Last modified: 2017-02-20 10:00:00
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall L, Day 1 | |||||
13. Environmental engineering | |||||
(13:00–14:40) (Chair: | |||||
L113 | Seawater treatment by flow discharge plasma system | Flow system Seawater treatment Sterilization | 13-a | 280 | |
L114 | The study on the efficiency of the mobilized photocatalytic degradation of 1,4-dioxane | photocatalyst 1,4-dioxane advanced oxidation process | 13-a | 304 | |
L115 | Ion-exchange properties of various kinds of cation on novel aluminosilicate polymeric material | aluminosilicate polymeric material adsorbent | 13-a | 501 | |
L116 | Zeolite-based adsorbents for removal of organosilicon compounds in a manufacturing factory environment | Organosilicon compound adsorptive removal zeolite | 13-i | 397 | |
L117 | Effect of the organic substances on the inactivation of Escherichia coli by low levels of ozonated water. | Ozonated Water Escherichia coli Organic substances | 13-a | 647 | |
(15:00–16:40) (Chair: | |||||
L119 | Nitrate removal using ZVI loaded formed glass | Nitrate formed glass iron sulfate | 13-b | 263 | |
L120 | Development of wastewater treatment system by the Fenton reaction combined with catalyst | Wastewater treatment Advanced oxidation process Membrane separation | 13-b | 350 | |
L121 | Improving dewaterability of anaerobically digested sludge by combination of persulfate and zero valent iron | Dewaterability Anaerobically digested sludge Advanced oxidization process | 13-b | 488 | |
L122 | effect of installed of HPJD to change of microbial community in activated sludge | Activated sludge HPJD Microbial community | 13-b | 493 | |
L123 | Characterization of tar from pyrolysis and steam gasification of ABS, PC and PE in a batch furnace | tar gasification plastics | 13-e | 515 | |
Hall L, Day 2 | |||||
9. Energy engineering | |||||
(9:00–10:20) (Chair: | |||||
L201 | Preparation of cation-substituted thermal energy storage materials CaxMn(1-x)(OH)2 aiming at control of the working temperatures of thermal energy storage systems. | Thermal energy storage hydroxide water vapor absorption desorption | 9-b | 394 | |
L202 | Studies on Supercooling Stabilization of Sugar Alcohol | Thermal Storage Erythritol Supercooling Stabilization | 9-b | 421 | |
L203 | Low Temperature Cycle Using Amine-CO2 Fluid (2) Heat Recovery from Hot Water at 95oC | amine-CO2 low temperature power cycle | 9-d | 80 | |
L204 | Development of Effective Unit for Heat Source in Binary Geothermal Power Generation | Binary geothermal power generation Effective unit Heat source | 9-d | 137 | |
(10:40–12:00) (Chair: | |||||
L206 | Improvement of durability and power by interface control by Nano particle deposition in SOFC | SOFC nano particle durability | 9-a | 128 | |
L207 | Simulation for the Kalina Cycle Power Generation Process by using Low Temperature Heat Energy | Kalina cycle renewable thermal energy Simulation | 9-d | 235 | |
L208 | Feasibility study of the CO2+Methanol system for Binary Power Cycle using PC-SAFT Equation of State | Binary cycle PC-SAFT Simulation | 9-d | 373 | |
L209 | Basic study on Drying of wood-ball containing moisture | Drying wood-ball biomass | 9-d | 747 | |
13. Environmental engineering | |||||
(13:00–14:40) (Chair: | |||||
L213 | Reservoir decontamination by soil cleaning systems with aerated high pressured jet water flow | decontamination soil cleaning systems | 13-i | 330 | |
L214 | Research on Environmental Loading Reduction Effect Based on the Antioxidative Effect and/or Fluid Properties Change Action Derived from the Ionic Semiconductor | the Ionic Semiconductor antioxidative effect fluid properties change action | 13-i | 227 | |
L215 | Characteristics of Organic Matter for Accelerating Iron Elution from Steelmaking Slag | Steelmaking slag Iron elution Organic matter | 13-f | 786 | |
L216 | Prediction of Daphnia sp. immobilization application to inorganic chemicals | Daphnia inorganic chemicals QSAR | 13-c | 678 | |
