Geometric heterogeneities in tight reservoir rocks saturated with a fluid mixture may exhibit
different scale distribution characteristics. Conventional models of rock physics based on …

Microporosity hosts a significant portion of the total hydrocarbon volume in the Middle
Eastern carbonate reservoirs. An improved understanding of microcrystals' morphology that …

Time lapse seismic is a major technique that has been successfully implemented to monitor
reservoir dynamics (such as changes in fluid saturation) in sandstones but its applicability in …

Carbon Quantum Dots (CQDs) is a progressive type of zerodimensional material, that
inherits the benefits of tiny molecules (eg, fluorophores) and classic semiconductors (eg …

Understanding reservoir performance and predicting hydrocarbon recovery in carbonate
reservoirs are challenging due to the complexity of the pore system and the dynamic …

Sub-seismic meter-scale interwell depositional facies heterogeneity and microporosity are
critical components behind properties and fluid flow heterogeneities of many Middle eastern …

With the recognition that carbonate reservoir rocks commonly contain a significant
microporosity component (pore sizes∼ 1 µm), there has been an ongoing effort to …

Massive micro fractures (MFs) developed in the ultra-tight formations (such as shale/tight
reservoirs), which provide preferential channels for the fluids flow. Accurate characterization …

Pore systems in the Middle Permian Phosphoria Rock Complex (PRC), Rocky Mountain
Region, USA, evolved with biotic and chemical dynamics in a shallow epicontinental …