Determining pore size distribution of gas separation membranes from adsorption isotherm data

M. H.H. Al Marzouqi

doi:10.1080/00908319950014939

Determining pore size distribution of gas separation membranes from adsorption isotherm data

M. H.H. Al Marzouqi

Department of Chemical & Petroleum

Research output: Contribution to specialist publication › Article

5 Citations (Scopus)

Abstract

The use of a membrane in gas separation is gaining popularity and is considered to be the most prominent emerging technology in gas separation. In order to determine the effectiveness of a membrane in separating gases, it is important to have an accurate estimate of the pore size distribution. This article presents a method to estimate the pore size distribution from adsorption isotherm data. Adsorption isotherm data are used to determine the pore size distribution using both slit and cylindrical models. The theory that relates adsorption isotherm to pore size distribution is presented. The method is validated with experimental data and it is shown that both the models exhibit narrow distribution profiles.

Original language	English
Pages	31-38
Number of pages	8
Volume	21
No.	1-2
Specialist publication	Energy Sources
DOIs	https://doi.org/10.1080/00908319950014939
Publication status	Published - 1999

Keywords

Gas separation
Membrane
Pore size distribution
Quantum chemistry

ASJC Scopus subject areas

Chemical Engineering(all)
Fuel Technology
Energy Engineering and Power Technology

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10.1080/00908319950014939

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title = "Determining pore size distribution of gas separation membranes from adsorption isotherm data",

abstract = "The use of a membrane in gas separation is gaining popularity and is considered to be the most prominent emerging technology in gas separation. In order to determine the effectiveness of a membrane in separating gases, it is important to have an accurate estimate of the pore size distribution. This article presents a method to estimate the pore size distribution from adsorption isotherm data. Adsorption isotherm data are used to determine the pore size distribution using both slit and cylindrical models. The theory that relates adsorption isotherm to pore size distribution is presented. The method is validated with experimental data and it is shown that both the models exhibit narrow distribution profiles.",

keywords = "Gas separation, Membrane, Pore size distribution, Quantum chemistry",

author = "{Al Marzouqi}, {M. H.H.}",

note = "Funding Information: A recent DO E study shows that there is an opportunity for substantial energy savings s about 40% annually. using membrane technology for gasrliquid separations if membrane systems gain wider acceptance. For example, this study reported that 1 quad of energy s equivalent to 170 million barrels of oil. could be saved by using membrane technology for gas r liquid separations out of 2.6 quads of energy Received 1 September 1997; accepted 4 February 1998. This study was funde d by a research grant provided by the University Research Council of the UAE University. This support is gratefully acknowledged. Addre ss corresponde nce to Dr. M. Al Marzouqi, Dept. of Chemical and Pe tro-leum Engineering, PO B 17555, UAE University, Al-Ain, United Arab Emirates. E-mail: mhassan@ eclsun.uaeu.ac.ae",

year = "1999",

doi = "10.1080/00908319950014939",

language = "English",

volume = "21",

pages = "31--38",

journal = "Energy Sources",

issn = "0090-8312",

publisher = "Taylor and Francis Ltd.",

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T1 - Determining pore size distribution of gas separation membranes from adsorption isotherm data

AU - Al Marzouqi, M. H.H.

N1 - Funding Information: A recent DO E study shows that there is an opportunity for substantial energy savings s about 40% annually. using membrane technology for gasrliquid separations if membrane systems gain wider acceptance. For example, this study reported that 1 quad of energy s equivalent to 170 million barrels of oil. could be saved by using membrane technology for gas r liquid separations out of 2.6 quads of energy Received 1 September 1997; accepted 4 February 1998. This study was funde d by a research grant provided by the University Research Council of the UAE University. This support is gratefully acknowledged. Addre ss corresponde nce to Dr. M. Al Marzouqi, Dept. of Chemical and Pe tro-leum Engineering, PO B 17555, UAE University, Al-Ain, United Arab Emirates. E-mail: mhassan@ eclsun.uaeu.ac.ae

PY - 1999

Y1 - 1999

N2 - The use of a membrane in gas separation is gaining popularity and is considered to be the most prominent emerging technology in gas separation. In order to determine the effectiveness of a membrane in separating gases, it is important to have an accurate estimate of the pore size distribution. This article presents a method to estimate the pore size distribution from adsorption isotherm data. Adsorption isotherm data are used to determine the pore size distribution using both slit and cylindrical models. The theory that relates adsorption isotherm to pore size distribution is presented. The method is validated with experimental data and it is shown that both the models exhibit narrow distribution profiles.

AB - The use of a membrane in gas separation is gaining popularity and is considered to be the most prominent emerging technology in gas separation. In order to determine the effectiveness of a membrane in separating gases, it is important to have an accurate estimate of the pore size distribution. This article presents a method to estimate the pore size distribution from adsorption isotherm data. Adsorption isotherm data are used to determine the pore size distribution using both slit and cylindrical models. The theory that relates adsorption isotherm to pore size distribution is presented. The method is validated with experimental data and it is shown that both the models exhibit narrow distribution profiles.

KW - Gas separation

KW - Membrane

KW - Pore size distribution

KW - Quantum chemistry

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VL - 21

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JO - Energy Sources

JF - Energy Sources

ER -

Determining pore size distribution of gas separation membranes from adsorption isotherm data

Abstract

Keywords

ASJC Scopus subject areas

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