This paper provides a comprehensive study to evaluate and optimize the effectiveness of
nanofluids to both prevent fines migration and enhance oil recovery using different utilization …

Stimulated reservoir volume (SRV) seldom provides an actual producible reservoir volume
in gas shale reservoirs. It is determined by analysing microseismic events induced by a …

This paper proposes a composite model to investigate the pressure behavior and production
performance of a multi-wing hydraulically fractured multiple fractured vertical well (MFVW) in …

In-situ stress impact on hydraulic fracturing is investigated to enhance hydraulic fracturing
performance. Lithology-controlled lower and upper bounds of the horizontal stresses are …

Multi-stage fracturing is currently the most effective method to exploit tight sand reservoirs.
Various analytical models have been proposed to fast and accurately investigate the post …

The pore network in shale reservoirs comprise of nanoporous organic matter (OM) and
micron-size pores in inorganic material (iOM). Accurate gas transport models in shale must …

Steam channeling, one serious problem in the process of steam flooding in heavy oil
reservoir, decreases the sweep efficiency of steam to cause a lower oil recovery. Viscosity …

Shale is a typical heterogeneous geomaterial and investigation of the meso-structural
changes and crack evolution is beneficial to shale gas development. Understanding the …

Two-phase flow of oil and gas is quite common in the reservoir during the depletion of liquid-
rich shale gas and tight light-oil. Many analytical models proposed for multistage fractured …

Vugs usually exist dispersedly in the formation of fractured vuggy carbonate reservoirs. The
vug volume is an important parameter, owing to its significant contribution to oil reserves …