Seongho YOON | Last modified date:2023.11.22 |
Professor /
Materials Science for Devices
Department of Advanced Device Materials
Institute for Materials Chemistry and Engineering
Department of Advanced Device Materials
Institute for Materials Chemistry and Engineering
Graduate School
Undergraduate School
炭素資源国際教育研究センター、炭素資源学特論IV
炭素資源国際教育研究センター、炭素資源学特論III(英語授業)
炭素資源国際教育研究センター、炭素資源学特論IV
炭素資源国際教育研究センター、炭素資源学特論III(英語授業)
炭素資源国際教育研究センター、炭素資源学特論III(英語授業)
炭素資源国際教育研究センター、炭素資源学特論IV
総合理工学府量子プロセス理工学専攻
Other Organization
Other
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Administration Post
Other
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Homepage
https://kyushu-u.elsevierpure.com/en/persons/seong-ho-yoon
Reseacher Profiling Tool Kyushu University Pure
http://carbon.cm.kyushu-u.ac.jp/index-en.htm
Carbon Science Laboratory
YOON・Miyawaki Laboratory .
http://carbon.cm.kyushu-u.ac.jp/index-en.htm
Carbon Science Laboratory
YOON・Miyawaki Laboratory .
http://carbon.cm.kyushu-u.ac.jp/index-en.htm
Functional Advanced Carbon Laboratory
YOON Laboratory .
http://carbon.cm.kyushu-u.ac.jp/index-en.htm
Functional Advanced Carbon Laboratory
YOON Laboratory .
Phone
092-583-7959
Fax
092-583-7897
Academic Degree
Ph. D. Kyushu University 1994,3, MSc. Seoul National University, 1985,2, Bachelor of engineering. Seoul National University, 1983,2
Country of degree conferring institution (Overseas)
Yes Bachelor Master
Field of Specialization
Carbon materias Science
ORCID(Open Researcher and Contributor ID)
0000-0003-0352-3838
Total Priod of education and research career in the foreign country
21years00months
Outline Activities
I have been studying syntheses, structural analyses and applications of high performance and high functional carbon materials and their precursors during last 25 years. The subjects mainly concerned are; (1) Nanocarbons and their applications, (2) Synthesis, modification, structural analyses, and their applications of carbon materials such as pitch and mesophase pitch, high performance carbon fiber and activated carbon fiber, meso-carbon microbead, electrode materials for Li-ion batteries, EDLC, and small fuel cell. (3) Environmental protection using activated carbons and activated carbon fibers for DeNOx, DeSOx, and removal of sick-house gases containing HCHO, and (4) high utilizations of coal and petroleum through the effective conversions of coal to syngas and heavy oils to light oils with gasification and hydrogen and hydro-cracking, respectively.
Research
Research Interests
Membership in Academic Society
- Development of high quality precursors for premium grade synthetic graphite
keyword : synthetic graphite, petroleum based binder pitch, high yield, high density
2019.07~2023.12. - Development of activated carbon from marine biomass
keyword : Actived carbon,Marine biomass
2022.04~2024.03. - Low environmental load combustion technology with innovative oxygen-enriched TSA
keyword : oxygen-enriched TSA
2021.04~2023.03. - Research and development that contributes to the multifaceted use of marine biomass for steelmaking
keyword : Marine biomass
2021.04~2023.03. - Development of high quality precursors for premium grade synthetic graphite
keyword : synthetic graphite, petroleum based binder pitch, high yield, high density
2019.07~2024.12. - Development of high efficient CO2 coal gasification
keyword : CO2 coal gasification, slug
2017.04~2022.03. - Development of high yield mesophase pitch precursor for high performance pitch-derived carbon fiber
keyword : high performance pitch-derived carbon fiber, mesophase pitch, high yield
2017.01~2021.12. - Development of low cost high performance pitch-derived carbon fiber
keyword : low cost high performance pitch-derived carbon fiber
2015.09~2018.08. - Development of effective catalyst and process for desulfurization of Kuwait heavy oil
keyword : Heavy oil, hydrogenation, catalyst
2013.04~2016.03. - High utilization of hyper coal
keyword : hyper coal, pitch, carbon fiber
2006.07~2016.03. - Development of effective activated carbon for super capacitor of high potential
keyword : activated carbon, super capacitor, high potential
2013.07~2016.03. - High utilization of ethylene bottom oil
keyword : high utilization, ethylene bottom oil
