K Y U S H U

U N I V E R S I T Y

E n e r g y

W e e k2 0 1 9

2/1（金）筑紫シンポジウム
COI 関連プログラム

1/31（木）～2/1（金） I²CNER 関連プログラム
1/29（火)～30（水）HYDROGENIUS関連プログラム
HYDROGENIUS・I²CNER・
HydroMate合同シンポジウム

092-802-2322

九州大学 研究推進課プロジェクト支援係

092-583-7643

九州大学 シンクロトロン光利用研究センター事務室
九州大学 持続的共進化地域創成拠点

092-802-6677

九州大学 カーボンニュートラル・エネルギー国際研究所（1/29・1/30のみ連絡可能）

九州大学 水素材料先端科学研究センター

090-6482-2075

九州大学 エネルギー研究教育機構支援事務部門

1/28（月）・1/29（火） Q-PIT 関連プログラム

担当部局

日付

プログラム

092-802-6935
092-802-6672
連絡先

お問い合わせ＊九州大学エネルギーウィーク 2019 を主催 /共催する九州大学内エネルギー研究実施組織
水素材料先端科学研究センター
Research Center for Hydrogen
Industrial Use and Storage＊Departments participating in Energy Week 2019,
related to the energy research in Kyushu University

Contacts
Date

Program

Departments

Contact

1/28（Mon）・1/29（Tue） Q-PIT related programs

Administrative Office for
Kyushu University Platform of Inter/
Transdisciplinary Energy Research+81-92-802-6672

1/29（Tue)～30(Wed） HYDROGENIUS related programs
HYDROGENIUS・I²CNER・
HydroMate Joint Research Symposium

Research Center for Hydrogen
Industrial Use and Storage,
Kyushu University

1/31（Thu）～2/1（Fri） I²CNER related programs

International institute for Carbon-Neutral
Energy Research, Kyushu University+81-92-802-6935

The Center of Coevolutionary
Research for Sustainable Communities,
Kyushu Universityrsity+81-92-802-6677

Research Center for Synchrotron Light
Applications, Kyushu Universityty+81-92-583-7643

Kyushu University Research Promotion
Division Project Support Section+81-92-802-2322

COI related programs
2/1（Fri）
Chikushi Symposium

090-6482-2075（available for 1/29・1/30 only）

Contents
Message……………………………………………………………………………………………………………………… 2
About Kyushu University Energy Week……………………………………………………………………………… 3
Venue ………………………………………………………………………………………………………………………… 4
Program & Schedule……………………………………………………………………………………………………… 6
Jan. 28 (Mon.)
Kyushu University Platform of Inter/Transdisciplinary Energy Research (Q-PIT) Plenary Session ……… 8
Jan. 29 (Tue.)
Kyushu University Platform of Inter/Transdisciplinary Energy Research (Q-PIT) Workshop …… 16
Hydrogen Energy and Fuel Cell Forum in Kyushu & Int'l Hydrogen Energy Development Forum2019 Day1… ……………………………………………………………………………………………………… 20
Jan. 30 (Wed.)
Hydrogen Energy and Fuel Cell Forum in Kyushu & Int'l Hydrogen Energy Development Forum2019 Day2… ……………………………………………………………………………………………………… 21
HYDROGENIUS, I²CNER & HydroMate Joint Research Symposium ① Fatigue & Fracture/
Hydrogen Materials Compatibility Division ………………………………………………………………… 22
HYDROGENIUS & I²CNER  Joint Research Symposium ② Tribology/Hydrogen Materials
Compatibility Division… ………………………………………………………………………………………… 23
HYDROGENIUS & I²CNER  Joint Research Symposium ③ Thermophysical Properties/
Thermal Science and Engineering Division………………………………………………………………… 25
HYDROGENIUS Symposium Polymers……………………………………………………………………… 26
IMCE Special Lecture Next Generation's Li-ion Battery Materials… ……………………………… 28
Jan. 31 (Thu.)
I²CNER Annual Symposium… ………………………………………………………………………………… 29
Feb. 1 (Fri.)I²CNER International Workshop ① Molecular Photoconversion Devices Division &  Electrochemical Energy Conversion Division … ………………………………………………………… 32
I²CNER International Workshop ② Catalytic Materials Transformations Division &CO₂ Capture and Utilization Division………………………………………………………………………… 34
I²CNER International Workshop ③ CO₂ Storage Division……………………………………………… 35
I²CNER International Workshop ④ Energy Analysis Division… …………………………………… 36

I²CNER International Workshop ⑤ Applied Math for Energy… ……………………………………… 37
Kyushu Univ. COI, Center of Coevolutionary Research for Sustainable Communities（C²RSC) Symposium……………………………………………………………………………………………… 38
Chikushi Symposium……………………………………………………………………………………………… 41－1－

