
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Hall K | |||||
| (9:30–10:45) (Chair: No data ) | |||||
| K03 | Development of CO2 separation membrane utilizing amine-containing gel particles | gel particles amine CO2 | 4-a | 137 | |
| K04 | Recovery of valuable component from citrus peel using vacuum solvent-free microwave extraction | Vacuum Solvent-free Microwave extraction | 4-f | 108 | |
| K05 | Influence of the dissolved oxygen concentration of solution which gives it to freeze concentration separation law using supersonic irradiation | Supersonic irradiation Cavitation Concentration separation efficiency | 4-b | 55 | |
| K06 | Influence of the simplified elution condition to the elution of heavy-metals from soils. | heavy-metal elution soil pollution | 13-i | 61 | |
| K07 | Evaluation of heavy-metal removal rate using the polyphenolic chelating action in the rush | heavy-metal rush polyphenol | 4-e | 66 | |
| Break | |||||
| (11:00–12:15) (Chair: No data ) | |||||
| K09 | Simple analysis on nanoparticle film structures using photoluminescence spectra | drying photoluminescence particle film | 4-h | 96 | |
| K10 | Adsorption properties of activated carbon containing nitrogen in liquid phase (Department of Chemical, Energy and Environmental Eng., Kansai U.) *Kusaka Naoaki, | Adsorption Activated carbon Liquid phase | 13-b | 111 | |
| K11 | Removal of cadmium ions by using banana peel char (Department of Chemical, Energy and Environmental Eng., Kansai U.) *Yamaguchi Yoshiki, | removal char cadmium | 4-e | 112 | |
| K12 | Numerical simulation of cake formation in cross-flow microfiltration | lattice Boltzmann method microfiltration cross-flow | 4-a | 69 | |
| K13 | Preparation of polyamide thin-film composite membrane and investigation of organic solvent permeation behavior | Organic solvent filtration thin-film composite polyamide | 4-a | 106 | |
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