L217 | Biokinetic comparison of nitrous oxide reduction activity by denitrifying bacteria: The impact of oxygen explosion | Nitrous oxide reduction Denitrification Biokinetic analysis | 13-f | 459 | |
(15:00–16:40) (Chair: | |||||
L219 | Development of Amine Functionalized Ionic Liquids for Efficient CO2 Capture | Carbon Dioxide Ionic Liquid Absorption | 13-g | 176 | |
L220 | Synthesis of Mesoporous Cerium Compound for CO2 Capture | Mesoporous CO2 capture Cerium compound | 13-g | 834 | |
L221 | Effect of calcium-containing compound additive on the vaporization of cesium in ashes during thermal treatment | cesium ash chloride volatilization | 13-c | 479 | |
L222 | Examination of the New Development of Manufacturing Equipment with the High-Precise Fluid Control Method for the Aqueous of Stabilization Hypochlorous Acid | the Aqueous of Stabilization Hypochlorous Acid pasteurization effect deodorization effect | 13-i | 352 | |
L223 | Pelletizing condition dependence of mechanical properties of injection molded container packaging recycled resin. | Polymer Recycle Physical Degradation Physical Regeneration | 13-e | 389 | |
Hall L, Day 3 | |||||
9. Energy engineering | |||||
(9:00–10:20) (Chair: | |||||
L301 | Evaluation Method about Ignition of Pulverized Coal in Mill | Ignition in Mill Low-rank coal Wire-mesh Basket Method | 9-c | 106 | |
L302 | Gasification of pellet with small downdraft gasifier with nitrogen diluted air | downdraft gasifier nitrogen diluted | 9-c | 196 | |
L303 | Emission behaviors of initial pyrolysis gas in waste incineration process | Waste incineration Initial pyrolysis Flue gas treatment | 9-c | 583 | |
L304 | High-efficiency power generation utilizing redox reactions of low-grade carbonaceous resources and liquid phase inorganic media | biomass power generation redox reactions | 9-c | 820 | |
(10:40–12:00) (Chair: | |||||
L306 | Report for Committee on Future Energy and Social Systems-Committee activity and future plan - | Energy Next generation Energy Society | 9-f | 755 | |
L307 | Report for Committee on Future Energy and Social Systems -Introduction of large quantities of VREs and role of PSHs- | Renewable Energy Energy Storage Energy Society | 9-f | 812 | |
L308 | Report for Committee on Future Energy and Social Systems -a hyper local system for biodiesel production with modularized technology- | biodiesel local resources modularized technology | 9-f | 830 | |
L309 | Techno-Economic analysis for regional society by wind-origin hydrogen | Wind energy Hydrogen Techno-Economic analysis | 9-f | 503 | |
(13:00–14:00) (Chair: | |||||
L313 | Efficient location allocation of hydrogen stations | hydrogen station p-median flow capturing | 9-e | 802 | |
L314 | IGCC with CO2 Capture Demonstration The Osaki CoolGen Project | IGCC CO2 capture | 9-f | 716 | |
L315 | Preparation of Nickel Chloride Wire with High Mass and Heat Transfer Rates for Ammonia Storage | Nickel chloride wire Ammonia storage Heat transfer | 9-f | 728 | |
(14:00–14:40) (Chair: | |||||
L316 | Research of Energy Saved Air Separation Plant using Closed Argon Cycle | Air Separation Oxygen Production Internal Compression Process | 9-f | 20 | |
L317 | Low-carbon power generation of methane-fueled SOFCs by using methane decomposition | SOFC Methane Decomposition CO2 emission coefficient | 9-e | 264 | |
(15:00–16:00) (Chair: | |||||
L319 | Impact of convection in the cathode catalyst layer on cell performance of polymer electrolyte fuel cell | polymer electrolyte fuel cell convection oxygen reduction reaction | 9-e | 741 | |
L320 | Activity enhancement of the ethanol electrooxidation by nano-composite catalysts | Direct ethanol fuel cell electrocatalyst nano-composite | 9-e | 485 | |
L321 | Process modeling of PEFC catalyst layer and the structural analyses | Catalyst layer coating process modeling | 9-e | 239 |
Technical program
Technical sessions (Wide)
(For narrow screen)
Session programs
Search in technical program
SCEJ 82nd Annual Meeting (Tokyo, 2017)