memorial seminar on green sustainable chemistry …memorial seminar on green sustainable chemistry...

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Memorial Seminar on Green Sustainable Chemistry in Tottori (2015) 日時:2015 年 10 月 13 日(火) 13:30〜16:30 場所:鳥取大学大学院工学研究科大講義室 鳥取市湖山町南 4-101 主催 有機合成化学協会 中国四国支部 主催 鳥取大学グリーン・サスティナブル・ケミストリー (GSC)研究センター

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  • Memorial Seminar on Green

    Sustainable Chemistry in Tottori (2015)

     

    日時:2015年10月13日(火)   13:30〜16:30  

    場所:鳥取大学大学院工学研究科大講義室  

    鳥取市湖山町南4-101  

    主催   有機合成化学協会  中国四国支部  

    主催   鳥取大学グリーン・サスティナブル・ケミストリー  

    (GSC)研究センター  

     

     

     

     

     

     

  • 1

    プログラム  

     

    開会挨拶   センター長   伊藤  敏幸  

     

    -−<GSC研究センター創設3周年記念セミナー>−−  

    13:30-14:30:座長   片田  直伸  

    Prof.  Avelino  Corma(Instituto de Tecnología, Química (CSIC-UPV), Spain)  「Catalysts  from  design  to  application」  

     

    14:30-15:30:座長   松浦  和則  

    丹羽   幹(公益財団法人  名古屋産業化学研究所,鳥取大学名誉教授)  

    「Catalysis  and  acidity  on  zeolites:  A  personal  comment」  

     

    15:30-16:30:座長   伊藤  敏幸  

    Prof.  Samir  Zard(Ecole  Polytechnique,  France)  

    「A  Radical  Solution  to  an  Old  Problem.  Some  New  

    Perspectives  for  Organic  Synthesis  」  

     

    閉会  

     

     

     

     

     

     

     

     

     

     

  • 2

    Avelino Corma

    Professor at the Instituto de Tecnología Química (CSIC-UPV),

    has been carrying out research in heterogeneous catalysis in academia and in collaboration with companies for

    nearly 30 years. He has worked on fundamental aspects of acid-base and redox catalysis with the aim of

    understanding the nature of the active sites, and reaction mechanisms. With these bases have developed

    catalysts that are being used commercially in several industrial processes. He is an internationally recognized

    expert in solid acid and bifunctional catalysts for oil refining, petrochemistry and chemical process, especially in

    the synthesis and application of zeolite catalysts. He has published more than 900 research papers, and

    inventor on more than 130 patents. Corma earned his BS in Chemistry at Valencia University, PhD at Madrid

    under direction of Prof. Antonio Cortes, and spent two years postdoc at Queen´s University. He has received

    the Dupont Award on “Materials Science”, Ciapetta and Houdry Awards of the North American Catalysis

    Society, the F. Gault Award of the European Catalysis Society, the M. Boudart Award on Catalysis by the North

    American and European Catalysis Societies, the G. J. Somorjai ACS Award on Creative Catalysis, the Breck

    Award of the International Zeolite Association, the National Award of Science and technology of Spain, "Rey

    Jaume I" Prize for New Technologies (2000), the ENI Award on Hydrocarbon Chemistry, the Royal Society of

    Chemistry Centenary Prize, Solvay Pierre-Gilles de Gennes Prize for Science and Industry and Gold Medal for

    the Chemistry Research Career 2001-2010 in Spain, La Grande Médaille de l'Académie des sciences de

    France 2011 and Honour Medal to the Invention from the Fundación García Cabrerizo in Spain. Gold Medal

    Foro QUÍMICA y SOCIEDAD to all his research career, Gran Medaille of the Science French Academy, Edith

    Flanigen Lectureship, Eastman Lecture, Director´s Distinguished Lecture Series Pacific Northwest National

    Laboratory´s. Prince of Asturias Award for Science & Technology 2014, 48th W. N. Lacey Lectureship in

    Chemical Engineering-Caltech (2015) and The Jacobus van 't Hoff Lecture 2015 at TU Delft Process

    Technology Institute (2015).

