On May 7, 2018, ACS Catalysis Editors, Editorial Advisory Board members, and distinguished guests will present at a one-day symposium on their own research, spanning the full spectrum of catalysis science, at the 31st Academic Annual Conference of the Chinese Chemical Society in Hangzhou, China. The event will be held at Hangzhou Expo Center in Room […]

On May 7, 2018, ACS Catalysis Editors, Editorial Advisory Board members, and distinguished guests will present at a one-day symposium on their own research, spanning the full spectrum of catalysis science, at the 31st Academic Annual Conference of the Chinese Chemical Society in Hangzhou, China. The event will be held at Hangzhou Expo Center in Room 205 (杭州国际博览中心205会议室).

Attend a “Meet and Greet” with the ACS Catalysis Editors at 17:00!

Check out a List of Speakers Below:

Jingguang Chen Shengli Chen Abhishek Dey Yan Feng冯雁 Columbia University Wuhan University Indian Association for the Cultivation of Science Shanghai Jiao Tong University 15:45-16:10
Converting CO2 via Thermocatalysis and Electrocatalysis 8:30-8:55
“Energetic Span”-Based Volcano Relation for Oxygen Electrocatalytic Reactions 8:55-9:20
Rational Design of Electrocatalyst for CO2 Reduction 16:10-16:35
Enzyme Molecular Design in Synthetic Biology: A Key Role from Proof-of-Concept Towards Precision Function     Paolo Fornasiero Yingwei Li李映伟 Ding Ma马丁 Unni Olsbye University of Trieste South China University of Technology Peking University University of Oslo 11:35-12:00
Well-Defined and Smart Catalysts 9:45-10:10
Metal-Organic Frameworks Based Materials for Advanced Catalysis Applications 11:10-11:35
Tunable Selectivity Towards Alkenes and Aromatics from Syngas Over Fe-Based Catalysts 10:45-11:10
Understanding the Selectivity of the Methanol to Hydrocarbons Process at the Molecular Level     Takashi Ooi Susannah Scott Vojislav R. Stamenkovic  Raghavan B. Sunoj Institute of Transformative Bio-Molecules, Nagoya University University of California, Santa Barbara Argonne National Laboratory Indian Institute of Technology Bombay 13:30-13:55
Molecular Design of Organic Ion Pairs for Asymmetric Catalysis 15:20-15:45
Operando NMR Study of the Activation and Catalytic Hydrogenolysis Activity of Ni/Al2O3 9:20-9:45
Design of Materials for Energy Conversion, Storage and Biomedical Applications 14:20-14:45
Insights into Chiral Induction in Asymmetric Dual Catalysis through Transition    Feng Wang王峰 Shu-Li You游书力 Huimin Zhao Yong-Gui Zhou周永贵 Dalian Institute of Chemical Physics Shanghai Institute of Organic Chemistry University of Illinois at Urbana-Champaign Dalian Institute of Chemical Physics 10:20-10:45
Heterogeneous Catalysis for Lignin Conversion 13:55-14:20
Transition-Metal-Catalyzed Asymmetric Allylic Dearomatization Reactions 16:35-17:00
Exploring the Synergy between Biological Catalysis and Chemical Catalysis 14:45-15:10
Asymmetric Hydrogenation of Heteroaromatics     Sukbok Chang Odile Eisenstein Christopher W. Jones Philippe Sautet Korea Advanced Institute of Science & Technology Université de Montpellier 2 Georgia Institute of Technology University of California, Los Angeles Discussion Leader Discussion Leader Discussion Leader Discussion Leader Ye Wang 王野 Bo-Qing Xu 徐柏庆 Xiamen University Tsinghua University Discussion Leader Discussion Leader

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