Missions

At CP2M, researchers working in collaboration with Michelin have discovered that rare earth metallocene catalysts can be used to synthesize a new range of elastomers through the copolymerization of ethylene and butadiene. These copolymers are known as EBR (Ethylene-Butadiene Rubber) and are an attractive class of materials for sustainable tire applications due to their improved wear resistance. In this project, we will use macromolecular engineering to expand the range of EBR-based synthetic rubbers.

Activités

- Bibliographic search, writing of reports and of publication drafts and presentation of results (at meetings, seminars, conferences…)
- Synthesis and characterization of organometallic complexes
- Catalytic & anionic polymerizations
- Polymer characterization (SEC, NMR), also including thermomechanical and rheological analyses
- Involvement in collective duties of the laboratory (e.g. monitoring of the stocks of consumables, person in charge of a shared equipment, etc.)

Compétences

- PhD in chemistry
- Handling of air sensitive compounds
- Skills in coordination catalysis
- Good skills in English language (Presentation at meeting and writing of reports)
- Autonomy, anticipation, proactive spirit, spirit of initiative, being a source of proposals, teamwork skills

Contexte de travail

CP2M (UMR 5128), ICBMS (UMR 5246) and Michelin united to create the ChemistLab joint laboratory on June 1, 2019. The research program focuses on designing high-performance elastomers as part of a circular economy strategy.

Contraintes et risques

No particular constraints

Informations complémentaires

The work is carried out under a collaboration agreement with Michelin.