SCEJ

SCEJ 45th Autumn Meeting (Okayama, 2013)

Hall and day program

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Hall XF, Day 3

Most recent update: 2013-08-20 14:03:53
TimePaper
ID
Title / AutorsKeywordsTopic codeAck.
number
Symposium <Symposium by Division of Environment>
(8:40–9:40) ( Egashira Y.)
8:409:00XF300Divelopment of a novel flon rycycling process and application to the cooling system
Kitamura Kenta, Izumi Masakazu, Hanzaki Narihiro, Nishiumi Hideo, Mori Takamasa
Flon
Phase Equilibrium
refrigerant
S-31802
9:009:20XF301Decomposition property of CF4 by atmospheric pressure low-temperature plasma
Kanazawa Y, Mori Y, Yasui S
CF4
plasma
decomposition
S-31231
9:209:40XF302Decomposition characteristics of N,N-dimethylformamide with packed bed type non-thermal plasma reactor
Kubo T., Kubota M., Matsuda H., Iijima S.
non-thermal plasma
N,N-dimethylformamide
packed bed reactor
S-31480
(9:40–10:40) ( Yamada H.)
9:4010:00XF303Fundamental study on VOC removal using AlPO4-n derived from aluminum dross
Nakada Tatsuhiro, Suzuki Yuta, Murayama Norihiro, Sibata Junji
aluminum dross
AlPO4-n
gas adsorption
S-31427
10:0010:20XF304Evaluation of characteristics of composite adsorbent materials produced by carbonizing coffee residue with bentonite
Mitani S, Takahashi N, Yogo M
bentonite
cahrcoal
adsorbent
S-31886
10:2010:40XF305Development of mercury removal agent which blended an iron sulfide and an activated carbon suitable for removal of the mercury contained in a coal burning exhaust gas
Itida Ryo, Uddin Md. Azhar, Katou Yosiei
Coal burning gas
Mercury removal
S-31385
(10:40–12:00) ( Miyamoto E., Kubota M.)
10:4011:00XF306Quantitative evaluation of COS and H2S adsorption rate in the active cokes
Hirai Kensuke, Kobayashi Nobusuke, Itaya Yoshinori
desulturization
activated cokes
adsorption rate
S-31623
11:0011:20XF307Development of technologies for heat supply through aerobic fermentation of woody biomass
Mochizuki S, Takahashi N, Fukunaga H, Takatsuka T
woody biomass
aerobic fementation
heat supply
S-31896
11:2011:40XF308Reduction of regeneration heat duty of CO2 capture solvent by using solid-liquid separation process
Sato S., Inoue S., Nakagaki T., Sato H.
CCS
amine
solid-liquid separation process
S-31988
11:4012:00XF309Degradation of CO2 capture solvent by sulfur oxides - Evaluation of regeneration heat duty -
Furubayashi Ryosuke, Itakura Takuya, Nakagaki Takao, Sato Hiroshi
CCS
amine
degradation
S-31991
13:0013:20Student awards ceremony
(13:20–14:20) ( Fujita K.)
13:2013:40XF314Reactions of Materials for CO2 Separation and Capture (2) Hindered Secondary Amine
Yamada H., Chowdhury F. A., Goto K., Takayuki H., Matsuzaki Y.
Absorption
Amine
Carbon dioxide
S-31536
13:4014:00XF315Development of the reclaimer for the heat stable salt in an amine absorber
Kobayashi Kazuki, Yokoyama Kohichi, Takamoto Shigehito, Miyamoto Eiji, Hohnoki miho, Shimamura Jun
Amine Absorber
Reclaimer
Heat Stable Salt
S-31928
14:0014:20XF316The estimation of global bio-energy production potential in the future
Egashira Yasuyuki, Nagao Tatsuya
global warming
biomass energy
global potential
S-31542
(14:20–15:00) ( Takahashi N.)
14:2014:40XF317Decomposition of Benzene by Pulsed Discharge Plasma
Takigawa Akio, Yaoshita Ayane
benzene
plasma
coexistence gas
S-3120
14:4015:00XF318Removal process of suspended particulate matters by steam condensation
Terakado O., Kondo S., Hirasawa M.
suspended particulate matter
dust collection
steam condensation
S-31540

Technical program
SCEJ 45th Autumn Meeting (Okayama, 2013)

© 2013 The Society of Chemical Engineers, Japan. All rights reserved.
Most recent update: 2013-08-20 14:03:53
For more information contact Organizing Committee, SCEJ 45th Autumn Meeting (Okayama, 2013)
E-mail: inquiry-45fwww3.scej.org
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