Method for preparing d-2 amino-butyl-alcohol-1
A technology of aminobutanol and its manufacturing method, which is applied to the preparation of aminohydroxyl compounds, chemical instruments and methods, and the preparation of organic compounds, etc. It can solve the problems of three wastes and the lack of pharmacological activity of the left-handed form, and achieve the effect of reducing production costs
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Embodiment 1
[0013] High-pressure racemization When the reaction temperature is 175°C, the reaction pressure is 20Mpa, and the optical rotation of L-aminobutanol is -9.00°, the optical rotation of dextroaminobutanol is -0.5°, and the yield is 80-85%.
Embodiment 2
[0015] High-pressure racemization When the reaction temperature is 172°C and the reaction pressure is 20Mpa, when the optical rotation of levo-aminobutanol is -9.00°, the optical rotation of dextroaminobutanol is -0.6°, and the yield is 80-85%.
Embodiment 3
[0017] High-pressure racemization When the reaction temperature is 178°C and the reaction pressure is 20Mpa, when the optical rotation of L-aminobutanol is -9.00°, the optical rotation of dextroaminobutanol is -0.5°, and the yield is 82%.
[0018] Existing once used various raw materials such as cobalt thorium, cobalt rhodium, cobalt iron, cobalt manganese etc. to prepare catalyzer, its effective racemic L-aminobutanol per kilogram of catalyzer is 100KG, and the present invention adopts cobalt as raw material, makes every kilogram of catalyzer The effective racemic L-aminobutanol has been increased to 800 kg.
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