Difficulties in fracture extension and proppants adding were two key factors that affected the
stimulated volume of deep shale reservoir. To clarify the mechanism of hydraulic fracture …

There are major problems in offshore hydrate production tests, such as low gas production,
limited hydrate decomposition area, and short stable production duration. Hydraulic …

Gas hydrate dissociation, resulted from temperature and pressure changes in reservoirs,
and natural submarine landslides demonstrate spatial consistency. Currently, large-scale …

东营凹陷页岩油储量丰富, 但储层物性差, 纵向含油层系多而薄, 多为灰泥岩互层.
为了准确描述东营凹陷页岩油储层层间应力干扰机理及水力压裂裂缝的扩展规律 …

Currently, the exploration of natural gas hydrates (NGHs) is regarded as a worldwide
research focus. Due to multiple characteristics of NGH reservoirs (such as weak bonding …

To investigate the height growth of multi-cluster fractures during variable fluid-viscosity
fracturing in a layered shale oil reservoir, a two-dimensional finite element method (FEM) …

A microseismic (MS) events barrier (MSEB) phenomenon was detected during infill well
fracturing of the Fuling shale gas reservoir. This phenomenon was evidenced by MS …

The exploitation of natural gas and oil in the low-permeability reservoir is a severe challenge
in the field of deep underground energy extraction. Therefore, a thorough understanding of …

The fracture debonding failure of cement plug/casing interface caused by the migration of
underground fluid with pressure accumulation imposed serious challenges to wellbore …

Permeability stress-sensitivity is the critical characteristic in reservoir development,
especially for coalbed methane (CBM) reservoir. To investigate the permeability evolution …