Improvement in cyclic CO2 capture performance and fluidization behavior of eggshell-derived CaCO3 particles modified with acetic acid used in calcium looping …
Although calcium-based materials are the most promising adsorbents used in calcium
looping process for carbon dioxide removing, their CO 2 capture capacity decaying besides
poor fluidization, still are the important challenges. In the present investigation, eggshell as a
cheap, easily available and unpolluted source of calcium carbonate was used for CO 2
capturing in calcium looping process. Eggshell particles were treated with various volume
concentrations of acetic acid to improve its sorption capacity. According to the TGA results …
looping process for carbon dioxide removing, their CO 2 capture capacity decaying besides
poor fluidization, still are the important challenges. In the present investigation, eggshell as a
cheap, easily available and unpolluted source of calcium carbonate was used for CO 2
capturing in calcium looping process. Eggshell particles were treated with various volume
concentrations of acetic acid to improve its sorption capacity. According to the TGA results …
Improvement in Cyclic Co2 Capture Performance and Fluidization Behavior of Eggshell-Derived Caco3 Particles in Calcium Looping Process
M Imani, M Tahmasebpoor… - Available at SSRN … - papers.ssrn.com
In the present investigation, eggshell as a cheap, easily available and unpolluted source of
calcium carbonate was used for CO 2 capturing in calcium looping process. Eggshell
particles were treated with various volume concentrations of acetic acid to improve its
sorption capacity. According to the TGA results after 20 carbonation/calcination cycles, the
effective carbonation conversion of modified eggshell with 5, 20, 30 and 40%. v/v acetic acid
was 21.33%, 24.26%, 25.97% and 28.97%, respectively, which is considerable compared to …
calcium carbonate was used for CO 2 capturing in calcium looping process. Eggshell
particles were treated with various volume concentrations of acetic acid to improve its
sorption capacity. According to the TGA results after 20 carbonation/calcination cycles, the
effective carbonation conversion of modified eggshell with 5, 20, 30 and 40%. v/v acetic acid
was 21.33%, 24.26%, 25.97% and 28.97%, respectively, which is considerable compared to …
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