Last modified: 2019-03-12 11:30:00
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
4. Separation processes | |||||
(9:00–10:40) (Chair: | |||||
E201 | Development of particle counter based on metal mesh device | metal mesh device size separation particle counter | 4-b | 1466 | |
E202 | Development of an iron oxide trap utilizing sedimentation | Iron oxide Sedimentation Circulating water | 4-b | 218 | |
E203 | Electrokinetic response of zinc oxide slurry during filtration and expression processes | streaming potential filtration period consolidation period | 4-b | 1056 | |
E204 | Dewatering of microalgae suspension using porous membrane by cross flow in the presence of magnetite particle | microalgae dewatering cross flow | 4-b | 931 | |
E205 | Protein adsorption characteristics of nanoparticle-assembled hollow microspheres of hydroxyapatite | hydroxyapatite hollow microsphere adsorption | 4-b | 1443 | |
(10:40–12:00) (Chair: | |||||
E206 | Settling orientation and accurate determination of floc density | Floc Diameter Two-sphere-model Sedimentation orientation | 4-b | 929 | |
E207 | Effect of difference of thawing rate on the concentration of an aqueous solution by freeze-thawing technique | freeze-thawing technique thawing rate concentration distribution | 4-b | 1266 | |
E208 | Development of Membrane-Based Wastewater Treatment Process Effectively Utilizing Foods, Fungi, and Enzymes | filtration membrane reactor decolorization | 4-b | 984 | |
E209 | Nitrification characteristics of carrier added activated sludge process under different BOD loading | Nitrification Activated sludge process Carrier | 4-b | 138 | |
13. Environmental engineering | |||||
(13:00–14:40) (Chair: | |||||
E213 | [Divisional Award] Continuous treatment of fenitrothion contaminated water using organoclay packed column | Organoclay Pesticide Wastewater treatment | 13-b | 178 | |
E214 | Investigation of Zn-Al LDH Synthesis from Zn-containing wastewater and its adsorption performance. | wastewater adsorption LDH | 13-b | 1006 | |
E215 | Adsorption and Solidification of Radioactive Cesium from Contaminated Water by Functional Porous Glass | Solidification Radioactive Cesium Porous Glass | 13-c | 1400 | |
E216 | Bio-electrochemical treatment of phenol wastewater | Microbial fuel cell Bio-electrochemical treatment Wastewater treatment | 13-b | 10 | |
E217 | Design of a Reasonable Transition Scenario for 80% Reduction of GHGs emission from Japan | Green House Gases Massive Reduction Transition Strategy | 13-g | 1333 | |
(15:00–17:00) (Chair: | |||||
E219 | Basic research on CO2 removal by ionic liquid for spacecraft | ECLSS Air-revitalization CO2 removal | 13-g | 1053 | |
E220 | High-Temperature-Tolerant Ru/TiO2 Catalyst for CO2 Methanation | CO2 Methanation Heterogeneous Catalyst High-Temperature Tolerance | 13-g | 1121 | |
E221 | Comparison of cost estimation method for CO2 separation process | CO2 capture membrane process cost estimation | 13-g | 1370 | |
E222 | Integrated CO2 capture process for CCU | CCU Integrated Process Phase separation | 13-g | 1107 | |
E223 | CO2 absorption and desorption of Hydrogel Film with Gas Transfer Micro-channel | CO2 Microchannel Gas Diffusion | 13-g | 1162 | |
E224 | [Divisional Award] Comparison between adsorption and coprecipitation process for Cd removal mechanism by δ-MnO2 | Cadmium removal delta-MnO2 Surface complexation | 13-b | 996 |
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SCEJ 84th Annual Meeting (Tokyo, 2019)