    I “Doctor Honoris Causa” by Utrecht University (2006), UNED (2008), München Technological

    University (2008), Universidad Jaime I de Castellón (2008), Universidad de Valencia (2009), Bochüm

    University (2010), Universidad de Alicante (2010), Ottawa University (2012) Delft Technological

    University (2013) Jilin University (China) (2013), University of Bucarest (2014).

  • 3

    Catalysts from design to application

    Avelino Corma Instituo de Tecnología Química-UPV-CSIC

    [email protected] The design of a successful solid catalyst relies on the synthesis of materials with controlled adsorption and reactivity, to maximize selectivity towards the desired product. Thus, solid catalysts with well defined single or multiple sites have to be generated. We will show that this is possible by preparing structured inorganic micro and mesoporous materials with controlled porosity and framework chemical compositions. Further possibilities can be envisaged by preparing structured hybrid organic-inorganic materials in where the active sites can be introduced in the organic, the inorganic or in both the organic and inorganic moieties. This will allow the preparation of multifunctional solid catalysts for performing multistep reactions in a cascade manner. Then, it will be presented that the preparation of multifunctional catalysts can go beyond the lab and to reach industrial application. Finally, mono and bifunctional solid catalysts based on metal nanoclusters with a few atoms (3-10) and metal nanoparticles with controlled sizes and shapes within the range of 1 to 10 nm will be presented. With the metal nanoclusters entities it is possible to achieve turnover frequencies close to those obtained by enzymes under very mild reaction conditions. The challenge in this case is to stabilize those “molecular like” metal entities for long time. We have attempted to do that by generating the nanocluster within a polymeric matrix. In the case of catalysts based on metal nanoparticles, their activity and selectivity depend on size and shape of the crystallites, the interaction with the support and the introduction of a second metal to form a bimetallic catalyst. We will show that it is possible by controlling catalysts preparation to convert traditionally non selective into selective metal catalyst.

  • 4

    Miki Niwa, Ph. D Professor Emeritus, Tottori University, Japan 405 Uchikoshi, Nagakute, Aichi, 480-1152, Japan Phone & Fax +81-561-63-4195 e-mail, [email protected] Miki Niwa was born in March 1946 at Nagoya, Japan. He received his B. S., M. S., and Ph. D. degrees in applied and synthetic chemistry, from Nagoya University working with Professor Yuichi Murakami. After studying in Nagoya University as assistant professor and lecturer, he was appointed a professor of Tottori University in 1992. He retired in 2011, and now is working as senior researcher of Nagoya Industrial Science Research Institute and guest professor of Aichi Institute of Technology. He studied as visiting professor not only at National University of Singapore in 2013 and 2014 but also at National Taiwan University in 2015. He has received the Catalysis Society of Japan Award in 2003 and the Japan Petroleum Institute Award in 2007. His research interest is mainly on the catalyst and catalysis of zeolites and metal oxides.

  • 5

    Catalysis and acidity on zeolites: A personal comment

    Miki Niwa Nagoya Industrial Science Research Institute, Chikusa, Nagoya 464-0819 Japan

    [email protected], +81-561-63-4195

    Heterogeneous catalysis is a key technology to accomplish the green chemical processes. Metal oxides and zeolites, having the strong acidity, have been utilized in the chemical processes. To utilize these catalysts adequately and effectively, a proper technique of the acidity characterization is essential. Our research group in Tottori university has been contributing to the research field based on the investigation of the method of temperature programmed desorption (TPD) of ammonia. In this lecture, I will have a presentation with the topic of the study of ammonia TPD and its application to the zeolite investigation. Unfortunately, the method of ammonia TPD is not fully recognized as a useful and dependable method to characterize the acidity of zeolites. Often we encountered the published papers which include the mistakes in acidity characterized by the ammonia TPD, although our previous investigations were referred to. However, the principle of the method is not difficult to understand. Once we know the principle of the method, we will have a valuable information of zeolite acidity which could be utilized in the development of new catalyst system. At first, I will shortly summarize the principle of method, i.e, how to measure the number and the strength of zeolite acid sites. Then, I will talk on the developed new method of IRMS (infrared and mass spectroscopies) –TPD in which not only mass-pec but IR is working together to get the information of number, strength, and structure of acid sites. This method provides us with uncountable information, and helps to understand the acidity in detail. In addition, DFT calculation supports the experimental observation. Main topics will be focused on why and how the technique was developed, and also how the interesting scientific conclusions were drawn1. Ref. 1. (a) Niwa, M.; Katada, N.; Okumura, K., Characterization and Design of Zeolite Catalysts. Springer: Berlin, Heidelberg, 2010; (b) Niwa, M.; Katada, N., New Method for the Temperature- Programmed Desorption (TPD) of Ammonia Experiment for Characterization of Zeolite Acidity: A Review. The Chemical Record 2013, 13 (5), 432-455.