Kyushu University Energy Week 2019

MessagePresident
Kyushu University

Chiharu Kubo
First, I would like to express my sincere appreciation for your participation in Kyushu University Energy
Week 2019.
On the occasion of the 100th anniversary of its foundation, Kyushu University established the slogan,“Lead through the Next 100 Years, Leap into the top 100 universities in the World,” aspiring to become oneof the world’s best universities. In line with the basic principle of “With continual and autonomous reforms,
while guaranteeing educational quality at an international level, we aim to be a top-level education andresearch hub marked by vitality and a willingness to address future issues,” in 2015 we formulated the
Kyushu University Action Plan 2015-2020, upon which various initiatives have been launched, andestablished the Platform of Inter/Transdisciplinary Energy Research.
Fukuoka, where Kyushu University is located, was one of the first places to experience the industrial
revolution in Asia, and it once played a central role in Japan’s energy industry as a coal-mining city. Also, asa gateway to Asia, Fukuoka has actively adopted the cultures of other Asian countries and has influenced
many other countries and regions as a point of transmission of Japanese culture. Against this background,various research projects on energy have been actively conducted at Kyushu University, with creative andbasic academic studies underway in a wide range of fields.
In this day and age, people of all generations have become more interested in energy issues, especiallybecause of past experiences such as the oil crisis, the Chernobyl nuclear power plant accident, and the Great
East Japan Earthquake, to name a few. Our country in particular relies on imports for most fossil fuels, amajor energy source, so the realization of sustainable energy that is not dependent on fossil fuels has been along-standing goal for us. A variety of difficulties come with fossil fuel-free energy sources, in terms oftechnology, economy, safety, and sustainable and stable utilization. In order to overcome these problems,
researchers and technicians from all relevant fields must work hand-in-hand to seek solutions from manydifferent perspectives. Also, we must continue to address the issues of environmental destruction and global
warming, which we face in the process of new discoveries, research, development, and applications, andwork toward the realization of a future energy efficient society.
In this context, we see it as vital to reconsider our mission and to realize the formation of a research andeducation core that takes advantage of our university’s unique strengths. We established the Platform of Inter/
Transdisciplinary Energy Research in October 2016 as an all-Kyushu Univ. platform to promote the energy field.
Currently, all members, including myself as Director General, the Deputy Director General, four professors,
ten academic members, Secretariat staff, and cooperating academic staff are working hard toward thepromotion of inter/transdisciplinary energy research. The research achievements of note resulting fromthese efforts are expected to be shared via educational activities.
Under the theme of “Energy Intelligence Beyond Borders: Cultivating Creativity in Future Generations,” weare hosting Kyushu University Energy Week 2019 this year. It is an opportunity to publicize our university’s
initiatives in widely varied areas and communities, both at home and abroad, and serves as a forum to deepen
exchanges among participating researchers, where they can discuss their research results. For our third“Energy Week” event focusing on energy education, we have invited prominent researchers engaged in energy
research and education at world renowned universities to deliver lectures. Also, in cooperation with theinstitutions of Kyushu University, which include the International Institute for Carbon-Neutral Energy
Research, HYDROGENIUS, COI Center of Coevolutionary Research for Sustainable Communities, and Chikushi
Campus, we are hosting symposiums to introduce the activities of various departments and presentation
sessions of young researchers. In addition, we are holding research presentation sessions of students andyoung researchers from abroad, aiming at international joint research as a part of our activities as a global hub
in the energy field. Your active participation in these events is gratefully welcomed.

－2－

Kyushu University Energy Week 2019

About Kyushu University Energy Week
What’sKyushu University Energy Week？
Energy Week is an annual international conference organized by Kyushu University. With a focus on“future energy”, it features a variety of academic workshops, symposia, invited lectures fromprominent energy researchers, as well as public events that bring together prominent experts fromacademia, industry and government.
Another aim of Energy Week is the promotion of early-career researchers through a poster session
and the President’s Award ceremony for the best poster presentations.
The 5-day conference is considered to be Kyushu University’s main venue to promote exchange
among researchers and practitioners in the energy sector, and to highlight its role as an international
hub for sustainable energy research.

－3－

Kyushu University Energy Week 2019

Venue
KYUSHU UNIVERSITY● Shiiki Hall ● I CNER Hall● INAMORI Hall

Ito Campus● Research Facilities for Co-Evolutional Social Systems

2

744 Motooka, Nishi-ku, Fukuoka, 819-0395, JAPAN

Eｅｓｔ Gate
Kyudai Sogo GroundKyudai Senpakukoku-jikkentou

EｅｓｔＺｏｎｅ

School of
Agriculture

567

ＷｅｓｔＺｏｎｅSHIIKI HALL
Ito Guest HouseINAMORI Hall
Jonathan KS Choi Cultural
Centre of JapanＢｉｇ Ｏｒａｎｇｅ

