New Tests Show Many Perfumes Don’t Pass the Toxicological Sniff Test

For centuries, perfumes have been making an elegant mark on the world. Once used to cover up personal olfactory shortcomings, today these products are used for less urgent and more positive purposes. A new study of popular perfumes, however, says that these products are hardly heaven scent. Instead, too many contain harmful chemicals in unfortunate amounts.
A new report from Greenpeace has found that many of the world’s best-selling perfumes contain hazardous levels of certain dangerous chemicals. The organization had the Dutch chemistry lab TNO Environment and Geosciences analyze 36 randomly selected perfumes for the presence of two known toxic hazards: phthalates and synthetic musks, and discovered that both types of chemical were present in the vast majority of samples.

Thirty-four of the tested perfumes were found to contain diethyl phthalate (DEP). The highest levels were found in Calvin Klein’s Eternity for Women, which contained DEP levels of 2.2% by weight. Other heavy hitters included Melvita’s Iris Blue (1.1% by weight) and Jean-Paul Gaultier’s Le Male

(just under 1% by weight).

Synthetic musks were found in 21 of the tested samples. The highest total quantities of these synthetic musks were found in the Body Shop’s White Musk (9.4% of total volume by weight), Gaultier’s Le Male (6.4% by weight), and Cartier’s Le Baiser Du Dragon (4.5% by weight).
Both phthalates and synthetic musks are hazardous to human health. Phthalates are solvents added to perfume formulas because they have an ability to easily evaporate at room temperature. This makes them ideal carriers for perfume fragrances. With phthalates added to its formula, a perfume becomes more "smellable" as evaporating phthalate molecules carry the scent with them into the air. Unfortunately, this ability to enter the air means that phthalates can also easily enter the lungs and the body, where they cause all kinds of havoc. Emerging evidence has linked exposure to phthalates to reproductive and developmental disorders, cancer, organ damage, childhood asthma, and allergies.

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