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    Samir Z. Zard, Ph.D. Professor of Chemistry, Laboratoire de Synthèse Organique, CNRS UMR 7652, Ecole Polytechnique, 91128 Palaiseau, France Phone : +33-169335971 e-mail: [email protected] Samir Z. Zard was born in 1955 in Ife, Nigeria. His training as a chemist started at the American University of Beirut, then at Imperial College, London, and finally at the Université Paris-Sud, Orsay, France, where he received his doctorate under the supervision of Professor Sir Derek Barton in 1983. His main research concerns the study and development of new reactions and processes, with a special interest in radicals, organosulfur derivatives, alkynes, and nitro compounds. In addition to a number of academic awards, he received in 2007 the Croix de Chevalier de la Légion d’Honneur.

  • 7

    A Radical Solution to an Old Problem. Some New Perspectives for Organic Synthesis

    Samir Z. Zard

    Laboratoire de Synthèse Organique, CNRS UMR 7652, Ecole Polytechnique, 91128 Palaiseau, France

    E-mail: [email protected] Radical reactions offer many of the properties desired by synthetic organic chemists, in terms of variety, mildness of conditions, and a selectivity that is often complementary to that of ionic chemistry, making many protection steps superfluous. There is however one major difficulty, which derives from the propensity of radicals to interact with themselves (dimerisation, disproportionation) with extremely fast rates that are close to diffusion. In order to overcome this complication, it is essential to keep the steady-state concentration of radical species very low. This can be accomplished for example by contriving a chain reaction where the propagating steps are themselves quite fast, as for example in the typical, and now extremely popular, stannane based processes. While various unimolecular cyclisation and fragmentation steps can be efficiently incorporated into the radical sequence, kinetically slower bimolecular transformations, and in particular intermolecular additions to un-activated alkenes, have proven more difficult to implement. In the case of stannanes, the relatively slow addition to the alkene has to compete with premature hydrogen atom abstraction from the organotin hydride, a step that is usually thousands of times faster. Over the years, we have shown that xanthates and related thiocarbonylthio derivatives allow the generation of radicals under conditions where the radicals possess a considerably increased effective lifetime even in a concentrated medium [1]. Intermolecular additions to un-activated alkenes, as well as a variety of reputedly difficult radical transformations can now be easily accomplished. No metals, heavy or otherwise, are required, and the starting materials and reagents are cheap and readily available. Complex, densely functionalized structures can be constructed in a convergent, modular fashion. In the course of our study of the scope and limitations of this chemistry, we have uncovered a few surprising transformations. Recent results and some mechanistic aspects will be presented and discussed briefly.

    [1] Quiclet-Sire, B.; Zard, S. Z. Pure & Appl. Chem. 2011, 83, 519-551.

  • 8

    鳥取大学GSCセミナーの歴史  

     

    ○第1回(Seminar  on  Green  and  Sustainable  Chemistry  in  Tottori),日本化学会・グリーンケ

    ミストリー研究会(17th  Green  Chemistry  Forum)と共催,平成20年12月10日,とりぎん文化

    会館(鳥取県民文化会館)小ホール,  講師3名,出席者187名  

    講師:上村明男(山口大学大学院医学系研究科  教授),「プラスチックの化学リサイクルに向けた新しい

    方法」  

    講師:丹羽   幹(鳥取大学大学院工学研究科  教授),「Yゼオライトのブレーンステッド酸性質発現と触

    媒活性」  

    講師:萩原久大(新潟大学大学院自然科学研究科  教授)「イオン液体固定化触媒(SILC)とグリーンケ

    ミストリー」  

    講師:  Professor  TECK  PENG  LOH(Nanyang  Technological  University,(Singapore))“Ionic  