Central LibraryCenter Zone 3

ＢｉｇＯｒａｎｇｅ
School of ScienceCentralLibrary

Center Zone 1

Research Facilities
for Co-Evolutional
Social Systems

Center Zone 2I²CNER Hall

Next-Generation
Fuel Cell ResearchCenterBus stop★ From Fukuoka Airport
Fukuoka Airport → (Subway Kuko Line) → Meinohama Station ( ※1 Transfer JR ChikuhiLine) → Kyudai-Gakkentoshi Station →※ 2 Showa Bus (via Susenji or Yokohamanishi or
Gakuendori) → Ito Campus★ From Hakata or Tenjin Station
By subway
Hakata Station (Subway Kuko Line) → Tenjin → Meinohama ( ※ 1 Transfer JR ChikuhiLine) → Kyudai-Gakkentoshi Station → ※ 2 Showa Bus (via Susenji or Yokohamanishi or
Gakuendori) → Ito Campus※ 1 Alternatively, board a train bound for Nishikaratsu or Chikuzen-Maebaru, which
eliminates the need to transfer at Meinohama Station.
※ 2 For West zone → bus stop No.3
Get off at the bus stop “Big Orange Mae” → Inamori or I²CNER or (Research
Facilities for Co-Evolutional Social Systems)
Get off at the bus stop “Kyudai Rigakubumae (School of Science) → Inamori※ 2 For East zone → bus stop No.4
Get off at the bus stop “Center of library → I²CNER or Research Facilities for CoEvolutional Social Systems
By busBus stop of Hakata StationA (Nishitetsu Bus for Kyudai Ito Campus) → Bus stop of
Solaria Stage → ※ 3 Ito Campus※ 3 Get off at the bus stop “Big Orange Mae” → Inamori or I²CNER or Research
Facilities for Co-Evolutional Social Systems
Get off at the bus stop “Kyudai Rigakubumae(School of Science) → Inamori－4－

Kyushu University Energy Week 2019

KYUSHU UNIVERSITY Chikushi Campus● C-CUBE（Chikushi Hall）
6-1 Kasuga-koen, Kasuga, Fukuoka, 816-8580, JAPANto DAZAIFUInterdisciplinary Graduate School of Engineering Sciences;
Faculty of Engineering Sciences

Institute forMaterials Chemistry
and Engineering

Multipurpose
Sports Field
Tennis
Court

Building I

C-CUBE（Chikushi Hall）
Collaboration Building
Chikushi Library

Restaurant
and Store
Onojo Gate

Administrative Oﬃces（Pedestrians and Bicycles only）
ANDON Street

West Exit

Nishitetsu
Shirakibaru Sta.

JR
Onojo Sta.

West Exit

Global Innovation
Center (GIC)

KasugaHigh School

KasugaSenior high school

KasugaGate

580
Center for Oceanic andAtmospheric Research

Kasuga park Research Institute3-chomefor Applied Mechanics

Denki Building KYOSOKAN
Denki Building, 2-1-82 Watanabe-dori, Chuo, Fukuoka, 810-0004, Japan－5－

Kyushu University Energy Week 2019

Program ＆ Schedule
Date

Dept.

9:00

9:30

10:00

11:00

11:30

12:00

Q-PIT Plenary Session
Opening Ceremony/Presentation of
Q-PIT/Invited Lecture [JPN/ENG](simultaneous translation)

Q-PIT
Jan.28
(mon)

10:30

Q-PIT

(School of Interdisciplinary
Science and Innovation)

Q-PIT

Jan.29
(tue)

Q-PIT

12:30

13:00

13:30

14:00

Q-PIT Plenary Session
Poster Presentation（@I²CNER foyer)
Fostering global talent
School of Interdisciplinary
Science and Innovation[JPN/ENG]
Hydrogen
EnergyFacilities Tour[JPN/ENG]

Q-PIT Workshops: Sheffield Kyushu Workshop on
Electrochemical Energy Conversion [ENG]

HYDROGENIUS
METI
HYDROGENIUS
METI

Hydrogen Energy and Fuel Cell Forumin Kyushu & Int'l Hydrogen Energy
Development Forum 2019 Day2
[JPN/ENG]

HYDROGENIUS,
Fracture/
Jan.30(wed)

HYDROGENIUS &Hydrogen

HYDROGENIUS
I²CNERHYDROGENIUS &Properties/
HYDROGENIUS

HYDROGENIUS

IMCE

Jan.31(thu)

IMCE Special Lecture

I²CNERI²CNERI²CNER International Workshop①Molecular Photoconversion Devices Division
I²CNER International

I²CNERI²CNER International

Feb.1
(Fri)

I²CNER International Workshop
I²CNER International
Kyushu Univ. COI,
Communities

C²RSC(COI)
GTC
RCSLA
※Q-PIT:Kyushu University Platform of Inter/Transdisciplinary Energy Research※I²CNER: International Institute for Carbon-Neutral Energy Research※C²RSC: Center of Coevolutionary Research for Sustainable Communities※HYDROGENIUS: Research Center for Hydrogen Industrial Use and Storage※GTC: Research Center for Green Technology※RCSLA: Research Center for Synchrotron Light Applications※IMCE: Institute for Materials Chemistry and Engineering* Above Program is subject to change without prior notice.