2012.04~2016.03. - Development of mosaic coke for Li-ion battery
keyword : Mosaic coke, Li-ion battery
2012.10~2015.09. - Development of carboneous adsorbent for adsorptive heat pump
keyword : activated carbon, adsorption, heat pump
2010.10~2017.03. - Development of demetallization process for AR and VR
keyword : Demetalization, Heavy Oil
2010.02~2017.03. - A high utilization of low rank coal into coke for blast furnace
keyword : Low rank coal, Coke, Soft pitch
2009.12~2013.03. - High utilization of Arabian heavy oil and residues
keyword : Arabian Crude, Heavy Oil, High Utilization
2009.10~2017.03. - Study for the improvement of raw coal tar in carbon black production
keyword : Carbon black, Tar
2007.04~2017.03. - Development of CO2 recycled IGCC
keyword : IGCC、Coal, Gasification, CO2
2008.04~2015.03. - Innovative improvement of the performance of Synthetic Graphite
keyword : Synthetic Carbon, Domain theory
2012.05~2015.12. - Development of high performance carbonfiber from ethylene bottoms
keyword : carbon fiber, ethylene bottoms, isotropic pitch
2012.03~2013.12. - Development of high performance activated carbon and its applications to heat pump and cooling cycle
keyword : activated carbon, adsorption, heat pump
2010.10~2015.03. - Low cost CNF for the additive of refactory
keyword : CNF, refactory, MgO
2011.08~2012.03. - Development of High Performance Nanofluid
Using Well-Dispersed Graphene Disc
keyword : CNF, nano-graphene, nanofluid
2011.03~2013.03. - Development of innovative anodic materials using nano-gate principle
keyword : CNF, battery, anode, nano-gate
2010.12~2013.03. - Preparation and application of homogeneous nano-graphene
keyword : CNF, nano-graphene
2010.04~2011.03. - Study for the improvement of raw coal tar in carbon black production
keyword : Carbon black, coal tar
2009.10~2011.09. - Study of the yield improvement of synthetic graphite
keyword : synthetic graphite, binder, coke
2011.01~2011.12. - Development of high utilization method for ethylene bottom oils
keyword : High utilization, ethylene bottom oils
2009.12~2011.03. - Development of demetallization process for AR and VR
keyword : Demetallization、Heavy oils
2010.02~2012.02. - High utilization of Arabian heavy oil and residues
keyword : Arabian crude、high utilization
2009.04~2012.03. - A high utilization of low rank coal into coke for blust furnace
keyword : Low rank coal, Coke, Soft Pitch
2009.12~2013.03. - A high utilization of coal tar (coal tar pitch) into binder pitch
keyword : binder pitch, Coal tar, Soft Pitch
2010.02~2012.11. - A high utilization of coal tar (coal tar pitch) into needle coke
keyword : needle coke, Coal tar, Soft Pitch
2010.02~2012.11. - Development of CO2 recycled IGCC
keyword : IGCC, Coal, Gasification, CO2 recycle
2008.10~2018.03. - A high utilization of coal tar (coal tar pitch) into needle coke
keyword : needle coke, Coal tar, Soft Pitch
2008.10~2009.09. - Development of refractory for iron-making using novel CNF-MgO composites
keyword : carbon nanofiber, Refractory for steel making, Compositeness, Strength
2009.10~2009.09. - A basic researches for smooth operation of EAGLE IGFC and acceptance estimation of high ash coal for IGFC
keyword : EAGLE IGFC, Gasification mechanism
2008.04~2010.03. - To improve RDS performance for more VR processing by using additive
keyword : Petroeum Heavy Oil, RDS, VR, Demetallization
2008.04~2010.02To improve RDS performance for more VR processing by using additive. - Strategic Japanese-Chinese Cooperative Programme on
“Material Technology for Environmental Conservation and Advanced Utilization of Energy”
keyword : ACF, DeNOx of raod side environment
2008.04~2010.03. - Structural analysis of carbon black
keyword : Carbon black, structure
2008.10~2010.09. - Removal of low concentrated formaldehyde using MnOx supported PAN-based activated carbon nanofiber
keyword : Atmospheric purification, formaldehyde, activated carbon fiber, mangese oxide
2008.04~2009.03. - Development of anodic materials of high capacity and rate property for Li-ion battery using HDPC
keyword : Li-ion battery, anodic material, high rate property
2008.04~2010.03. - High functional de-NOx system using ACF derived with natural wind
keyword : activated carbon fiber,NOx, Atmospheric purification
2008.04~2009.02.
