Firmenich: From Molecular Research to the Art of Perfumery

“Perfumery is the mirror of society. I am the artist who interprets these emotions.”
Alberto Morillas — dsm-firmenich’s official profile

Hedione gives jasmine a light, expansive quality. Ambrox emerged from research into ambergris. Some people may know Firmenich through the materials working inside perfumes rather than through perfume names. The company has connected research into scent components with the work of perfumers who use them to create compositions.

Founded in Geneva, Switzerland, in 1895, Firmenich merged with DSM in 2023 and is now part of dsm-firmenich. Following the former company’s history also reveals how perfume’s expressive possibilities have expanded through research into floral and animal-derived materials, manufacturing ingenuity, and their creators’ sensibilities.

Key Facts and dsm-firmenich Today
Milestones
From a Small Geneva Research Site to a Fragrance Company
1. Chuit and Naef, and Their Connection with the Firmenich Family
2. Studying Natural Scents and Making Them Usable
Hedione and Ambrox Expand Perfume’s Possibilities
1. From Jasmine Research to Eau Sauvage
2. From Ambergris Research to Ambrox Production
Natural Extraction and Perfumers’ Choices
References

Key Facts and dsm-firmenich Today

Founding of the former Firmenich: November 1, 1895, in Geneva, Switzerland
Founders: Chemist Philippe Chuit and businessman Martin Naef
Present group: dsm-firmenich, formed through the merger of the Netherlands’ DSM and Switzerland’s Firmenich International SA in May 2023
Present headquarters: Dual headquarters in Kaiseraugst, Switzerland, and Maastricht, the Netherlands
Official website: dsm-firmenich

dsm-firmenich is a Swiss company listed on Euronext Amsterdam. Its three current core businesses are Perfumery & Beauty, covering scent and beauty; Taste, Texture & Health, covering food taste, texture, and nutrition; and Health, Nutrition & Care, focused on nutrition and health.

Perfumery & Beauty is the business most closely associated with perfume. It brings together designing scents for perfumes and everyday products, developing and supplying natural, synthetic, and biotechnology-derived ingredients, and supplying beauty and care ingredients. Its role becomes clearer when seen as supporting ingredient choices and fragrance formulas behind the perfume brands found in shops.

Milestones

1895 — On November 1, Chuit and Naef establish Chuit & Naef in Geneva, starting in rented premises owned by Charles Firmenich.
1900 — Fred Firmenich joins the business.
1902–1903 — Dianthine launches in 1902 and Iralia in 1903. François Coty becomes a customer.
1925 — Production of the synthetic musk Exaltone begins.
1934 — The company becomes Firmenich & Cie.
1939 — Research collaborator Leopold Ružička receives the Nobel Prize in Chemistry.
1945 — A flavor division is established, extending operations to food and beverage flavors.
1949–1950 — The discovery of Ambrox in 1949 is followed in 1950 by elucidation of its structure and synthetic route.
1958–1962 — Hedione emerges from jasmine research. Demole synthesizes it in 1958 and publishes the research in 1962.
1962 — Ambrox is introduced as a fragrance ingredient.
1966 — Edmond Roudnitska uses Hedione in Dior’s Eau Sauvage.
1968 — Firmenich Japan is established.
1971 — Muscone is launched.
1977 — Mayol is launched.
1982 — Damascenone is launched.
1988 — Ambrox DL launches, using a chemical synthesis route developed in response to a shortage of clary sage.
1999 — Muscenone is launched.
2014 — Ambrox Super launches, as does the biotechnology-derived ingredient Clearwood.
2016 — Biotechnology-based production of Ambrox Super reaches commercial scale.
2020 — In collaboration with Microsoft, the company announces an AI-assisted lightly grilled beef flavor for plant-based meat alternatives. AI suggests starting formulas and ingredient combinations to support flavorists’ creativity.
2021 — The Firgood collection is introduced, using water contained within plants to extract aromatic components.
2023 — The merger with DSM in May establishes dsm-firmenich.
2026 — Flowers Are Watching Us is presented in Paris in June, including Fleur de Papier, which combines new molecules with Firgood and NaturePrint.

From a Small Geneva Research Site to a Fragrance Company

Chuit and Naef, and Their Connection with the Firmenich Family

The original name was Chuit & Naef. Chuit and Naef began their business in a small rented building at the back of Charles Firmenich’s garden.

Chuit married Charles’s daughter Thérèse, and her brother Frédéric, known as Fred Firmenich, joined in 1900. The relationship between a chemist responsible for research and a family responsible for sales helped shape the future company.

Early ingredients Dianthine and Iralia launched in 1902 and 1903 respectively, with François Coty becoming a customer. Chuit sold his share to Fred in 1910 but continued his research. Chuit retired in 1931 and Naef in 1933; in 1934, the company became Firmenich & Cie. The Firmenich family name had not been part of the business name from the beginning.

Studying Natural Scents and Making Them Usable

For Chuit, trained in organic chemistry, some natural aromatic components were difficult to obtain or too expensive for use in products. Chemical synthesis offered another route to their scents. Synthetic vanillin, handled in the early years, was one such undertaking.

Chuit collaborated with chemist Leopold Ružička on molecules responsible for musk scents. Research into large ring-shaped molecules led to the manufacture of synthetic musks including Exaltone and Exaltolide. The official timeline records Exaltone production in 1925, and Ružička received the Nobel Prize in Chemistry in 1939.

