Lower order faults (LOFs) are characterized by small‐scale, strong concealment and difficult
to identify in seismic data, which affects the accuracy of LOF interpretation. Due to the quality …

Engineered nanoparticles have been proposed for use as contrast agents to enhance
geophysical characterization of oil and gas reservoirs. Under saline conditions and in the …

Double-porosity is an important characteristic in soil that is found to influence the migration
of fluids within the soil. Of late, a number of laboratory experiment studies have been carried …

Complex geological structures like pores, fractures and faults in submarine hydrothermal
reservoirs have significant but unclear effects on internal hydrothermal flow and heat …

In this work, we present a methodology for upscaling solute transport in heterogeneous
reservoirs. The problem considers upscaling from the Darcy scale of a porous medium to the …

Fines detachment, migration and pore clogging are important processes in diverse problems
in underground formations. Recent works have analyzed the idea of employing fines …

This study is aimed at giving some insights on kinetics, adsorption and partitioning of ethyl
acetate during a single well tracer test. Synthetic formation water, an specific crude oil and a …

Understanding solute transport in heterogeneous porous media is a challenging problem
due to the degree of complexities coming from the spatial variations of petrophysical …

Due to the lack of enough models to interpret transient well test data in reservoirs with
limited baffles/faults, a novel semianalytical model is developed in this study based on the …

Este trabajo propone una solución al problema inverso del flujo de trazadores en
yacimientos fracturados, investigando la sensibilidad de los resultados a los parámetros …