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    Ingredient Profile

    Pink Pepper CO2 fragrance note

    Pink peppercorn comes from Schinus molle, a tree related to mangoes, not Piper nigrum. CO2 extraction captures its vibrant, fresher aromatic…More

    Spicy·Peru

    7

    Fragrances

    Spicy

    Family

    Fragrances featuring Pink Pepper CO2

    7

    Character

    The Story of Pink Pepper CO2

    Pink peppercorn comes from Schinus molle, a tree related to mangoes, not Piper nigrum. CO2 extraction captures its vibrant, fresher aromatic profile: bright citrus and delicate floral notes alongside warm spice, creating an elevated version of the familiar berry.

    Heritage

    Andean civilizations adopted Schinus molle berries as food, medicine, and ritual objects long before European contact. Archaeological evidence suggests harvests from Peru's mountain valleys stretching back over 1,300 years. Spanish explorers encountered the plant during colonial expansion and documented its widespread use among indigenous communities. The tree held cultural significance across the region, valued as a symbol of protection and sustenance. Early European naturalists misidentified it as related to true pepper because of its appearance and pungent aroma. That misnomer persisted. Over centuries, cultivation spread through South America, establishing secondary growing regions in Brazil. Modern perfumers rediscovered pink peppercorn's aromatic potential in the late twentieth century, recognizing how its bright, complex scent profile differed fundamentally from Piper nigrum. Today, Peru remains the primary origin for premium pink pepper, and the ingredient has secured a permanent place in fine fragrance formulations worldwide.

    At a Glance

    Fragrances

    7

    Feature this note

    Family

    Spicy

    Olfactive group

    Origin

    Peru

    Primary source region

    Ingredient Details

    Extraction

    Supercritical CO2 extraction

    Used Parts

    Fresh berries

    Did You Know

    "Schinus molle berries are relatives of mango and cashew trees, not Piper nigrum black pepper plants."

    Production

    How Pink Pepper CO2 Is Made

    Supercritical CO2 extraction uses pressurized carbon dioxide as a solvent to pull aromatic compounds from pink peppercorn berries without applying heat. The process occurs in a sealed vessel where CO2 reaches a supercritical state, cycling through the plant material to dissolve volatile and semi-volatile compounds. Pressure and temperature are precisely controlled throughout the cycle. The solution then passes to a separation chamber where pressure gradually drops, allowing the CO2 to return to gas form while the extract collects. This CO2 is captured and recycled for reuse. The absence of heat protects fragile aromatic molecules that steam distillation would alter, yielding a more faithful representation of the living berry's scent. The result is a pale, pourable extract with exceptional aromatic complexity and a shelf-stable profile.

    Provenance

    Peru

    Peru9.2°S, 75.0°W

    About Pink Pepper CO2