abstract Overpressure is a key factor for oil and gas charging in tight reservoirs, but it is still a
challenge to evaluate the overpressure evolution and its control on oil and gas charging …

abstract The pressure evolution associated with the transient shock-induced infiltration of
gas flow through granular media consisting of mobile particles is numerically investigated …

abstract In-situ thermal upgrading is used to tune the pore system in low-maturity oil shales.
We introduce fractal dimension (D), form factor (ff) and stochastic entropy (H) to quantify the …

abstract CO2 emission mitigation is one of the most critical research frontiers. As a promising
option of carbon capture, utilization and storage (CCUS), CO2 storage with enhanced gas …

abstract CO2 emission mitigation is one of the most critical research frontiers. As a promising
option of carbon capture, utilization and storage (CCUS), CO2 storage with enhanced gas …

abstract CO2 emission mitigation is one of the most critical research frontiers. As a promising
option of carbon capture, utilization and storage (CCUS), CO2 storage with enhanced gas …

abstract The pressure evolution associated with the transient shock-induced infiltration of
gas flow through granular media consisting of mobile particles is numerically investigated …

abstract CO2 emission mitigation is one of the most critical research frontiers. As a promising
option of carbon capture, utilization and storage (CCUS), CO2 storage with enhanced gas …

abstract In-situ upgrading by heating is feasible for low-maturity shale oil, where the pore
space dynamically evolves. We characterize this response for a heated substrate …