Day 1 | |||||
---|---|---|---|---|---|
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Material/Interface (Student Award Oral) | |||||
(10:30–12:00) (Chair: Noda Suguru) | |||||
A101 | Preparation of microcapsules using spray blend mixer | microcapsules spray blend mixer emulsion | 12-f | 94 | |
A102 | Study on crystal structure transformation of the nanosize iron oxide | Iron oxide Crystal structure Nano particle | 12-c | 30 | |
A103 | Artificial Photosynthesis Using Microcapsules with Zinc Porphrin and Enzyme | microcapsule zinc porphyrin photosynthesis | 12-f | 43 | |
A104 | Determination of solidification condition of organic silica exhibiting pronounced water-repellency | organic silica water-repellency thermal decomposition | 12-a | 12 | |
A105 | Production of K-alum crystals by semi-bath cooling crystallization | Semibatch cooling K-alum Mono-disperse crystals | 12-g | 3 | |
A106 | Fabrication of CNT-based sensor device functionalized by membrane protein complex | Carbon nanotube peptide aptamer protein complex | 12-i | 64 | |
Lunch break | |||||
(12:50–14:05) (Chair: Shono Atsushi) | |||||
A111 | Surface modification of SiO2 nanoparticles by polyethyleneimine-oleic acid complex and their composite formation through wet processing | Composites Nanoparticles Dispersion | 12-a | 55 | |
A112 | Formation condition of micropore in alkylated organic silica by pyrolytic decomposition of non-polar groups | organic silica pyrolytic decomposition micropore | 12-a | 13 | |
A113 | Zeolite coating on the magnetic nanoparticles | Zeolite Magnetite Nano particle | 12-c | 32 | |
A114 | Effect of amphiphilic dispersing solvent in surface hydrophobization of hydrophilic inorganic nanoparticles (Nat. Inst. Tech. or Nippon Inst. Tech. or NITech,Fukushima) *Igarashi T., | nanoparticle surfacce hydrophobization dispersibility | 12-c | 18 | |
A115 | Development of the measurement of supersaturations used on a batch cooling operation | Batch Cooling Crystallization Supersaturation K-alum | 12-g | 4 | |
Break | |||||
(14:15–15:30) (Chair: Kimata M.) | |||||
A117 | Fabrication and evaluation of amphiphobic nanocellulose film | Nanocellulose Amphiphobic surface Characterization | 12-j | 25 | |
A118 | Control of stop-band wavelength of gel-immobilized colloidal photonic crystals by compression | Colloidal Crystals Photonic Crystals Tunable Properties | 12-m | 95 | |
A119 | Preparation of non-spherical inorganic microspheres in a W/O/W emulsion | silica emulsion non-spherical | 12-k | 79 | |
A120 | Heat treatment condition to form micropores precisely template from phenyl groups in a matrix formed of siloxane bonds | phenylated silica pyrolytic decomposition micropore formation | 12-a | 11 | |
A121 | Fabrication of Micrometer-Sized, Monodispersed Polymer Particles (NIT or Nippon Inst. Tech. or NITech,Fukushima) *Obinata S., | Soap-free Emulsion Polymerization Monodispersed Particles Micrometer-Sized Particles | 12-c | 7 | |
Banquet | |||||
Get-together | |||||
Day 2 | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Symposium <Development and application of environmentally-conscious material/energy conversion processes for sustainable future> | |||||
(10:00–11:00) (Chair: Sato T.) | |||||
A201 | Evaluation of clay catalysts for biomass fluid catalytic cracking gasification | biomass clay catalysts fluid catalytic cracking gasification | S-1 | 59 | |
A202 | Low temperature catalytic gasification of brown coal using empty fruit bunch ash | gasification coal biomass | S-1 | 111 | |
A203 | Estimation of the effect of oxygen introduction to the gasifier in the three-bed reactor system | Coal Gasification Process analysis | S-1 | 113 | |
A204 | Low-Temperature Gasification of Tarry Material Using Low-Price Catalysts | Low-temperature gasification Catalyst development tarry material | S-1 | 121 | |
(11:00–12:00) (Chair: Li Liuyun) | |||||
A205 | Operating conditions for hydrogenation liquid fuel production from biomass | Hydrogenated gasification Biomass tar Liquid fuel | S-1 | 54 | |
A206 | Gasification of wood building waste materials for liquid fuel production | Gasification Wood building waste materials Liquid fuel | S-1 | 68 | |
A207 | Appropriate catalysts for methanol synthesis from biomass in Indonesia | catalyst methanol synthesis | S-1 | 57 | |
A208 | Production of ethanol from synthesis gas over metal-supported catalysts | Synthesis gas Ethanol Metal catalyst | S-1 | 114 | |
Lunch break | |||||
(13:00–13:40) (Chair: Noda R.) | |||||
A213 | [Invited Lecturer]Strategy of biomass based chemical complex in Indonesia | biomass bio-refinery bio-fuel | S-1 | 58 | |
Break | |||||
(13:45–14:30) (Chair: Fushimi Chihiro) | |||||
A216 | Investigation on cultivation and extraction processes of the green microalga Botryococcus braunii for continuous biofuel production | Botryococcus braunii Microalga Biofuel | S-1 | 69 | |
A217 | Preparation of Phosphoric Acid-Activated Carbon from Coconut shell in Air | Activated carbon Chemical activation Coconut shell | S-1 | 109 | |
A218 | Coproduction of useful material and electricity by microbial fermentation (Graduated School of Sci. and Tech., Gunma U.) *Tanino Takanori, | Coproduction fermentation electricity | S-1 | 104 | |
(14:30–15:30) (Chair: Sen E.) | |||||
A219 | Development of Ni/CNTs-coated fluidized particle for fluidized catalytic NH3 decomposition | carbon nanotubes ammonia decomposition fluidized-bed CVD | S-1 | 62 | |
A220 | Reforming of carbonaceous resource by using carbon monoxide in high temperature water | high temperature water water gas shift reaction hydrogenation | S-1 | 103 | |
A221 | Evaluation on melting behaviors of coal gasification char and ash | Coal gasification Melting behavior Coal ash | S-1 | 112 | |
A222 | Study to explore the possibility of coal derived fuel gas for efficient power generation using SOFC | SOFC Coal Gasification IGFC | S-1 | 117 |