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Keywords:
Catalytic Membrane Reactors (CMR); wet air oxydation; xylene isomerization; nitrate removal;
Gas separation; Inorganic membranes; Palladium; MFI zeolite; MCM ordered mesoporous material; hydrogen; hydrocarbons; carbon dioxide separation;
Gas solubility in nano-confined solvents.

Now:
- Zeolite membranes for gaz separation, in particular CO
2 and hydrocarbons (Ph.D., 2005-2009, ANR project)
- Mesoporous (MCM...) membranes for separation in gaz or liquid phase (acad. coll. with ENS-Lyon, 2004-present and HKUST)
- Solubility of gases in nano-confined solvents (ANR project, 2006-2009, EU Marie Curie grant, 2007-2009).
- CMRs for wet air oxidation of water effluents (Ph.D., 2006-2010)
- CMRs, flow-through contactors for VOC oxidation (Minister project, 2003-present)
- CMRs, flow-through contactors for gaz phase dehydrogenating dimerization of ethanol (acad. coll. with Univ. Barcelona, 2004-present)
- CMRs, flow-through contactors for water denitrification (Region project, shared Ph.D., 2005-2008)
- CMRs of the extractor type (acad. coll. with Stellenbosch University, South-Africa, shared Ph.Ds., 1999-present)
- Pd-based membranes for H
2 separation (shared Ph.D. with Univ. Western Cape, 2005-2008)

Main Project history:
- Pd-based membranes for hydrogen separation (EU project COCLUP/HYSEP, 1997-2001)
- MFI-based membranes for ammonia separation (EU project IMPRESS, 2000-2004)
- Catalytic membrane reactors (CMRs) for wet air oxidation of water effluents (French-Norwegian collaboration 1998-2000 and EU project WATERCATOX, 2001-2005)
- Academic collaborations with China and Czekia (zeolite membranes), Italy (homogeneous catalysts in mesoporous membranes).