The BIOCAP project aims to produce biodegradable and biobased microcapsules that can find applications in household, personal care and fabric care products. The microcapsules will be synthesized by interfacial polymerization in aqueous suspension using a combination of polymerization methods. Biodegradability will be assessed to establish a structure-property correlation. Initially, the PhD student will synthesize biobased prepolymers carrying reactive functions. Secondly, the PhD student will polymerize the prepolymers using click chemistry in organic solution, and characterize these polymers (Tg, gel content, swelling ratio in water and perfume). From the most promising synthons, the PhD student will synthesize microcapsules (encapsulation of oils representative of perfumes) by interfacial polymerization of prepolymers by click chemistry in aqueous medium. The microcapsules will then be evaluated in terms of biodegradability, fragrance retention and mechanical fragrance release.
Actualités
- Conférence internationale MATÉRIAUX 2026 – COLLOQUE 9 qui inclut le COLLOQUE NATIONAL DU GFP 2026 – Date limite de soumission des résumés : 13 avril 2026.
- Future of Polymer Science : AI tools and high throughput techniques for fast discovery of new polymers / EUPOC 2026 Bertinoro (I), May 18-21, 2026 / Register!
- Des polymères biosourcés intelligents pour produire de l’énergie et dépolluer grâce à la piézoélectricité
- Thèse Cifre : Chimie circulaire des polymères : dépolymérisation et valorisation de polyesters et polyuréthanes – ICGM, Montpellier et Petshka (26/06/2026)
- A bioinspired microdevice unifying energy storage and actuation through hydration control