Antonio Mcgowan
The art of making perfume has evolved over the centuries, from ancient Egypt and Greece to modern-day production in Europe, the Americas, and Asia. Today, the global perfume market is worth billions, with manufacturers spread across the world. The process of creating perfume involves extracting oils from flowers and other natural sources, blending various notes, and ageing the fragrance to allow the permanent bonding of alcohol and essential oils. This results in the distinct top, heart, and base notes found in fine perfumes. Notable perfume manufacturers include Givaudan, based in Switzerland, and Àuria Perfumes in Barcelona, Spain.
| Characteristics | Values |
|---|---|
| History | Ancient civilizations used aromatic flowers, different types of wood, incense made of spices, and extracted oils from plants. |
| One of the world's first recorded chemists is considered to be Tapputi, a perfume maker mentioned in a cuneiform tablet from the 2nd millennium BC in Mesopotamia. | |
| In ancient times, people used herbs, spices, flowers, and other natural ingredients. | |
| Ingredients | Natural ingredients such as flowers, grasses, spices, fruit, wood, roots, resins, balsams, leaves, gums, and animal products are used. |
| Alcohol, petrochemicals, coal, and coal tars are also used. | |
| Synthetic chemicals are used to recreate natural scents and create original fragrances not found in nature. | |
| Extraction Methods | Solvent extraction, steam distillation, expression, enfleurage, and maceration are common methods. |
| Blending | Perfumes are blended according to a predetermined formula by a master in the perfume industry, often referred to as a "nose." |
| Aging | Aging allows the scents in a perfume to mingle and become stronger. |
| Dilution | Perfumes are diluted with distilled/spring water and glycerine, which helps preserve the fragrance. |
| Regulation | The US FDA controls the safety of perfumes and requires that they be tested for safety. |
| In the EU, a mandatory listing of 26 recognized fragrance allergens is enforced. |
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What You'll Learn
Historical methods
The history of perfume-making is a testament to human ingenuity and creativity, blending science, craftsmanship, and artistry. The English word "perfume" is derived from the Latin "per fumum," meaning "through smoke." Perfume-making dates back to ancient civilizations such as Egypt, Mesopotamia, India, China, and Cyprus.
Ancient Egyptians are widely believed to have been the first to incorporate perfume into daily life, using fragrances in religious ceremonies and daily life. They extracted scents from flowers, herbs, and spices, blending them with oils to create perfumes. One of the earliest known perfumers was Tapputi, a Mesopotamian woman who lived around 1200 BCE. Archaeologists in Cyprus have discovered some of the oldest perfumes known to exist, thought to be over 4000 years old.
The Greeks and Romans further refined the art of perfumery, expanding the range of ingredients used and developing more sophisticated methods of extraction, such as distillation. The Romans and Greeks extracted perfumes from diverse sources such as flowers, woods, seeds, roots, saps, and gums. In ancient Greece, various types of oils were used as the "vehicle" of perfumes, with Egyptian or Syrian balanos oil and olive oil being common choices.
In the 9th century, the Arab chemist Al-Kindi (Alkindus) wrote the "Book of the Chemistry of Perfume and Distillations," which contained over a hundred recipes for fragrant oils, salves, aromatic waters, and imitations of costly drugs. It also described 107 methods and recipes for perfume-making and equipment, such as the alembic, which still bears its Arabic name.
The Persian Muslim doctor and chemist Ibn Sina, also known as Avicenna, introduced the process of extracting oils from flowers by distillation, which is the most common method used today. He first experimented with roses, creating rose water, which was more delicate and immediately became popular. The Persians dominated the perfume trade for centuries, likely due to their innovative distillation method.
Islamic cultures contributed significantly to the development of Middle Eastern perfumery by refining the extraction of fragrances through steam distillation and introducing new raw materials. These advancements influenced Western perfumery and scientific developments, particularly chemistry.
During the Renaissance, perfumes were primarily used by royalty and the wealthy to mask body odours resulting from the sanitary practices of the time. In the 16th century, perfume grew exponentially in popularity in France, especially among the upper classes and nobles. The cultivation of flowers for their perfume essence in the 14th century became a major industry in the south of France, particularly in Grasse, now considered the world capital of perfume.
The 18th-century invention of eau de cologne, a family of fresh fragrances distilled from citrus, floral, and woody extracts, marked another milestone in the perfume industry, slowly making perfumes accessible to a wider market.
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Modern methods
Modern perfumery involves the use of both natural and synthetic ingredients, with the latter only being introduced in the 19th century. Natural ingredients such as flowers, grasses, spices, fruits, wood, roots, resins, balsams, leaves, gums, and animal secretions like musk and ambergris are used in the manufacture of perfumes. However, due to the limitations of natural products, synthetic chemicals are often used to recreate natural scents or create original fragrances not found in nature.
There are various methods to extract the essential oils or essence from natural raw materials. One of the most recent extraction processes involves immersing flowers in a large tank called an "extractor" and then immersing them in a solvent like ethanol, hexane, or benzene, which carry away the plant molecules. This process, known as solvent extraction, results in a highly concentrated perfume oil. Another modern extraction method is steam distillation, where natural materials are placed in a still and extracted through tubes where they are cooled and liquefied.
