The SCEJ Award for Outstanding Research Achievement Winner
2023
affiliation | achievement | |
---|---|---|
Taichi ITO | The University of Tokyo | Chemical engineering-based development of new biomedical materials and their applications to advanced disease treatments |
Koyo NORINAGA | Nagoya University | A predictive approach in reaction engineering for designing carbon resource conversion process including multi-component mixtures with elementary reaction based chemical kinetic modeling |
Tatsuo MARUYAMA | Kobe University | Study on the peptide-based functional low-molecular-weight gelators and their novel physiological activities |
2022
affiliation | achievement | |
---|---|---|
Mikio SAKAI | The University of Tokyo | Development of innovative numerical methods for granular and multi-phase flows and their applications to next-generation manufacturing |
Yasuhiro SHIRAISHI, Takayuki HIRAI |
Osaka University | Design of Heterogeneous Photocatalysts with Active Surfaces and Their Application to High Difficulty Reduction Reactions |
Katsutoshi HORI | Nagoya University | Microbial adhesion and the construction of innovative immobilized microbial processes |
2021
affiliation | achievement | |
---|---|---|
Tomohisa YOSHIOKA | Kobe University | Study on molecular transport phenomena in microporous membranes by non-equilibrium molecular dynamics and its application to development of microporous ceramic membranes |
2020
affiliation | achievement | |
---|---|---|
Teruoki TAGO | Tokyo Institute of Technology | Research on Enhancing the Activity of Zeolite-Based Solid Catalysts by Controlling Crystal Size of Zeolite and Location of Metal Particles |
Norikazu NISHIYAMA | Osaka University | Design of ordered nanospace materials and their applications to reaction and separation |
2019
affiliation | achievement | |
---|---|---|
Hiroshi UMAKOSHI | Osaka University | Study on Bio-Inspired Chemical Engineering Utilizing Self-Organized Membrane as a Platform of Molecular Recognition and Conversion |
Naomi SHIBASAKI-KITAKAWA | Tohoku University | Reaction process engineering research for synthesis of poorly water-soluble esters |
2018
affiliation | achievement | |
---|---|---|
Masamichi KAMIHIRA | Kyushu University | Development of Cell and Tissue Engineering Techniques for Biomedical Applications |
Noriho KAMIYA | Kyushu University | Biomolecular engineering based on biocatalytic reactions |
2017
affiliation | achievement | |
---|---|---|
Shuji MATSUSAKA | Kyoto University | Characterization and Control of Electrostatic Charging of Particulate Materials |
2016
affiliation | achievement | |
---|---|---|
Akihisa SHIOI | Doshisha University | Design of Chemical Systems with Spatiotemporal Pattern Formation under Nonequilibrium |
Masahiko HIRAO | The University of Tokyo | Process Systems Engineering Research for the Realization of the Sustainable Social System |
2015
affiliation | achievement | |
---|---|---|
Mitsuhiro OHTA | Tokushima University | Detailed Elucidation of Flow Characteristics and Mechanism of Single Bubbles and Drops Rising Through Viscous Fluids |
Takeshi OMASA | Osaka University | Cell Engineering for Biologics Production |
2014
affiliation | achievement | |
---|---|---|
Hideto YOSHIDA | Hiroshima University | Reserch of High Performance Particle Classification by Use of Local Fluid Flow Control and Electrostatic Field |
2013
affiliation | achievement | |
---|---|---|
Koichi TERASAKA | Keio University | Study on Microbubbles for Industrial Applications |
Minoru MIYAHARA | Kyoto University | Mechanisms of Phase Transition of Nano-confined Fluids and Adsorption-Induced Structural Transition of Coordination Nanospace |
Jun-Ichiro HAYASHI | Kyusyu University | Research on Reaction and Process for Carbon Resources Conversion |
2012
affiliation | |
---|---|
Hiroshi INOMATA | Tohoku University |
Hiroyuki HONDA | Nagoya University |
Takeo YAMAGUCHI | Tokyo Institute of Technology |
2011
affiliation | achievement | |
---|---|---|
Akira ITO | Tokyo Institute of Technology | Gas and Vapor Separation by Liquid Membranes |
Minoru SEKI | Chiba University | Studies on Micro-Scale Fluid Manipulations and SeparationMethods Using Microfluidic Systems |
Takao TSUKADA | Tohoku University | A Study on Precise Analysis and Evaluation of Heat Transfer Characteristics in High Temperature Processing of Molten Materials |
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