural outcome of the proposed workflow.

Presentation Date: Tuesday, October 16, 2018

Start Time: 1:50:00 PM

Location: Poster Station 22

Presentation Type: Poster

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