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Analysis Study Research Paper | Chemical Engineering | Jordan | Volume 11 Issue 12, December 2022 | Rating: 4.7 / 10
Removing CO2 from Industrial Gas Streams by Adsorption into Jordanian Zeolite
Asem Mohammad AL Jarrah [2] | Reyad Ali AL Dwairi
Abstract: Removing of CO2 from industrial gas streams is essential to prevent pollution and corrosion of Equipment. Several methods are used to remove CO2 from gas streams. Adsorption of CO2 into zeolite is a common method in the last years. The objective of this research was to use Jordan naturally occurring zeolite for adsorption of CO2. The adsorption effect in a fixed bed of naturally occurring Jordanian zeolite on air stream contains different concentrations of CO2 gas was used for this Study. The pressure and zeolite particles sizes effects were measured, and the breakthrough curves were obtained. It was found that for fine sizes at a pressure around 4 atm the adsorption capacity of naturally occurring Jordan zeolite is comparable to commercially processed zeolite. For fine sizes at around4atm, the saturation capacity of naturally occurring zeolite is about0.21 g CO2/ g zeolite.
Keywords: Jordanian Zeolite, Adsorption of Carbon Dioxide, Acid Gases
Edition: Volume 11 Issue 12, December 2022,
Pages: 570 - 574