Michio Sato (Fukushima U.) |
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall A, Day 2 | |||||
(9:00–10:00) (Chair: Yasuhiro Fukushima) | |||||
A201 | Importance of quantitative understanding in radioactive-decontaminations | Nuclear plant accident Decontamination Misunderstanding | S-1 | 79 | |
A202 | Properties of soil contaminated by radioactive cesium | radioactive cesium soil | S-1 | 98 | |
A203 | Volume reduction technology of incineration ash containing radioactive material | hydrothermal reaction radioactive cesium volume reduction technology | S-1 | 83 | |
A204 | Stabilisation and volume reduction of ash and sludge containing radioactive substances at low concentration using melting furnace with emulsion burner | emulsion burner melting furnace stabilisation | S-1 | 119 | |
(10:00–11:00) (Chair: Ken-ichi Kurumada) | |||||
A205 | Contribution of process systems engineering in innovation of technologies: Examples from biofuel development projects | biofuel innovation of technology systems process systems engineering | S-1 | 106 | |
A206 | Development of off-site equipment for distributed biodiesel production without catalyst regeneration | biodiesel production ion-exchange resin equipment development | S-1 | 115 | |
A207 | Operation of photovoltaic plant in a less-populated area | Renewable energy Energy network Revitalization | S-1 | 80 | |
A208 | Characteristics and utilization of copper slag obtained from reverberatory furnace | Copper smelter slag Chemical recycling Acid extraction | S-1 | 90 | |
(11:00–12:00) (Chair: Masahide Hagiri) | |||||
A209 | Post-earthquake reconstruction: fire and explosion safety | Fire Explosion Great East Japan Earthquake | S-1 | 78 | |
A210 | How should NIT Fukushima contribute to the decommissioning project? | NIT Fukushima decommissioning project | S-1 | 111 | |
A211 | Development of seawater decontamination system | seawater decontamination adsorbent regeneration EDTA | S-1 | 107 | |
A212 | Development of closed system for desorption solution including EDTA-metal complexes by use of electrodialysis accompanied by chemical reactions | regeneration electrodialysis EDTA | S-1 | 108 |