Day 1 | |||||
---|---|---|---|---|---|
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Desirable Form of Chemical Engineering Education | |||||
(13:00–14:00) (Chair: Yamamura M.) | |||||
I113 | Importance of Chemical Engineering Education for Engineering Business | Chemical engineering Education | J-1 | 418 | |
I114 | Several Points for Chemical Engineering Education Emerging from Questionnaire Survey | Chemical engineering Education | J-1 | 426 | |
I115 | Review on "Present Status and Future Aspects of Chemical Engineering Education in Japan" | Chemical engineering Education | J-1 | 436 | |
(14:00–14:50) (Chair: Sakohara S.) | |||||
I116 | Present State of Chemical Engineering Education in University and College Technology -Kyushu University- | Chemical engineering Education | J-1 | 443 | |
I117 | Present State of Chemical Engineering Education in University and College Technology -Hiroshima University- | Chemical engineering Education | J-1 | 444 | |
I118 | Present State of Chemical Engineering Education in University and College Technology -Osaka Perfecture University College of Technology- | Chemical engineering Education | J-1 | 448 | |
I119 | Present State of Chemical Engineering Education in University and College Technology -Doshisha University- | Chemical engineering Education | J-1 | 451 | |
I120 | Present State of Chemical Engineering Education in University and College Technology -Tohoku University- | Chemical engineering Education | J-1 | 452 | |
(14:50–15:40) (Chair: Nakasaki K.) | |||||
I121 | Education for Chemical Engineers in Manufacturing Industry -Mitsubishi Chemical- | Chemical engineering Education | J-1 | 455 | |
I122 | Education for Chemical Engineers in Manufacturing Industry -Sumitomo Chemical- | Chemical engineering Education | J-1 | 456 | |
I123 | Education for Chemical Engineers in Manufacturing Industry -Mitsui Chemicals- | Chemical engineering Education | J-1 | 459 | |
I124 | Education for Chemical Engineers in Manufacturing Industry -Toyo Engineering- | Chemical engineering Education | J-1 | 460 | |
I125 | SCEJ Educational Support for Engineer's Lifetime | Chemical engineering Education | J-1 | 464 | |
(15:50–16:50) (Chair: Shioi A.) | |||||
I126 | Desirable Form of Chemical Engineering Education and its implementation methodology | Chemical engineering Education | J-1 | 476 | |
Day 2 | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Fundamental properties | |||||
(9:20–10:20) (Chair: Sugahara T.) | |||||
I202 | Prediction of Kinematic Viscosities and Vapor-Liquid Equilibria for Ternary Systems Using Eyring Model and Wilson Equation | kinematic viscosity vapor-liquid equilibrium Wilson equation | 1-a | 70 | |
I203 | Direct calculations of phase equilibria by large scale molecular dynamics simulation | molecular dynamics simulation direct calculation phase equilibrium | 1-a | 119 | |
I204 | Characteristics of Vapor-liquid Equilibrium of Non-ideal Solution | vapor-liquid equilibrium non-ideal solution cluster | 1-a | 569 | |
Break | |||||
(10:40–12:00) (Chair: Teratani S., Shimoyama Y.) | |||||
I206 | Prediction of Salt Effect on Vapor-Liquid Equilibria | ionic liquid vapor liquid equilibria solvation model | 1-a | 583 | |
I207 | Occupancy Ability of Guest Molecules in Urea Clathrates | clathrate crystal structure pressure | 1-b | 89 | |
I208 | Measurement for high pressure densities of imidazolium and pyrrolidinium based ionic liquids and correlation with equation of state | ionic liquid equation of state density | 1-a | 888 | |
I209 | Fundamental properties prediction of big molecules | Joback method big molecules prediction of properties | 1-a | 22 | |
(13:00–14:00) (Chair: Ooe S.) | |||||
I213 | Correlation of Liquid-Liquid Equilibria of Ternary Systems by Using Modified Wilson Equation | Liquid-liquid equilibrium Wilson equation Correlation | 1-a | 8 | |
I214 | TC line total correlation for C3 separation, screening of solvent and user UNIFAC | TC line Total Correlation UNIfAC | 1-a | 857 | |