    Liquids  as  Green  Solvents  &  Catalysts  for  Organic  Synthesis”  

     

    ○第2回(Seminar  on  Green  and  Sustainable  Chemistry  in  Tottori  2009  (1))(科研費,特定

    領域研究「イオン液体の科学」,触媒学会,石油学会と共催),H21年11月14日,工学研究科大講

    義室,講師13名,出席者167名  

    講師:Professor  Douglas  MacFarlane(  Monash  Univ.,  Australia)”  Ionic  Liquids  and  Global  

    Sustainability”  

    講師:Dr.  Asako  Narita  (Kyoto  University,  Japan)  “Ionic  Liquid-modified  Inorganic  

    Nanoparticles  and  their  Biomedical  Applications”  

    講師:Dr.  Hideo  Midorikawa  (Asahi  Kasei  Chemicals  Corp.,  Japan),  “Environmental  Friendly  

    Process  for  Producing  Cyclohexanol  from  Benzene  by  Using  Heterogeneous  Catalysts”  

    講師:Dr.  Kazu  Okumura  (Tottori  Univ.,  Japan),  “In  situ  X-ray  Absorption  Spectroscopic  

    Study  of  Highly  Dispersed  Pd  Species  Active  in  the  Suzuki-Miyaura  Reactions”  

    講師:Professor  Toshiyuki  Itoh  (Tottori  Univ.,  Japan),  “Iron  Salt-catalyzed  One-Pot  Nazarov  

    Cyclization  /  Michael  Reaction  of  Pyrrole  Derivatives  

    講 師: Professor   Bohari   M.   Yamin   (Univ.   Kebangsaan,   Malaysia),   “Structural   and  

    Complexation  Studies  of  Fluorophenylthioureas”  

    講師:Dr.  Hyunjoo  Lee  (KIST,  Korea),”  Alkyl  Polyfluoroalkyl  Imidazolium  Ionic  liquids:  Synthesis  

    and  Characterization”  

    講師:Dr.  Hisashi  Shimakoshi  (Kyushu  Univ.,  Japan),  “Bio-related  Tetrapyrrole  Catalyst  with  

    Ionic  Liquid”  

    講師:Professor  Kenji  Takahashi,  (Kanazawa  Univ.,  Japan),”  ormation  of  Anhydrosugars  

    from  Cellobiose  in  Ionic  Liquids”  

    講師:Dr.  Mayumi  Nishida  (Koei  Chemical  Co.  Ltd.,  Japan),  ”  The  Development  of  Koei’s  

    Ionic  Liquids”  

    講師:Professor  Seiji  Suga,  (Okayama  Univ.,  Japan),  ”  Electroorganic  Synthesis  Using  Micro  

    Reaction  Systems”  

    講師:Professor  Toshio  Fuchigami  (Tokyo  Institute  of  Technology,  Japan),”  Highly  Selective  

    Fluorination  of  Organic  Molecules  and  Macromolecules  in  Ionic  Liquids”  

    講師:Professor   Junko   N.   Kondo   (Tokyo   Institute   of   Technology,   Japan),   “Crystalline  

    Mesoporous  Ta2O5  Photocatalyst  for  Overall  Water  Splitting”  

     

     

    ○第3回(Seminar  on  Green  and  Sustainable  Chemistry  in  Tottori  2009  (2))H21年12月

    1日,工学研究科代講義室,  講師2名,出席者154名  

    講師:Professor  Pedro  Lozano  (University  of  Murcia,  Spain),  “Enzymatic  Catalysis  in  Ionic  

    Liquids  and  sc-CO2  Biphasic  Systems”  

    講師:Professor   Joe   Chappell University   of   Kentucky,   USA),“Evolving   the   Catalytic     (

  • 9

    Specificity  of  Terpene  Biosynthetic  Enzymes  and  the  Development  of  Sustainable,  Robust  

    Production  Platforms  in  Yeast  and  Plants”  