Following extraction, the master perfumer, or "nose," blends the oils according to a predetermined formula. This formula may have been developed over several years and can include hundreds of different ingredients. The perfumer chooses a basic scent and builds on it by mixing essential oils and fixatives, which hold the perfume together and make the fragrance last longer.
Once the oils are blended, the perfume is aged. Aging involves placing the mixture in a cool, dark location for a minimum of 48 hours up to several months, depending on the desired result.
The modern heart of perfumery is Grasse, a town in the Provence region of southern France, where many high-quality flowers are cultivated for perfume, including jasmine, rose, violet, mimosa, and narcissus.
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Natural ingredients
In ancient times, natural fragrances were extracted from the earth, with aromatic flowers and different types of wood infused into body lotions and water. Ancient civilisations also burned incense made from spices like cinnamon and myrrh, and extracted oils from plants. The expression method was commonly used to extract oils, which involves pressing the ingredients until all the oil is extracted. The ancient Egyptians used the process of enfleurage, which involves placing flowers or organic material in a fat or oil base to extract the fragrance. This technique was later adopted by French perfumers in the 18th century. Another early method of oil extraction was distillation, which involves heating plant material and collecting the fragrant steam.
Today, essential oils are still extracted from natural ingredients, and these can be obtained through solvent extraction, steam distillation, expression, enfleurage, or maceration. With solvent extraction, plants are placed in rotating drums and covered with petroleum ether or benzene. The plant parts dissolve, leaving a waxy substance that contains the oils. This substance is then placed in ethyl alcohol, and the oil dissolves in the alcohol, which is then burned off, leaving a highly concentrated perfume oil. Steam distillation involves placing natural materials in a still, where they sit until they are extracted. The substance is then passed through tubes, where it is cooled and liquefied.
Natural perfume oils can be blended to create unique fragrances. These blends are often determined by a "nose", a master in the perfume industry. Some common natural base notes include patchouli, vetiver, frankincense, cedarwood, sandalwood, and myrrh. Natural fixatives, which enable perfume to evaporate slowly and emit odours for longer, include mosses, resins, and synthetic chemicals.
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Animal ingredients
Today, animal ingredients are either obtained from the body parts of animals or their byproducts. For example, bees produce beeswax, from which honey can be obtained, and both ingredients are used in perfumes.
Another example is musk, which is sourced from male deer. In its semiliquid form, musk is dried into a powder and added to pure alcohol. The gland can also be chopped and soaked in alcohol for a long time, sometimes years, to increase the odour strength. Musk is commonly used in perfumes because of its strong and long-lasting scent.
Civet is another animal ingredient used in perfumes. It is a paste-like substance obtained from the perineal gland of a civet, which is a mammal of the family Viverridae. Both male and female civets secrete excreta that are collected by humans. The initial form of civet has a pungent scent, but when diluted with alcohol, it loses its animal notes and produces a pleasant scent.
Castoreum is another animal product used in perfumes. It is sourced from the castor sacs of beavers, which are the anal secretions of the animal. Castoreum has a strong and pungent scent, smelling leathery and intense.
Ambergris is an animal product that originally came from the intestinal tract of
Due to the strong scents of these animal-based ingredients, perfumes made from them are typically used for base notes and fixatives.
It is important to note that the use of animal ingredients in perfumes is controversial, with some brands now opting for vegan and cruelty-free alternatives.
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Synthetic ingredients
The use of synthetic ingredients in perfumes has several advantages. Firstly, they are more readily available than natural ingredients, which makes them a cost-effective option for perfume manufacturers. Synthetic ingredients can also be formulated to create very specific scents, which is beneficial for perfumers looking to develop unique fragrances. Additionally, synthetic ingredients are often more stable than natural ingredients, allowing them to maintain their scent for longer periods.
Despite these advantages, there are some concerns surrounding the use of synthetic ingredients in perfumes. One concern is the potential impact on health and the environment. For example, diethyl phthalate (DEP), a fixative used in fragrances to help the smell last longer, has been linked to possible effects on the reproductive system and other bodily processes. Synthetic fragrances have also been known to cause allergic contact dermatitis, an itchy red rash, in some individuals.
It is important to note that the distinction between natural and synthetic fragrances can sometimes be blurry. While natural fragrances are derived from plant-based sources and often contain essential oils, these ingredients often undergo chemical processing, making it challenging to classify them as entirely "natural". Ultimately, the choice between botanically-based and synthetic fragrances depends on individual preferences and priorities regarding scent, sustainability, and potential health impacts.
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Frequently asked questions
Grasse, France.
The ancient Egyptian culture is rife with references to the use of scented oils and perfumes as evidenced in hieroglyphics and written papyrus records.
The leading perfume manufacturers are spread out across the globe, with facilities in multiple countries and regions. Givaudan, the world's largest manufacturer of flavours, fragrances, and active cosmetic ingredients, has production facilities in Europe, the Americas, and Asia. SOB Fragrance is based in Yiwu, China, and Àuria Perfumes is based in Barcelona, Spain.
