Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall J, Day 2 | |||||
(9:00–10:20) ( Naruse Ichiro) | |||||
J201 | A study on the coal gasification process using direct quench to improve the efficiency | coal gasification gasifier | 9-c | 363 | |
J202 | Wet extraction of hydrocarbons from Botryococcus braunii by dimethyl ether as compared with dry extraction by hexane | Botryococcus braunii liquefied dimethyl ether Wet extraction | 9-c | 562 | |
J203 | Development of a New Methanol Synthesis Process Based on Self-Heat Recuperation and Its Potentials | Exergy Self-Heat Recuperation Methanol Synthesis | 9-d | 631 | |
J204 | Gasification of low-rank coal in the presence of scallop shell at low temperatures | Low rank coal gasification scallop shell | 9-c | 242 | |
Break | |||||
(10:40–11:40) ( Kanda H) | |||||
J206 | Low temperature reforming of volatile matter from biomass using catalyst | Gasification Catalyst biomass | 9-c | 636 | |
J207 | Preparation of activated carbon from biomass using chicken compost | activated carbon biomass chicken compost | 9-c | 674 | |
J208 | Coprocessing of Low-Grade Carbonaceous Resources and Low-Grade Iron Ore | Low-grade carbonaceous resources Low-grade iron ore Coprocessing | 9-c | 678 | |
(11:40–12:00) ( Kawase M) | |||||
J209 | [The SCEJ Award for Outstanding Research Achievement] Research on Reaction and Process for Carbon Resources Conversion | scej award | 9-c | 764 | |
(15:20–17:00) ( Kiso F, Kansha Yasuki) | |||||
J220 | Performance analysis of an integrated gasification fuel cell combined cycle (IGFC) | solid oxide fuel cell steam turbine coal gasification | 9-a | 475 | |
J221 | Preparation of calcium cjloride/anodized alumina composite for water vapor sorption cooling | Water vapor sorption Calcium Chloride Anodized alumina | 9-b | 844 | |
J222 | Experimental assessment of phase change material for low-temperature waste heat | Smart energy network Phase change material Latent heat storage | 9-b | 177 | |
J223 | Energy evaluation of binary cycle power generation for hot spring heat | binary efficiency exergy | 9-d | 142 | |
J224 | Upgrading of heat byusing adsorption operation | adsorption upgrading heat pump | 9-b | 563 | |
Hall K, Day 2 | |||||
(9:00–10:20) ( Inoue G.) | |||||
K201 | CsH2PO4/Polyvinylidene Fluoride Composite Electrolytes for Intermediate Temperature Fuel Cells | intermediate temperature fuel cell electrolyte CsH2PO4 | 9-e | 258 | |
K202 | Relationship between fiber structure and catalytic activity on nanofiber catalyst for direct fuel cells | Direct fuel cell Electrocatalyst Carbon nanofiber | 9-e | 303 | |
K203 | Evaluation of SOFC performance and cost reduction potential for SOFC technology scenario | solid oxide fuel cell cost analysis technology scenario | 9-e | 382 | |
K204 | Anode reaction mechanism in direct carbon fuel cell using single carbon particle | Direct carbon fuel cell anode reaction single carbon | 9-e | 474 | |
Break | |||||
(10:40–12:00) ( Matsumoto T.) | |||||
K206 | Influence of the cell temperature on the overpotentials behavior in the direct formic acid fuel cells | Direct Formic Acid Fuel Cell Mass Transport Electrode structure | 9-e | 617 | |
K207 | Development of the Trimetallic PtFeNi Catalysts with Superlattice Structures for Polymer Electrolyte Fuel Cells (Kanagawa Academy of Sci. and Tech., Tokyo Inst. Technology) Kuroki Hidenori, | Polymer Electrolyte Fuel Cell Catalyst Superlattice Structure | 9-e | 786 | |
K208 | Effect of activating condition on oxygen reduction reaction activity of silk-derived activated carbon | PEFC Non-precious metal catalyst activated carbon | 9-e | 800 | |
K209 | Elimination of Carbon Deposit by Oxidation Procedure in the Dry Gas Desulfurization Process for Oxy-fuel IGCC Power Generation with Carbon Dioxide Capture Capability. | IGCC with CO2 capture high temperature sulfur removal carbon deposition | 9-e | 3 | |
(15:20–17:00) ( Tsujiguchi Takuya, Kobayashi M) | |||||
K220 | Creating a model of biomass gasification and experimental proof | biomass gasification model grain diameter volatile gas composition | 9-e | 612 | |
K221 | Diameter controlled Si nanowires fabricated for solar cells with minimum usage of metal catalyst | Si nanowires chemical vapor deposition growth | 9-e | 579 | |
K222 | Electrochemical capacitor electrodes of nanocarbons captured in nanotube matrix | electrochemical capacitors hybrid electrodes carbon nanotubes | 9-e | 635 | |
K223 | Electrochemical Properties of Li-ion Batteries with Improved Carbon Black Additive | Cabon black Conductive additive Lithium ion battery | 9-e | 737 | |
K224 | Effect of carbon conductive material and binder distribution on high rate performance of Lithium-ion battery | Lithuim-ion battery carbon conductive material mass transport | 9-e | 789 |