Unconventional organic-rich reservoirs, including oil and gas shales, are the type of rocks
located in the subsurface and bearing considerable hydrocarbon resources. Shale gas …

Abstract The United States has become the world's largest oil producer of shale oil. China
has abundant shale oil resources, but its resource potential has not yet been exploited. The …

The special intrinsic characteristics of shale formations, such as multiscale pore systems and
complex mineral components, make the simulation of shale properties more difficult than …

Poroelasticity and gas slippage on the walls of nanopores are two major mechanisms that
regulate shale permeability concurrent with hydrocarbons depletion. Nonlinear Klinkenberg …

Upscaling pore pressure dependence of shale gas permeability is of great importance and
interest in the investigation of gas production in unconventional reservoirs. In this study, we …

Fracture-density evaluation has always been challenging for the petroleum industry,
although it is a required characteristic for reliable reservoir characterization. Production can …

Low electrical resistivity measurements in organic-rich mudrocks are commonplace in highly
mature zones. These low resistivity values are usually difficult to justify and lead to …

A generalized, noninvasive technique based on electrochemical impedance spectroscopy is
proposed to quantify the electrolyte transport resistance of typical electrode microstructures …

Success of the strategies to exploit hydrocarbon reservoirs depends on the availability of
reliable information about pore structure and spatial distribution of fluids within the pore …

In this project, the diffusion of fluid in complex porous media was simulated using D3Q27
model of Lattice Boltzmann method (LBM) in the presence of gravity force and at different …