Tableau mis à jour le 29/6/2022
Ecoles doctorales : ED459 = SCB, ED584 = GAIA
| Doctorant / PhD student | Sujet / Subject | Encadrant(s) / Supervisor(s) | Département(s) | Ecole doctorale |
| ABID Mahmoud | Design of Halloysite-based nanocomposites for water treatments | M. Bechelany | DM3/PNM | ED459 |
| AGUILAR FERRER Daniel | Understanding the interface between semiconductors and PDA toward photocatalytic water splitting | M. Bechelany | DM3/PNM | ED459 |
| ANDREI Luliana-Marilena | Biomimetic artificial water and proton channels | M. Barboiu | DM3/NSA | ED459 |
| AUDOURENC Jules | Development of new hydrophilic biosourced membranes for microfiltration | S. Li | IP2 | ED459 |
| BADOURIC Lucie | Atomic Layer Deposition for novel hydrogen separation membranes | M. Benchelany, A. Julbe, M. Drobek | DM3 | ED459 |
| BALDO Héloïse | An eco-efficient bioprocess for direct conversion of methane into methanol | L. Soussan | GPM | ED584 |
| BAROU Carole | Design of calcium phosphate based cement for bone regeneration and drug delivery | M. Bechelany | DM3/PNM | ED459 |
| BOUE Jean-Félix | Nanostructured electrodes for H2 production | J. Cambedouzou, Y. Holade, C. Laurent | DM3+IP2+CIRIMAT | |
| BOUSQUET Gauthier | Elaboration of new superhydrophilic polymeric membranes in order to perform water / oil separation in effluents | D. Bouyer | GPM | ED584 |
| BOUGHRIBA Soumaya | Hydrogels multifonctionnels à base de biopolymères supplémentés par des nanoparticules : conception, caractérisation et applications biomédicales. | S. Li | IP2 | ED459 |
| CASETTA Jeanne | Synthesis of novel polymeric hollow fibers and modification of their surface for water treatment application | C. Pochat, P. Miele, M. Bechelany | IP2+DM3 | ED459 |
| CERVANTES DIAZ Karla Begonia | Design of mesoporous SiC membranes from polymeric precursors for water filtration | J. Cambedouzou | DM3/MCP | ED459 |
| CHARAFEDDINE Rayan | Développement d’une unité de traitement des eaux noires à chasse d’eau éternelle | M. Héran | GPM | ED584 |
| DAAKOUR Sanaa | Dynamic dendrimer-liposome system for transport and active channels | M. Barboiu | DM3/NSA | ED459 |
| DJARA Razik | Study of the influence of synthesis conditions on the electrochemical proprieties of chemically produced polyaniline | S. Tingry | IP2 | ED459 |
| DORY Hippolyte | Elaboration of ceramic membranes for wastewater treatment via 3D printing | P. Miele, C. Salameh | DM3/PNM | ED459 |
| DUQUET Fanny | Modified Titanium oxyde for hydrogen production by photoelectrocatalysis | S. Roualdes, F. Rouessac, M. Rivallin | DM3 | ED459 |
| EL HAYEK Joelle | Synthesis, functionalization and 3D printing of bioceramics for bone engineering | P. Miele, C. Salameh | DM3/PNM | ED459 |
| ERNAYATI KOSIMANINGRUM Widya | Construction d’une biopile microbienne a un compartiment avec une cathode à air | C. Innocent, M. Cretin | DM3+IP2 | ED459 |
| FROMAGER Bénédicte | 3D scaffolds of PAN electrospun fiber for cellular culture | D. Cornu, J. Cambedouzou | DM3 | ED459 |
| GOMRI Chaimaa | Design and synthesis of new composite membranes for the treatment of perfluoroalkyls and polyfluoroalkyls (PFAS) | M. Semsarilar, M. Cretin | IP2 | ED459 |
| JAYAKUMAR Sharath | Hydrophobic Ceramic Capillary membranes applied for desalination and oil removal | M. Barboiu | DM3/NSA | ED459 |
| KARAMOKO Bonito Aristide | Membranes nano-composites Polymères/Matériaux 2D exfoliés obtenues par émulsion de Pickering | D. Voiry | DM3/PNM | |
| KUNENE Kwanele | Application of nanomaterials for development of biosensors | M. Bechelany | DM3 | ED459 |
| LEBESGUE Charlotte | Development of electroactive ultrafiltration membranes for water treatment | M. Cretin | IP2 | ED459 |
| LECLERE Maxime | Anti-biofouling nanomembrane for drug delivery | M. Barboiu, S. Cerneaux | DM3/NSA | ED459 |
| LIBERATI Ariella | Recovery of Lithium with smart polymers | C. Faur, J.-P. Mericq | GPM | ED584 |
| LIU Jiefeng | Electrocatalytic reduction of CO2 | P. Miele, D. Voiry | DM3/PNM | ED459 |
| LOSSOIS Anne | Influence des matériaux d’environnement (produits de corrosion, matériaux de remplissage cimentaires, argilités) sur les vitesses de dissolution des verres HA | A. Ayral | DM3/MCP | ED459 |
| MAKHOUL Elissa | Biomimetic artificial water and proton channels | M. Cornu | DM3/PNM | ED459 |
| MEYER Nathan | Study of the assembly dynamics of AB42 peptide by solid nanopore | S. Balme | DM3/INB | ED459 |
| MOULIA Vincent | Fate of contaminants and microbiome along treated wastewater/irrigation system/soil continuum | M. Héran, N. Ait-Mouheb | GPM | ED584 |
| NAFTI Molka | Etude de l’ultrafiltration assistée par des poly-électrolytes pour la rétention et l’élimination des ions | C. Pochat | IP2 | ED459 |
| NURSIAH Kelvinraj | Artificial water channels for membrane distillation | M. Barboiu | DM3/NSA | ED459 |
| PIRKIN-BENAMEUR Johanne | Self-oscillating membrane development for wastewater treatment | D. Quemener | IP2 | ED459 |
| REN Feihong | The study of Raman spectroscopy on Lithium metal batteries | S. Deabate | IP2 | ED459 |
| ROHITKUMAR Jadhav | 2D - 3D Mixed dimensional halide perovskites for photo-electrocatalytic reduction of CO2 | D. Voiry | DM3/PNM | ED459 |
| SEABRA Ivna | Treatment of effluent micropollutants by ozonation and nanofiltration | S. Brosillon | GPM | ED584 |
| SANCHEZ Lucie | Positive energy domestic wastewater treatment by Granular Anaerobic | M. Héran | GPM | ED584 |
| SU Dandan | Dynamic covalent systems for bio-recognition ; gene delivery, enzyme activation, active channels/carriers | M. Barboiu | DM3/NSA | ED459 |
| SZEWCZYK Jakub | Development and characterization of biomimetic polymer/semiconductor lamelar heterojunctions for efficient photocatalytic water splitting | M. Bechelany, E. Cory | DM3/PNM | ED459 |
| TANOS Fida | Nanomatériaux à base d’oxyde pour le traitement photo-électrocatalytique de l’eau | M. Bechelany, M. Cretin | DM3+IP2 | ED459 |
| WANG Wensen | Investigation of nanolaminated membranes for gas separation and water purification | P. Miele, D. Voiry | DM3/PNM | ED459 |
| TAUK Myriam | Tuning, evaluation and optimization of an electrochemical desalination process by flow capacitive deionization : from the material aspect to the process aspect | M. Cretin | IP2 | ED459 |
| WU Huali | Electrochemical CO2 reduction | D. Voiry | DM3/PNM | ED459 |