Formation damage is one of the most challenging problems that occurs during the lifetime of
a well. Despite numerous previous studies, an organized review of the literature that …

This paper describes a three-dimensional random network model to evaluate the thermal
conductivity of particulate materials. The model is applied to numerical assemblies of poly …

In order to achieve the most economical production of shale gas, fracture networks should
be as complex as possible to connect the matrix micropores, natural fractures and induced …

In well stimulation operations, the ability to sustain long-term conductivity of hydraulic/acid
fractures defines an efficient and effective hydrocarbon production operation. However, it is …

Water saturation, organic matter content, and fractures are important factors influencing the
physical properties of shale. In this study, shale samples were subjected to heating at 1° …

In this paper, the permeability of coal after oxidation treatment and heat treatment was
measured. Combined with industrial analysis, infrared spectrum and other experimental …

To maximize safety and cost-efficiency of CO 2 storage, it is necessary to understand how a
high permeability in the near-well region can be maintained. All the injected CO 2 needs to …

Hydraulic fracturing is an important approach for stimulating the production of ultra-low-
permeability oil reservoirs; however, the low flowback efficiency of the fracturing fluid (FF) …

In response to the challenges of sand production and high water cut during the exploitation
of oil reservoirs in unconsolidated sandstones, a novel sand–water dual-control functional …

Prevention of water blocking and optimization of multiscale flow channels will increase gas
production of tight reservoirs. Physical properties of samples from representative tight gas …