Cosmetics economic aspects

Cobalt zinc silicate blue phenacite, formula and DCMA number, 7 347t Co-base superalloys, 13 503, 525-527 composition of, 13 526 Cobbing services, magnetic drums used in, 15 445-446 Cobb test, 13 101 Cocaine, 2 74, 79, 80, 108 economic aspects, 2 108 Cocamide DEA, function as ingredient in cosmetics, 7 829t... 

Sodium phosphate(s), 28 831-834, 29 18 carbon dioxide by-product of manufacture, 4 810 economic aspects of, 28 860 uses for, 28 833-834 Sodium polybutadiene, 9 555, 556 Sodium polymetaphosphate, 8 416 Sodium polyphosphates, 9 16 manufacture of, 28 858 Sodium polyphosphate glass, 28 851 Sodium polystyrene sulfonate cosmetic surfactant, 7 835t Sodium polysulfide(s), 23 640 in sodium production, 22 773 Sodium-potassium eutectic, 15 252... 

Lmoleic acid [60-33-3] - [ALKYD RESINS] (Vol 2) - [TALL OIL] (Vol 23) - [CASTOR OIL] (Vol 5) - [COSMETICS] (Vol 7) - [CARBOXYLICACIDS-SURVEY] (Vol 5) -m dimer acid feedstocks [DIMER ACIDS] (Vol 8) -m drying oils pRYING OILS] (Vol 8) -enzymatic oxidation pNZYTffiS IN ORGANIC SYNTHESIS] (Vol 9) -m fats and oils [CARBOXYLIC ACIDS - ECONOMIC ASPECTS] (Vol 5) -as radioprotective agent [RADIOPROTECTIVEAGENTS] (Vol 20) -m soybeans and other oilseeds [SOYBEANS AND OTHER OILSEEDS] (Vol 22)... 

Economic Aspects Since its development in cosmetics in the 1940s, thioglycolic acid has become a widespread thiochemical, used all over the world as the acid or in the form of its salts or esters. Because of the several derivatives of thioglycolic acid used, the market size for this chemical is often expressed in terms of thioglycolic acid equivalents. In 1994 the total world market was estimated at around 15,000 to 20,000 metric tons of thioglycolic acid equivalents. Some mercaptocarboxylic acid and esters available are compiled in Table 2. Table 2. Mercaptocarboxylic Esters Derivatives ... 

The smell and taste of plants rely on aroma and fragrance compounds, many of which (besides fhe terpenoids) are derived from phenylpropanoid metabolism. In food and cosmetic industry, such fragrance and aroma compounds play an important economical role. Simple phenolic fragrance compounds are, e.g., eugenol, isoeugenol or (methyl)chavicol (Fig. 4.2), the biosynthesis of which has been clarified recently more complex compounds are phenolic esters. Evolutionary aspects of the bios)mthesis of flavours and scents have been reviewed by Gang (2005). 

Fault prevention analyses can yield valuable information about processes of which the cosmetic industry has little experience. They can also be used to effect optimization of processes that repeatedly yield unexplained contamination. Fault prevention analyses, as applied to the cosmetics industry, are not only concerned with health aspects of cosmetics manufacture, but include exploration of faults that could incur economic losses and damage to company image. 

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