－6－

Kyushu University Energy Week 2019

14:30

15:00

15:30

16:00

16:30

17:00

17:30

18:00

18:30

19:00

Q-PIT Plenary Session
Invited Lecture/Panel Discussion /Best Poster Awards Ceremony / Closing Reｍarks[JPN/ENG](simultaneous translation)

Venue
I²CNER Hall /foyer,
I²CNER Bldg. 1, Ito Campus
I²CNER Hall,I²CNER Bldg. 1, Ito Campus
Ito Campus

Q-PIT Workshops: Low-Carbon Energy Transitions in Asia:
Interdisciplinary Perspectives [ENG]
Hydrogen Energy and Fuel Cell Forum in
Kyushu & Int'l Hydrogen Energy
Development Forum 2019 Day1 [JPN]

Inamori Hall, Ito Campus

Hydrogen Energy and Fuel Cell
Forum in Kyushu & Int'l
Hydrogen Energy Development
Forum 2019 Day1 Reception

Mirai Hall, Denki Building Kyosokan

Shiiki Hall, Ito Campus
I²CNER & HydroMate Joint Research Symposium① Fatigue &Hydrogen Materials Compatibility Division [ENG]

Lecture Theater 302, 3F,
Shiiki Hall, Ito Campus

I²CNER Joint Research Symposium②Tribology/
Materials Compatibility Division [ENG]

Lecture Theater 303, 3F,
Shiiki Hall, Ito Campus

I²CNER Joint Research Symposium③ Thermophysical
Thermal Science and Engineering Division [ENG]

Conference Room, 2F
I²CNER Bldg.1, Ito Campus

Symposium Polymers [ENG]

Lecture Theater 304, 3F,
Shiiki Hall, Ito Campus

Next Generation's Li-ion Battery Materials [JPN]

Room 111,
IMCE Bldg., Chikushi Campus

Annual Symposium [ENG]

I²CNER Hall,I²CNER Bldg. 1, Ito Campus
I²CNER Reception

Lounge,I²CNER Bldg. 1, Ito Campus& Electrochemical Energy Conversion Division [ENG]

I²CNER Hall B,
I²CNER Bldg. 1, Ito Campus

Workshop②Catalytic Materials Transformations Division &CO₂ Capture and Utilization Division [ENG]

I²CNER Hall C,
I²CNER Bldg. 1, Ito Campus

Workshop③CO₂ Storage Division [ENG]

I²CNER Hall A,
I²CNER Bldg. 1, Ito Campus
Conference Room 203,
Co-Evolutional Social Systems, Ito Campus④Energy Analysis Division [ENG]

Seminar Room 3105-6,
Center Zone Bldg.3, Ito Campus

Workshop⑤Applied Math for Energy [ENG]
Center of Coevolutionary Research for Sustainable（C²RSC) Symposium [JPN/ENG]

2F Hall,
Co-Evolutional Social Systems, Ito Campus

Networking
event

Chikushi Symposium [JPN/ENG](simultaneous translation)

Chikushi Hall, Chikushi Campus－7－

Kyushu University Energy Week 2019九州⼤学エネルギーウィーク 2019

Kyushu University Platform of Inter/Transdisciplinary
Energy Research (Q-PIT)<Plenary Session><Date>

10:00-17:50, 28th January 2019

<Venue>I2CNER Hall, I2CNER Bldg. 1, Ito Campus<Language> English and Japanese (simultaneous translation)<Theme>“Graduate School Education Programs at World-Leading Universities ”< Program and Speaker>
Time

Program and Speaker

10:00-10:10

Opening Ceremony
Welcome Address, Chiharu Kubo, President of Kyushu University

10:10-10:30

Introduction to Q-PIT Activities
Prof. Yoshihiro Yamazaki, Kyushu University Platform of Inter/Transdisciplinary Energy Research

10:30-11:00

Graduate Education at the Massachusetts Institute of Technology (Invited Lecture)
Prof. Harry L. Tuller, Department of Materials Science & Engineering,
Massachusetts Institute of Technology

11:00-11:30

Graduate School Educational Programs at Imperial College(Invited Lecture)
Prof. John A Kilner, Department of Materials, Imperial College London

11:30-12:40

Break
Fostering Global Talent: The School ofInterdisciplinary Science and Innovation
Venue: I2CNER Hall, I2CNER Bldg.1

12:40-14:10

Poster Session(Registration starts at 12:10）
Venue: Foyer, I2CNER Bldg.1
Theme: Transdisciplinary Energy Research at
Kyushu University
Doctoral/graduate students, young researchers,international Doctoral students/researchers*The award ceremony will be held on the same
day in the I2CNER hall, at 17:30.

14:10-14:30

Break

14:30-15:00

University of California, San Diego (UCSD)
Graduate Programs and Studies (Invited Lecture)
Prof. Nguyen Minh, Center for Energy Research, University of California, San Diego

15:00-15:30

Graduate Education and Research at Stanford University:
Transformation of a Regional University into a Global Powerhouse (Invited Lecture)
Adjunct Prof. Turgut M Gür, Department of Materials Science and Engineering, Stanford University

15:30-15:50

Break

15:50-17:10

Panel Discussion
Theme: Plans for a Hydrogen Energy Graduate School at Kyushu University
Moderator: Prof. Kazunari Sasaki, Senior Vice President, Kyushu University
Panel: Invited speakers from world-leading universities

17:10-17:30

Break

17:30-17:45

Best Poster Award Ceremony

17:45-17:50

Closing Remarks
Prof. Kentaro Yoshida, Kyushu University Platform of Inter/Transdisciplinary Energy Research－8－Kyushu University Energy Week 2019

