easp 2.33; proghtml 2.33c (C)1999-2014 kawase
| Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
|---|---|---|---|---|---|
| Hall K | |||||
| (9:30–10:45) ( Kimura Y., Kishimoto Noboru) | |||||
| K101 | Effects of polymer properties on turbidity removal of inorganic and polymer flocculants in powder form | Flocculation Composite flocculant Water treatment | 4-b | 45 | |
| K102 | Influence of the BOD volume loading on the sludge concentration in submerged membrane bio reactor. | activated sludge treatment submerged membrane sludge concentration | 4-b | 61 | |
| K103 | Solid-Liquid Separation of the Drainage including Silicon from Semiconductor Process by the flat sheet membrane | colloidal silicon solid-liquid separation MF membrane | 4-b | 62 | |
| K104 | Flow analysis of the dynamic filtration by the aeration using the flat sheet membrane | solid-liquid separation flow analysis aeration | 4-b | 65 | |
| K105 | Centrifugal dewatering involving segregation | Centrifuge Segregation Sedimentation | 4-b | 67 | |
| (10:45–12:00) ( Kawasaki Kenji, Fukuchi Kenji) | |||||
| K106 | Characteristics of solid-liquid system with microbubbles | Microbubble Aggregation Zeta potential | 4-b | 69 | |
| K107 | Dewatering of drinking water treatment sludge using dual ionic thermosensitive polymers. | thermosensitive polymer drinking water treatment sludge dewatering | 4-b | 73 | |
| K108 | Filtration behaviors with particle settling | Filtration Expression Settling | 4-b | 93 | |
| K109 | Reversed micellar extraction of protein in a mixer-settler column ¡¾the relationship between extraction property and drop behavior¡¾ (AdvancedEngineering Course, Niihama National College of Technology) Takahashi Kojiro, (Applied Chemistry and Biotechnology, Niihama NCT) Murakami Kazuya, | reversed micellar extraction protein mixer-settler column | 4-f | 15 | |
| K110 | Extraction of hydroxymethyl furfural under high temperatures and pressurized conditions ; Use of slug flow | liquid-liquid extraction slug flow subcritical water | 4-f | 58 | |
| (13:00–14:15) ( Fukuchi Kenji, Takaoka Daizo) | |||||
| K111 | Fabrication of biomass activated carbon by using the superheated steam | activated carbon superheated steam adsorption | 4-e | 37 | |
| K112 | Adsorption of causative substances in colored wastewater on activated carbon prepared by using superheated steam | colored wastewater activated carbon superheated steam | 4-e | 38 | |
| K113 | Equilibrium isotherm for adsorption of natural color in Ume seasoning waste solution on activated carbon | activated carbon adsorption mechanism natural color | 4-e | 40 | |
| K114 | Utilization of baiomass carbon as humidifying agent | biomass adsorption humidity | 4-e | 27 | |
| K115 | adsorption removal of uremic toxin by using activated carbon | uremic toxin activated carbon adsorption | 4-e | 47 | |
| (14:15–15:45) ( Kishimoto Noboru, Hayashi Juniti) | |||||
| K116 | Development of denitration process using nitrogen monoxide adsorption support | denitration process NOx Nitrogen monoxide | 4-e | 63 | |
| K117 | Adsorption and desorption properties of metal ions in water by thermosensitive adsorbent | thermosensitive adsorbent temperature swing metal ion | 4-e | 76 | |
| K118 | Water Adsorption Behavior of Alkali Treated ZSM-5 Zeolites | ZSM-5 zeolite Alkali treatment Water adsorption | 4-e | 127 | |
| K119 | Measurement and correlation of adsorption equilibria from ethanol aqueous solution on several adsorbent | Adsorption equilibria Ethanol Aqueous solution | 4-e | 121 | |
| K120 | Measurement of adsorption equilibria from ethanol vapor on several adsorbent | Adsorption equilibria Ethanol Elution method | 4-e | 123 | |
| K121 | Improvement and maintenance of hydrogen fuel cell kit for study | PEM fuel cell Hydrogen Maintenance | 14-c | 129 | |
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