Energy demands are continually increasing as a result of population growth and
industrialization, prompting the completion of new research to examine biochar-based …

In this study, Ce 1-x La x NiO 3 catalysts (x= 0.2, 0.4, 0.6, and 0.8) and Ce 1-x La x NiO 3 on
porous silica were prepared by co-precipitation. The effect of the La content on the catalytic …

Understanding the complexity and heterogeneity of pore structure can improve the
comprehensive characterization for complex unconventional reservoirs and better exploit …

Acid fracturing also referred to as fracture acidising, is an application of hydraulic fracturing
in which fluid is mixed with an acid. Recently, special attention has been paid to …

A pore-throat radius full-scale distribution is defined according to the molecular size of
formation fluid and the lower limit of pore-throat radius distribution, in order to study the …

In this study, we investigate the effects of highly surface-modified silica nanoparticles (NPs)
on rock–fluid interactions and imbibition oil recovery from tight rocks. The protocol consists …

Establishing a suitable classification and evaluation scheme is crucial for sweet spot
prediction and efficient development of shale oil in the Chang 71-2 sub-member of the …

Quantifying gas movement through low-permeability rocks is important for shale gas
resource evaluation as well as characterizing cap rocks for reservoirs storing natural gas …

Abstract Mesoporous TiO 2 mixed with NiTiO 3 at various concentrations was synthesized by
combining sol–gel and eco-friendly hydrothermal methods. The properties of the NiTiO 3 …

The fluid oil and gas volumes (S1) retained within the shales are one of the most important
parameter of producible fluid oil and gas saturations of shales together with total organic …