AA
Cornell University
A high internal phase emulsion holding fragrance oil and metering it out.
Get the Discover digest
Receive a weekly email digest of the latest fragrance development solutions added by the network.Get the Discover digest
Receive a weekly email digest of the latest fragrance development solutions added by the network.Updated Nov 2, 2026
Fragrance development covers holding a volatile compound in a product long enough to smell it. On Halo, the solutions cover structuring a formulation to hold scent, encapsulating a volatile, making the fragrance molecule, and predicting and controlling release. Sign up to search the full network and post your specific need.
AA
Cornell University
A high internal phase emulsion holding fragrance oil and metering it out.
University of British Columbia
Cellulose nanocrystals as emulsions, spray-dried powders and core-shell filaments.
Innotech Materials, LLC · Supplier
Amphiphilic nanocellulose carrying scent and holding the intensity up.
FloZein Products · Supplier
A zein platform built for cough, cold and analgesic volatiles as much as perfume.
Francesco D'Acierno
Catholic University of Leuven (KU Leuven)
Electrostatic spray drying, and the result leaves no greasy residue.
Marko Vincekovic
Makabi Agritech · Startup
Alginate microparticles releasing fragrance and essential oils slowly.
James Oxley
Southwest Research Institute · University
Low temperature electrostatic spray drying, for volatiles in hostile environments.
Rainer Wardenga
Aminoverse B.V. · Supplier
Novel enzymes making natural-grade lactones from renewable fatty acids.
Akihiro Shimamoto
Mitsubishi Chemical Corporation · Supplier
Precision fermentation regenerating SAM, so methylated compounds come cheaper.
MH
Oxford BioMedica · Supplier
Engineered P450 enzymes producing nootkatone and its derivatives.
Polymerize · Startup
Models the composition, rheology and volatility relationship together.

Jerome Delhommelle
University of Massachusetts Lowell
Physics-informed prediction of how a fragrance mixture will behave.
Connects chemistry to measured consumer preference, then to the commercial call.
Sign up free to search the full network and post your specific need.
Already have an account?
Universities, startups, and suppliers with solutions in fragrance development.
Fragrance development companiesVolatility is the entire problem on Halo. Seventeen entries slow a scent down in a topical product, using microcapsules, Pickering emulsions, liquid crystalline lipid matrices, zein, nanocellulose or a dual reservoir. A separate group makes the molecule itself with enzymes, where extraction would once have been the only route. On Halo it spans four groups, including structuring a formulation to hold scent, encapsulating a volatile, and making the fragrance molecule.
Stage of development. Work on fragrance development on Halo comes mostly from companies. 42% of the solutions are in market. Licensing and co-development are the usual partnering routes, and about 37% of the solutions that state terms offer supply and purchase.
Seventeen ways to slow a molecule down. Microcapsules from hollow yeast cell walls, PEG-b-PLA micelles, alginate microparticles, electrostatic spray drying; and on the formulation side Pickering emulsions stabilized by flavonoids, a lyotropic liquid crystalline lipid matrix, zein, nanocellulose in three forms, and a dual reservoir giving impact then longevity. One problem, seventeen materials.
Topical, and often medicinal. Several entries name a cough suppressant, an analgesic or an OTC topical, and not a perfume. The same requirement drives both: a volatile applied to skin evaporates in minutes, and the product is judged on how long it lasts. Fragrance longevity research and OTC topical delivery turn out to be one field.
Enzymes making the molecule. Seven entries produce the fragrance compound itself, and four use biology to do it: engineered P450s for nootkatone, novel enzymes for natural-grade lactones, precision fermentation that regenerates SAM to make methylation cheap, and cell-free cascades running on an industrial waste stream. A natural-grade label and a synthetic cost are what these are chasing.
Fragrance development covers holding a volatile compound in a product long enough to smell it, and making the molecule in the first place. It spans encapsulation of volatiles, formulation chemistry that structures a scent into a topical, biocatalytic and fermentation routes to a fragrance molecule, and the prediction and release-control platforms around them. Fragrance houses and consumer goods manufacturers are the buyers.
Four examples of fragrance development solutions on Halo include:
The most recently updated fragrance development solutions on Halo include:
There are 270 organizations with fragrance development solutions on Halo, 49 of them universities and research institutions. Among them are Cornell University, University of British Columbia, and Innotech Materials, LLC. Most offer licensing or co-development. Sign up to see every organization working in the area and to send them your specific need.
Browsing fragrance development solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
Over the past 12 months, R&D teams on Halo have posted these fragrance development needs:
Confirm digest type