PL-1 | Avelino Corma | Universidad Politécnica de Valencia, Spain | New organic structure directing agent for the synthesis of zeolites with different pore dimensions: catalytic implications |
PL-2 | Takashi Tatsumi | Tokyo Institute of Technology, Japan | Design of Zeolite Catalysts for Selective Production of Light Olefins—Catalysts for Naphtha Cracking and MTO Reaction |
PL-3 | Ryong Ryoo | Korea Advanced Institute of Science and Technology, South Korea | New Opportunities in ZMPC Field with Hierarchical Zeolite Structure—Directing Surfactants |
PL-4 | Jiří Čejka | J. Heyrovsky Institute of Physical Chemistry, Czech Republic | ZEOLITE UTL AND WAY BEYOND |
PL-5 | Valentin Valtchev | ENSICAEN, Universite de Caen, CNRS, France | Zeolite properties: engineering beyond the natural limits |
PL-6 | Kazuyuki Kuroda | Waseda University, Japan | Preparation and Applications of Mesoporous Materials |
KN-1 | Hyoung Jin Choi | Inha University, South Korea | Smart layered material composites and their electrorheology |
KN-2 | Freek Kapteijn | Delft University of Technology, Netherlands | NH2-MIL-53 a versatile MOF—from gas separations to optical applications |
KN-3 | Stefan Kaskel | Dresden University of Technology, Germany | Metal-Organic Frameworks and Porous Polymers |
KN-4 | Masahiko Matsukata | Waseda University, Japan | Dehydration of petrochemical products with zeolite membranes: A key technology toward large-scale energy saving |
KN-5 | Russell E. Morris | The University of St Andrews, UK | Synthesis of zeolites and MOFs: Form ionothermal to protecting group approaches |
KN-6 | Alexander Neimark | Rutgers University, USA | Breathing MOFs—Thermodynamics and Dynamics of Adsorption Induced Deformation in MIL-53 |
KN-7 | Tatsuya Okubo | The University of Tokyo, Japan | Simple Synthesis of Zeolites |
KN-8 | Carlo Perego | Istituto Eni Donegani, Eni SpA, Italy | Conversion of bio-derived feedstocks through zeolite catalysis |
KN-9 | Wieslaw J. Roth | J. Heyrovsky Institute of Physical Chemistry, Czech Republic | Practical and fundamental expansion of zeolites into new dimensions based on 2D layered structures |
KN-10 | George Shimizu | University of Calgary, Canada | Metal organic frameworks for clean energy applications |
KN-11 | Ben Slater | University College London, UK | Understanding properties from an atomsʼ eye view of ZIF and zeolite thin films |
KN-12 | Takahiko Takewaki | Mitsubishi Chemical Co., Japan | Novel water vapor adsorbent AQSOA for environmental benign adsorption heat pump |
KN-13 | Hideaki Tsuneki | Nippon Shokubai Co., Ltd., Japan | Development of diethanolamine selective production process using shapeselective MFI zeolite catalyst |
KN-14 | Jeroen A. van Bokhoven | ETH Zurich, Switzerland | Why does the performance of zeolites improve after mesopore formation? |
KN-15 | Peng Wu | East China Normal University, China | Layered zeolites: a platform for designing efficient catalysts |
KN-16 | Yushan Yan | University of Delaware, USA | Zeolite thin films for energy and water applications |
KN-17 | Gregory J. Lewis | UOP, USA | Synthesis of Microporous Materials from Solution |