     

    ○第4回(2010年度GSC   in  Tottori(1))(日本化学会,第53回中国四国産学連携化学フォーラ

    ムと共同開催)H22年9月20日,工学研究科大講義室,講師5名,出席者177名  

    特別講演:  J-E.  Bäckvall(ストックホルム大学教授)”  A  Biomimetic  Approach  to  Green  Organic  

    Transformations”  

    特別講演:  B.  K.  Mihovilovic(ウイーン工業大学教授)“Bioorganic  Chemistry  in  Sustainable  

    Synthesis”  

    講師:國信洋一郎(岡山大学大学院自然科学研究科  助教)「不活性結合の切断を鍵とする新規有機合成

    反応の開発」  

    講師:米山公啓(広島大学大学院工学研究科  助教)「安全・安価な金属触媒を活用した有機合成反応」  

    講師:依馬  正(岡山大学大学院自然科学研究科  准教授)「多重水素結合部位を有するキラル大環状化合

    物の不斉識別機能」  

     

    ○第5回(2010年度GSC  in  Tottori  (2))(日本化学会,触媒学会,石油学会,化学工学会と共催),

    H22年11月13日工学研究科大講義室,講師4名,出席者188名  

    講師:Suk  Bong  HONG  (Pohang  University  of  Science  and  Technology,  Korea)  

    “Zeolite  Syntheses  via  a  CDM  Approach”  

    講師:Shinji  INAGAKI  (Toyota  Central  R&D  Labs,  Inc.,  Japan)      

    “Synthesis  of  Optically  Active  Periodic  Mesoporous  Organosilicas  toward  the  Construction  

    of  Artificial  Photosynthesis”  

    講師:  Akira  MIYAMOTO  (Tohoku  University,  Japan)  

    “Multi-level  Computational  Chemistry  Methods  for  Green  and  Sustainable  Chemistry”  

    講師:  German  SASTRE  (Instituto  de  Tecnologia  Quimica  UPV-CSIC,  Spain)  

    “Synthesis  of  Octahedral  Metal  Oxides  with  Pore  Structures”  

     

    ○第6回(2010年度GSC  in  Tottori(3)),(第1回イオン液体討論会(イオン液体研究会)と共催)  

    平成23年1月17日,18日,とりぎん文化会館,参加者186名  

    特別講演:R.  Rogers(アラバマ大学  教授,米国)“Ionic  Liquid  Solvents  for  the  Grand  Challenge  

    Inherent  in  a  Biorefinery:  Extraction  and  Separation  of  Lignin,  Cellulose,  and  Hemicellulose”  

    特別講演:M-J.  KOO(インハ大学  教授,韓国,韓国生物工学会会長)“Application  of  Ionic  

    Liquids  in  Bioconversion  Process”  

     

    ○第7回(2011  Green  Sustainable  Chemistry  Seminar  in  Tottori  (1))  

    2011年12月15日(木),共通教育棟A20講義室,出席者93名,講師3名  

    講師:久枝良雄  (九州大学大学院工学研究院  教授)「Bio-inspired  Catalysts   for  Degradation  of  

    Environmental  Pollutants:  Lessons  from  Metalloenzyme(バイオインスパイアード触媒の創製と

    環境浄化への応用)」  

    講師:稲永純二  (九州大学先導物質化学研究所  教授)「Green  Asymmetric  Catalysis  with  Diionic  

    Chiral  Sc-Complex  in  Ionic  Liquid:  An  Organic  Solvent-Free  Catalytic  Asymmetric  Reaction  

    Process(有機溶媒フリーの不斉反応プロセスの構築)」  

    講師:Suojiang  Zhang  (中国科学院(北京)教授,プロセス工学研究所長)「Hydrogen  Bonds:  A  New  

    Insight  Into  Ionic  Liquids」  

     

    ○第8回(2011  Green  Sustainable  Chemistry  Seminar  in  Tottori  (2))  

    2012年2月14日(火曜),工学研究科大講義室,出席者193名,講師3名  

    講師:小川   順(京都大学大学院農学研究科  教授)「Valuable  microbial   functions   pioneering  

    bio-based  industry-  development  of  bio-lipid  platform  and  biotransformation  」  

