2003Unpublished venueRequires access

Synthesis of ethyl acetate catalyzed with active carbon supported ferric chloride

Shu Jia

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Abstract

Based on the synthesis of ethyl acetate by using active carbon supported ferric chloride as catalyst, acetic acid and ethanol as materials, the optimal conditions were determined. The results show that the ratio of esterification reaches 84.97%,when 0.20 mol acetic acid, 0.60 mol ethanol and 3.0 g the catalyst are used and the reaction time is 90 mins.

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Based on the synthesis of ethyl acetate by using active carbon supported ferric chloride as catalyst, acetic acid and ethanol as materials, the optimal conditions were determined. The results show that the ratio of esterification reaches 84.97%,when 0.20 mol acetic acid, 0.60 mol ethanol and 3.0 g the catalyst are used and the reaction time is 90 mins.

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Available abstract

Based on the synthesis of ethyl acetate by using active carbon supported ferric chloride as catalyst, acetic acid and ethanol as materials, the optimal conditions were determined. The results show that the ratio of esterification reaches 84.97%,when 0.20 mol acetic acid, 0.60 mol ethanol and 3.0 g the catalyst are used and the reaction time is 90 mins.

Key concepts: Acetic acid, Catalysis, Ferric, Ethanol, Chemistry, Chloride, Ethyl acetate, Active carbon

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