Development of Redox Materials of (FeMgCoNi) Ox poly-cation oxides for Hydrogen/CO Production via Solar Thermochemical Water/CO2-Splitting Cycle

Countries/Regions
Republic of Korea
Category
Research
Academic Field
Engineering
Related goals of SDGs
7 Affordable and clean energy9 Industry, innovation, infrastructure
Keyword Solar thermal energy, Two-step water/CO2 splitting, Fluidized bed reactor, Metal oxide, Poly-cation oxide

Information on Niigata University

Name of the professor/researcher (1)Tatsuya Kodama (2)Cho Hyun Seok (3)Selvan Bellan
Position/Faculty (1)Professor, Faculty of Engineering (2)Assistant Professor, Faculty of Engineering (3)Associate Professor, Faculty of Engineering

Information on the Counterpart

Countries/Regions Republic of Korea
Faculty/Institution POSTECH (Pohang University of Science and Technology), Department of Mechanical Engineering

Detailed Information/Report on Activities

This collaborative research program aims to conduct improvement of the reactivities of the (FeMgCoNi)Ox poly-cation oxides for thermochemical two-step water/CO2 splitting cycle to increase the H2/CO productivity.