I nvited L ecture 1

Graduate Education at the Massachusetts
Institute of Technology
Professor,
Department of Materials Science and Engineering
Massachusetts Institute of Technology

Harry L. Tuller
Abstract
MIT’s mission is to advance knowledge and educate students in science, technology, and other areasof scholarship and to bring this knowledge to bear on the world's great challenges. Teaching andresearch is directed towards gaining an understanding of the fundamentals of science, technology,
and other areas of scholarship, with a deep commitment to developing problem-solving skills,
historical and literary insight, and an appreciation for the scientific method. Hands-on research
opportunities provide students with a foundation for professional competence and opportunities tolearn by doing.
MIT graduate programs are designed to provide environments for advanced study by faculty andstudents working together to extend the boundaries of knowledge. Traditionally a leader inengineering and science graduate education, MIT has also attained national prominence for its
doctoral programs in mathematics and the physical and life sciences. Top-ranked graduate programsin economics; political science; linguistics; science, technology, and society; architecture; media
studies; urban studies; and management broaden the spectrum of graduate education. Graduate
education at MIT places special emphasis on the relevance of science and technology to the complex
problems of society. Such problems frequently require an interdisciplinary approach involving
expertise in several different departments1 .
In this presentation, I first focus on describing the graduate program in my Department of Materials
Science and Engineering and allied departments including admissions, curriculum, course
requirements, counseling, written/oral exams, thesis research, and interdisciplinary activities, alldesigned to insure that a student acquires core knowledge in the field and then applies it in a mannerdemonstrating his/her ability to address novel and/or complex problems in depth and report thesefindings in a cogent and thoughtful manner. I then redirect my focus to a key strength of MIT, thatbeing the ability and enthusiasm to address major global challenges in a directed and collaborative
manner. Given the Energy focus of this conference, I will describe the operations and activities of the
MIT Energy Initiative (MITEI) whose stated goals are to help develop technologies and solutions todeliver clean, affordable, and plentiful sources of energy to efficiently meet global energy needs while
minimizing environmental impacts, dramatically reducing greenhouse gas emissions, and mitigatingclimate change2 . MITEI has succeeded in bringing together faculty, scientists and engineers fromacross the institute, creating an interdisciplinary cohort of individuals capable of addressing global
energy challenges taking simultaneously into account scientific, technical, social, economic andpolitical factors. I will offer examples of how our students’ graduate education benefits from suchbroad collaborations.
1
Text borrowed from the MIT website: http://catalog.mit.edu/mit/graduate-education/2
http://energy.mit.edu/about/－9－

Kyushu University Energy Week 2019

I nvited L ecture 2

Graduate School Educational Programs at
Imperial College
Professor,
Department of Materials,
Imperial College London

John A Kilner
Abstract
Imperial College London is a world top ten university with an international reputation for excellencein teaching and research. Consistently rated amongst the world's best universities, Imperial iscommitted to developing the next generation of researchers, scientists and academics throughcollaboration across disciplines. Located in the heart of London, Imperial is a multidisciplinary spacefor education, research, translation and commercialisation, harnessing science and innovation to
tackle global challenges.
The graduate School at Imperial has been designed to meet the most pressing global challenges
through the foundation of 6 institutes, the Data Science Institute, the Energy Futures Lab., The
Institute of Global Health Innovation, The Grantham Institute for Climate Change and theEnvironment, The Institute for Security Science and Technology, and the Institute for Molecular
Science and Engineering. The graduate School offers routes to both masters and doctorate
qualifications. Masters courses can result in a broader 1year Master of Science (MSc) with asignificant taught content and a small research project or the more focussed Master of Research
involving a majority of time being spent in research. Doctoral courses can result in either a 3year
PhD involving research into a specific topic or and Engineering Doctorate with between 50-75% oftime spent at an industrial placement. Core to all these programmes is an extensive professional
skills development programme for both masters and doctoral students aimed at giving postgraduate
students an essential grounding in transferable skills pertinent to their future career development.
Doctoral training for qualifying students is funded through support from the UK Engineering andPhysical Sciences Research Council (EPSRC). EPSRC support is granted through 3 different routes,
Centres for Doctoral Training (CDTs), which are cohort-based in areas of national need, Doctoral
training partnerships, block grants to universities for flexible PhD support based on research income,and CASE awards, highly user focused training with a company which chooses the project anduniversity.
Details of the Graduate school can be found at https://www.imperial.ac.uk/study/pg/graduate-school/－ 10 －

Kyushu University Energy Week 2019

I nvited L ecture 3

University of California, San Diego (UCSD)
Graduate Programs and Studies
Professor,
Center for Energy Research
University of California, San Diego

Nguyen Minh
Abstract
University of California, San Diego (UCSD) offers a wide variety of academic and professional
graduate degree programs and graduate studies and welcomes talented students from across the U.S.
and around the world. UCSD seeks to train graduate students who will become tomorrow’s leadersin their fields and who will be equipped to solve problems and thereby transform lives and society. In
addition to graduate students pursuing degrees granted by the University, UCSD provides
opportunities of research studies for non-UCSD visiting graduate students. Participation of visiting
graduate students in R&D activities at UCSD, inherently beneficial to the visiting student, his/herhome institution and UCSD, serves to infuse diverse research perspectives for the student that canhelp to accelerate the progress of research. This presentation gives an overview of UCSD graduate
studies with a focus on visiting graduate student programs and a brief discussion of energy-related
research activities at UCSD.

