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Geoscientist's Guide to Petrophysics (A).


Auteurs : PELLERIN François-Marie

PELLERIN François-Marie

François-Marie Pellerin graduated from Ecole de Géologie de Nancy (France) and has a Doctorate in Engineering Geology from Ecole des Mines de Paris. He spent a major part of his professional career as a reservoir geologist-petrophysicist at Elf Aquitaine Co, then Total. Previously, he taught and conducted research in engineering geology at the Ecole des Mines and Ecole des Ponts et Chaussées (Paris - France).

, ZINSZNER Bernard

ZINSZNER Bernard

Bernard Zinszner graduated from Ecole de Géologie de Nancy (France) and Ecole du Pétrole (IFP School - France). He is senior research geoscientist at IFP where he worked in the Geology, Geophysics and Geomechanics Departments.


ISBN : 9782710808992
broché      170 x 240 mm     
Date de publication : Novembre 2007

Acheteurs américainsAcheteurs américains


Geoscientists and Engineers taking an interest in Petrophysics, are struck by the contrasting treatment of the Physics Aspects and the Geology Aspects. In most publications, the Physics Aspect prevails. The rock itself is considered as a black-box whose microscopic structure is briefly described as a model sometimes remote from reality.
But if we are to scale up isolated petrophyscial observations to an entire oil reservoir or an aquifer, it is essential to implement the powerful extrapolation tool of geological interpretation. This is clearly based on a good understanding of the relations between the petrophysical parameters studied and the petrological characteristics of the rock considered.
This Geological approach of Petrophysics is at the heart of our project.
The book is divided into two sections of different size:
The first section (by far the largest) describes the various petrophysical properties of rocks. Each property is defined, limiting the mathematical formulation to the strict minimum but emphasising the geometrical and therefore petrological parameters governing this property. The description of the measurement methods is restricted to an overview of the principles required for good communication between the geoscientist and the laboratory petrophysicist. For each property, we detail one or two aspects of the relations between petrophysics and geology (e.g. the porosity/permeability relations in carbonate rocks or irregular water tables and stratigraphic traps).
The second section concentrates on methodological problems and concerns, above all, the representativeness of the measurements and the size effects. The notions of Representative Elementary Volume, Homogeneity, Anisotropy, Rock Type, etc. provide a better understanding of the problems of up-scaling (Plug, Core, Log Analysis, Well Test). Lastly, we provide a description of several Porous Network investigation methods: Thin section, Pore Cast, Visualization of capillary properties, X-ray tomography.


Table des matières :


1. Petrophysical Properties and Relations with Petrology. Calculation of Fluid Volumes in Situ (Accumulations): Static Properties. Fluid Recovery and Modelling: Dynamic Properties. Log and Geophysical Analysis. 2. Scale Changes and Characterization of Porous Media: Methods and Techniques. Measurement Representativeness and Reservoir Characterization. Porous Network Observation Techniques. References. Porosity Terms Glossary-Index. Subject Index. Author Index.

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