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13) Environmental engineering

13-g. CO2 problems

$B:G=*99?7F|;~!'(B2026-10-03 18:44:01

Popular Keywords in
this topics
KeywordsCount
CO2 capture7**
CO2 absorption2
CO2-absorbing concrete2
Flue gas2
Direct air capture2
Waste Utilization1

Acknowledgement
number
Title/AuthorsKeywordsStyle
5Development of a CO2 fixation process in high-concentration Ca solutions extracted from steelmaking slag
(Kobe Steel) *(Reg)Kobori Ryuichi$B!&(B (Cor)Sakai Koji$B!&(B (Cor)Iijima Katsuyuki$B!&(B (Cor)Sasaki Tatsuya
CCUS
steelmaking slag
CO2 absorption
O
54Optimization of carbonation conditions for cementitious materials based on real-time CO2 absorption measurement
(Waseda U.) *(Stu)Motohashi D.$B!&(B (Reg)Wen Y.$B!&(B (Reg)Namiki K.$B!&(B (Reg)Osawa T.$B!&(B (Reg)Noda S.
CO2-absorbing concrete
Real-time measurement
Carbonation rate
P
76Carbonation rate, reaction mechanism, and reaction rate model of $B&C(B-C2S-type cement special admixture
(Waseda U.) *(Reg)Namiki Katsuya$B!&(B (Reg)Noda Suguru
CO2-absorbing concrete
Real-time rate analysis
Reaction model
O
96Direct air capture of CO2 into liquid absorbent (3) number density of air holes in hydrophilic porous sheets fed with liquid absorbent
(Toyota Central R&D Labs) *(Cor)Mizutani Yohsuke$B!&(B (Cor)Nojiri Sayaka
Direct air capture
Structured packing
Liquid absorbent
O
142Advanced spray system for effective amine emission control
(Toshiba Energy Systems & Solutions) *(Cor)Muraoka Daigo$B!&(B (Cor)Fujita Koshito$B!&(B (Cor)Muramatsu Takehiko
CCS
amine emission
demonstration plant
O
167Novel CO2 capture technology using NH3 mist generated by waste heat
(Nanomisttechnologies) *(Reg)Okamoto Yasuharu$B!&(B Shimizu Tetsuya$B!&(B Takeuchi Naho$B!&(B (Reg)Matsuura Kazuo
CO2 capture
NH3 mist
waste heat
O
185Study on CO2 Capture from Flue Gas Using Electric Arc Furnace Dust
(Hitachi) *(Reg)Koide H.$B!&(B Sugimasa M.$B!&(B (Astemo) Nakano H.$B!&(B Hiyama K.$B!&(B Yato K.$B!&(B Kawasumi K.
CO2 Capture
Waste Utilization
Zinc Oxide
O
197Evaluating the potential of vehicle-to-grid (V2G) using life cycle assessment: A case study of Tanegashima
(U. Tokyo) *(Reg)Yamaki Ayumi$B!&(B (Reg·APCE)Kikuchi Yasunori
electric vehicle
curtailment
energy flow simulation
O
288Star Polymer Design for Enhanced CO2 Photoreduction
(Kyushu U.) *(Stu)Kodama Tomoya$B!&(B (Reg)Nagao Masanori$B!&(B (Reg·PCEF)Matsumoto Hikaru$B!&(B (Reg)Miura Yoshiko
Polymer
Photocatalyst
Photoinduced electron transfer
P
332Effect of CO2 Captured from Cement Flue Gas on Methanation Catalyst Performance
(MUCC) *(Reg)Yamasaki Norihisa$B!&(B (Reg)Matsushima Masaaki$B!&(B (Reg)Takahashi Tomohiko$B!&(B (Cor)Yamashita Makio
CO2 methanation
Cement plant
Flue gas
P
379Prediction of carbon dioxide solubilities in deep eutectic solvents and ionic liquids using molecular information and machine learning
(Science Tokyo) *(Stu)Koike Shiho$B!&(B (Reg)Orita Yasuhiko$B!&(B (Reg)Shimoyama Yusuke
CO2 absorption
COSMO-SAC
machine learning
P
397Design and Optimization of Mixed-Amine Systems for Phase-Split CO2 Absorbents Comprising Alkanolamines, Alkanol Ethers, and Water
(Nat. Taipei U. Tech.) *(TwIChE)Lu Hauyun$B!&(B (Reg)Hung Ying-Chieh
CO2 capture
regeneration energy
Phase Separation Solvent
P
405Photothermal CO2 desorption using bead-type aerogel adsorbents with various carbon materials
