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Advanced Techniques in Decarbonylation and Decarboxylation of Heptanoic Acid

This project focuses on innovative methods for the decarbonylation and decarboxylation of heptanoic acid, utilizing a multi-component experimental setup featuring a pressure relief condenser, phase separator, and a catalyst-packed bed reactor. The process is designed to enhance the production of hydrocarbons, water, and carbon dioxide while optimizing efficiency. We aim to improve reaction conditions through careful management of heating jackets and pre-heating chambers, ultimately contributing to greener chemical processes. For detailed data and specific results, please see the poster.

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Advanced Techniques in Decarbonylation and Decarboxylation of Heptanoic Acid

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  1. Juan Alberto Lopez-RuizThrust 1 / Graduate StudentPrincipal Investigator: Dr. Jeff Smithjal2bn@virginia.edu, (434)-924-1476 PG PC N2 (Heptanoic Acid) GC1 Pressure relief Condenser/ Phase separator GC2 + Catalyst TC Decarbonylation Decarboxylation GC3 H2 Hydrocarbons + CO + H2O Hydrocarbons + CO2 Pack Bed Reactor Heating Jacket Pre-Heating Chamber HeptanoicAcid 1 mL/min See poster no. ___ for more information

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