DSM-Firmenich
Last updated February 26, 2026
33
Innovation Areas
1,533
Inventors
18
Collaborations
Butanediol-based vapor pressure modulation: DSM-FirmenichLast 5 Years Research Landscape
High volatile organic compound (VOC) emissions trigger regulatory non-compliance and diminish olfactory longevity. This control system utilizes specific butanediol isomers to stabilize vapor pressure and optimize fragrance release kinetics.
What technical problems is DSM-Firmenich addressing in Butanediol-based vapor pressure modulation?
Excessive volatile organic emissions
(4)evidences
High vapor pressure in fragrance formulations leads to regulatory non-compliance and rapid ingredient depletion. Reducing VOC content while maintaining olfactory intensity addresses the trade-off between environmental standards and product performance.
Inadequate fragrance ingredient solubility
(3)evidences
Fragrance components often suffer from poor solubility and limited olfactive performance in diverse consumer product bases. Addressing this limitation ensures consistent scent delivery and formulation stability across varying chemical environments.