It is the most direct and effective method to evaluate reservoir pore structure using capillary
pressure data. Acquiring capillary pressure curves consecutively is the seeking target by …

On the basis of 41 measured capillary pressure curves and analysis data of permeability
and porosity in Lower Karamay formation reservoir (T 2 k) in tertiary recovery pilot area in …

Many mercury-injection capillary pressure curves, which inferred from the samples of
compacted and intense secondary carbonate rocks in Luojiazhai gas field, northeastern …

By the analysis of large number of sample mercury injection capillary pressure data, it is
found that capillary pressure curve shows distinct hyperbola characteristics under log-log …

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

By analyzing hundreds of capillary pressure curves, the controlling factors of shape and type
of capillary pressure curves are found and a novel method is presented to construct capillary …

The identification and evaluation of tight gas sandstone reservoirs faces a great challenge
due to the characteristics of ultra-low porosity, ultra-low permeability, complicated pore …

In this paper, based on the analysis of lab experimental results of 20 core samples, which
were drilled from tight sandstone reservoirs of Sichuan basin, and simultaneously applied …

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 …

Formation pore structure prediction is of great importance in tight gas sands evaluation, and
NMR logs are considered to be an advantage in this aspect. The common method that is …