The important distinction is that analyzing a scent and producing it as a fragrance ingredient are different kinds of work. Understanding a natural substance’s structure, finding a way to make it, and turning it into a usable perfumery material repeatedly come together in Firmenich’s research history.

The business extended beyond perfume with the establishment of a flavor division in 1945. Flavor creation designs the taste and aroma of food and beverages. Firmenich Japan was founded in 1968, as the company’s work in scent and flavor spread from Geneva around the world.

Hedione and Ambrox Expand Perfume’s Possibilities

From Jasmine Research to Eau Sauvage

In the late 1950s, Edouard Demole was studying jasmine’s scent. Combining known components was not enough to reproduce it fully. Investigating the structures of the remaining components advanced research into methyl jasmonate and the related material Hedione.

Demole synthesized Hedione in 1958 and published the research in 1962. Adoption was not immediate. Roger Firmenich sent samples to perfumers outside the company; one of them, Edmond Roudnitska, used it in Dior’s Eau Sauvage in 1966. Technology originating within an ingredient company reached perfume through another creator’s judgment.

Hedione (methyl dihydrojasmonate)does more than add a jasmine smell. It can give floral scents presence and diffusion without necessarily increasing odor intensity itself. Making a scent stronger and giving it more expansiveness are not the same thing. This distinction is part of what makes understanding materials interesting.

Dior still identifies Hedione within Eau Sauvage’s bergamot and floral composition. Research becomes more tangible when we examine the role a discovery plays in perfume, rather than simply remembering its year of discovery.

From Ambergris Research to Ambrox Production

Ambrox began with research into the complex scent of ambergris. Work initiated in the 1930s led to elucidation of its structure and synthetic route in 1950. Early synthesis used starting materials derived from sclareol obtained from clary sage.

In 1988, Ambrox DL appeared using another chemical synthesis route to avoid clary-sage supply shortages. Ambrox Super launched in 2014, and its biotechnology-based production expanded to commercial scale in 2016.

“AMBROX® SUPER is one of the molecules which surprised me the most. With its unparalleled depth, it exudes a timeless natural sensuality.”
Alberto Morillas — Firmenich’s 2016 perfumery innovation publication

Morillas’s words convey a perfumer’s experience of this material. On the manufacturing side, research has continued into sourcing and processes. Today’s Ambrox Super Neo is made through sugar fermentation, bioconversion, and distillation. Exploring olfactory character and sustaining ingredient supply again work side by side.

When learning about ambroxide and its associated trade names, this relationship is worth remembering: a material developed through ambergris research is not the same as collecting and using natural ambergris itself.

Natural Extraction and Perfumers’ Choices

Firgood: Using Water Within the Material Itself

Known for synthetic ingredient research, Firmenich has also explored ways of obtaining natural materials. Developed in Grasse, Firgood uses electromagnetic waves to warm water contained within plant and other raw materials, extracting their aromatic components.

“So no solvent is required other than water, which comes mainly from biomass itself,”
Sophie Lavoine, then director of natural-ingredient innovation — Nez, May 18, 2023

The first materials presented in 2021 were ginger, pear, and green bell pepper. Fruits and vegetables, not only flowers, can become fragrance materials. Controlling heating according to the amount of material, to avoid cooking or altering its aroma, is another key aspect of the technology.

A different extraction method yields different facets of a scent. Lavoine explains that supercritical carbon-dioxide extraction of vanilla produces a vanillin-rich material, while Firgood brings out acids, phenols, guaiacol, and related components. Supercritical extraction uses carbon dioxide as a solvent under controlled temperature and pressure. Different groups of aromatic components can thus be obtained from the same vanilla.

Morillas and Cresp: Bringing Research into Compositions

Alberto Morillas joined Firmenich in 1970 after studying at an art school in Geneva. There he learned ingredient chemistry, particularly the reconstruction of natural smells. His interest in art and his training in understanding materials were not separate strands of his development.

During the creation of CK One, the brand’s brief changed repeatedly, including a request to add an iced-tea note. A formula is not determined solely by a perfumer’s preferences. The perfumer interprets the desired image and translates it into scent through the behavior of materials. A fragrance company provides a setting that supports this experimentation.

Olivier Cresp joined the former Firmenich in 1992 and became a master perfumer in 2006, fourteen years later. Today’s dsm-firmenich also presents him as a master perfumer.

“One idea a year is enough, provided it’s the best,”
Olivier Cresp — dsm-firmenich’s official profile

Mugler’s Angel, which Cresp helped create, appeared in 1992. It combines ethyl maltol’s praline- and caramel-like sweetness with powerful patchouli. Rather than simply adding more sweet materials, it designs the shape of sweetness. New ingredients reveal their value in a composition through the relationships a perfumer establishes.

Collaboration in 2026: Fleur de Papier

Presented in Paris in June 2026, Flowers Are Watching Us brings perfumers and contemporary artists together to explore floral expression. Its perfume, Fleur de Papier, was created by Amandine Clerc-Marie and Coralie Spicher in collaboration with paper artist Junior Fritz Jacquet.

The subject is an imaginary flower, not a reproduction of a single existing species. It centers on Heliobliss, a captive ingredient developed for the company’s own creations, combined with a Firgood extract of dried ylang-ylang flowers and a NaturePrint capturing the scent of evening primrose. Plant extracts, scent-capture technology, and newly created molecules meet in one composition.

Firmenich’s work shows why the background of perfume cannot be reduced to a choice between natural and synthetic. What should be extracted, what should be made, and how should they be combined? Understanding these choices reveals the creators’ work behind ingredient names, in floral scents as well as sweet ones.