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Synthesis of n-Butyl Chloroacetate Catalyzed by Stannic Chloride Pentahydrate

YU Shan-xin

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Abstract

n-Butyl chloroacetate was synthesized from chloroacetic acid and n-butanol using stannic chloride pentahydrate as a catalyst. The experimental results indicated that stannic chloride pentahydrate exhibited high catalytic activity for the esterification reaction. The appropriate reaction conditions were as follows: chloroacetic acid was 100mmol, n(chloroacetic acid) ∶n(n-butanol)∶n~(SnCl_4· 5H_2O)=1.0 ∶1.5 ∶0.029, refluxing and water segrating for 90 min. The yield of the ester was 91.3% under the selected reaction conditions.

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n-Butyl chloroacetate was synthesized from chloroacetic acid and n-butanol using stannic chloride pentahydrate as a catalyst. The experimental results indicated that stannic chloride pentahydrate exhibited high catalytic activity for the esterification reaction. The appropriate reaction conditions were as follows: chloroacetic acid was 100mmol, n(chloroacetic acid) ∶n(n-butanol)∶n~(SnCl_4· 5H_2O)=1.0 ∶1.5 ∶0.029, refluxing and water segrating for 90 min. The yield of the ester was 91.3% under the selected reaction conditions.

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Available abstract

n-Butyl chloroacetate was synthesized from chloroacetic acid and n-butanol using stannic chloride pentahydrate as a catalyst. The experimental results indicated that stannic chloride pentahydrate exhibited high catalytic activity for the esterification reaction. The appropriate reaction conditions were as follows: chloroacetic acid was 100mmol, n(chloroacetic acid) ∶n(n-butanol)∶n~(SnCl_4· 5H_2O)=1.0 ∶1.5 ∶0.029, refluxing and water segrating for 90 min. The yield of the ester was 91.3% under the selected reaction conditions.

Key concepts: Chloroacetic acid, Chemistry, Catalysis, Chloride, Yield (engineering), Ethyl chloroacetate, Nuclear chemistry, Butanol

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