－ 11 －

Kyushu University Energy Week 2019

I nvited L ecture 4

Graduate Education and Research at Stanford University:
Transformation of a Regional University into a Global
Powerhouse
Adjunct Professor,
Department of Materials Science and Engineering
Stanford University

Turgut M. GürAbstract
It is not accidental that Stanford evolved to be one of the top tier universities in the world. Started
its course offerings as a regional but visionary university in 1891, Stanford transformed into anational and global powerhouse in excellence in education and a front-runner in ground breaking
research.
I will describe how this transformation was accomplished, how Stanford became so impactful inthe emergence and supremacy of Silicon Valley, how it still maintains its influence in furthertransforming Silicon Valley from semiconductors into new technological ventures ranging frombiotechnology to nanotechnology to artificial intelligence to renewable energy to autonomous driving.
I will discuss how Stanford has built an academic environment that values and encourages
innovation and entrepreneurship in its graduate and undergraduate students, emphasizes
collaborative culture and the importance of interdisciplinarity in education and research, and accepts
failure as part of the learning experience. As the quality of both students and faculty constitute thebackbone of an academic institution, I will explain their recruitment process.
I will also describe how education and research are organized, structured, and coordinated at
Stanford among the disciplinary departments and interdisciplinary and multidisciplinary researchlaboratories, centers and institutes to address some of world’s most complex and impending problems.
By lowering the disciplinary boundaries among departments and schools, Stanford allows academic
freedom to its graduate students to pursue their intellectual interests and passions by crossing overto other departments or even schools to carry out their graduate research projects. In addition,
Stanford allows joint faculty appointments among departments as a mechanism to facilitate
collaboration and cross-breeding or seeding, and also provides flexibility to departments to recruiteven outside the discipline.
Finally, I will illustrate the potential impact of a research university on economy by providing
examples of Stanford’s contributions to the local, national and international economies, technologicalbreakthroughs, and the general well being of the global society at large.

－ 12 －

Kyushu University Energy Week 2019九州⼤学エネルギーウィーク 2019

<Kyushu University Platform of Inter/Transdisciplinary
Energy Research（Ｑ－ＰＩＴ）><Poster Presentation><Date>

12:40-14:10, Monday, 28th January 2019

<Venue>Foyer, I2CNER Bldg.1, Ito Campus, Kyushu University*The award ceremony will be held in the I2CNER hall.

<Language> English and Japanese<Session name> Poster presentation● Poster Presentation by young researchers, doctoral students, international researchers and graduate students（Reception and posters starts at 12:10）【学内応募者】
ポスター

所属

⽒名

①-1

⼯学府

星野 健太

次世代燃料電池電解質におけるプロトン伝導の起源解明

①-2

⼯学府

武藤 毬佳

再⽣可能エネルギー利⽤を想定した⾼性能⽔電解電極触媒の開発

①-3

⼯学府

Hwang Byungchan

①-4

⼯学府

澤⼭ 和貴

①-5

⼯学府

①-6

⼯学府

⻩ 亭維

①-7

⼯学研究院

CHEN TING

①-8

⼯学府

安武 昌浩

⾦属酸化物担体を⽤いた固体⾼分⼦形⽔電解セルの研究

①-9

⼯学府

宇⽥ 圭佑

⽔素の⾼効率利⽤に向けた低⽩⾦燃料電池の設計

①-10

⼯学府

吉永 健

再エネの有効利⽤を⽬的とした⽔電解・燃料電池ハイブリッド触媒に関する基礎研究

①-11

⼯学部

髙⽥ 正太郎

①-12

⼯学府

松本 豪

SOFC の⼩型・⾼効率化に資する排熱その場回収法に関する研究

①-13

⼯学府

真鍋 ⼤道

PEFC 電極触媒層の 3 次元構造観察⼿法に関する研究

①-14

⼯学府

⼆村 聖太郎将来の超⾼効率エネルギーシステムの為に〜燃料電池の設計指針〜

①-15

⼯学府

中村 翼

①-16

⼯学府

武井 翔太

①-17

システム情報科学研究院

三浦 峻

⾵⼒発電へ向けた⼤容量の全超伝導同期発電機の基礎的検討①-18

稲盛フロンティア研究センター

兵頭 潤次

格⼦⽋陥を利⽤した界⾯バンドエンジニアリングによる光触媒の⾼性能化

番号

JAYAWICKRAMASAMINDI MADHUBHA

研究タイトルDevelopment of chemical durable polymer blend consisting of silicone polymer
地熱貯留層モニタリングを⽬指した⻲裂岩⽯物性の解明
Advantages of polymer wrpping on to the carbon black toward improved Pt utilization
efficiency in polymer electrolyte membrane fuel cell(PEMFC)
再エネを⽬的とした PEFC の⾼効率化に向けたメソポーラスカーボンファイバーの開発
Emergence of Rapid Oxygen Surface Exchange Kinetics During In Situ Crystallizationof Mixed Conducting Thin Film Oxides

