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The Scentspiracy blog is where perfumery knowledge meets critical inquiry. Here, we explore the molecular architecture of scent, the historical evolution of fragrance chemistry, and the technical challenges facing modern formulation, from regulatory shifts to raw material innovation.

Each article is designed to go beyond surface-level information. Whether dissecting the biosynthesis of fruity esters, profiling the chemists who shaped aromatic synthesis, or examining fixative strategy in EdP concentration, our approach combines scientific rigor with cultural and aesthetic context.

This is a resource for perfumers, students, formulators, and fragrance professionals who value depth, precision, and the intersection of art and chemistry. Expect technical essays, ingredient monographs, regulatory updates, and explorations of olfactory craft that respect both tradition and innovation.

La distillazione del Petitgrain in Paraguay
Technical Knowledge 🔎 Fulvio Ciccolo Technical Knowledge 🔎 Fulvio Ciccolo

La distillazione del Petitgrain in Paraguay

Il Petitgrain è l'estratto naturale ricavato dalla distillazione in corrente di vapore delle foglie, rami e frutti non maturi dell'arancio amaro (Citrus Aurantium, var. Amara).
Generalmente circa il 70% del prodotto usato nell'industria del profumo e cosmesi proviene dal Paraguay, dove la materia prima ha sviluppato una notevole adattabilità all' ambiente Paraguayano.

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FEMA GRAS
Industry & Regulation ⚖️ Fulvio Ciccolo Industry & Regulation ⚖️ Fulvio Ciccolo

FEMA GRAS

The FEMA GRAS program began in 1959 with a survey of the flavor industry to identify flavor ingredients then in use and to provide estimates of the amounts of these substances used to manufacture flavors. The initial FEMA Expert Panel was established in 1960 beginning the Expert Panel’s evaluation of the safety of flavor ingredients that continues today. Then and now, the Expert Panel usually consists of six to eight members and over the years has been comprised of top experts in toxicology, organic chemistry, biochemistry, metabolism, and pathology.

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The chemistry of Banana, smell and flavor
Technical Knowledge 🔎 Fulvio Ciccolo Technical Knowledge 🔎 Fulvio Ciccolo

The chemistry of Banana, smell and flavor

Early banana flavors were built on a few amyl and isoamyl esters. Analyses of the fruit later identified a wider set of esters, alcohols, aldehydes and ketones, whose proportions change with cultivar and ripeness. This article traces banana accords from 1920s candy formulas to GC-olfactometry data. It also looks at the role of alcohols such as isoamyl alcohol in the fruit’s musty, woody facet.

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