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DL-Methionine (88% Liquid) - Singapore Origin

DL-Methionine (88% Liquid) - Singapore Origin in Tradeasia

IUPAC Name

2-amino-4-(methylthio)butanoic acid

Cas Number

59-51-8

HS Code

2930

Formula

C5H11NO2S

Basic Info

Appearance

White Liquid

Common Names

Metionina

Packaging

Upon confirmed inquiry

Brief Overview

Methionine, an amino acid abundant in sulfur, significantly contributes to the well-being and efficiency of poultry. Its importance extends to diverse bodily functions, orchestrating metabolic processes by producing methyl groups. Furthermore, it's vital for nurturing cell growth and promoting overall development.

Manufacturing Process

The process of making methionine comprises several phases:

To start, it transforms raw materials capable of producing methionine, like 2-amino-4-methylthiobutyronitrile or 2-amino-4-methylthiobutanamide, through hydrolysis within an aqueous ammonia solution. A biocatalyst aids this conversion, resulting in an ammonia solution containing methionine.

Next, the subsequent stage involves removing the biocatalyst from the ammonia solution containing methionine obtained in the initial phase.

Lastly, the third step centers on distilling the ammonia from the product obtained in the second phase to separate and collect methionine crystals.

Brief Overview

Methionine, an amino acid abundant in sulfur, significantly contributes to the well-being and efficiency of poultry. Its importance extends to diverse bodily functions, orchestrating metabolic processes by producing methyl groups. Furthermore, it's vital for nurturing cell growth and promoting overall development.

Manufacturing Process

The process of making methionine comprises several phases:

To start, it transforms raw materials capable of producing methionine, like 2-amino-4-methylthiobutyronitrile or 2-amino-4-methylthiobutanamide, through hydrolysis within an aqueous ammonia solution. A biocatalyst aids this conversion, resulting in an ammonia solution containing methionine.

Next, the subsequent stage involves removing the biocatalyst from the ammonia solution containing methionine obtained in the initial phase.

Lastly, the third step centers on distilling the ammonia from the product obtained in the second phase to separate and collect methionine crystals.

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