A breakthrough in the field of indoor air quality. In collaboration with @labo_lcs,@gmaurin1,@dtutweet we have discovered scalable MOFs able to selectively capture traces of formaldehyde from air in the presence of humidity while being easily regenerable

Soraya Bouras presented her PhD defense 'A tunable MOF platform for chiral chromatographic separation'. A great thanks to her and colleagues Antoine (@ENS_ULM), Jérôme/Didier (@ESPCI_Paris), Dr Cédric Boissière (@lcmcp_paris). A thesis funded by the Paris Region (@DimRespore)

Zhihao Yu recently defended well his thesis entitled 'Fe-MOF-Based Composites to Treat Cutaneous Wound Infections'. A great thanks to him and to my colleagues (Mathilde Lepoitevin. ), and to all our collaborators (A. Jamet, Necker Hospital / F. Gazeau, Paris Cité) !

For the 1st time a biocompatible MOF for the prolonged delivery of NO in body fluids, paving the way for new wound healing and other biomedical applications: Nice collaboration with @moiseslpinto @gmaurin1 @synchroSOLEIL and prof. Cheng-Yong Su.

Prof. Mircea Dinca from MIT (@DincaGroupMIT) visiting IMAP during the summer break !

Great collaborative MOF/CCS study lead by Susana Garcia and Berend Smit !.

After >10 years, we have shown that mixed valence Fe(II/III) MOFs with open metal sites are the first solids able to convert NOx under ambient conditions, without sacrificial, into N2 + O2 : An exceptional collaboration with @labo_lcs and @KRICT.

Our new contribution in the field of nanoMOFs : a green versatile route to prepare ultra-small NPs of MOFs with a high defect content (. A great collaborative work done with @TPV_group, @LCSOfficial and @C2N_com.

Glad to share our latest paper on scalable & cost-effective #MOF for CO2 capture (#CCS) @ENS_ULM @Chimie__ENS @CNRSchimie @ESPCI_Paris @CNRS

A new PhD position available at IMAP, focused on the synthesis and structural analysis of MOFs

Check our latest MOF structure, an unusual microporous Fe(III) pyrazolecarboxylate with a zeotype architecture, with an exceptional ability to separate, in one-pot, branched alkanes by classes in real conditions.

CNRS is opening a Tenure Track Position dealing with new materials for the conversion of small molecules. IMAP is one of the possible host laboratories (

Xin Nian Kuai Le 新年快乐 (Happy Chinese New Year)!!!.Thanks for the great organization, A big thanks for being part of yesterday's event! Wishing you all the best and looking forward to more great times together!! @Chimie__ENS @ESPCI_Paris @ENS_ULM @CNRSchimie

A new industrial PhD position available at IMAP, in collaboration with the Chemical company Tronox, to discover new Ti based porous solids for the energy transition

Félicitations to Pierre Tignol who defended successfully his PhD thesis at CRC (@CRC_officiel), in collaboration with IMAP, focused on the development of green sustainable one-pot high loading robust MOFs papers for cultural heritage preservation and VOC capture

IMAP researchers were delighted to host the USorb-DAC consortium meeting in Paris to discuss recent progresses in materials discovery ( for energy efficient direct air capture.

Another step in the utilisation of MOFs into cultural heritage preservation ! Check our latest article dealing with MOF comptability and field testing in museums (collab IST/Nova (Lisbon), CRC (Paris), Institut Valencia de Cultura):

In collaboration with colleagues from CRC (Paris) and IST (Lisbon) we report an easy, green, versatile method to prepare high quality exceptional high loading MOFs (and carbons, zeolites) paper sheets with preserved sorption properties:

Wenqing Lu defended successfully her PhD dealing with Mixed Matrix Membranes for LiS batteries ! Congrats Dr Lu !