Most business entities agree that waste production is a misuse of economic resources. It is
imperative for industry to properly manage wastes by controlling and disposing liquid and …

Abstract Low-field Nuclear Magnetic Resonance (NMR) is a non-invasive method widely
used in the petroleum industry for the evaluation of reservoirs. Pore structure and fluid …

Bound water saturation (Swb) and permeability are the important petrophysical parameters.
However, the traditional methods for the calculation of Swb and permeability based on the …

Irreducible water saturation, affecting the productivity of a reservoir, is one of the key
parameters for a tight sandstone reservoir. Nuclear magnetic resonance (NMR) logging …

The analogous behaviors of capillary pressure and 1/T2 decay versus saturation data
provide a methodology for deriving synthetic capillary pressure information directly from …

Measurements of capillary pressure curves are an essential element in rock characterisation
as capillary behaviour is one of the main factors that govern the hydrocarbon distribution in a …

Permeability and bound water saturation (Swb) are key parameters reflecting the
petrophysical properties of porous rocks. Nuclear magnetic resonance (NMR) has proved to …

Low-field nuclear magnetic resonance (NMR) coupled with gas–water centrifugation (GWC)
was performed to investigate petrophysical characteristics and water movability of the …

One of the most important metrics for evaluating oil and gas reservoirs is irreducible water
saturation (S wir). The completion of oil and gas reservoir development tasks, such as fluid …

Porous rocks are the source of important energy resources such as oil and gas that support
development worldwide. The quantitative characterization of bound and movable fluid …