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The AAPG/Datapages Combined Publications Database
AAPG Bulletin
Abstract
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Title: Permeability
to Various Parameters Derived
from
Mercury Injection-Capillary Pressure Curves for
Sandstone
(1)
Author(s):
Abstract:
Pore aperture size estimated from
mercury injection tests has been used to evaluate seals for traps and to explain the locations of stratigraphic hydrocarbon accumulations. However, mercury injection tests are expensive and therefore not abundant. This paper develops empirical equations for estimating certain pore aperture size parameters
from
routine core analysis. The relationship of porosity, uncorrected air
permeability
, and various parameters derived
from
mercury injection-capillary pressure curves was established using multiple regression on a database of 202 samples of
sandstone
from
14 formations that range in age
from
Ordovician to Tertiary. These
sandstone
formations vary in composition and texture.
A series of empirically derived equations also permits the calculation of pore aperture radii corresponding to mercury saturation values that range from
10 to 75% in increments of five. This makes it possible to construct a calculated pore aperture radius distribution curve using porosity and
permeability
from
core analysis.
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