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• W3166064265 endingPage "121061" @default.
• W3166064265 startingPage "121061" @default.
• W3166064265 abstract "• Bioethanol-to-hydrocarbon process is simulated in different reactor configurations. • Solid regime leads to different deactivation profiles in packed and fluidized beds. • Circulating fluidized bed reactor is versatile for producing olefins or gasoline. • A maximum olefins yield of 85% is predicted at 300 °C and low space time value. • The production of gasoline is maximized at high temperature without co-fed water. The conversion of bioethanol into hydrocarbons, BTH process, has been simulated in reactors with different catalyst regimes (packed bed, non-circulating fluidized bed and circulating fluidized bed). The production of value-added products, as light olefins (ethylene, propylene and butenes) and gasoline (C 4+ hydrocarbons), has been targeted. Different activity profiles have been predicted for packed and fluidized bed reactors, and a circulating fluidized bed reactor has allowed a steady-state operation. The obtained product distribution in this reactor can be easily tuned by modifying the reaction conditions and the mean residence time of the catalyst in the reactor. Maximum yields of olefins (ca. 85%) are predicted to be achieved at low temperature (300 °C), low space time (0.1 g cat h g −1 ) or high content of water in the feed (75%), whereas the yield of gasoline is otherwise maximized (ca. 70%) at high temperature (400 °C), high space time (1.0 g cat h g −1 ) or low content of water in the feed (5%, azeotrope mixture). The results highlight the interest of having a useful and versatile simulation model to be used as a tool for the prediction of different reactor performances in processes with complex reaction networks and fast catalyst deactivation as the BTH process." @default.
• W3166064265 created "2021-06-22" @default.
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• W3166064265 date "2021-10-01" @default.
• W3166064265 modified "2023-09-24" @default.
• W3166064265 title "Influence of HZSM-5-based catalyst deactivation on the performance of different reactor configurations for the conversion of bioethanol into hydrocarbons" @default.
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• W3166064265 doi "https://doi.org/10.1016/j.fuel.2021.121061" @default.
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