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PROJECT TITLE: POLYMER COATED ORDERED MESOPOROUS CARBONS WITH MULTIFUNCTIONAL PROPERTIE S

PROJECT TITLE: POLYMER COATED ORDERED MESOPOROUS CARBONS WITH MULTIFUNCTIONAL PROPERTIE S. Project summary.

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PROJECT TITLE: POLYMER COATED ORDERED MESOPOROUS CARBONS WITH MULTIFUNCTIONAL PROPERTIE S

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  1. PROJECT TITLE: POLYMER COATED ORDERED MESOPOROUS CARBONS WITH MULTIFUNCTIONAL PROPERTIES

  2. Project summary The proposed project entitled “Polymer coated ordered mesoporous carbons with multifunctional properties” will be developed in Institute of excellence of the Romanian Academy by a team formed from the project leader and a tutor with complementarily expertise required for the project development, e.g. mesoporous carbons and polymer science, respectively. The aim of this research project is to prepare polymer-coverd ordered mesoporous carbon materials with high adsorption properties, appropriate for decontamination of industrial water and haemoperfusion. The project is organized in three research phases dealing, respectively, with (a) the preparation of mesoporous nanoparticles; (b) functionalisation of the particle by chemical treatment and polymer coating; (c) characterization of structure, physico-chemical and the sorption properties of the functional particles. Expected results: three ISI papers; six conference presentations.

  3. - To establish a reproducible method for the synthesis of highly ordered mesoporous carbons with designed architecture and showing high sorption properties; - To provide a treatment method affording high functionality (surface reactivity and wettability) of the pore surfaces; - To optimize the preparation conditions of polymer-carbon systems in order to minimize the particle agglomeration and to maintain appropriate porosity; - To establish preparation-structure-properties correlations and to check the end use properties of the optimized materials. Project objectives

  4. 2013A1.1. Synthesis and characterization of ordered mesoporous carbon materials with high sorption properties. A1.2. Providing a treatment method affording high functionality of mesoporous carbon surface. 2014A2.1. Synthesis and characterization of polymer-carbon composites.A2.2. Optimizing the synthetic conditions of the propozed composites in order to maintain appropriate porosity. A3.3. Establishing the preparation-structure-properties correlations of the optimized composites. 2015A3.1. Study of the polymer coated-ordered mesoporous carbon for the prevention particles agglomerations. A3.2. Verification of end-use properties of the synthesized composites. Project activities

  5. 2013 Project results Ordered mesoporous carbon materials were obtained by template synthesis using SBA-15 silica template and glycerol as carbon precursor.

  6. 2013 Dissemination ARTICLES „Effect of the synthesis conditions on glycerol-derived mesoporous carbon materials”, M. Ignat E. Popovici, P. Cool, V. Harabagiu, Microporous and Mesoporous Materials, submitted for publication. ORAL PRESENTATIONS AT INTERNATIONAL SCIENTIFIC MEETINGS 1) „Mesoporous materials: synthesis, characterization, applications”, Maria Ignat STREAM Summer School, 8-13 iulie, Iasi, Romania 2013. 2) “Influence of the Pyrolizing Temperature on the Textural Properties of the Templated Mesoporous Carbon Materials”, M. Ignat, E. Popovici, P. Cool, V. Harabagiu 3rd International Conference Nanomaterials: Applications and Properties 2013 (NAP 2013),16-21 septembrie, 2013, Golden Kolos Resort, 9, Chervonoarmiiys'ka Str., Alushta, Crimea, Ucraina.

  7. Budget

  8. Contact Dr. MARIA IGNAT"Petru Poni" Institute of Macromolecular ChemistryAleea Grigore Ghica Voda 41A, 700487 Iasi, RomaniaTel: +40232 260188Fax: +40232 211299E-mail: ignat.maria@icmpp.ro

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