Mitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment

Hydrogen sulfide is a highly toxic by-product in the refineries. Traditional sulfur recovery units are already used, but optimization studies on them are still limited. The proposed process evaluates the possibility of a new frontier for sulfur recovery and carbon dioxide emissions reduction in refi...

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Autores principales:	Anna Dell'Angelo, Ecem Muge Andoglu, Giulia Bozzano, Suleyman Kaytakoglu, Flavio Manenti
Formato:	article
Lenguaje:	EN
Publicado:	SDEWES Centre 2021
Materias:	carbon dioxide utilization low emissions syngas claus process hydrogen sulfide ag2stm. Technology T Economic growth, development, planning HD72-88
Acceso en línea:	https://doaj.org/article/50e0b57a8dcf4fa5a2bbd9f1640b2712
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spelling	oai:doaj.org-article:50e0b57a8dcf4fa5a2bbd9f1640b27122021-11-20T09:32:48ZMitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment1848-925710.13044/j.sdewes.d8.0366https://doaj.org/article/50e0b57a8dcf4fa5a2bbd9f1640b27122021-09-01T00:00:00Z http://www.sdewes.org/jsdewes/pid8.0366 https://doaj.org/toc/1848-9257Hydrogen sulfide is a highly toxic by-product in the refineries. Traditional sulfur recovery units are already used, but optimization studies on them are still limited. The proposed process evaluates the possibility of a new frontier for sulfur recovery and carbon dioxide emissions reduction in refineries. The technological kernel is the regenerative thermal reactor which allows to convert hydrogen sulfide with another challenging emission, carbon dioxide, to valuable products (syngas) and harmless compound as elemental sulfur and water. The work has compared the effectiveness of the proposed technology with the traditional sulphur recovery units in terms of techno-economics and environmental impacts by proposing several sensitivity analyses on the main process parameters. Results state that it greatly improves the sustainability of the process in terms of quality of syngas produced while limiting the emissions. The economic analysis results look to be very promising for a pilot plant setup.Anna Dell'AngeloEcem Muge AndogluGiulia BozzanoSuleyman KaytakogluFlavio ManentiSDEWES Centrearticlecarbon dioxide utilizationlow emissionssyngasclaus processhydrogen sulfideag2stm.TechnologyTEconomic growth, development, planningHD72-88ENJournal of Sustainable Development of Energy, Water and Environment Systems, Vol 9, Iss 3, Pp 1-14 (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	carbon dioxide utilization low emissions syngas claus process hydrogen sulfide ag2stm. Technology T Economic growth, development, planning HD72-88
spellingShingle	carbon dioxide utilization low emissions syngas claus process hydrogen sulfide ag2stm. Technology T Economic growth, development, planning HD72-88 Anna Dell'Angelo Ecem Muge Andoglu Giulia Bozzano Suleyman Kaytakoglu Flavio Manenti Mitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment
description	Hydrogen sulfide is a highly toxic by-product in the refineries. Traditional sulfur recovery units are already used, but optimization studies on them are still limited. The proposed process evaluates the possibility of a new frontier for sulfur recovery and carbon dioxide emissions reduction in refineries. The technological kernel is the regenerative thermal reactor which allows to convert hydrogen sulfide with another challenging emission, carbon dioxide, to valuable products (syngas) and harmless compound as elemental sulfur and water. The work has compared the effectiveness of the proposed technology with the traditional sulphur recovery units in terms of techno-economics and environmental impacts by proposing several sensitivity analyses on the main process parameters. Results state that it greatly improves the sustainability of the process in terms of quality of syngas produced while limiting the emissions. The economic analysis results look to be very promising for a pilot plant setup.
format	article
author	Anna Dell'Angelo Ecem Muge Andoglu Giulia Bozzano Suleyman Kaytakoglu Flavio Manenti
author_facet	Anna Dell'Angelo Ecem Muge Andoglu Giulia Bozzano Suleyman Kaytakoglu Flavio Manenti
author_sort	Anna Dell'Angelo
title	Mitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment
title_short	Mitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment
title_full	Mitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment
title_fullStr	Mitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment
title_full_unstemmed	Mitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment
title_sort	mitigating carbon dioxide impact of fossil/bio-refineries by acid gas to syngas technology: sensitivity analysis and techno-economic assessment
publisher	SDEWES Centre
publishDate	2021
url	https://doaj.org/article/50e0b57a8dcf4fa5a2bbd9f1640b2712
work_keys_str_mv	AT annadellangelo mitigatingcarbondioxideimpactoffossilbiorefineriesbyacidgastosyngastechnologysensitivityanalysisandtechnoeconomicassessment AT ecemmugeandoglu mitigatingcarbondioxideimpactoffossilbiorefineriesbyacidgastosyngastechnologysensitivityanalysisandtechnoeconomicassessment AT giuliabozzano mitigatingcarbondioxideimpactoffossilbiorefineriesbyacidgastosyngastechnologysensitivityanalysisandtechnoeconomicassessment AT suleymankaytakoglu mitigatingcarbondioxideimpactoffossilbiorefineriesbyacidgastosyngastechnologysensitivityanalysisandtechnoeconomicassessment AT flaviomanenti mitigatingcarbondioxideimpactoffossilbiorefineriesbyacidgastosyngastechnologysensitivityanalysisandtechnoeconomicassessment
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Mitigating carbon dioxide impact of fossil/bio-refineries by Acid Gas to Syngas technology: sensitivity analysis and techno-economic assessment

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