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Hydrocarbons in Porous Media

Schiegg, Hans O. / Schwille, Friedrich

Abstract Hydrocarbons are understood as either light immiscible liquids (LIL) or heavy immiscible liquids (HIL). Their phenomenological behaviour is of main interest because the constitutive assumptions are the crucial point in numerical modeling. Subsequent to a short description of the term “hydrocarbon” and an argumentation of the new expressions LIL and HIL a brief historical review of research is presented in Chapter 1. Chapter 2 shows and explains in detail various experiments in the laboratory and the field. Chapter 3 compares LIL and HIL from phenomenological point of view in order to formulate consistent models. Existing models are discussed briefly.

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Hydrocarbons in Porous Media

Schiegg, Hans O. / Schwille, Friedrich

Abstract Hydrocarbons are understood as either light immiscible liquids (LIL) or heavy immiscible liquids (HIL). Their phenomenological behaviour is of main interest because the constitutive assumptions are the crucial point in numerical modeling. Subsequent to a short description of the term “hydrocarbon” and an argumentation of the new expressions LIL and HIL a brief historical review of research is presented in Chapter 1. Chapter 2 shows and explains in detail various experiments in the laboratory and the field. Chapter 3 compares LIL and HIL from phenomenological point of view in order to formulate consistent models. Existing models are discussed briefly.

Hydrocarbons in Porous Media

Schiegg, Hans O. / Schwille, Friedrich

Abstract Hydrocarbons are understood as either light immiscible liquids (LIL) or heavy immiscible liquids (HIL). Their phenomenological behaviour is of main interest because the constitutive assumptions are the crucial point in numerical modeling. Subsequent to a short description of the term “hydrocarbon” and an argumentation of the new expressions LIL and HIL a brief historical review of research is presented in Chapter 1. Chapter 2 shows and explains in detail various experiments in the laboratory and the field. Chapter 3 compares LIL and HIL from phenomenological point of view in order to formulate consistent models. Existing models are discussed briefly.

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Title:

Hydrocarbons in Porous Media

Contributors:

Schiegg, Hans O. (author) / Schwille, Friedrich (author)

Published in:

Transport Processes in Porous Media ; 69-201

NATO ASI Series ; 202

Publication date:

1991-01-01

Size:

133 pages

ISBN:

978-94-010-5610-6 , 978-94-011-3628-0

ISSN:

DOI:

https://doi.org/10.1007/978-94-011-3628-0_3

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Capillary Pressure , Relative Permeability , Unsaturated Zone , Capillary Rise , Immiscible Fluid Engineering , Engineering Fluid Dynamics , Geotechnical Engineering & Applied Earth Sciences , Terrestrial Pollution , Mathematical Modeling and Industrial Mathematics , Soil Science & Conservation

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