easp 2.31; proghtml 2.28c (C)1999-2011 kawase
| Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
|---|---|---|---|---|---|
| Environmental engineering | |||||
| (9:00-10:00) (Chairperson N. Kometani) | |||||
| H101 | (JPN) Decomposition of harmful materials contained in effluent of medical facilities by AOP method | AOP caffein salicylic acid | 13-b | 336 | |
| H102 | (JPN) Durability of TiO2 photocatalyst used in water purification | Water purification Photocatalyst Titanium dioxide | 13-a | 598 | |
| H103 | (JPN) Preparation of Visible-Light Responsive Palladium loaded Tungsten Trioxide Photocatalyst by Photodeposite method | Photocatalyst Tungsten Trioxide | 13-i | 194 | |
| (10:00-11:00) (Chairperson S. Araki) | |||||
| H104 | (JPN) Adsorption property of arsenic with synthetic alumina at various calcination temperatures | Arsenic Alumina Adsorption | 13-b | 198 | |
| H105 | (JPN) Removal of arsenic using concrete waste | Concrete waste Arsenic Calcium arsenates | 13-b | 567 | |
| H106 | (JPN) Adsorption of arsenic using monolith cryogel containing iron oxides having magnetic property | cryogel arsenic adsorption monolith | 13-f | 774 | |
| (11:00-12:00) (Chairperson N. Murayama) | |||||
| H107 | (JPN) Synthesis of allophane from rice husk ash and its application for water purification | allophane rice husk water purification | 13-e | 519 | |
| H108 | Strategic Management System for Control of Lake Water Quality - A Case Study of Lake Dianch, China | lake eutrophication pollution control Laka Dianch | 13-a | 250 | |
| H109 | (JPN) Removal of bisphenol A from aqueous environment with a microalga | Microalga Bisphenol A Bioremediation | 13-b | 151 | |
| (13:00-14:00) (Chairperson N. Shimizu) | |||||
| H113 | (JPN) Purification of Agricultural Runoff using Water Channels Vegetated with Large Filamentous Green Algae | Algae Water Purification Agricultural Runoff | 13-a | 143 | |
| H114 | (JPN) Development of dry thermophilic anaerobic digestion using swine manure and rice straw, and estimation of the recycling system for sustainable swine manure treatment | dry thermophilic anaerobic digestion swine manure forage rice field | 13-b | 731 | |
| H115 | (JPN) Reduction of CH4 and N2O in a forage rice paddy field applied with liquid cattle waste | Liquid cattle waste Forage rice Greenhouse gas | 13-b | 725 | |
| (14:00-15:00) (Chairperson M. Hosomi) | |||||
| H116 | (JPN) Inactivation of Escherichia coli by low levels of dissolved ozone in a model system of circulationg bath water | Ozone water Inactivation Escherichia coli | 13-a | 24 | |
| H117 | (JPN) Aeration and oxygen retention in waste water by micro-bubbles | aeration wastewater micro-bubbles | 13-b | 207 | |
| H118 | (JPN) Clarification of the influent water in a sewage plant by addition of carbonized sewage sludge | Sludge char Water treatment BOD, COD, TOC | 13-b | 431 | |
| (15:00-16:00) (Chairperson T. Miyoshi) | |||||
| H119 | (JPN) Enhancement of ammonia-oxidizing bacterial biofilm by a chemically-modified non-woven sheet | ammonia-oxidizing bacteria biofilm radiation graft polymerization | 13-b | 266 | |
| H120 | (JPN) Feasibility of an activated sludge reduction process installing a high-pressure-flow-device and analysis of microbial community: The pilot-scale demonstration | Reduction excess sludge Wastewater treatment Microbial analysis | 13-b | 620 | |
| H121 | (JPN) Characterization of dry thermophilic anaerobic digestion treating swine manure with different carbon sources | dry thermophilic anaerobic digestion swine manure biomass | 13-b | 738 | |
| (16:00-17:00) (Chairperson A. Terada) | |||||
| H122 | (JPN) Development of high-performance methane fermentation under low temperature conditions. | methane fermentation low temperature EGSB | 13-b | 789 | |
| H123 | (JPN) Pretreatment of Waste Oil for Methane Fermentation at a Food Factory | methane fermentation waste oil pretreatment | 13-b | 604 | |
| H124 | Effects of organic loading rate on the performance of the ASBR methane fermentation of syrup wastewater | methane fermentation hydraulic retention time substrate concentration | 13-b | 744 | |
(C) 2013 The Society of Chemical Engineers, Japan. All rights reserved.
www3.scej.org easp 2.31; proghtml 2.28c (C)1999-2011 kawase