Hydrogen is a promising energy carrier for a low-carbon future energy system, as it can be
stored on a megaton scale (equivalent to TWh of energy) in subsurface reservoirs. However …

As an unconventional resource, oil shale possesses abundant reserves and significant
potential for industrial applications. The rational and efficient development of oil shale …

With the emergence of shale gas, numerous atomic-scale models of kerogen have been
proposed in the literature. These models, which attempt to capture the structure, chemistry …

For the effective exploration and development of shale gas, it is important to understand the
transport and adsorption mechanisms of methane, the main composition of shale gas. The …

CO 2-enhanced gas recovery (EGR) is a promising technology to sequestrate CO 2 while
enhancing CH 4 recovery simultaneously in shale reservoirs. During the process, the …

An accurate understanding of the competitive adsorption of CH 4-CO 2 binary mixtures in
nano-confined systems is critical for engineering CO 2 storage in shale gas reservoirs. Due …

With the increasing global energy demand, unconventional oil and gas, especially shale
gas, have become an important natural gas resource. In the modern petroleum engineering …

This work describes a scale-translating simulation framework to investigate gas adsorption
behavior in nanoconfined pores. The framework combines molecular simulations (MSs) …

Shale oil and gas exploration is greatly impacted by the development and evolution of
organic pore structures. In order to study the evolution of shale pore structures over …

Understanding the occurrence state of methane in real kerogen nanopores is essential for
the development of shale gas. This study presents a novel method for constructing rough …