(Science Tokyo) *(Stu)Tsai Yun Hsuan$B!&(B (Reg)Orita Yasuhiko$B!&(B (Reg)Shimoyama Yusuke
photothermal CO2 desorption
bead-type silica aerogel
material optimization
P
455Techno-economic and environmental assessment of green hydrogen production processes using non-extreme pH water electrolysis
(U. Tokyo) *(Stu·PCEF)Wada Sota$B!&(B (Reg)Sugiyama Hirokazu$B!&(B (Int)Badr Sara
Process modeling
Renewable energy
Life cycle assessment (LCA)
P
469Carbonate fixation and carbonation of municipal solid waste incineration ashes through CO2 injection
(Waseda U.) *(Stu)Iwata Ryosuke$B!&(B (Reg)Iwai Hisanori$B!&(B (DOWA Eco-System) Tomoguchi Masaru$B!&(B Yamano Kenichi$B!&(B (Waseda U.) (Reg)Tokoro Chiharu
Municipal Solid Waste
Carbonation
CO2
P
470CO2 Capture System Using Electrodialysis
(GS Yuasa) *(Reg)Ogura Yasutoshi$B!&(B Yamamura Yasuaki$B!&(B Fujita Kiyohiro$B!&(B Mizutani Shunsuke$B!&(B Hiramura Yasuaki$B!&(B Kodama Mitsuhiro
CO2 Capture
Electrodialysis
O
482Direct air capture of CO2 into liquid phase and continuous CO synthesis via electrochemical reduction under ambient conditions
(Toyota Central R&D Labs.) *(Cor)Mizuno Shintaro$B!&(B (Cor)Sakamoto Yoshiyuki$B!&(B (Cor)Nishimura Yusaku$B!&(B (Cor)Mizutani Yohsuke$B!&(B (Cor)Hishinuma Ryo$B!&(B (Cor)Takeda Yasuhiko$B!&(B (Cor)Iwasaki Masaoki$B!&(B (Toyota Motor) Okamura Kazumasa
Direct air capture
Direct carbonate reduction
Passive control
O
553Fundamental study of multi-stage steam recovery process for CO2 direct air capture with solid sorbent
(Waseda U.) *(Reg)Isogai Hirotaka$B!&(B (Reg)Nakagaki Takao
CO2 capture
Multi-objective optimization
Specific energy consumption
O
576Optimization of energy resource allocation across demand sectors towards the decarbonization transition
(U. Tokyo) *(Stu)Shimbo Ryogo$B!&(B (ETH Zurich) Huo Jing$B!&(B Oberschelp Christopher$B!&(B (U. Tokyo) (Reg)Sugiyama Hirokazu$B!&(B (Reg)Badr Sara
Energy system
Hydrogen
Cross-sectoral integration
P
741Performance evaluation and simplified packed-column design for CO2 capture from flue gas with nonaqueous amine absorbent by pressure-swing technique
(Nagoya U.) *(Stu)Takama Shodai$B!&(B (Reg)Uehara Yusuke$B!&(B (Reg)Machida Hiroshi$B!&(B (Reg)Norinaga Koyo
CO2 capture
Flue gas
Amine
P
742Evaluation of CO2 Desublimation Dynamics in a Shell and U-tube Heat Exchanger-type CO2 Capture System Using Cryogenic Energy
(Nagoya U.) *(Stu)Date Keita$B!&(B Xiao Shengwen$B!&(B (Reg)Uehara Yusuke$B!&(B (Reg)Machida Hiroshi$B!&(B (Reg)Norinaga Koyo
CO2 capture
Cryogenic energy
Heat Exchanger
P
769Experimental and modeling study of atmospheric CO2 capture using a hollow fiber membrane contactor
(Shinshu U.) *(Stu)Koitabashi Amane$B!&(B (Reg)Shimada Iori$B!&(B (Reg)Osada Mitsumasa$B!&(B (Reg)Fukunaga Hiroshi$B!&(B (Reg)Takahashi Nobuhide
DAC
chemical absorption
process simulation
P
771Reducing effect and its persistency of methane emissions from paddy soils through application of bentonite-coated biochar
(Shinshu U.) *(Stu)Kikkawa Ryota$B!&(B (Reg)Shimada Iori$B!&(B (Reg)Osada Mitsumasa$B!&(B (Reg)Fukunaga Hiroshi$B!&(B (Reg)Takahashi Nobuhide
Biochar
Rice cultivation
pot experiment
P

List of received applications (By symposium/topics code)

List of received applications
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