- Development of activated carbon from marine biomass
- Yield improvement of synthetic graphite
- Mild Hydro-cracking of LCO & Evaluation of Gas Oil HDS Catalysts
- Development of high utilization processes of Austrailian Brown Coal
- Reforming of Indonesian brown coal to coke for blast furnace
- High Utilizations of Indonesian Biomass and Brown coal
- Development of coke for blust furnace using Indonesian low rank coal
- 1. Urgent application of activated carbon fibers at the polluted sites. Activated carbon fibers in the honeycomb or felt forms are placed in the polluted areas to examine its activity for removal of SOx and NOx (NO2 and NO, separately).
The sites should be appropriately chosen in terms of origins and flow of pollutants. The honeycomb or slit must be carefully adjusted to the flow rate of pollutants in the atmosphere. When gas flow is forced by using a blower or a compressor, the design becomes very easy.
Japanese and Chinese researchers study co-operatively (1) on the site of atmosphere cleaning analyses of pollutants behaviors, on final forms of pollutants after the fixation and optimum housing, to design the best forms of activated carbon fiber. After setting the facility, the performances of the facility is analyzed by measuring the state of the atmosphere and pollutant behaviors for a certain period of time (for at least three months, when taking into account the seasonal changes and life-cycles of facility and fibers).
To achieve this objective, Kyushu University transfers to the partner group of Tsinghua University, the technologies for the preparation, handling and activity test of the activated carbon fiber for application to DeSOx and DeNOx, and the removal of particulates. DeSOx and DeNOx are to be improved in design at Kyushu University through separate steps. Respective steps are still being extensively studied for their optimization.
The similar facilities are examined at the indoor sites, where a large number of people and automobiles gather, for the aim of the basic study and other application. Forced gas flow can be applied in such situations. - Development of high performance anodic catalyst for DMFC using mesoporous CNF
- Preparation and applications of carbon nanofibers as catalysts and catalyst supports for the environmental protection
Reports
Papers
Presentations
1. | 尹 聖昊, Study of environmental air purification with the use of activated carbon resources with minimized loss of chemical energy, Takaaki Shimohara, Makiko Maeda, Jin Miyawaki, Masaaki Yoshikawa, Yoon Seong-Ho, Isao Mochida, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, 2015.08. |
2. | 尹 聖昊, Quantitative NMR study of electrolyte ion behaviors in micropores for EDLC: KOH-activated carbon vs. steam-activated carbon, Keiko Ideta, Yusuke Shingai, Masanori Saito, Koji Nakabayashi, Jin Miyawaki, Isao Mochida, Seong-Ho Yoon, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, 2015.08. |
3. | 尹 聖昊, Influence of activation methods on quantities of electrolyte ions stored in pores of activated carbons, Jin Miyawaki, Keiko Ideta, Yusuke Shingai, Masanori Saito, Koji Nakabayashi, Isao Mochida, Seong-Ho Yoon, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015 , The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, 2015.08. |
4. | 尹 聖昊, Study on the selective preparation of tubular carbon nanofibers using CO2-mixed gas, Koji Nakabayashi, Kazunari Teshima, Jin Miyawaki, Isao Mochida, Seong-Ho Yoon, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, 2015.08. |
5. | 尹 聖昊, Biomass-derived hard carbon as an effective anode for sodium ion batteries, Yu-Jin Han, Jian-Xiao Yang, Koji Nakabayashi, Jin Miyawaki, Seong-Ho Yoon, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, 2015.08. |
6. | 尹 聖昊, Effect of carbon material properties on temperature rising during MAS-NMR measurements, Kouichiro Hata, Keiko Ideta, Shigemi Toda, Ryusuke Harada, Isao Mochida, Seong-Ho Yoon, Jin Miyawaki, 2015 IMCE International Symposium jointed with the 4th International Symposium of Nano-Macro Materials, Devices, and System Research Alliance Project, Chikushi Hall, C-cube, Japan,2015, The 13th China-Japan-Korea Joint Symposium on Carbon Materials to Save the Earth (CSE2015), Sofitel Hotel, Xi'an,China,2015, 2015.08. |
