2003Jourmal of TianzhongRequires access

Study on Synthesis of n-Butyl Acetate Catalyzed by SnCl_4·5H_2O/C

Guo Jun-sheng

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Abstract

The optimum technological conditions were studied on the synthesis of n-Butyl acetate by the reaction of acetic acid and n-butyl alcohol with SnCl4·5H2O/C as catalyst. It shows that the yield is over 93% when molar ratio of n-butyl alcohol and acetic acid is 1.5:1, reaction time of reflux is 2.0 h, mass of catalyst is 10%. Advantages of the process are higher yield, simple procedure, shorter reaction time, non-corrosive, non-pollution, etc.

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What this paper is about

The optimum technological conditions were studied on the synthesis of n-Butyl acetate by the reaction of acetic acid and n-butyl alcohol with SnCl4·5H2O/C as catalyst. It shows that the yield is over 93% when molar ratio of n-butyl alcohol and acetic acid is 1.5:1, reaction time of reflux is 2.0 h, mass of catalyst is 10%. Advantages of the process are higher yield, simple procedure, shorter reaction time, non-corrosive, non-pollution, etc.

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Available abstract

The optimum technological conditions were studied on the synthesis of n-Butyl acetate by the reaction of acetic acid and n-butyl alcohol with SnCl4·5H2O/C as catalyst. It shows that the yield is over 93% when molar ratio of n-butyl alcohol and acetic acid is 1.5:1, reaction time of reflux is 2.0 h, mass of catalyst is 10%. Advantages of the process are higher yield, simple procedure, shorter reaction time, non-corrosive, non-pollution, etc.

Key concepts: Catalysis, Acetic acid, Yield (engineering), Alcohol, Molar ratio, Chemistry, Butyl acetate, Organic chemistry

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