Density and viscosity modeling and characterization of heavy oils

Sergio Cisneros, Simon Ivar Andersen, J Creek

Research output: Contribution to journalConference articleResearchpeer-review

Abstract

Viscosity and density are key properties for the evaluation, simulation, and development of petroleum reservoirs. Previously, the friction theory (f-theory) was shown to be capable of delivering simple and accurate viscosity models for petroleum reservoir fluids with molecular weights up to similar to 200 g/mol and viscosities up to similar to 10 mPa s, under usual reservoir conditions. As a basis, the f-theory approach requires a compositional characterization procedure that is used in conjunction with a van der Waals type of equation of state (EOS). This is achieved using simple cubic EOSs, which are widely used within the oil industry. Further work also established the basis for extending the approach to heavy oils. Thus, in this work, the extended f-theory approach is further discussed with the study and modeling of a wider set of representative heavy reservoir fluids with viscosities up to thousands of mPa center dot s. Essential to the presented extended approach for heavy oils is, first, achievement of accurate P nu T results for the EOS-characterized fluid. In particular, it has been determined that, for accurate viscosity modeling of heavy oils, a compressibility correction in the way that the EOS is coupled to the viscosity model is required. Thus, in this work, the f-theory potential for the viscosity modeling and prediction of heavy reservoir fluids is further discussed.
Original languageEnglish
JournalEnergy & Fuels
Volume19
Issue number4
Pages (from-to)1314-1318
ISSN0887-0624
DOIs
Publication statusPublished - 2005
Event5th International Conference on Petroleum Phase Behavior and Fouling - Banff, Canada
Duration: 13 Jun 200417 Jun 2004
Conference number: 5
http://www.ualberta.ca/CMENG/IFC-5/program.htm

Conference

Conference5th International Conference on Petroleum Phase Behavior and Fouling
Number5
CountryCanada
CityBanff
Period13/06/200417/06/2004
Internet address

Cite this

Cisneros, Sergio ; Andersen, Simon Ivar ; Creek, J. / Density and viscosity modeling and characterization of heavy oils. In: Energy & Fuels. 2005 ; Vol. 19, No. 4. pp. 1314-1318.
@inproceedings{b3e711227124461ab67339af877dea06,
title = "Density and viscosity modeling and characterization of heavy oils",
abstract = "Viscosity and density are key properties for the evaluation, simulation, and development of petroleum reservoirs. Previously, the friction theory (f-theory) was shown to be capable of delivering simple and accurate viscosity models for petroleum reservoir fluids with molecular weights up to similar to 200 g/mol and viscosities up to similar to 10 mPa s, under usual reservoir conditions. As a basis, the f-theory approach requires a compositional characterization procedure that is used in conjunction with a van der Waals type of equation of state (EOS). This is achieved using simple cubic EOSs, which are widely used within the oil industry. Further work also established the basis for extending the approach to heavy oils. Thus, in this work, the extended f-theory approach is further discussed with the study and modeling of a wider set of representative heavy reservoir fluids with viscosities up to thousands of mPa center dot s. Essential to the presented extended approach for heavy oils is, first, achievement of accurate P nu T results for the EOS-characterized fluid. In particular, it has been determined that, for accurate viscosity modeling of heavy oils, a compressibility correction in the way that the EOS is coupled to the viscosity model is required. Thus, in this work, the f-theory potential for the viscosity modeling and prediction of heavy reservoir fluids is further discussed.",
author = "Sergio Cisneros and Andersen, {Simon Ivar} and J Creek",
year = "2005",
doi = "10.1021/ef0497715",
language = "English",
volume = "19",
pages = "1314--1318",
journal = "Energy & Fuels",
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}

Density and viscosity modeling and characterization of heavy oils. / Cisneros, Sergio; Andersen, Simon Ivar; Creek, J.

In: Energy & Fuels, Vol. 19, No. 4, 2005, p. 1314-1318.

Research output: Contribution to journalConference articleResearchpeer-review

TY - GEN

T1 - Density and viscosity modeling and characterization of heavy oils

AU - Cisneros, Sergio

AU - Andersen, Simon Ivar

AU - Creek, J

PY - 2005

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N2 - Viscosity and density are key properties for the evaluation, simulation, and development of petroleum reservoirs. Previously, the friction theory (f-theory) was shown to be capable of delivering simple and accurate viscosity models for petroleum reservoir fluids with molecular weights up to similar to 200 g/mol and viscosities up to similar to 10 mPa s, under usual reservoir conditions. As a basis, the f-theory approach requires a compositional characterization procedure that is used in conjunction with a van der Waals type of equation of state (EOS). This is achieved using simple cubic EOSs, which are widely used within the oil industry. Further work also established the basis for extending the approach to heavy oils. Thus, in this work, the extended f-theory approach is further discussed with the study and modeling of a wider set of representative heavy reservoir fluids with viscosities up to thousands of mPa center dot s. Essential to the presented extended approach for heavy oils is, first, achievement of accurate P nu T results for the EOS-characterized fluid. In particular, it has been determined that, for accurate viscosity modeling of heavy oils, a compressibility correction in the way that the EOS is coupled to the viscosity model is required. Thus, in this work, the f-theory potential for the viscosity modeling and prediction of heavy reservoir fluids is further discussed.

AB - Viscosity and density are key properties for the evaluation, simulation, and development of petroleum reservoirs. Previously, the friction theory (f-theory) was shown to be capable of delivering simple and accurate viscosity models for petroleum reservoir fluids with molecular weights up to similar to 200 g/mol and viscosities up to similar to 10 mPa s, under usual reservoir conditions. As a basis, the f-theory approach requires a compositional characterization procedure that is used in conjunction with a van der Waals type of equation of state (EOS). This is achieved using simple cubic EOSs, which are widely used within the oil industry. Further work also established the basis for extending the approach to heavy oils. Thus, in this work, the extended f-theory approach is further discussed with the study and modeling of a wider set of representative heavy reservoir fluids with viscosities up to thousands of mPa center dot s. Essential to the presented extended approach for heavy oils is, first, achievement of accurate P nu T results for the EOS-characterized fluid. In particular, it has been determined that, for accurate viscosity modeling of heavy oils, a compressibility correction in the way that the EOS is coupled to the viscosity model is required. Thus, in this work, the f-theory potential for the viscosity modeling and prediction of heavy reservoir fluids is further discussed.

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