Photo-chemoenzymatic oxidation of hydrocarbons: an optimized immobilization strategy towards sustainability

Welcome to the Latest Job Vacancies Site 2025 and at this time we would like to inform you of the Latest Job Vacancies from the Institut des Sciences Moléculaires de Marseille with the position of Photo-chemoenzymatic oxidation of hydrocarbons: an optimized immobilization strategy towards sustainability - Institut des Sciences Moléculaires de Marseille which was opened this.

If this job matches your qualifications, please send your application directly through our latest Job site. Indeed, every job is not easy to apply because it must meet several qualifications and requirements that we must meet in accordance with the standard criteria of the Company who are looking for potential candidates to work. Good job information Photo-chemoenzymatic oxidation of hydrocarbons: an optimized immobilization strategy towards sustainability - Institut des Sciences Moléculaires de Marseille below matches your qualifications. Good Luck: D

Photo-chemoenzymatic oxidation of hydrocarbons: an optimized immobilization strategy towards sustainability Réf ABG-130689 Sujet de Thèse 08/04/2025 Contrat doctoral Institut des Sciences Moléculaires de Marseille Lieu de travail Marseille - Provence-Alpes-Côte dAzur - France Intitulé du sujet Photo-chemoenzymatic oxidation of hydrocarbons: an optimized immobilization strategy towards sustainability Champs scientifiques

• Chimie
• Biochimie

Mots clés chemo-enzymatic catalysis, photocatalysis, multi-copper oxidase, heterogeneous catalysis, oxy-functionalization, degradation of pollutants Description du sujet The development of sustainable chemical processes is a key challenge for the future. In this context, the co-immobilization of a synthetic photocatalyst and a robust multi-copper oxidase offers a promising strategy to couple the oxidation of organic compounds with the safe four-electron/four-proton reduction of dioxygen to water under continuous light exposure. This innovative approach enables diverse applications, ranging from selective synthetic oxy-functionalization (e.g., epoxidation) to the efficient degradation of environmental pollutants. Description of the work: This project aims to develop and investigate a new generation of supported chemo-enzymatic catalysts designed for the sustainable photooxidation of organic compounds under continuous visible light irradiation. These hybrid catalytic systems will be immobilized onto various type of materials- porous or not- and their performance will be evaluated under diverse experimental conditions. A key aspect of this study is the control of the spatial arrangement of the catalytic components—the photocatalyst and the enzyme—both relative to each other 1 and to the material surface. This structural optimization is expected to define unique catalytic interfaces, enhancing both activity and selectivity. Preliminary findings indicate that the combination of a multi-copper oxidase with various photocatalysts enables the oxy-functionalization of hydrocarbons with high photoconversion yields.2 Furthermore, beyond providing stability and reusability, the support material itself plays an active role in modulating the catalytic process.3 By systematically engineering these catalytic architectures, this project seeks to fine-tune reactivity and optimize performance. A multidisciplinary approach will be employed, integrating hybrid material functionalization and characterization, the production and purification of tailored chemo-biocatalysts, and their oriented immobilization. To achieve this, a multidisciplinary approach will be employed, integrating hybrid material functionalization and characterization, the production and purification of tailored chemo-biocatalysts, and the oriented immobilization of catalysts. Catalytic efficiency will be evaluated under various conditions, including deep eutectic solvents and continuous flow catalysis, to enhance process sustainability and scalability. Prise de fonction : 01/10/2025 Nature du financement Contrat doctoral Précisions sur le financement Présentation établissement et labo daccueil Institut des Sciences Moléculaires de Marseille

"Better understanding for better control"

BiosCiences is a multidisciplinary team firmly committed to research at the interface of chemistry and biology, with a holistic approach aligned with the principles of sustainable chemistry. The team carries out targeted projects in biocatalysis, bioactivity evaluation, the design of bio-inspired active sites, and the analysis of complex mixtures, in major fields such as Energy, Catalysis, and Health.

Site web : https://ism2.univ-amu.fr/fr/equipes/biosciences Intitulé du doctorat Doctorat de CHIMIE Pays dobtention du doctorat France Etablissement délivrant le doctorat Aix Marseille Université Ecole doctorale École Doctorale des sciences chimiques Profil du candidat

Candidates for the PhD position should have a Masters degree in chemistry or chemical engineering, with major interest in chemistry or analytical chemistry. The successful applicant will have obtained excellent grades in his/her Bachelor and Masters degrees (or equivalent). He/she should be well-motivated, hardworking, willing, and able to work as part of a team. Background / experience in (bio)catalysis would be beneficial, interest for enzymes and particularly for metalloenzymes is welcome. Applicants are invited to send their CV, a cover letter, their transcripts of

academic records, and the contact information for at least two references to Yasmina MEKMOUCHE

(y.mekmouche@univ-amu.fr)

Date limite de candidature 15/04/2025

Information :

• Company : Institut des Sciences Moléculaires de Marseille
• Position : Photo-chemoenzymatic oxidation of hydrocarbons: an optimized immobilization strategy towards sustainability
• Location : Marseille ()
• Country : FR

How to Submit an Application:

After reading and knowing the criteria and minimum requirements for qualifications that have been explained from the Photo-chemoenzymatic oxidation of hydrocarbons: an optimized immobilization strategy towards sustainability job info - Institut des Sciences Moléculaires de Marseille Marseille () above, thus jobseekers who feel they have not met the requirements including education, age, etc. and really feel interested in the latest job vacancies Photo-chemoenzymatic oxidation of hydrocarbons: an optimized immobilization strategy towards sustainability job info - Institut des Sciences Moléculaires de Marseille Marseille () in 2025-04-09 above, should as soon as possible complete and compile a job application file such as a job application letter, CV or curriculum vitae, FC diploma and transcripts and other supplements as described above, in order to register and take part in the admission selection for new employees in the company referred to, sent via the Next Page link below.