7. | 尹 聖昊, Study on the preparation of carbon fibers with upgraded mechanical properties from naphtha cracked oil hybridized with coal tar, Byung-Jun Kim, Toru Kotegawa, Youngho Eom, Koji Nakabayashi, Osamu Kato, Jin Miyawaki, Byoung Chul Kim, Isao Mochida, Seong-Ho Yoon, The Annual World Conference on Carbon (CARBON 2015), The Conference Center, Dresden, Germany,2015, The Annual World Conference on Carbon (CARBON 2015), The Conference Center, Dresden, Germany,2015, 2015.07. |
8. | , [URL]. |
- Japan Capacitor Society
- Korea Society of Chemical Technology
- Japan Carbon Society
- Korea Society of Chemical Technology
- Korea Carbon Society
- Korea Society of Chemical Technology
- Korea Carbon Society
- 学外
- 学外
- Japan Carbon Society
- Reduction of Partial Fusion of Pitch Fibers Derived from Isotropic Pitch with Low Softening Point through Pressurized Stabilization
- Elucidation of mechanism of steam and KOH activation processes by the microdomain model
- Effect of the Carbon Nanofiber Addition on the Mechanical Properties of MgO-C Brick
Educational
Educational Activities
The fossil resources such as petroleum and coal have been considered as most important sources of energies and materials to keep the human life from the past to the present. However, their available amounts which are able to produce from the earth have decreased and also their uses would be considered as main reason for recent environmental pollution and green house gases.
Functional carbon is one of the key materials to solve the problems of energy and environment. Fortunately, Japan has still maintained the highest technologies for functional carbon materials and their applications for energy and environment. To lead the area of carbon technology in the future, we have to pursue our goals to develop novel scientific principles for practical applications to solve many up-coming problems in energy and environmental areas.
In relation to our research, we have been studying four themes in the following;
(1) Fundamental research of various carbon materials with high-functionality and high-performance
- Invention of advanced materials by controlling their nano-structural units as the new methods
(2) Materialization of nano-hybrid carbon materials by using the new nano-technology
- Development into various application fields by newly improving properties of general carbon materials
(3) Effective utilization of fossil resources as carbon materials for energies and environments
- Research of De-SOx, De-NOx, desalinization, battery, capacitor and fuelcell by using activated carbons and carbon nano-materials supported catalysts
(4) Constant creation of new materials and novel properties of new materials
Other Educational Activities
Functional carbon is one of the key materials to solve the problems of energy and environment. Fortunately, Japan has still maintained the highest technologies for functional carbon materials and their applications for energy and environment. To lead the area of carbon technology in the future, we have to pursue our goals to develop novel scientific principles for practical applications to solve many up-coming problems in energy and environmental areas.
In relation to our research, we have been studying four themes in the following;
(1) Fundamental research of various carbon materials with high-functionality and high-performance
- Invention of advanced materials by controlling their nano-structural units as the new methods
(2) Materialization of nano-hybrid carbon materials by using the new nano-technology
- Development into various application fields by newly improving properties of general carbon materials
(3) Effective utilization of fossil resources as carbon materials for energies and environments
- Research of De-SOx, De-NOx, desalinization, battery, capacitor and fuelcell by using activated carbons and carbon nano-materials supported catalysts
(4) Constant creation of new materials and novel properties of new materials
- 2021.02.
- 2010.08.
- 2011.09.
- 2008.08.
- 2007.08.
Social
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