报告时间９SPAN lang=EN-US mso-ansi-language: Roman?,serif; New ?Times FONT-FAMILY: 12pt; mso-fareast-language: mso-fareast-font-family: AR-SA? mso-bidi-language: text1; mso-themecolor: ZH-CN; 0pt; mso-font-kerning: 宋体; EN-US; black; COLOR:>2015平/SPAN>11朇/SPAN>27日（星期五）下午3:30-5:30
报告地点９SPAN mso-ansi-language: New ?Times FONT-FAMILY: 12pt; mso-fareast-language: Roman?; AR-SA? mso-bidi-language: text1; mso-themecolor: ZH-CN; 0pt; mso-font-kerning: 宋体; EN-US; black; COLOR: mso-bidi-font-family: mso-ascii-font-family:>学研A202
报告摘要９/SPAN>Zeolitic materials are the heterogeneous catalysts with the highest annual production. They are used in numerous acid-catalyzed reactions. Nowadays, hydrocarbon transformations such as cracking, alkylation, and isomerization are mostly conducted over these eco-friendly microporous solid acids. In the general shift from homogeneous towards heterogeneous catalysis, zeolites play a key role. The rational design of these inorganic materials with highly crystalline structure is warranted both in academic and in industrial research. A proper chemical composition, a hierarchical porosity, an appropriate crystal size have therefore to be combined with a proper shape at the reactor level.
The aim of our research is to achieve a combination of molecular and microscopic design of zeolites to develop efficient acid catalysts.Crystal sizes influence the catalytic properties of zeolites: whilelarge crystals favour shape-selective catalysis, in contrast, nanocrystals enhance catalyst‘/SPAN>s effectiveness.
Our philosophy neither relies on the study of one sole reaction, nor on one catalytic system. We aim in performing a proper catalyst design, on purpose, for acid-catalyzed reactions. A peculiar attention will be given to the conversion of methanol into light olefins(MTO), Friedel-Crafts acylations and electrophilic aromatic substitution reactions.
主讲人简介：
Beno?t Louis博士简今SPAN lang=EN-US>
CNRS Research Fellow (Institute of Chemistry, UMR7177) at the University of Strasbourg
Education
2002:Ph.D.in Chemical Reaction Engineering and Catalysis (supervision Prof. Albert Renken),Ecole Polytechnique Fédérale de Lausanne (Switzerland)
1998:Master in Chemistry,University of Strasbourg, France
1996:Bachelor in Physical Chemistry, University of Strasbourg, France
Career
2010- CNRS Research Fellow (CR1 and HDR since 2008) at the Institute of Chemistry
2004-2010: CNRS Research Fellow (CNRS Junior Scientist) atICPEES UMR 7515
2003-2004: Attaché Temporaire d’Enseignement et de Recherche (Temporary Lecturer)
ECPM Université Strasbourg - UMR 7515
2002-2003: Postdoctoral Associate with Prof. Jean Sommer and Prof. Willy Kantlehner,University of StrasbourgandUniversity of Stuttgart, Germany
Awards
- IDEX Les Espoirs de l’Université de Strasbourg laureate
- Société Chimique de France Catalysis Division Prize (DivCat) 2013
- Young Scientist Award in Acid-Base Catalysis 2013 (Tokyo, May 2013)
-Découverte Chine laureate 2014 (France-China)
- CNRS Bronze Medalist 2009 in Chemistry (Section 14, CNRS)
-Sampo laureate 2013 (France-Finland)
-?sgard laureate 2012 (France-Norway)
Scientific and Teaching activities
-96 Publications, 2 Book Chapters, 2 Patents(h-index = 26)
-? 35 Oral Communications (15 invited), 2 Keynotes
- Guest editor: Appl. Catal A 2008, Catal. Today 2008, Adv. Chem. Lett. 2013, Comptes Rendus Chimie 2014 & 2015
-Member of the ANR SIMI 7 expert committee (2011-2014)
- Professor Visitante Estrangeiro and Member of the Doctoral School, Federal University Rio de Janeiro (2013-2016)
-Member of the GeCat board (representing East of France, 2012-2016)
-Teaching “Heterogeneous Catalysis (24h, Master 2 Green Chemistry)
-Teaching “Industrial Chemistry (24h, Master 1 Green Chemistry)
-Currently managing 3 Industrial contracts (Petrobras, Adisseo, St Gobain)
-Leader of ZEOTAIL industrial maturation project (SATT Conectus, 2015)
-Coordinator of 4 scientific programs from the French Ministry of Foreign Affairs (Czech Republic, South-Africa, Norway, China)
