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The scientific program will consist of
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Best Poster Award:
Excellent poster presenters will be commended
by ACS Catalysis. |
Plenary Lectures are listed below.
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Prof. Gabriele Centi (University of Messina)
“Nanocarbons for the Development of Advanced Catalysts“
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Dr. Hirohito Hirata (Toyota Motor Corporation) “Recent Progress on Automotive Catalyst“
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Prof. Christopher Jones (Georgia Institute of Technology) “Amine-Modified Silicates as Sorbents, Supports and Catalysts |
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Prof. Can Li (Dalian Institute Chemical Physics)
“Fundamental Understanding of Photocatalysis for Solar Fuels Production“ |
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Dr. Ulrich Müller (BASF SE)
“Catalysis - Enabler for Sustainabillity“ |
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Dr. Tohru Setoyama (Mitsubishi Chemical Corporation)
“Catalysts' Contribution for the Realization of Green Sustainable Society
in 21st Century“ |
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Prof. Galen J. Suppes (Missouri-Columbia University) “Simulation of Catalyzed Urethane Polymerization--An Approach to Expedite
Commercialization of Bio-Based Materials“ |
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Prof. Takashi Tatsumi (Tokyo Institute of Technology) “Role of Catalysis in Sustainable "Petro"chemicals Production“
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Invited Lectures are listed below.
Prof. Wha-Seung Ahn (Inha
University)
“Metal Organic Frameworks (MOFs) : Synthesis and
applications in catalysis/adsorption”
Prof. Robert J. Davis (University
of Virginia)
“The influence of catalyst structure and base promotion
on syngas conversion over supported molybdenum carbide nanoclusters”
Prof. Maria Flytzani-Stephanopoulos (Tufts University)
“Atomically dispersed supported metals as efficient
catalysts for hydrogen and chemicals production”
Dr. Yuuichirou Fujiyama (JX
Nippon Oil & Energy Corporation)
“Process developments for integration of refining and
petrochemistry”
Prof. Atsushi Fukuoka (Hokkaido
University)
“Saccharification of cellulosic biomass by activated carbon”
Dr. Philip Gibson (Sasol )
“Hydrocarbon synthesis via Fischer-Tropsch chemistry: Sasol’s story, past
present and future”
Prof. Michikazu Hara (Tokyo
Institute of Technology)
“Ammonia synthesis over Ru-deposited electride catalyst”
Dr. Matthew Humphrys (Johnson Matthey)
“Ammonia synthesis via Haber Bosch: Syngas generation story, past, present and future”
Prof. Graham Hutchings (Cardiff University)
“Gold catalysis - Recent developments”
Prof. Masami Kamigaito (Nagoya University)
“Controlled radical polymerization assisted by metal catalysts”
Dr. Hong-Xin Li (Zeolyst International)
“Advances of zeolite catalysts for SCR applications in diesel emission control”
Prof. Zhongmin Liu (Dalian
Institute of Chemical Physics)
“Methanol to olefin: from fundamental to
commercialization”
Prof. Kazuhiko Maeda (Tokyo
Institute of Technology)
“Visible-light water splitting and CO2
reduction by modified semiconductor photocatalysts”
Prof. Manos Mavrikakis (University
of Wisconsin - Madison)
“Formic acid decomposition on transition metal surfaces: Fundamental mechanistic aspects”
Prof. Chung-Yuan Mou (National
Taiwan University)
“Strong metal-support interaction (SMSI) effect over ZnO supported gold nanocatalyst”
Dr. Mark Newton (ESRF)
“Chasing changing nanoparticles as they work:
Operando X-ray studies of supported metal catalysts
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Prof. Yong-Ki Park (Korea
Research Institute of Chemical Technology (KRICT))
“The future of catalytic cracking for the production
of light olefins”
Dr. Charles H. F. Peden
(Pacific Northwest National Laboratory)
“Cu-CHA zeolite materials for the selective catalytic reduction of NOx with NH3:
Catalyst structure/function and mechanistic studies”
Prof. Javier Pérez-Ramírez (ETH Zurich)
“New catalytic processes for halogen recycling”
Dr. Heinz Robota (Velocys)
“Highly active and selective Fischer-Tropsch catalysts”
Dr. Ken Suzuki (Asahi
Kasei Chemicals Corporation)
“Development and commercialization of gold-nickel oxide nanoparticle catalysts with a core-shell structure for production of methyl methacrylate”
Dr. Hiroshi Toshima (Albemarle)
“Nebula® application for economic gain”
Prof. Tatsuya Tsukuda (The
University of Tokyo)
“Atomically-precise metal clusters: synthesis and
catalysis”
Prof. Ning Yan (National
University of Singapore)
“A novel catalyst design strategy for lignin C-O bond hydrogenolysis”
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