Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Chemical reaction engineering | |||||
(9:12–10:24) (Chair: No data , No data ) | |||||
C02 | Development of carbon supported Cu catalyst for selective hydrogenation of Xylose to C5 sugar-alcohol | Xylose Hydrogenation Carbon supported Cu catalyst | 5-g | 222 | |
C03 | Conversion of fructose to 5-hydroxymethylfurfural with a biomass-derived functional carbon catalyst | Humic acid oxygen groups ionic liquid | 5-a | 293 | |
C04 | Mechanochemically-prepared amino-Brønsted acid bifunctional catalysts for one-pot conversion of fructose to EMF | mechanochemical bifunctional one-pot | 5-a | 297 | |
C05 | Evaluation and improvement for laccase multi-layering-immobilization method onto hollow support | laccase graft polymerization biodegradation | 5-a | 60 | |
C06 | Establishment of a Rapid Extraction and Quantification Method for Potassium Constituents in Biomass Fuels | Biomass Potassium Quantification | 5-g | 125 | |
C07 | Study on the detergency of the surfactants synthesized from vegetable oils and animal fats | surfactants detergency CMC | 5-i | 174 | |
Break | |||||
Chemical reaction engineering | |||||
(10:36–12:00) (Chair: No data , No data ) | |||||
C09 | Direct synthesis of dimethyl ether from gasification gas of waste | dimethyl ether (DME) catalysts gasification gas | 5-a | 266 | |
C10 | Hydrogenation of carbon dioxide by copper alumina catalysts prepared using the sol-gel method | dimethyl ether (DME) carbon dioxide (CO2) hydrogenation | 5-a | 249 | |
C11 | Optimization of dehydrogenation process of vaporized methylcyclohexane | Dehydrogenation Heat balance analysis Methylcyclohexane | 5-a | 57 | |
C12 | Ni-loaded hydroxyapatite catalysts for decomposition of biomass tar at low temperature | hydroxyapataite nickel biomass tar | 5-a | 110 | |
C13 | Development of Zn loaded ZSM-5 catalysts for the selective synthesis of p-Xylene from isobutanol | Isobutanol Zn loaded ZSM-5 p-Xylene | 5-a | 230 | |
C14 | Establishment of safe esterification using H⁺Yzeolite | esterification H⁺Yzeolite acid catalyst | 5-a | 172 | |
C15 | One-step synthesis of phenol using substances learned in high school chemistry | phenol one-step synthesis palladium | 5-a | 239 | |
Lunch break | |||||
Chemical reaction engineering | |||||
(13:00–14:24) (Chair: No data , No data ) | |||||
C21 | La-doped ZnZrOx catalyst for CO2 hydrogenation to methanol | CO2 hydrogenation Metal Oxide Catalysts Zn | 5-a | 163 | |
C22 | Lower olefin synthesis by a tandem catalyst for CO2 hydrogenation | CO2 hydrogenation Zeolite Lower olefin | 5-a | 166 | |
C23 | Hydrogen permeable flux through the polymer electrolyte in fuel cell | Polymer electrolyte fuel cell Hydrogen crossover Gas chromatography | 5-a | 168 | |
C24 | Effect of dissolved gas on dissolution of sparingly soluble solids under ultrasound irradiation | uitrasound cavitation dissolution | 5-b | 271 | |
C25 | Effect of Dissolved Gas on Ultrasonic Erosion of a Metal Foil | ultrasound cavitation erosion | 5-b | 272 | |
C26 | GTBE synthesis by carbon-based solid catalyst method using microwave irradiation | Biodiesel Global warming Glycerin | 5-g | 103 | |
C27 | The research on illuminance and emission time of luminol reaction | luminol catalyst potassium ferricyanide | 5-a | 270 | |
Break | |||||
Chemical reaction engineering | |||||
(14:36–15:48) (Chair: No data , No data ) | |||||
C29 | Preparation of Poly(amic acid) Fiber by Microchannel Wet-Spinning Process and Properties Analysis | Microfluidic device Nanofiber Tensile test | 5-f | 107 | |
C30 | Preparation of stereocomplex PLA fiber by microchannel wet-spinning process | Microchannel wet-spinning process Stereocomplex PLA | 5-f | 113 | |
C31 | Preparation of Cellulose Fiber by Microchannel Wet-Spinning Process Using CNF Dispersion | Microfluidic device Jet flow CNF dispersion | 5-f | 115 | |
C32 | Establishment of overall reaction model for polycrystalline SiC-CVD process design | Chemical Vapor Deposition Silicon Carbide macrocavity method | 5-h | 132 | |
C33 | Fundamental study on Co thin film growth by atomic layer deposition | ALD Cobalt thin film initial growth | 5-h | 255 | |
C34 | Formulation of steam gasification rate of pyrolytic carbon | CVD Carbon Steam | 5-h | 256 |