EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT

The focus of this thesis is on the evaluation of C02-philic surfactants for application in foam assisted C02-WAG injection, under immiscible conditions of a Malaysian reservoir case. The surfactant blending and addition of C02-philic functionalities in surfactant structure is investigated for thi...

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Main Author: TALEBIAN, SEYEDEH HOSNA
Format: Thesis
Language: English
Institution: Universiti Teknologi Petronas
Record Id / ISBN-0: utp-utpedia.21613 /
Published: 2015
Subjects:
QE Geology
Online Access: http://utpedia.utp.edu.my/21613/1/2015%20-PETROLEUM%20-%20EVALUATION%20OF%20CO2-PHILIC%20FOAM%20SURFACTANTS%20AS%20MOBILITY%20CONTROL%20AGENT%20-%20SEYEDEH%20HOSNA%20TALEBIAN.pdf
http://utpedia.utp.edu.my/21613/
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spelling utp-utpedia.216132021-09-23T09:58:59Z http://utpedia.utp.edu.my/21613/ EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT TALEBIAN, SEYEDEH HOSNA QE Geology The focus of this thesis is on the evaluation of C02-philic surfactants for application in foam assisted C02-WAG injection, under immiscible conditions of a Malaysian reservoir case. The surfactant blending and addition of C02-philic functionalities in surfactant structure is investigated for this reservoir to enhance C02 mobility control, and to mitigate SAG operational problems in terms of foam-oil tolerance, limiting water saturation requirement, and sensitivity to reservOir conditions. The C02/oil system phase behavior analysis in tenns of viscosity reduction, IFT reduction, and C02 dissolution in immiscible conditions of the reservoir were experimentally investigated. The structure-property analyses of COr philic surfactant blends were perfonned in terms of C02 dissolution in aqueous phase, effect of surfactant on Oil/Water and Gas/Water interfaces, foamability and foam stability in the presence of oil at reservoir conditions. The theoretical entering, spreading, and bridging coefficients model was utilized for surfactant screening in tenns of foam stability in the presence of oil at desired pressure range and temperature conditions. Foam-induced C02 mobility control for different surfactants was tested in coreflood system to correlate MRF values and interfacial behavior of surfactants. 2015-10 Thesis NonPeerReviewed application/pdf en http://utpedia.utp.edu.my/21613/1/2015%20-PETROLEUM%20-%20EVALUATION%20OF%20CO2-PHILIC%20FOAM%20SURFACTANTS%20AS%20MOBILITY%20CONTROL%20AGENT%20-%20SEYEDEH%20HOSNA%20TALEBIAN.pdf TALEBIAN, SEYEDEH HOSNA (2015) EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT. PhD thesis, Universiti Teknologi PETRONAS.
institution Universiti Teknologi Petronas
collection UTPedia
language English
topic QE Geology
spellingShingle QE Geology
TALEBIAN, SEYEDEH HOSNA
EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT
description The focus of this thesis is on the evaluation of C02-philic surfactants for application in foam assisted C02-WAG injection, under immiscible conditions of a Malaysian reservoir case. The surfactant blending and addition of C02-philic functionalities in surfactant structure is investigated for this reservoir to enhance C02 mobility control, and to mitigate SAG operational problems in terms of foam-oil tolerance, limiting water saturation requirement, and sensitivity to reservOir conditions. The C02/oil system phase behavior analysis in tenns of viscosity reduction, IFT reduction, and C02 dissolution in immiscible conditions of the reservoir were experimentally investigated. The structure-property analyses of COr philic surfactant blends were perfonned in terms of C02 dissolution in aqueous phase, effect of surfactant on Oil/Water and Gas/Water interfaces, foamability and foam stability in the presence of oil at reservoir conditions. The theoretical entering, spreading, and bridging coefficients model was utilized for surfactant screening in tenns of foam stability in the presence of oil at desired pressure range and temperature conditions. Foam-induced C02 mobility control for different surfactants was tested in coreflood system to correlate MRF values and interfacial behavior of surfactants.
format Thesis
author TALEBIAN, SEYEDEH HOSNA
author_sort TALEBIAN, SEYEDEH HOSNA
title EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT
title_short EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT
title_full EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT
title_fullStr EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT
title_full_unstemmed EVALUATION OF COc-PHILIC FOA\1 SURFACT ANTS AS \10BILITY CONTROL AGENT
title_sort evaluation of coc-philic foa\1 surfact ants as \10bility control agent
publishDate 2015
url http://utpedia.utp.edu.my/21613/1/2015%20-PETROLEUM%20-%20EVALUATION%20OF%20CO2-PHILIC%20FOAM%20SURFACTANTS%20AS%20MOBILITY%20CONTROL%20AGENT%20-%20SEYEDEH%20HOSNA%20TALEBIAN.pdf
http://utpedia.utp.edu.my/21613/
_version_ 1741195764930969600
score 11.62408

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