Integrating conventional and digital rock physics

Christoph Arns; S M Alizadeh; S. Norouzi Apourvari; I Shikhov; Nicolas Francois; Shane Latham; Jill Middleton; Ajay Limaye; Tim Senden

Integrating conventional and digital rock physics

Christoph Arns, S M Alizadeh, S. Norouzi Apourvari, I Shikhov, Nicolas Francois, Shane Latham, Jill Middleton, Ajay Limaye, Tim Senden

Research output: Contribution to journal › Meeting Abstract › peer-review

Abstract

Understanding the relationship between different petrophysical variables as function of stress is an important goal in core analysis. Integrating digital core analysis and conventional measurements in a way that measurements are made on the same scale allows a direct comparison of experiment and numerical simulation. If boundary conditions for both experiments are matched and measurements agree, the solution of the numerical problem provides additional insights by considering categorical variables, over which field variables might be averaged. The approach is illustrated by full scale calculations on reservoir core plugs, targeting permeability as function of stress conditions, quantifying the contribution of micro-porosity to relative permeability, and by local analysis of NMR responses with applications to rock typing

Original language	English
Pages (from-to)	MR14A-04
Journal	The AGU fall meeting 2014
Publication status	Published - 2014
Event	American Geophysical Union - AGU Fall Meeting 2014 - San Francisco, United States Duration: 1 Jan 2014 → …

Cite this

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title = "Integrating conventional and digital rock physics",

abstract = "Understanding the relationship between different petrophysical variables as function of stress is an important goal in core analysis. Integrating digital core analysis and conventional measurements in a way that measurements are made on the same scale allows a direct comparison of experiment and numerical simulation. If boundary conditions for both experiments are matched and measurements agree, the solution of the numerical problem provides additional insights by considering categorical variables, over which field variables might be averaged. The approach is illustrated by full scale calculations on reservoir core plugs, targeting permeability as function of stress conditions, quantifying the contribution of micro-porosity to relative permeability, and by local analysis of NMR responses with applications to rock typing",

author = "Christoph Arns and Alizadeh, {S M} and {Norouzi Apourvari}, S. and I Shikhov and Nicolas Francois and Shane Latham and Jill Middleton and Ajay Limaye and Tim Senden",

year = "2014",

language = "English",

pages = "MR14A--04",

journal = "The AGU fall meeting 2014",

publisher = "American Geophysical Union",

note = "American Geophysical Union - AGU Fall Meeting 2014 ; Conference date: 01-01-2014",

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TY - JOUR

T1 - Integrating conventional and digital rock physics

AU - Arns, Christoph

AU - Alizadeh, S M

AU - Norouzi Apourvari, S.

AU - Shikhov, I

AU - Francois, Nicolas

AU - Latham, Shane

AU - Middleton, Jill

AU - Limaye, Ajay

AU - Senden, Tim

PY - 2014

Y1 - 2014

N2 - Understanding the relationship between different petrophysical variables as function of stress is an important goal in core analysis. Integrating digital core analysis and conventional measurements in a way that measurements are made on the same scale allows a direct comparison of experiment and numerical simulation. If boundary conditions for both experiments are matched and measurements agree, the solution of the numerical problem provides additional insights by considering categorical variables, over which field variables might be averaged. The approach is illustrated by full scale calculations on reservoir core plugs, targeting permeability as function of stress conditions, quantifying the contribution of micro-porosity to relative permeability, and by local analysis of NMR responses with applications to rock typing

AB - Understanding the relationship between different petrophysical variables as function of stress is an important goal in core analysis. Integrating digital core analysis and conventional measurements in a way that measurements are made on the same scale allows a direct comparison of experiment and numerical simulation. If boundary conditions for both experiments are matched and measurements agree, the solution of the numerical problem provides additional insights by considering categorical variables, over which field variables might be averaged. The approach is illustrated by full scale calculations on reservoir core plugs, targeting permeability as function of stress conditions, quantifying the contribution of micro-porosity to relative permeability, and by local analysis of NMR responses with applications to rock typing

M3 - Meeting Abstract

SP - MR14A-04

JO - The AGU fall meeting 2014

JF - The AGU fall meeting 2014

T2 - American Geophysical Union - AGU Fall Meeting 2014

Y2 - 1 January 2014

ER -

Integrating conventional and digital rock physics

Abstract

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