    講師:酒井貴志(岡山大学大学院自然科学研究科  教授)「New  and  Efficient  Catalysts  for  Activation  

  • 10

    of  Carbon  Dioxide  and  Epoxide  to  Produce  Cyclic  Carbonate」  

    講師:Xin-Hui  Xing(中国,清華大学  教授)「Microbial  Evolution  Engineering  for  Microbial  Strain  

    Improvement」  

     

    ○第9回(2012  Green  Sustainable  Chemistry  Seminar  in  Tottori  (1))  

    GSC研究センター設置記念講演会  

    2012年10月14日(火曜),共通教育棟A20講義室,出席者152名,講師3名  

    講師:奥村   和(鳥取大学大学院工学研究科  准教授)  

    「Structure  and  catalysis  of  layered  NbW  oxide  catalysts  constructed  by  the  self-assembly  

    of  nanofibers」  

    講師:Dae  Yoon  Chi(韓国  Sogang大学  教授)  

    「New  Concept  Nucleophilic  Fluorination  Assisted  by  1H-1,2,3-Triazol-3-ium  Triflates」  

    講師:吉田  潤一(京都大学大学院工学研究科  教授)  

    「空間で時間を制御する合成化学」  

     

    ○第10回(2012  Green  Sustainable  Chemistry  Seminar  in  Tottori  (2))  

    2012年12月3日(月曜),工学研究科大講義室,出席者156名,講師3名  

    講師:Franz  Hollmann  (オランダ,Delft  工科大学  准教授)「Oxidoreductases  for  a  greener  

    organic  synthesis  –  scope  and  challenges」  

    講師:伊藤   伸哉(富山県立大学教授,生物工学研究センター所長)  

    「Development  of  novel  biocatalysts  for  producing  chiral  compounds」  

    講師:溝端   知宏(鳥取大学大学院工学研究科  准教授)  

    「Elucidating  the  molecular  mechanism  of  chaperonin-  facilitated  protein  folding」  

     

    ○第11回(2013  Green  Sustainable  Chemistry  Seminar  in  Tottori(1))有機合成化学協会中国

    四国支部  (第69回パネル討論会)と共催  

    2013年6月13日(木曜),工学研究科大講義室,出席者105名,講師3名  

    講師:藤井  郁雄(大阪府立大学大学院理学系研究科教授,生命環境科学域  自然科学類・学類長)

    「Molecular  Basis  for  Transition-state  Stabilization  in  Catalytic  Antibodies」  

    講師:宇梶  裕(金沢大学理工研究域物質化学系  教授)  

    「Development  of  novel  synthetic  methods  for  heterocycles  utilizing  1,3-dipoles」  

    講師:三好  徳和(徳島大学大学院教授・ソシオアーツ&サイエンス研究部)  

    「Development  and  Application  for  Unexpected  Sr-mediated  Reactions」  

     

    ○第12回(2013  Green  Sustainable  Chemistry  Seminar  in  Tottori(2))日本化学会中国四国支

    部(平成25年度  鳥取地区化学講演会)と共催  

    2013年10月25日(金曜),工学研究科大講義室,出席者160名,講師3名  

    講師:Peter  Wasserscheid(ドイツ  フリードリヒ・アレクサンダー大学エアランゲン=ニュンベルク  

    教授)「Ionic  Liquid  Thin  Films  in  Catalysis  -  Fundamental  Aspects  and  Applications」  

    講師:秋山  隆彦(学習院大学理学部化学科  教授)「Recent  Progress  in  the  Chiral  Phosphoric  Acid  

    Catalysis」    

    講師:吉田  勝  (産業技術総合研究所  博士)「Gels  and  Photoresoponsive  Compounds  as  Novel  

    Smart  Materials」                          

     

    ○第13回(2013  Green  Sustainable  Chemistry  Seminar  in  Tottori(3))  

