Gas-condensate flow is a critical process in the near-well region where the well production
efficiency is strongly affected by the production of condensate dropout. Pore-scale …

A dynamic pore-scale network model is presented which simulates 2-phase oil/water
displacement during water imbibition by explicitly modelling intra-pore dynamic bulk and film …

In a saturated solution with dispersed clusters of a second phase, the mechanism by which
the larger clusters grow at the expense of the smaller ones is called Ostwald ripening …

Multiphase flow is commonly encountered within shale reservoirs, however, the previous
studies are more focused on single phase flow. Due to the extremely low permeability of …

Carbon dioxide (CO 2) trap** in capillary networks of reservoir rocks is a pathway to long-
term geological storage. At pore scale, CO 2 drainage displacement depends on injection …

Replicating the pore topology/structure of tight gas reservoirs is essential to model fluid flow
through such porous media. Constitutive relationships between the macroscopic properties …

Understanding different fluids flow behavior confined in microscales has tremendous
significance in the development of tight oil reservoirs. In this article, a novel semiempirical …

Abstract 3D random networks are constructed in order to represent the tight Mesaverde
formation which is located in north Wyoming, USA. The porous-space is represented by pore …

Critical condensate saturation, Scc, is a key parameter for the evaluation of well
deliverability in gas condensate reservoirs. We propose a new method to determine Scc by …

Darcy's law is not suit for describing high velocity flow in the near wellbore region of gas
reservoirs. The non‐Darcy coefficient β of the Forchheimer's equation is a main parameter …