We introduce a new geostatistical method to incorporate seismic attribute maps into a three-
dimensional (3D) reservoir model. The method explicitly honors the difference in vertical …

Significant progress has been made with regard to the quantitative integration of
geophysical and hydrological data at the local scale for the purpose of improving predictions …

Clastic reservoir characterization typically starts with the modeling of the facies distribution
and geometry. The architecture of the reservoir, governed by the facies geometry, is a major …

This chapter describes an integrated approach to reservoir characterization and three-
dimensional (3-D) geologic modeling of the San Andres Formation at Vacuum field, New …

A 3-D porosity field in a west Texas carbonate reservoir is modeled conditional to both
“hard” porosity data sampled by wells and 2-D seismic attribute map with less vertical …

Clastic reservoir characterization starts typically with modeling lithofacies distribution and
geometry. The architecture of the reservoir, governed by the lithofacies geometry, is a major …

In this paper we present a practical methodology for updating the reservoir simulation model
by incorporating permeability derived directly from time-lapse seismic data. The proposed …

This paper presents a newly developed technique to integrate the seismic attributes that
represent interval average reservoir property as a 'soft constraint'with well log data into a full …

In modem oil industry, it is common that a variety of data are available for reservoir
modeling. These data include core and log data, seismic attributes, and conceptual …

In seismically constrained integrated reservoir modeling, seismic inversion results are used
to constrain static reservoir models. When the inversion delivers results (porosity or net to …