SCEJ 47th Autumn Meeting (Sapporo, 2015): List of the applications (topics)

Most recent update: 2016-01-20 13:09:01

The keywords that frequently used in this toopics code.	Keywords	Number
	biomass	10
	Lignin	4
	bioethanol	3
	bio-oil	2
	Woody biomass	2
	Solid acid catalyst	2
	Fractionation	2
	Methyl levulinate	1

ACKN No.	Title/Author(s)	Keywords	Style
43	Synthesis of methyl levulinate from saccharides using solid acid catalyst (Kyoto U.) *Muranaka Yosuke, Nobuta Yusuke, (Kansai U.) Hasegawa Isao, (Kyoto U.) Maki Taisuke, Mae Kazuhiro	Methyl levulinate Solid acid catalyst Saccharides	O
49	Cellulosic ethanol development (JGC) *Taneda Daisuke, Okino Shohei, Ikeo Makoto	cellulose ethanol enzyme	O
56	Evaluation of lignin resin materials obtained by several pretreatment methods (Kyoto U.) *Hirooka Kousuke, Muranaka Yosuke, (Kansai U.) Hasegawa Isao, (Kyoto U.) Maki Taisuke, Mae Kazuhiro	lignin resin material pretreatment	O
72	Influence of reaction conditions on steam co-gasification of low-rank coal and iron-loaded biochar (Akita U.) *Shen Lingbo, Murakami Kenji	gasification low rank coal biomass	O
75	Bio-oil deoxygenation in two-stage upgrading with mesoporous silica-alumina and zeolite (Akita U.) *Oga Takahiro, Nakamura Ayano, Murakami Kenji	bio-oil catalyst deoxygenation	O
83	Upgrading of bio-oil model compound using solid acid catalyst (Akita U.) *Nakamura Ayano, Oga Takahiro, Murakami Kenji	bio-oil mesoporous silica alumina upgrading	O
104	Effective production of valuable chemicals from saccharides using solid acid catalyst (Kyoto U.) *Tanino Shohei, Muranaka Yosuke, (Kansai U.) Hasegawa Isao, (Kyoto U.) Maki Taisuke, Mae Kazuhiro	Biomass Solid acid catalyst Lewis and Brensted acid	O
117	Optimization of organosolv treatment methods for effective fractionation of lignocellulosic biomass components (Kyoto U.) *Yamada Satoshi, Muranaka Yosuke, (Kansai U.) Hasegawa Isao, (Kyoto U.) Maki Taisuke, Mae Kazuhiro	organosolv treatment methods lignin fractionation	O
119	Evaluation of clay catalysts for biomass fluid catalytic cracking gasification (Gunma U.) *Sun Yan, Noda Reiji	biomass clay catalysts fluid catalytic cracking gasification	O
202	*Production of neoagarooligosaccharides by recombinant Brevibacillus* secreting agarase** (Miyagi U.) *Yanagisawa M., (Tokyo Tech.) Kashimura S., Syazni, (Kochi U. Tech.) Ariga O., (Tokyo Tech.) Nakasaki K.	Brevibacillus agarase neoagarooligosaccharides	O
203	Production of bioethanol from neoagarobiose by recombinant yeast (Tokyo Tech.) *Syazni, (Miyagi U.) Yanagisawa M., (Kochi U. Tech.) Ariga O., (Tokyo Tech.) Nakasaki K.	bioethanol neoagarobiose recombinant yeast	O
254	Fractionation of lignocellulosic biomass components using formic acid and conversion of recovered components (Kyoto U.) *Mishima Kazuki, Muranaka Yosuke, (Kansai U.) Hasegawa Isao, (Kyoto U.) Maki Taisuke, Mae Kazuhiro	Biomass Formic acid Fractionation	O
260	Empirical model for enzymatic hydrolysis of steam exploded bagasse (JGC) *Ikeo Makoto, Okino Shohei, Oguro Syuichi, Taneda Daisuke	Biomass Enzymatic Hydrolysis Empirical model	O
401	Liquefaction of biomass by solvolysis (Shinshu U.) *Kobayashi Yutaka, Shimada Iori, Osada Mitsumasa, Fukunaga Hiroshi, Takahashi Nobuhide, (Euglena) Ohta Haruhisa, (Chiyoda) Takatsuka Toru	woody biomass solvolysis liquefaction	O
515	Decomposition kinetics of mannose, mannitol and mannuronic acid under hydrothermal condition (Hiroshima U.) *Mohamad Rozyanti, Aki Tsunehiro, Nakashimada Yutaka, Okamura Yoshiko, Tajima Takahisa, Matsumura Yukihiko	mannose mannitol biomass	O
614	Saccharification rate improvement study by the hydrothermal explosion of the biomass (Nagoya U.) *Honda Y., Machida H., Horizoe H.	biomass bioethanol hydrothermal explosion	O
669	Quantification of ethanol production rates using SSF (Hiroshima U.) *Sakimoto K., Kanna M., Matsumura Y.	Lignocellulosic biomass bioethanol	O
797	Evaluation of FT synthesis catalyst for aviation fuel production from woody biomass (Gifu U.) *Iio Toshiki, Kumabe Kazuhiro, Moritomi Hiroshi	Woody biomass Aviation fuel FT synthesis catalyst	O
906	Optimization of thermal-hydrolysis of bagasse using UCT-solvent (Osaka City U.) *Mori Y., Igarashi K., Ooshima H.	bagasse thermal hydrolysis lignin	O
910	Hydrothermal reforming of lignin in alkaline aqueous solution for the conversion to phenols and fuel gas (Kyushu U.) *Kudo S., Nishioka S., Norinaga K., Hayashi J.-i.	Biomass Lignin Hydrothermal	O
922	Lignocellulosic biomass refinery using ionic liquids (Kanazawa U.) *Ninomiya K., Kakuchi R., Endo T., Kuroda K., Noguchi M., (Kobe U.) Ogino C., (Kanazawa U.) Takahashi K.	Lignocellulose Ionic liquid biomass refinery	O
944	Hybrid nanocellulosome: high functional endoglucanase design from nano-module library (Tohoku U.) *Nakazawa Hikaru, Ishigaki Yuri, Okada Izumi, Murakami Keisuke, Umetsu Mitsuo	cellulase biomass	O
1005	[Invited lecture] Efficient production of 2-deoxy-scyllo-inosose (a Precursor for Aromatic compounds) from biomass by metabolically engineered recombinant Escherichia coli (NUPALS) *Takaku Hiroaki, Yamazaki Harutake, (NBR) Oouchi Hideki, (NUPALS/NBR) Ishiguro Masaji, (NUPALS) Takagi Masamichi	2-deoxy-scyllo-inosose Escherichia coli biomass	O

List of received applications (By topics code)

List of received applications
SCEJ 47th Autumn Meeting (Sapporo, 2015)

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Most recent update: 2016-01-20 13:09:01
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`SCEJ 47th Autumn Meeting (Sapporo, 2015)`

List of received applications (By topics code)

SE) SCEJ Division session

SE-7. Frontier of Biomass Conversion Technology Using Biochemistry and Thermochemistry (Oral)