The pore structure of shale oil reservoirs is complex, and the microscale and nanoscale
effect is obvious in the development of shale oil reservoirs. Understanding the oil flow …

In the last decade, numerous approaches, eg, analytical and semi-analytical pressure
solutions, production decline curve, reservoir-scale numerical models, have been used to …

Multiple mechanisms of oil transport in inorganic and organic nanopores of shale oil
reservoirs are still unclear and possibly more complex than those of gas transport in …

Advancements in recent shale gas development technologies like creating hydraulic
fracturing have greatly improved the production of unconventional shale gas reservoirs …

Multi-fractured horizontal well (MFHW) is extensively applied to develop the shale gas
reservoirs. After massive fracturing, the complex fracture network will exist around the …

The depletion of conventional energy sources is leading to increased demand for
unconventional energy sources. Shale gas is an important unconventional energy source …

Shale gas reservoir is characterized by complex pore structure, ultra-low permeability and a
large number of natural fractures. Therefore, it is necessary to apply horizontal well drilling …

The combined action of multiple transport mechanisms and reservoir characteristics makes
gas transport behaviors in nanoporous shale complicated. Accurate apparent gas …

The combination of horizontal well drilling and reservoir stimulating via multiple fracturing
has been proved to be an effective technology to exploit low permeability unconventional …

Carbonate reservoir is one kinds of important reservoir in the world. Because of the
characteristics of carbonate reservoir, horizontal well, and acid fracturing became a key …