バイオガスで作動する燃料電池の燃料極に関する研究

再エネ有効利⽤を⽬的とした PEFC の⾼耐久化－カソードカーボン酸化劣化の定量的な検討－
再エネ有効利⽤を⽬的とした低⽩⾦ PEFC の⾼効率化-濃度過電圧低減の検討-－ 13 －

Kyushu University Energy Week 2019九州⼤学エネルギーウィーク 2019①-19

持続的共進化地域創成拠点

Pham Hung Cuong①-20

統合新領域学府

峯崎 航希

膜分離によるバイオガスからのカーボンフリー⽔素製造①-21

統合新領域学府

Yan LIpn junction formation by Si paste coated on metal substrates①-22

総合理⼯学府

坂本 遼

⾼電圧⽔系 Mg 電池の構築を⽬的とした⾼濃度電解液の創製①-23

総合理⼯学府⻄尾 陽

⾼エネルギー密度化を狙った単相型全固体電池の構築①-24

総合理⼯学府

⼩島 信⼀郎①-25

総合理⼯学府Xie Baowei①-26

応⽤⼒学研究所

LIU YINGYI①-27

先導物質化学研究所

中本 康介

①-28
①-29
①-30
①-31

カーボンニュートラル・エネルギー国
際研究所
カーボンニュートラル・エネルギー国
際研究所
⼯学府（カーボンニュートラル・エネ
ルギー国際研究所）
⼯学府（カーボンニュートラル・エネ
ルギー国際研究所）

Vincent Thoréton②-5

カーボンニュートラル・エネルギー国
際研究所

systems ofsemi-submersible type under the effect of partial wake from upstream rotors
共有結合性有機構造体 COF を⽤いた⾼エネルギー密度⽔系 Na イオン電池
Improving the surface exchange kinetics of air electrode materials for Solid Oxide Cells (SOCs)
through controlling the gas feed composition: implementation of Pulsed Isotopic Exchange (PIE).

⼀酸化炭素ケミカルコーティングによる⽔素助⻑疲労き裂進展の抑制効果と負荷周波数の影響
次世代⼤規模⽔素利⽤技術の実⽤化に貢献する⾼温⽔素中の材料強度に関する研究

Miksik Frantisek

際研究所

Performance evaluation of multiple-rotor floating wind turbine

⼭⽥ 和輝

総合理⼯学府

カーボンニュートラル・エネルギー国

Na-ion Battery

ケミカルコーティングによる⽔素ぜい化抑制効果に及ぼす材料強度の影響に関する研究

②-2

②-4

Cathode Properties of Na3MnPO4CO3 Prepared by Mechanical Milling Method for

吉⽥ 修⼀

髙﨑 ⼤裕

際研究所

案

酸素発⽣反応のための⾦属クラスター複合層状複⽔酸化物ナノシート電極触媒の開発

⼯学府

②-3

核融合発電実現に向けた EC ⾼調波加熱時の中性粒⼦の影響と静電波を⽤いた⾼密度化の実験提

北野 翔

②-1

カーボンニュートラル・エネルギー国

Development of Fe-Cr-Al Alloy as a Porous Alloy Substrate for SOFCs

Nguyen Dinh Hoa
Biao Shen
Hadi Farabi-Asl

Performance of TMPS mesoporous silica nanoparticles as a thermal energy storage
mediumDecentralized control and optimization approaches towards a direct energy sharing
and trading economy
Development of Highly-efficient Multiscale Biphilic Heat Transfer Surfaces forInnovative Thermal Management Schemes
Future shape of energy system in Japan to achieve 80% emission reduction goal by
2050, a whole system approach
Techno-Economic Analysis of BEV Charging Stations and FCEV Hydrogen Stations:

③-1

⼯学部

Kovashikawa Maria

③-2

経済学府

永島 史弥

アジアの産業連関サプライチェーンに付随する⼤気汚染物質の健康被害評価

③-3

経済学府

中本 裕哉

動的離散選択モデルに基づく⾃動⾞のライフサイクル分析

③-4

経済学府

⾼藪 広隆

③-5

経済学府

⽩新⽥ 佳代⼦③-6

地球社会統合科学府

④-1

⼯学研究院

⼩出 太郎

エネルギー材料への応⽤を⽬指した 20πポルフィリノイドの合成

④-2

⼯学府

伊川 萌⻩

Relatinoship between Energy Affordability, Health, and Well-being

④-3

⼯学府

古賀 ⼤貴

新規 N 型半導体材料としてのポルフィセン誘導体に関する研究

Chumphol
Aunphattanasilp

Mapping and Implementation

⾦属産業とエネルギー産業のサプライチェーンを考慮した効率性分析と CO2 削減ポテンシャル推計モデルの開発
構造的類似性に基づく CO2 排出構造分析
Politicization of Energy: Discursive Strategies of Social Movements in Thailand(1987-2017)－ 14 －

