Quantitative formulation between conventional well log data and rock permeability,
undoubtedly the most critical parameter of hydrocarbon reservoir, could be a potent tool for …

It is very important to understand reservoir pore structure information in finding interested
zones and formulating advisable recovery scheme. Capillary pressure data is critical …

This paper developed a new general power-law relation model to predict absolute
permeability, which innovatively integrating Poiseuille's law and fractal capillary pressure …

Permeability estimation and quantitative evaluation of pore structure have always been
hotspots and challenges in tight sandstone. The fractal theory generally plays an important …

Abstract Recently, Eslami et al.,(2013) proposed a method of constructing pseudo capillary
pressure curves by combining with NMR log data and conventional well logs following a two …

In this case study, we propose a new petrophysical workflow to evaluate an offshore mature
field. In the field studied, hydrocarbon production mainly comes from sandstone reservoirs …

High‐precision permeability prediction is of great significance to tight sandstone reservoirs.
However, while considerable progress has recently been made in the machine learning …

Capillary pressure together with relative permeability curves are key parameters in
carbonate reservoirs characterization. They serve as fundamental inputs in petrophysical …

Cost‐effective exploitation of heterogeneous/anisotropic reservoirs (eg, carbonate
formations) relies on accurate description of pore structure, dynamic petrophysical …

Tight sandstone reservoirs identification and evaluation face a great challenge due to the
characteristics of ultra-low porosity, ultra-low permeability, complicated pore structure and …