In a few words

In 2012, Marie MARISGLIA (MOIRE) obtained her Master Degree in Chemistry and the French Engineer title from ENSCR. Three years later, she became PhD in Physical Chemistry from UPMC and won IFPEN My PhD in 180s Price thanks to her researches upon the development of a high-throughput microfluidic tensiometer. Her carreer began at IFPEN in the department of "Physical-Chemistry of complex fluids and materials" in order to develop new microfluidic tools and to work on water treatment and chemical Enhanced Oil Recovery (cEOR). In this purpose, we developped to microfluidic set-ups operating in harsh conditions of pressure and temperature, one of them being fully automated. Her main researches adress the study of emulsions stability at macro and microscale. She co-supervises a PhD candidate working on the online characterization and separation of emulsion using microfluidic tools. New works studying coalescence phenomena in microfluidic chips are under progress. Finally, Marie is in charge of the organization of the international Microfluidics 2019 conference taking place at IFPEN from November 13th to 15th.

Research subjects
Development of a high-throughput microfluidic tensiometer working in condition of high pressures and temperatures
Study of emulsions' stability both at macro and microscale
Co-supervision of a PhD candidate whose researches are online analysis and separation of an emulsion at microscale
Study of coalescence with microfluidic tools
Projects

Microfluidics 2019 international conference

 

Online characterization and separation of an emulsion

Study of coalescence phenomena with microfluidic tools

Study of microgels behaviour in porous matrix with microfluidic tools

Publications

Publications

C. Mariet, C. Dalmazzone, M. Marsiglia, L. Viot, A. Vansteene, E. Mignard, Laboratoires sur puce dédiés à la chimie : Principes et caractéristiques, Techniques de l'ingénieur, 2019, CHV 2 225.

C. Mariet, L. Viot, C. Dalmazzone, M. Marsiglia, A. Vansteene, E. Mignard, Laboratoires sur puce dédiés à la chimie : Conception, Techniques de l'ingénieur, 2019, CHV 2 226.

C. Mariet, C. Dalmazzone, M. Marsiglia, E. Mignard, A. Vansteene, L. Viot, Microréacteurs : outils d'intensification de la chimie, Techniques de l'ingénieur, 2019, CHV 2 227.

M. Moiré, Y. Peysson, B. Herzhaft, N. Pannacci, F. Gallaire, L. Augello, C. Dalmazzone, A. Colin, Ultralow Interfacial Tension Measurement through Jetting/Dripping Transition, Langmuir 2017, 33, 10, 2531-2540

M. Moiré, Y. Peysson, N. Pannacci, B. Herzhaft, A. Colin, C. Dalmazzone, A New Microfluidic Tensiometer for Optimizing EOR Formulations, Society of Petroleum Engineers, 2016, SPE-179557-MS

Conferences

EOR workshop, 2016, Rueil-Malmaison, oral

ACS Colloid Surface and Science Symposium, 2015, Pittsburgh, oral

RS Microfluidics, 2015, Rueil-Malmaison, oral

NEXTlab, 2014, Poster

SFP, 2013, oral

Patents

M. Marsiglia et S. Youssef, Set-up and method to measure interfacial tension between two fluids/Dispositif et procédé pour déterminer une valeur de tension interfaciale entre deux fluides, (patent pending)

M. Marsiglia et S. Youssef, Set-up and method to measure interfacial tension between two fluids/Dispositif et procédé pour déterminer une valeur de tension interfaciale entre deux fluides, (patent pending)

M. Marsiglia, J.-B. Salmon, E. Ayoub, P. Cologon, C. Dalmazzone, Microfluidic chip for mixing at least two fluids and for analyzing the composition of the fluids/Puce microfluidique pour mélanger au moins deux fluides et pour analyser la composition des fluides, FR3075068A

E. Lecolier, B. Delfort, M. Marsiglia, Y. Benoit, J.-F. Argillier, Method for exploiting an underground formation by injecting a fluid comprizing an additive provided with magnetic nanoparticles/Procédé d'exploitation d'une formation souterraine par injection d'un fluide comprenant un additif pourvu de nanoparticules magnétiques, WO19120771A1

M. Marsiglia, J.-F. Argillier, P. Thoral, A. Mouret, Method for treating an oil effluent from an assisted recovery process using a surfactant/Procédé de traitement d'un effluent pétrolier issu d'une récupération assistée utilisant un tensioactif

My PhD in 180 s

IFPEN 2015 Price: Increasing petroleum reserves thanks to microfluidics: