With the growing demand of oil worldwide, heavy oil has increasingly become vital in the
world energy market. However, further development of heavy oil reservoirs are limited by …

In-situ combustion (ISC) possesses advantages over surface-generated steam injection for
deep reservoirs in terms of wellbore heat losses and generation of heat above the critical …

In-situ combustion (ISC) is an effective thermal recovery process that provides an alternative
to steam injection. Air is injected into a reservoir to oxidize a small portion of the …

Dead oil viscosity is one of the most unreliable properties to predict with classical black oil
correlations. This results mostly from the large effect that oil type has on viscosity. Two dead …

In order to understand the mechanism of in situ combustion, many studies have investigated
the characteristics and properties of oxidized coke and pyrolyzed coke. However, in earlier …

In the global push for sustainable energy, in-situ combustion gasification (ISCG) has
emerged as a transformative technology to leverage the world's abundant heavy oil reserves …

In the global push for sustainable energy, in situ combustion gasification (ISCG) has
emerged as a transformative technology to leverage the world's abundant heavy oil reserves …

Viscosity is one of the key parameters that is necessary to describe the fluid flow and
pressure propagation in porous media as well as flow in pipes and various types of conduits …

The reaction kinetics of an in situ combustion process were studied via ramped temperature
oxidation within a kinetic cell system. A methodology is established for rapid assessment of …

In-situ combustion (ISC) is the process of injecting air into oil reservoirs to oxidize part of the
crude oil and has been utilized for both light oil and heavy oil. The viscosity of the remaining …