NAGOYA UNIVERSITY SCHOOL OF ENGINEERING Department of Materials Science and Engineering

Advanced Chemical Engineering Systems Research Group

Development of high-efficiency thermochemical conversion processes for carbon resources
Separation and collection of substances of value through application of nano-order bubbles and droplets
Decomposition of substances of value and synthesis of functional materials by using hybrid ultrasonic reactors
Development of energy-saving CO2 separation and capture processes
Development of manufacturing processes for carbon and ceramic composites by using chemical gas-permeation methods

Development of functionalized magnetic nanoparticles for hybrid processes
Development of regenerative medical technology using functionalized magnetic nanoparticles
Development of cancer hyperthermia therapies using functionalized magnetic nanoparticles
Construction of water-treatment systems through use of low-fouling membrane filtration
Creation of hybrid membrane separation processes implementing affinity
Development of advanced desiccation technologies for sludge through use of ultra-high-pressure compression

Time-series analysis of destructive events in metaporous ceramic structures
Development of a core-shell structure heat-storage body utilizing the photoreactivity of alumina shells
High-density storage of low-temperature energy using LiOH/LiOH-H2O chemical reaction

Creation of special reaction fields by using functional substances
Development of new material-conversion processes driven by catalytic science and reaction engineering
Proposal and development of elemental technology for a reaction-extraction system combining reaction and extraction operations
Manufacture of energy carriers from renewable energy and creation of utilization technologies
Development of thermal devices consequent upon chemical reaction, heat transfer, and mass transfer
Design and development of elemental technologies for carbon-free energy systems