    2014年1月30日(木曜),工学研究科大講義室,出席者118名,講師3名  

    講師:Jason  A.  C.  Clyburne(セントメリー大学  (カナダ)  教授)「Unusual  anions  in  ion-rich  media  

    and  their  implication  in  catalysis  and  in  nature」  

    講師:柳  日馨(大阪府立大学大学院理学系研究科  教授)「Greener  Synthetic  Processes  Based  on  

    Continuous  Micro  Flow  Systems  」  

  • 11

    講師:松浦  和則(鳥取大学大学院工学研究科  教授)「Development  of  Self-assembled  Synthetic  

    Viral  Capsids  」  

     

    ○第14回(2014  Green  Sustainable  Chemistry  Seminar  in  Tottori(1))  

    2014年5月23日(金曜),工学研究科大講義室,出席者138名,講師2名  

    講師:小林  修(東京大学大学院理学系研究科  教授)「Immobilized  Catalysts  for  Green  Sustainable  

    Chemistry」  

    講師:伊原  博隆(熊本大学大学院自然科学研究科(工学・化学系)教授,熊本大学副学長)  

    「Supramolecular  Gels」  

     

    ○第15回(2014  Green  Sustainable  Chemistry  Seminar  in  Tottori(2)・第1回テニュアトラッ

    クフォーラム)第24回グリーンケミストリーフォーラムと共催  

    2014年11月14日(金曜),工学研究科大講義室,出席者149名,講師4名  

    講師:菅沼  学史(鳥取大学大学院工学研究科  GSCセンター・テニュアトラック助教)  

    「固体酸触媒によるグリーンプロセスの開発」  

    講師:西形  孝司(山口大学大学院理工研究科  准教授・テニュアトラック)  

    「銅-多座アミン触媒系が可能にする新しいアルキル化反応化学」  

    講師:Shang-Bin  Liu  (中央研究院(台湾))  

    「Heteropolyacid-based   Ionic   Liquids   as   Efficient   Green   Homogeneous   Catalysts   for  

    Biomass  Conversion」  

    講師:石原  一彰(名古屋大学大学院工学研究科  教授)  

    「遷移金属の代替元素としてヨウ素を利用した触媒的酸化的カップリング反応の開発」  

     

    ○第16回(2014  Green  Sustainable  Chemistry  Seminar  in  Tottori(3)・第2回テニュアトラッ

    クフォーラム)  

    2014年12月5日(金曜),工学研究科大講義室,出席者142名,講師5名  

    講師:大野  弘幸(東京農工大学工学研究院長  工学研究院生命機能科学部門  教授)  

    「Design  and  control  of  phase  state  of  ionic  liquid/water  mixtures」  

    講師:鶴巻  晃子(東京農工大学大学院工学府  博士後期課程)  

    「Deign   of   ionic   liquids   to   enhance   excellent   and   sustainable   antistatic   properties   for  

    polyther-based  polyurethanes」  

    講師:Yuan  Lu(東京大学大学院工学研究科,清華大学生物化工研究所)  

    「Application  of  cell-free  synthetic  biology  in  the  synthesis  of  highly  stable  virus-like  particles」  

    講師:八木  寿梓(鳥取大学大学院工学研究科  GSCセンター・テニュアトラック助教)  

    「Direct   observation   of   amyloid   fibril   growth   by   total   internal   reflection   fluorescence  

    microscopy」  

    講師:Rita  P.-Y.  Chen  (中央研究院(台湾))  

    「Application  of  Biophysics  Tools  in  the  Studies  of  Protein  Misfolding  Diseases」  

     

    ○第17回(2015  Green  Sustainable  Chemistry  Seminar  in  Tottori(1))  

    2015年5月14日(木曜),工学研究科大講義室,出席者152名,講師1名  

    講師:Mark  S.  Taylor(カナダ  トロント大学  准教授)  

    「 Catalytic   Processes   Based   on   Reversible   Covalent   Interactions   of   Organoboron  

    Compounds」  

     

    ○第18回(2015  Green  Sustainable  Chemistry  Seminar  in  Tottori(2))  

    2015年7月22日(水曜),大学院棟6F大ゼミ室,出席者50名,講師1名  

    講師:南  一郎(スウェーデン  ルーレオ工科大学  教授)  

    「トライボケミストリーの紹介〜学術領域で独自性を発揮する〜  

    延べ参加者2667名,講師63名