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Exploiting Adsorption/Diffusion Synergy in MFI‐Catalyzed Hexane Isomerization Reactor
The isomerization of n‐hexane to produce mono‐ and di‐branched isomers is an important process for octane enhancement of gasoline. In a fixed bed reactor, packed with MFI catalyst, there is synergy between mixture adsorption equilibrium and intra‐crystalline diffusion. This synergy is best exploited by operating the reactor in a transient manner, whereby the desired products consisting of the branched isomers can be recovered from the exiting gas mixture during the early stages of transience. This strategy essentially results in a combination of reaction and separation in a single fixed bed device.
Exploiting Adsorption/Diffusion Synergy in MFI‐Catalyzed Hexane Isomerization Reactor
The isomerization of n‐hexane to produce mono‐ and di‐branched isomers is an important process for octane enhancement of gasoline. In a fixed bed reactor, packed with MFI catalyst, there is synergy between mixture adsorption equilibrium and intra‐crystalline diffusion. This synergy is best exploited by operating the reactor in a transient manner, whereby the desired products consisting of the branched isomers can be recovered from the exiting gas mixture during the early stages of transience. This strategy essentially results in a combination of reaction and separation in a single fixed bed device.
Exploiting Adsorption/Diffusion Synergy in MFI‐Catalyzed Hexane Isomerization Reactor
Krishna, Rajamani (author)
Chemie Ingenieur Technik ; 95 ; 1794-1799
2023-11-01
6 pages
Article (Journal)
Electronic Resource
English
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