Dynamic Simulation of Breakthrough Curves on Multilayered Beds for Hydrogen Purification from Syngas Mixtures

This paper modeled the behavior of a double-layer adsorption column to process a current with a Syngas-like composition. The modeling was performed on Aspen Adsorption software to evaluate its performance by comparison with experimental data found in the literature. The simulation aims is to evaluat...

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Main Authors: Federico Cecchini, Valentina Innocenzi, Valerio M. Corradetti, Marina Prisciandaro
Format: Article
Language:English
Published: AIDIC Servizi S.r.l. 2023-06-01
Series:Chemical Engineering Transactions
Online Access:https://www.cetjournal.it/index.php/cet/article/view/13370
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author Federico Cecchini
Valentina Innocenzi
Valerio M. Corradetti
Marina Prisciandaro
author_facet Federico Cecchini
Valentina Innocenzi
Valerio M. Corradetti
Marina Prisciandaro
author_sort Federico Cecchini
collection DOAJ
description This paper modeled the behavior of a double-layer adsorption column to process a current with a Syngas-like composition. The modeling was performed on Aspen Adsorption software to evaluate its performance by comparison with experimental data found in the literature. The simulation aims is to evaluate the modeled system for potential use in PSA systems for hydrogen purification from a Syngas stream, with successive simulations on different plant scales.
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spelling doaj.art-8d4d75ef7807425d95eeafb6739b5b162023-06-30T22:32:15ZengAIDIC Servizi S.r.l.Chemical Engineering Transactions2283-92162023-06-0110010.3303/CET23100048Dynamic Simulation of Breakthrough Curves on Multilayered Beds for Hydrogen Purification from Syngas MixturesFederico CecchiniValentina InnocenziValerio M. CorradettiMarina PrisciandaroThis paper modeled the behavior of a double-layer adsorption column to process a current with a Syngas-like composition. The modeling was performed on Aspen Adsorption software to evaluate its performance by comparison with experimental data found in the literature. The simulation aims is to evaluate the modeled system for potential use in PSA systems for hydrogen purification from a Syngas stream, with successive simulations on different plant scales.https://www.cetjournal.it/index.php/cet/article/view/13370
spellingShingle Federico Cecchini
Valentina Innocenzi
Valerio M. Corradetti
Marina Prisciandaro
Dynamic Simulation of Breakthrough Curves on Multilayered Beds for Hydrogen Purification from Syngas Mixtures
Chemical Engineering Transactions
title Dynamic Simulation of Breakthrough Curves on Multilayered Beds for Hydrogen Purification from Syngas Mixtures
title_full Dynamic Simulation of Breakthrough Curves on Multilayered Beds for Hydrogen Purification from Syngas Mixtures
title_fullStr Dynamic Simulation of Breakthrough Curves on Multilayered Beds for Hydrogen Purification from Syngas Mixtures
title_full_unstemmed Dynamic Simulation of Breakthrough Curves on Multilayered Beds for Hydrogen Purification from Syngas Mixtures
title_short Dynamic Simulation of Breakthrough Curves on Multilayered Beds for Hydrogen Purification from Syngas Mixtures
title_sort dynamic simulation of breakthrough curves on multilayered beds for hydrogen purification from syngas mixtures
url https://www.cetjournal.it/index.php/cet/article/view/13370
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AT valeriomcorradetti dynamicsimulationofbreakthroughcurvesonmultilayeredbedsforhydrogenpurificationfromsyngasmixtures
AT marinaprisciandaro dynamicsimulationofbreakthroughcurvesonmultilayeredbedsforhydrogenpurificationfromsyngasmixtures