Design and synthesis of new green furan-based hemisynthetic perfumeric compounds derived from agricultural waste

We investigated green innovations in perfumery by developing new hemisynthetic scent compounds in a net zero carbon process. Development of a new green industrial process for the making of furfural without waste side products allowed further synthesis of furan-based acids. These were esterified with various alcohols from corn fermentation or terpinoids, yielding interesting strong esters. By using pine waste, new green musks were developed, showing the ability to prolong perfume longevity by up to 300%. By implying the process to industry, up to 2400% CO2 reduction could be achieved.