Non-isothermal reactive transport in complicated porous media is diverse in nature and
industrial applications. There are challenges in the modelling of multiple physicochemical …

In-situ combustion (ISC) for heavy oil recovery is a high-risk process and thus calls for a
deep understanding of the coke combustion front. However, simulations for describing pore …

Coke deposition during crude oil in-situ combustion (ISC) is an important phenomenon that
significantly impacts the pore topology and permeability. In this study, X-ray computed …

This work considers a detailed model for compositional flow in porous media, applied to the
modelling of in-situ combustion of heavy oil. An experimentally-derived phase and chemical …

Porous media combustion is a promising combustion technology that enables operation
over an extended range of conditions, with a variety of fuels and low pollutant emissions …

This work presents a compositional numerical model to simulate the combustion of heavy
crude oil in a porous combustion tube. The combustion tube experiments replicate an …

A stable combustion front is important to achieve a successful in-situ combustion process for
the crude oil recovery. The understanding of the multiple physicochemical and thermal …

Industry depends upon radiant heating for many of its manufacturing processes. Driven by
the desire for higher radiant heating rates and the need to emit minimal pollutants, interest in …

In porous burners, the flame thickness can be smaller than the pore size, resulting in sharp
and locally-anchored flame fronts. The presence of such steep gradients at the pore level is …

In-situ combustion (ISC) has long been recognized as a promising technique for heavy oil
recovery. However, ISC includes multiple physicochemical processes, which are still poorly …