In this paper, statistical research on the characterization of pore and fracture structures is
systematically conducted on shale reservoirs in different blocks and under different …

Heavy oil reservoirs are widely distributed around the world and play an important role in
offshore oil and gas development. For heavy oil reservoirs, industrial productivity can only …

Asphaltene and resin can form microscale colloids; in the literature, their content is the key to
heavy oils' viscosities. However, our recent experimental results indicate some heavy oil …

Surfactant-polymer (SP) combined systems is an effective nonthermal method to enhance
the heavy oil recovery, through in-situ emulsification and mobility control mechanisms. In this …

Interlayer heterogeneity, an inevitable and complex challenge during water flooding,
seriously constrains the spread of the sweep region and oil recovery enhancement in …

Injecting CO 2 and foaming agents can effectively improve the recovery rate of high cycle
steam huff and puff. In this paper, firstly, the influence of oil saturation and injection plug on …

With the global assistance of oil fields entering the stage of improving oil recovery,
diversified composite flooding technology has become one of the key research targets. This …

Composite systems of surfactants have been extensively applied in the recovery and
removal of heavy oil. In this work, the characteristics and mechanisms of heavy oil removal …

The immiscible two-phase flow with non-Newtonian behavior presents many challenges for
geoscience engineering applications. Due to the non-Darcy flow with pseudoplasticity in …

The mechanism of heat and mass transfer in tight oil reservoirs after CO2 injection is
complex. In this paper, first, a CO2 transfer model within microscale adjacent nanotubes in …