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Experimental Investigation of Electrothermal Desorption of Steel Mill Gases from Activated Carbon
A bench‐scale electric swing adsorption plant has been used to investigate electrothermal desorption behavior by varying technically relevant factors like maximum electric power, purge gas flow and desorption temperature. The study has been planned by design of experiments using a central composite design. Different quality criteria have been defined to describe a macroscopic behavior of the desorption for process development. The results are used to fit models by multiple linear regression. For technically relevant quality criteria good correlating models could be found and can be used for accurate prediction of, e.g., the energy demand, purge gas total volume or desorption time.
Experimental Investigation of Electrothermal Desorption of Steel Mill Gases from Activated Carbon
A bench‐scale electric swing adsorption plant has been used to investigate electrothermal desorption behavior by varying technically relevant factors like maximum electric power, purge gas flow and desorption temperature. The study has been planned by design of experiments using a central composite design. Different quality criteria have been defined to describe a macroscopic behavior of the desorption for process development. The results are used to fit models by multiple linear regression. For technically relevant quality criteria good correlating models could be found and can be used for accurate prediction of, e.g., the energy demand, purge gas total volume or desorption time.
Experimental Investigation of Electrothermal Desorption of Steel Mill Gases from Activated Carbon
Peters, Martin (author) / Geitner, Christian (author) / Verhoeven, Birte Friederike (author)
Chemie Ingenieur Technik ; 94 ; 1458-1465
2022-10-01
8 pages
Article (Journal)
Electronic Resource
English
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