2004Shaanxi Chemical IndustryRequires access

Catalytic synthesis of benzyl cinnamate under microwave irradiation

Dejiang Li

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Abstract

Using sodium cinnamate and benzyl chloride as raw material, diethylamine as catalyst, benzyl cinnamate is synthesized directly under normal pressure and microwave irradiation. The effects of amount of catalyst, power and time of microwave irradiation on yield are studied. The most suitable reaction conditions were that the molar ratio of sodium cinnamate and benzyl chloride was 1.0∶3.4, the amount of diethylamine was 1.0 mL, and the microwave irradiation time 12 min with the power of 450 W. The yield of benzyl cinnamate was over 85%.

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What this paper is about

Using sodium cinnamate and benzyl chloride as raw material, diethylamine as catalyst, benzyl cinnamate is synthesized directly under normal pressure and microwave irradiation. The effects of amount of catalyst, power and time of microwave irradiation on yield are studied. The most suitable reaction conditions were that the molar ratio of sodium cinnamate and benzyl chloride was 1.0∶3.4, the amount of diethylamine was 1.0 mL, and the microwave irradiation time 12 min with the power of 450 W. The yield of benzyl cinnamate was over 85%.

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Available abstract

Using sodium cinnamate and benzyl chloride as raw material, diethylamine as catalyst, benzyl cinnamate is synthesized directly under normal pressure and microwave irradiation. The effects of amount of catalyst, power and time of microwave irradiation on yield are studied. The most suitable reaction conditions were that the molar ratio of sodium cinnamate and benzyl chloride was 1.0∶3.4, the amount of diethylamine was 1.0 mL, and the microwave irradiation time 12 min with the power of 450 W. The yield of benzyl cinnamate was over 85%.

Key concepts: Diethylamine, Catalysis, Yield (engineering), Microwave irradiation, Microwave, Benzyl chloride, Chemistry, Molar ratio

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