Method for extracting and separating amino acid
An amino acid and extraction technology, applied in chemical instruments and methods, preparation of organic compounds, organic chemistry, etc., can solve the problems of high energy consumption, low product yield, cumbersome amino acid production process, etc., and achieve high product yield and process. Short route, high purity effect
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Embodiment 1
[0030] Take 200g of 12% (mass percentage) alanine solution, put 400g of organic solvent butyl ether in a three-necked flask, carry out vacuum concentration at 60°C, and concentrate until no more condensed water comes out, and the organic solvent containing alanine .
[0031] Transfer the organic solvent containing alanine to another three-necked flask, add water and mix with the organic solvent containing alanine at 60° C., then separate the organic solvent to obtain a solution containing alanine.
[0032] After calculation, the yield of alanine is 98%.
[0033] After testing, the purity of the isolated alanine was 98.5%.
Embodiment 2
[0035] Take 175g of 15% (mass percentage) lysine solution, 400g of organic solvent (including 150g of amyl acetate, 60g of butyl ether, and 190g of amino acid tributyl ester) in a three-necked flask, and carry out vacuum concentration at 70°C until no longer After condensed water came out, an organic solvent containing lysine was obtained.
[0036] Transfer the organic solvent containing lysine to another three-necked flask, add an aqueous solution and mix with the organic solvent containing lysine at 70°C, and then separate the organic solvent to obtain a solution containing lysine.
[0037] After calculation, the yield of lysine is 98%.
[0038] After testing, the isolated lysine has a purity of 98.5%.
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