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APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD

In this study, new way to handle the determination of interfacial tension for asphaltenic crude oil and CO2 using parachor method is proposed. Parachor is one empirical method that can be use to predict interfacial tension and is widely used in the industry. Parachor method is dependent on the phase...

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Main Author: AHMAD NAZRI, MOHAMMAD IFFWAD
Format: Final Year Project
Language:English
Published: 2011
Subjects:
T Technology (General)
Online Access:http://utpedia.utp.edu.my/id/eprint/27400/1/DissertationFYP2_Mohammad%20Iffwad%20Ahmad%20Nazri_11722_approximation%20of%20IFT%20for%20asphaltenic%20crude%20oil%20and%20co2%20using%20parachor.pdf
http://utpedia.utp.edu.my/id/eprint/27400/
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spelling oai:utpedia.utp.edu.my:274002024-07-15T00:49:32Z http://utpedia.utp.edu.my/id/eprint/27400/ APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD AHMAD NAZRI, MOHAMMAD IFFWAD T Technology (General) In this study, new way to handle the determination of interfacial tension for asphaltenic crude oil and CO2 using parachor method is proposed. Parachor is one empirical method that can be use to predict interfacial tension and is widely used in the industry. Parachor method is dependent on the phase density, molecular weight, parachor value for each components and the scaling exponent. Earlier study defined the value of scaling exponent to be 3.67, 3.88,3.91 and 4.00. However, these proposed values are not design to predict the IFT for crude oil that contain asphaltenes contain more than 0.01%. As a result, the predicted IFT will yield an error when comparing the results with the laboratory determination. This paper will use four types of asphaltenic crude oil that contain different percentage of asphalt. The samples are Dulang Crude Oil, Iraq Ratawi Crude Oil, and mixture of 80% Dulang Crude and 20% Iraq Ratawi Crude, and 20% Dulang Crude and 80% Iraq Ratawi Crude. To compare the empirical method, this project will implement IFT pendant drop experiment as the main laboratory work. Analysis of this data comparison will leads to a new scaling exponent value that will yield an accurate interfacial tension for asphaltenic crude oil. 2011-05 Final Year Project NonPeerReviewed text en http://utpedia.utp.edu.my/id/eprint/27400/1/DissertationFYP2_Mohammad%20Iffwad%20Ahmad%20Nazri_11722_approximation%20of%20IFT%20for%20asphaltenic%20crude%20oil%20and%20co2%20using%20parachor.pdf AHMAD NAZRI, MOHAMMAD IFFWAD (2011) APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD. [Final Year Project] (Submitted)
institution Universiti Teknologi Petronas
building UTP Resource Centre
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Teknologi Petronas
content_source UTP Electronic and Digitized Intellectual Asset
url_provider http://utpedia.utp.edu.my/
language English
topic T Technology (General)
spellingShingle T Technology (General)
AHMAD NAZRI, MOHAMMAD IFFWAD
APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD
description In this study, new way to handle the determination of interfacial tension for asphaltenic crude oil and CO2 using parachor method is proposed. Parachor is one empirical method that can be use to predict interfacial tension and is widely used in the industry. Parachor method is dependent on the phase density, molecular weight, parachor value for each components and the scaling exponent. Earlier study defined the value of scaling exponent to be 3.67, 3.88,3.91 and 4.00. However, these proposed values are not design to predict the IFT for crude oil that contain asphaltenes contain more than 0.01%. As a result, the predicted IFT will yield an error when comparing the results with the laboratory determination. This paper will use four types of asphaltenic crude oil that contain different percentage of asphalt. The samples are Dulang Crude Oil, Iraq Ratawi Crude Oil, and mixture of 80% Dulang Crude and 20% Iraq Ratawi Crude, and 20% Dulang Crude and 80% Iraq Ratawi Crude. To compare the empirical method, this project will implement IFT pendant drop experiment as the main laboratory work. Analysis of this data comparison will leads to a new scaling exponent value that will yield an accurate interfacial tension for asphaltenic crude oil.
format Final Year Project
author AHMAD NAZRI, MOHAMMAD IFFWAD
author_facet AHMAD NAZRI, MOHAMMAD IFFWAD
author_sort AHMAD NAZRI, MOHAMMAD IFFWAD
title APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD
title_short APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD
title_full APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD
title_fullStr APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD
title_full_unstemmed APPROXIMATION OF INTERFACIAL TENSION FOR ASPHALTENIC CRUDE OIL AND CO2 USING PARACHOR METHOD
title_sort approximation of interfacial tension for asphaltenic crude oil and co2 using parachor method
publishDate 2011
url http://utpedia.utp.edu.my/id/eprint/27400/1/DissertationFYP2_Mohammad%20Iffwad%20Ahmad%20Nazri_11722_approximation%20of%20IFT%20for%20asphaltenic%20crude%20oil%20and%20co2%20using%20parachor.pdf
http://utpedia.utp.edu.my/id/eprint/27400/
_version_ 1805890969089867776
score 13.222552

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