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Key Research Areas
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure
- Techniques for Recycling Composite Materials
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- Key Research Areas
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Techniques for Recycling Composite Materials
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure
- Techniques for Recycling Composite Materials
Techniques for Recycling Composite Materials
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure
- Techniques for Recycling Composite Materials선택됨
Conversion of Plastic Waste into Carbon Materials
Carbonization of disposable face masks , Carbonization of waste tires , Carbonization of polystyrene waste
Flame-Retardant Materials from Clothing Waste
Understanding pyrochemistry of cellulose fibers , Improved flame retardancy of fabrics carbonized at low temperatures , Conversion of flue gas into nanocarbon materials
Key Research Areas
- Chemical transformation of macromolecules during thermal treatment
- Pretreatments to enhance char yield after carbonization
- Flame-retardant carbon materials derived from clothing waste
- Production of nanocarbon materials from flue gas
Major Research Outcomes
- Efficient carbonization of plastic waste
- Use of waste-derived carbon materials in energy applications
- Understanding carbonization mechanism of biomass fibers
- Composite materials with flame retardancy