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 …

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 …

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 …

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 …

In-situ combustion (ISC) is an enhanced oil recovery method used to increase heavy oil
recoveries. The present work describes the development of a predictive numerical model …

In-Situ Combustion (ISC) thermal Enhanced Oil Recovery (EOR) methods are aimed at
increasing the oil recoveries of heavy oil reserves that are expected to play an instrumental …

Flows with chemical reactions in porous media are fundamental phenomena encountered in
many natural, industrial, and scientific areas. For such flows, most existing studies use …

ABSTRACT A hybrid numerical model previously developed for combustion simulations is
extended in this article to describe flame propagation and stabilization in porous media. The …

In situ combustion (ISC) has drawn much attention in the exploitation of heavy oil reservoirs
because of its small surface footprint and high recovery efficiency relative to steam injection …

Low temperature oxidation (LTO) has long been recognized as one of the dominant
mechanisms controlling fuel availability in in-situ combustion. Its effect on the physical …