Explore the chemistry of mint in perfumery through Mentha spicata (spearmint) and Mentha × piperita (peppermint). Learn how carvone defines the sweet, green character of spearmint, how menthol creates peppermint's cooling sensation, and why these essential oils play distinct roles in aromatic, citrus, herbal, and fougère fragrance composition.

This cooling spice from the Ginger family has a long storied history in perfumery, dating back before the Egyptians.

100,000 tons of flowers are harvested each year from the Lavandula species for use in the Perfume industry and favored in fougères. The vast majority (¾) of this is Lavandula Intermedia, or Lavandin, and another ¼ is Lavandula Latifolia (spike lavender). The prettiest of them all is the high elevation Lavandula Angustifolia, the true lavender known as English Lavender.

What do cat pee and blackcurrant have in common?

Some materials add character, and then other materials alter structure; oakmoss does both, a lichen extract whose chemistry, restrictions, and replacements tell a larger story about how perfumery evolves.

Tuberose was the star of perfumery in the 80s. A flower so narcotic, perfumes using it were banned in restaurants, which only gave it more notoriety. The tiny white flower itself can fill a room with its scent for days.

Here, we explore the history and molecular blueprint for Tuberose and its use in perfumery.

Born in the Permian period millions of years ago, Cypress can grow over 65 feet tall and live for over 500 years. A dual symbol of both immortality for their own longevity, and that of mourning and the afterlife. It’s said that Cyparissus was turned into a cypress tree by Apollo after begging that his grief for his pet stag might last forever. Perfumers reach for the Oil or absolute to give an ozonic, woody freshness to blends.

Pink pepper comes from Schinus molle and Schinus terebinthifolius, South American trees whose berries carry a bright, terpene-rich volatility which makes their scent profile closer to citrus than to true pepper (Piper nigrum).

Agarwood or Oud is one of the rarest and most expensive raw materials on the planet. But how much do you really know about the tree beyond the fluff marketing that’s just selling FOMO? Let’s dive into some of the lesser-known points and what actually makes it smell the way it does.

The molecular blueprint of Geranium and its use in perfumery

Cabris, France, is world-renowned for hillsides awash with Acacia, producing what we know and love, Mimosa, the puffball flowers from the tree.

While many would assume they were native to the region, it was actually English navigator James Cook, who brought branches back from Australia for propagation.

The Blueprint for Mimosa here breaks down what gives it that soft, powdery sweet scent and how it's produced for perfumery.

While galbanum comes in resinoid and absolute forms, the rarer, highly coveted essential oil is most prized in high-end perfumery.

Only growing naturally on the slopes of the Alborz and Zagros mountain ranges in Iran, where the resin is collected from cuts in the stalk just below the surface of the ground.

What molecules contribute to its sharp green scent? Let's check the blueprint.

Orange Blossom Blueprint

A blueprint for Civet

Natural Orris materials used in perfumery