Synthesis of higher alcohol
Shuang Zhang
Abstract
Shuang Zhang
Abstract
Using paraffin and boric acid as raw material for the first time,boric acid ester was synthesized by liquid phase oxidation,and the high-carbon alcohol was obtained by hydrolysis reaction of sodium hydroxide with the prepared boric acid ester.Then,infrared quantitative principle was used to analyse it.The optimum preparation conditions: The mole ratio of paraffin and boric acid was 1 to 4,the oxidation time was 6 h,the oxidation temperature was 170 ℃,the hydrolysis temperature was 80 ℃,the hydrolysis time was 1 h.The yield was about 12.7%.
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Using paraffin and boric acid as raw material for the first time,boric acid ester was synthesized by liquid phase oxidation,and the high-carbon alcohol was obtained by hydrolysis reaction of sodium hydroxide with the prepared boric acid ester.Then,infrared quantitative principle was used to analyse it.The optimum preparation conditions: The mole ratio of paraffin and boric acid was 1 to 4,the oxidation time was 6 h,the oxidation temperature was 170 ℃,the hydrolysis temperature was 80 ℃,the hydrolysis time was 1 h.The yield was about 12.7%.
Key concepts: Boric acid, Hydrolysis, Chemistry, Yield (engineering), Sodium hydroxide, Alcohol, Raw material, Organic chemistry