Design specification: TU 2483-151-00203335-2003, rev. 2
Production method: Diethanolamine (DEA) is produced by means of rectification of commercial triethanolamine (TEA).
Application: Diethanolamine (DEA) is applied in organic synthesis process (for example, for absorption of acid gases and sulphurous compounds), as an analytical chemistry reagent, in emulsifier, detergents and cosmetic preparations.
|Grade A||Grade B|
|Appearance||Transparent viscous liquid or crystals, from light yellow to light brown color, opalescence is permitted|
|Mass fraction of diethanolamine (DEA), %, not less than||98.0||55.0|
|Mass fraction of triethanolamine (TEA), %, not more than||1.0||40.0|
|Mass fraction of monoethanolamine (MEA), %, not more than||1.0||5.0|
|Mass fraction of water, %, not more than||0.3||1.0|
Packing, shipping, storage: Diethanolamine (DEA) is filled up into steel barrels according to GOST 6274 of 1 and 2 types with capacity of 200 dm3, into steel barrels according to GOST 13950 of 1A1 type with capacity of 200, 216.5 dm3.
It is permitted to fill diethanolamine (DEA) into steel barrels of different sizes and into other tanks confirming chemical durability to packed product, which provides quality and integrity of product. Barrels are filled with product no more than 90 % of their capacity.
Range of permissible negative inaccuracies of net weight contents from rated number are listed in GOST 8.579.
Diethanolamine (DEA) is transported in covered road transportation facilities by railway or and road truck transport.