Heavy oil and bitumen resources are estimated to account for about 70% of the global oil
reserves. Recovery of these resources economically and environmentally is crucial to satisfy …

Hydrogen blended gas turbines (HBGTs) are pivotal for the carbon emission reduction
(CER) of urban integrated energy systems (UIESs). However, the traditional rough modeling …

In-situ combustion (ISC) has been applied as a follow-up process after steam injection-
based technologies to improve heavy oil recovery and lower operating costs …

The in-situ combustion technique is currently on the exploratory stage for ultra-deep high-
temperature heavy oil reservoirs. In this work, the oxidation experiments of heavy oil were …

Abstract Variable Renewable Energy Sources are crucial for decarbonizing industries and
efficient energy storage. Hydrogen storage technologies are limited in their large-scale …

In-situ combustion (ISC) is a promising enhanced oil recovery method for heavy oil, late
stage, or very deep reservoirs. One persistent challenge in modeling ISC is determining 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 …

An endeavor is consummate to study the steady mixed convection solute transfer in two‐
dimensional viscous fluid. A joule heating incompressible flow along an inclined stretching …

The ramped temperature oxidation (RTO) test is a screening method used to assess the
stability of a reservoir for air-injection Enhanced Oil Recovery (EOR) and to evaluate the …

With the global drive for net-zero emissions, it has never been more important to find clean
energy sources. There are thousands of abandoned oilfields worldwide with the potential to …