Ethanolamines and Propanolamines

Abstract

The article contains sections titled: 1. Introduction 2. Ethanolamines 2.1. Properties 2.1.1. Physical Properties 2.1.2. Chemical Properties 2.2. Production 2.3. Quality Specifications 2.4. Uses 2.5. Economic Aspects 3. N ‐Alkylated Ethanolamines 3.1. Properties 3.1.1. Physical Properties 3.1.2. Chemical Properties 3.2. Production 3.3. Quality Specifications 3.4. Uses and Economic Aspects 4. Isopropanolamines 4.1. Properties 4.1.1. Physical Properties 4.1.2. Chemical Properties 4.2. Production 4.3. Quality Specifications 4.4. Uses 5. N ‐Alkylated Propanolamines and 3‐Alkoxypropylamines 5.1. Properties 5.1.1. Physical Properties 5.1.2. Chemical Properties 5.2. Production 5.3. Quality Specifications 5.4. Uses and Economic Aspects 6. Storage and Transportation 7. Environmental Protection 8. Toxicology and Occupational Health 8.1. General Aspects 8.2. Ethanolamines 8.3. N ‐Alkyl‐ und N ‐Arylethanolamines 8.4. Propanolamines

Auto-tandem catalytic reductive hydroformylation with continuous multiphase catalyst recycling

“…Various alkanolamines, predominantly used as surfactants or in gas purification, 30 show high water solubility and therefore represent an interesting, comparably cheap and air-stable group of molecules to transfer this system into a biphasic process. Furthermore, a water-based system is not only ecologically desirable 12 but water has also shown promoting effects in rhodium-catalysed reductive hydroformylation.…”

Synthesis of new biobased linear poly(ester amide)s

“…Ethanolamine is also a compound widely used in industry. It is used for example as feedstock in the production of corrosion inhibitors, detergents, emulsification agents, polishes, chemical intermediates and to scrub acid gases [30]. The synthesis route to produce biobased ethanolamine consists in converting glucose into L-serine, followed by a subsequent decarboxylation with Pseudomonas putida S12 [31].…”

Hybrid hydrogels derived from renewable resources as a smart stimuli responsive soft material for drug delivery applications

“…Among these building blocks, amino alcohols are of much industrial importance on account of their potential usefulness in the manufacture of pharmaceuticals, surfactants, agrochemicals and lubricating oil additives. 8 In the past 2 decades, gelators derived by molecular self-assembly of amino alcohol such as bis(amino acid)oxalamides, 9 bis(amino alcohol)oxalamides, 9,10 bis(aminoalcohol)diglycolamides, 10 bis(phenylglycinol)malonamide, 11 lipopeptides were extensively studied and their potential application in biology and medicine were explored. 12,13 It is worth mentioning that dopamine an important amino alcohol largely explored in the eld of medicine, coatings, water puri-cation, sensors energy storage, and disease treatment.…”