Add to ORKGShale gas and coalbed methane are alternative energy sources that partly or even mainly consist of methane stored in an adsorbed state in pores of organic-rich rock and coal seams. This study employed a combination of Grand Canonical Monte Carlo (GCMC) and Molecular Dynamics (MD) simulations to investigate the mechanisms of gas adsorption and displacement of methane in coal microstructures, which were modeled as slit pores with the slit walls modelled by graphene layers
The present work aims to study the adsorption behavior and dynamical properties of CH4 in clay slit ...
The behavior of fluids in confined spaces is important in several research fields, including the oil...
The adsorption properties of methane (CH<sub>4</sub>) have a great influence on shale gas exploratio...
In this paper we explored material similarity between graphene and shale for methane (CH4) adsorptio...
Shale gas and coalbed methane are energy sources that mainly consist of methane stored in an adsorbe...
Shale gas is a kind of unconventional oil-gas resource with tremendous potential. For thorough under...
This work employs molecular modeling to simulate both the equilibrium and kinetic behavior pertainin...
0.1 µm) cleats ( ~ 0.1 µm- 2 mm) An example of pore size distribution in coal The simulation conside...
Gas adsorption in the porous shale matrix is critical for gas-in-place (GIP) evaluation and explorat...
Shale gas is a potential substitute for the gradually depleted conventional oil and gas resources. S...
In order to investigate the pore structure and the adsorption capacity of illite with respect to the...
Adsorption and diffusion are the key factors affecting coalbed methane (CBM) accumulation, resource ...
The underlying mechanism of shale gas migration behavior is of great importance to understanding the...
Shale gas occurs mainly as adsorption and free gas. Among them, whether the adsorbed gas can be grad...
Shale gas has redefined the energy landscape in the world. The scientific community makes efforts to...
The present work aims to study the adsorption behavior and dynamical properties of CH4 in clay slit ...
The behavior of fluids in confined spaces is important in several research fields, including the oil...
The adsorption properties of methane (CH<sub>4</sub>) have a great influence on shale gas exploratio...
In this paper we explored material similarity between graphene and shale for methane (CH4) adsorptio...
Shale gas and coalbed methane are energy sources that mainly consist of methane stored in an adsorbe...
Shale gas is a kind of unconventional oil-gas resource with tremendous potential. For thorough under...
This work employs molecular modeling to simulate both the equilibrium and kinetic behavior pertainin...
0.1 µm) cleats ( ~ 0.1 µm- 2 mm) An example of pore size distribution in coal The simulation conside...
Gas adsorption in the porous shale matrix is critical for gas-in-place (GIP) evaluation and explorat...
Shale gas is a potential substitute for the gradually depleted conventional oil and gas resources. S...
In order to investigate the pore structure and the adsorption capacity of illite with respect to the...
Adsorption and diffusion are the key factors affecting coalbed methane (CBM) accumulation, resource ...
The underlying mechanism of shale gas migration behavior is of great importance to understanding the...
Shale gas occurs mainly as adsorption and free gas. Among them, whether the adsorbed gas can be grad...
Shale gas has redefined the energy landscape in the world. The scientific community makes efforts to...
The present work aims to study the adsorption behavior and dynamical properties of CH4 in clay slit ...
The behavior of fluids in confined spaces is important in several research fields, including the oil...
The adsorption properties of methane (CH<sub>4</sub>) have a great influence on shale gas exploratio...