Time | Paper ID | Title / Autors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall H, Day 1 | |||||
(9:00–10:00) ( Fukuhara C., Tsuji J.) | |||||
H101 | Kinetic analysis of methylcyclohexane dehydrogenation using a tubular reactor | Dehydrogenation Methylcyclohexane Kinetic analysis | S-28 | 523 | |
H102 | Improvement in the durability for a hydrogen production module based on Membrane On Catalyst | Membrance reformer Hydrogen production PdAg membrane | S-28 | 632 | |
H103 | Synthesis of Methyl Propionate from Propionaldehyde using Palladium Catalysts | methyl propionate propionaldehyde palladium | S-28 | 321 | |
(10:00–11:20) ( Kishida M., Inoue T.) | |||||
H104 | Hydrogenation of Propylene over Pd/SiO2 Thermally Treated under Ultrahigh Vacuum | propylene Hydrogenation Ultrahigh Vacuum | S-28 | 647 | |
H105 | Inconsideration of Catalyst Addition Reduction Polymerization Process for Polytrimetylene Terephtalate | Polytrimethylene terephthalate Bio plastic 1,3-Propanediol | S-28 | 362 | |
H106 | Influence of Fe Addition on Selective Hydrogenation of Cinnamaldehyde over Supported Pt Catalysts | Fe deposited Pt/SiO2 Cinnamaldehyde Selective Hydrogenation | S-28 | 865 | |
H107 | The oxidation of p-Xylene by the ozone | ozone p-Xylene oxidation | S-28 | 300 | |
(14:40–15:40) ( Onoe K.) | |||||
H118 | [Outstanding Paper Award] Development of a Circulating Fluidized Bed Reaction System Model for Estimation of FCC Catalyst Activity | FCC catalyst deactivation | S-28 | 12 | |
H119 | [Invited Lecture] Role of the chemical reaction engineering for process innovation | Reaction process Process intensification Reaction engineering | S-28 | 205 | |
(15:40–16:20) ( Yasuda K.) | |||||
H121 | [Invited Lecture] Improvement of efficiency of sonochemical engineering process | Sonochemical engineering process ultrasound chemical and physical effects | S-28 | 364 | |
(16:20–17:00) ( Tsutsui T.) | |||||
H123 | [Keynote Lecture] Recent Technology Developments for Commercialization of Green Inovation | Green Inovation | S-28 | 691 | |
(17:00–18:00) ( Sugiyama S., Saima H.) | |||||
H125 | Synthesis of thermally stable Ti-W composite photocatalysts and for the photooxidation of arsenic compounds. | Photooxidation Ionic liquid Tungsten trioxide | S-28 | 165 | |
H126 | Reaction rate of esterification of free fatty acids over a cation exchange resin catalyst | Biodiesel fuel Free fatty acid Reaction rate | S-28 | 531 | |
H127 | The effect of rice husk moisture content on the pyrolysis oil yield | rice husk pyrolysis mositure | S-28 | 432 | |
Hall H, Day 2 | |||||
(9:00–10:20) ( Ichihashi Y., Watanabe R.) | |||||
H201 | Behavior of Oxygen in Catalytic Partial Oxidation of Methane on Ni/Al2O3 Catalyst Evaluated by Pulse Reaction | catalytic partial oxidation pulse reaction Ni/Al2O3 catalyst | S-28 | 328 | |
H202 | selective oxidation with a voltage dependent in PAFC-type reactor | selective oxidation fuel cell type reactor | S-28 | 893 | |
H203 | Effect of metal additives to Ru/TiO2 catalysts on selective CO methanation | Selective CO methanation Ruthenium Metal additive | S-28 | 834 | |
H204 | Multi-Faceted Microkinetic Simulations toward the Real Surface Modeling | Microkinetic Modeling Multi-Facet Steam Hydrocarbon Reforming | S-28 | 967 | |
(10:20–12:00) ( Kikuchi R., Hiramatsu Y.) | |||||
H205 | Preparation of Ni/Carbon Catalyst by Using Inexpensive Carbonaceous Materials and Application to Hydrothermal Gasification of Water-soluble Organic Compounds | Ni/Carbon Catalyst Hydrothermal gasification | S-28 | 608 | |
H206 | Decomposition behavior of the representative compounds of heavy oil | Heavy oil Titania-Zirconia oxide Catalytic cracking | S-28 | 404 | |
H207 | Upgrading of heavy oil over Fe-Ti oxide catalyst in superheated steam | Heavy oil Oxide catalyst Catalytic cracking | S-28 | 625 | |
H208 | Effect of Zirconium Addition to Cu/HZSM-5 Catalysts on Gas-Phase Oxidation of Benzene | Cu/HZSM-5 phenol partial oxidation | S-28 | 818 | |
H209 | Synthesis of TS-1 zeolite covered with Silicalite-1 and catalytic activity on liquid phase oxidation | Zeolite Oxidation Titanium silicalite-1 | S-28 | 396 | |
(13:00–14:20) ( Nishiyama N., Tago T.) | |||||
H213 | Behavior of finely dispersed phase in liquid-liquid system using an ultrasonic wave. | ultrasonic wave cavitation emulsification | S-28 | 310 | |
H214 | Influence of evaporation on alcohol condensation using ultrasonic atomization | Ultrasound Atomization Evaporation | S-28 | 840 | |
H215 | Oxidative degradation of organic pollutants utilizing Fenton oxidation with electrochemical reduction | Fenton oxidation Electrochemical reduction 1,4-dioxane | S-28 | 237 | |
H216 | Analysis of tar generated during thermal decomposition of plastics waste | tar plastics gasification | S-28 | 119 | |
(14:20–15:40) ( Akiyama Y., Asakura Y.) | |||||
H217 | Removal of mercury from simulated coal gasification gas with metal oxide sorbents | Coal gasification gas Mercury removal Metal oxide sorbents | S-28 | 174 | |
H218 | Dechlorination of RDF by water condensation | RDF dechlorination condensation | S-28 | 190 | |
H219 | A heating method for the preparation of doped metal oxide powders | metal oxide doping heat treatment | S-28 | 755 | |
H220 | Development of a flowable hydtare materials for latent heat storage | Heat Storage Material Hydrate flowable | S-28 | 39 |