Integration of discrete fracture reconstruction and dual porosity/dual permeability models for gas production analysis in a deformable fractured shale reservoir
Highlights•Poroelastic porosity and permeability models incorporating reservoir deformation
and flow regime.•Bidirectional transformation between adsorbed gas and free gas by …
and flow regime.•Bidirectional transformation between adsorbed gas and free gas by …
Simulation of shale gas transport and production with complex fractures using embedded discrete fracture model
The goal of this study is to develop a new model to simulate gas and water transport in shale
nanopores and complex fractures. A new gas diffusivity equation was first derived to …
nanopores and complex fractures. A new gas diffusivity equation was first derived to …
Quantitative study in shale gas behaviors using a coupled triple-continuum and discrete fracture model
The shale has ultra-low permeability wherein multi-scale natural fractures are well-
developed. The success of providing high diversion channels makes multi-stage fractured …
developed. The success of providing high diversion channels makes multi-stage fractured …
Review of the development status and technology of tight oil: Advances and outlook
S Liu - Energy & Fuels, 2023 - ACS Publications
Tight sandstone and shale oil reservoirs are one of the most promising and realistic
important oil exploration fields in the 21st century. The research on the development …
important oil exploration fields in the 21st century. The research on the development …
Residual learning to integrate neural network and physics-based models for improved production prediction in unconventional reservoirs
The flow and transport processes that take place during hydrocarbon production from
hydraulically fractured unconventional reservoirs are not well understood. As a result …
hydraulically fractured unconventional reservoirs are not well understood. As a result …
Transfer learning with prior data-driven models from multiple unconventional fields
Constructing reliable data-driven models to predict well production performance (eg,
estimated ultimate recovery, cumulative production, production curves, etc.) for …
estimated ultimate recovery, cumulative production, production curves, etc.) for …
Production forecasting for shale gas reservoirs with nanopores and complex fracture geometries using an innovative non-intrusive EDFM method
A rigorous and efficient numerical method for simulation of shale gas production considering
complex hydraulic and natural fracture geometries and multiple gas transport mechanisms …
complex hydraulic and natural fracture geometries and multiple gas transport mechanisms …
An integrated multiscale model for gas storage and transport in shale reservoirs
This paper presents a multi-scale modeling of gas transport in shale where techniques from
micro-to macro-scale (Molecular dynamic simulations, lattice Boltzmann and multi …
micro-to macro-scale (Molecular dynamic simulations, lattice Boltzmann and multi …
Physics-assisted transfer learning for production prediction in unconventional reservoirs
A physics-assisted deep learning model is presented to facilitate transfer learning in
unconventional reservoirs by integrating the complementary strengths of physics-based and …
unconventional reservoirs by integrating the complementary strengths of physics-based and …
The flowback and production analysis in sub-saturated fractured shale reservoirs
The initial water saturation of shale reservoirs is in general lower than the irreducible water
saturation. However, the hydraulic fracture network region is highly saturated by fracturing …
saturation. However, the hydraulic fracture network region is highly saturated by fracturing …