I215 | Molecular Dynamics Simulation of Self-Diffusion Coefficients of Water + [BMIM][TFSA] System | Diffusion Coefficient Water Ionic Liquid | 1-a | 795 | |
Safety | |||||
(14:20–15:00) (Chair: Iwakabe K., Fuchino T.) | |||||
I217 | Introduction of a risk evaluation method in Mitsubishi Chemical | HAZchart PHA_Organizer FT | 10-e | 335 | |
I218 | Organizational Management Model of Conduct Associated with Safety Culture (The Institution of Professional Engineers Japan) Sugimoto Taiji | safety culture community organizational management | 10-e | 379 | |
Wide area | |||||
(15:20–16:20) (Chair: Wakabayashi Y.) | |||||
I220 | Projects in the Distant Terrains | Project Management Risk | 14-a | 738 | |
I221 | Economic Analysis of Solar Photovoltaics and Feed-in Premium | Solar Photovoltaics Feed-in Premium Economic Evaluation | 14-b | 184 | |
I222 | Financial Analysis of R&D investments | R&D Financial Analysis Growth Accounting | 14-b | 701 | |
Day 3 | |||||
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
Chemical Industry Technology Forum <Chemical Engineering Approach toward Future Energy Society: Integration of Energy Technologies for Future Energy System> | |||||
(9:00–10:20) (Chair: Nakagaki T.) | |||||
I301 | [Invited lecture] International Trend of Primary Energy Production and Japanese Availability | major energy resources production major energy resources transportation Japanese measures to increase availability | F-3 | 904 | |
I303 | [Invited lecture] Challenges and Perspectives of the Fuel Cell Electric Vehicle | potential demand calculation fuel cell vehicle hydrogen refueling station | F-3 | 905 | |
(10:20–11:40) (Chair: Kikuchi Y. ) | |||||
I305 | [Invited lecture] Future Vision of Nuclear Power Utilization | nuclear energy nuclear waste fast reactor and recycle system | F-3 | 907 | |
I307 | [Review lecture] Energy Conservation at Various System Boundaries | energy utilization energy boundary | F-3 | 908 | |
(11:40–12:10) (Chair: Kato Y.) | |||||
I309 | Panel Discussion | energy | F-3 | 909 | |
Environtal engineering | |||||
(13:00–15:00) (Chair: Muraoka D., Nii S.) | |||||
I313 | Influence of iron species on the growth rates of marine algae | Iron species Marine algae Growth rate | 13-e | 461 | |
I314 | Analyses of Energy and Environmental Loads from Drinking Water Treatment Process due to the Microorganism-related Problems | drinking water treatment microorganism-related problems energy and environmental loads | 13-a | 641 | |
I315 | Characteristics of bacterial cell destruction and dissolved organic matter by a high pressure jet device | high pressure jet device sludge reduction dissolved organic matter | 13-a | 875 | |
I316 | Fixation of atmospheric nitrogen in an aqueous solution by a novel flow plasma | Flow system Water treatment Oxidation | 13-a | 577 | |
I317 | In site decomposition of environmental pollutant using electrochemical treatment method | trichloroethylene electrolysis In site decomposition | 13-b | 31 | |
I318 | Decomposition behavior of the organic compounds by using AOPs | advanced oxidation processes Decomposition behavior of the organic compounds wastewater treatment | 13-b | 105 | |
Break | |||||
(15:20–17:00) (Chair: Takanashi H.) | |||||
I320 | Changes in microbial consortia in the acclimation of granular sludge to glycerol | Methane Fermentation Glycerol PCR DGGE | 13-b | 243 | |
I321 | Effect of liquid circulation and premixing on biogas production in solid state anaerobic co-digestion of pig urine and rice straw | 乾式メタン発酵 豚尿 液循環 | 13-b | 563 | |
I322 | Change of foundation strength of the shallow bottom created by using steel slags and its possible causes | Steel slag Foundation strength Shallow bottom | 13-f | 463 | |
I323 | Reactions of materials for CO2 separation and capture (9) Amine-functionalized ionic liquids | carbon dioxide ionic liquid quantum chemistry | 13-g | 768 | |
I324 | CO2 recovery evaluation of phase separated amine absorbent | amine absorbent phase separation CO2 recovery | 13-g | 772 |