A novel in-situ method for measuring molecular diffusion coefficients of CO 2 and other
solvent gases in consolidated porous media at high pressure has been developed and is …

Mathematical models are developed to describe the transport of dissolved CO 2 in a liquid
phase, and results of measurements of the diffusivity of CO 2 in hydrocarbons and water at …

For both CO2 enhanced oil recovery and CO2 sequestration in oil reservoirs, the diffusion of
injected CO2 into oil-saturated porous media is of great significance in project design, risk …

The method of Reamer et al.(1956) for measuring the Fick diffusion coefficients was
improved by using a computer controlled system. The transport processes of CO2 in n …

The relative permeability of carbon dioxide (CO 2) to brine influences the injectivity and
plume migration when CO 2 is injected in a reservoir for CO 2 storage or enhanced oil …

In this research, experimental and mathematical modeling studies were implemented to
determine the CO 2 diffusion coefficients in bulk phase (nontransparent high-pressure cell) …

The reference Henry's constant was determined from 110 solubility data found in the
literature for the CO2/H2O system over a temperature range of 298 to 523 K and a pressure …

By coupling heat and mass transfer for C3H8/n-C4H10/CO2/heavy-oil systems as well as by
treating heavy oil as multiple pseudocomponents, a new technique together with its …

CO2 molecular diffusion in subsurface porous media is one of the key mechanisms in high-
pressure–high-temperature CO2 geosequestration and CO2-based enhanced oil recovery …

A simple method is presented for determining diffusion coefficients of dense gases in liquids
using a PVT cell. When a non-equilibrium gas is brought into contact with a liquid in a …