The development of tight hydrocarbon resources has a significant impact on the future of the
energy market. Digital Rock Physics (DRP) is technically recognized as an effective method …

The prediction of reservoir parameters is the most important part of reservoir evaluation, and
porosity is very important among many reservoir parameters. In order to accurately measure …

The efficient development of tight hydrocarbon resources based on the proper
understanding of rock properties can be underlined as a game-changing scenario of the …

Employing digital rock physics (DRP) to study the petrophysical characteristics of tight
sandstones is a challenging and problematic issue. The non-resolved individual pores (sub …

The development of hard-to-recover reserves every year requires ever-more-innovative
industrial and laboratory approaches for efficient production of hydrocarbons. Oil industry …

The pore-scale numerical modeling of CO2 injection into natural rock saturated with oil–
water mixture was performed using the density functional hydrodynamics approach. The …

This work demonstrates the results of polymer flooding simulation at pore-scale level using
digital rock analysis by means of the density functional method for representative core …

The digital core analysis technology with direct hydrodynamic modeling based on the
density functional method was applied for the first time for the EOR screening and evaluation …

The sediments of Bazhenov (BF) and Achimov (ACh) formations have been studied for more
than 50 years, and to date, a large amount of core material obtained during drilling at the …

The approach to handle the unresolved pores at 3D X-ray Micro Computed Tomography
(μCT) images of core samples is developed. It enables a sufficient widening of digital rock …