Kyushu University Energy Week 2019九州⼤学エネルギーウィーク 2019

④-4

⼯学府

熊⾕ 惇也

④-5

⼯学府

Albert Mufundirwa

④-6

⼯学府

⽯橋 悠佑

SOFC の⾼耐久化に向けた Ni 合⾦アノードに関する研究

④-7

⼯学府

⼤⼟井 博俊MPL/GDL ⽀持型 新規 PEFC セルの開発④-8

統合新領域学府

グェン タオ

加圧下で流動する⾼分⼦材料の省エネルギー成形④-9

総合理⼯学研究院

末松 昂⼀

BaTiO3 ナノ粒⼦分散液を⽤いた BaTiO3/PMMA 透明複合フィルムの開発④-10

総合理⼯学府真鍋 征也

負ミュオン起因ソフトエラー率推定に向けた素過程核反応データの取得④-11

総合理⼯学府廣池 匠哉

数値計算を⽤いた宇宙⽤推進機の耐久性評価⼿法確⽴④-12

総合理⼯学府Indri Yaningsih④-13

総合理⼯学府江川 雄亮

⾼性能かつ⻑寿命を実現するアノードレイヤ型ホールスラスタの開発

貞清 正彰

結晶性多孔体を⽤いた新規固体イオン伝導体の開発

④-14
④-15
④-16
④-17

カーボンニュートラル・エネルギー国
際研究所
総合理⼯学府（カーボンニュート
ラル・エネルギー国際研究所）

Sampad Ghosh

⼯学府（カーボンニュートラル・エネ

Rocky Kaiser

ルギー国際研究所）

Ahmed

⼯学府（カーボンニュートラル・エネ
ルギー国際研究所）

④-18

福⽥ 未央

省エネ意識は環境に配慮した交通⼿段選択を促進するか︖
Fe-N-C Cathode Catalysts for ORR in PEFCs

Development of desiccant dehumdification system for low-temperature operations

Energy harvesting from structural surface and urban heat island effect (UHI)
alleviation utilizing the thermoelectric effectSynthesis and characterization of consolidated composite adsoerbents for next
generation adsorption heat pump (AHP) applications
⾼強度材料における、き裂発⽣及び微⼩き裂の進展下限界により決定される疲労限度対する⽔素の影
響

理学研究院

宮⽥ 潔志

⼈⼯光合成系における光-物質変換過程の直接観測と機構解明

所属

⽒名

G-1

KAIST(韓国）

Jun Kyu Kim

G-2

ハワイ⼤学(USA)

Jing Qi

Synthesis and characterization of carbide catalysts supported on carbide supports

G-3

ハワイ⼤学(USA)Colin Ferguson

A Hydrogeochemical Assessment of Geothermal Resources in the State of Hawaii【海外招へい者】
ポスター
番号

G-4
G-5

オーフス⼤学（デンマーク）ルーバンカトリック⼤学（ベルギー）
同済⼤学

G-6
G-7

（中国）
シェフィールド⼤学（イギリス）

Yigang Yan

研究タイトルOutermost Surface Chemistry and its Impact on Oxygen Reduction Reaction Kinetics
in Sr- and Al-doped Lanthanum Manganite Thin Film

Amide Borohydride as A New group of Solid-State Electrolyte

Xiao LIAr adsorption in the porous magnesium borohydride, a case study by X ray diffraction

HE Yang

Thermal and energy performance study of green envelope

Peng Luo

Performance Limit of Silicon Carbide IGBT

【海外特別参加者】
ポスター
番号
S-1

所属
ニューサウスウェールズ
⼤学（オーストラリア）

⽒名
Qiwen Lai

研究タイトル
LiBH4 electronic destabilisation with Nickel(II) phthalocyanine - leading to areversible hydrogen storage system－ 15 －

Kyushu University Energy Week 2019九州⼤学エネルギーウィーク 2019

Kyushu University Platform of Inter/Transdisciplinary
Energy Research (Q-PIT)<Date>

9:00-12:30, 29th January 2019

<Venue>Inamori Hall, Kyushu University Ito Campus<Language> English<Theme>“Q-PIT Workshop: 2nd Sheffield Kyushu Workshop on Electrochemical Energy Conversion”< Program and Speakers>
Time

Program and Speaker

9:00-9:05

Opening Remarks

9:05-9:20●Hydrogen Research Activities at Kyushu University
Kazunari Sasaki (Senior Vice President, Kyushu University, Japan)

9:20-9:40●Invited Lecture: Energy 2050 at the University of Sheffield
Mohamed Pourkashanian (Head of Energy 2050, University of Sheffield, UK)

9:40-10:00●Project Overview: Platinum-free Electrocatalysts for Fuel Cells
Stephen Lyth (Q-PIT, Kyushu University, Japan)

10:00-10:20●Invited Lecture: Multiphysics and Multiscale Modelling of PEFC Systems
Mohammed Ismail (Energy 2050, University of Sheffield, UK)

10:20-10:40●Microporous Layers in PEFCs: Combining Experiment with Theory
Hironori Nakajima (Department of Mechanical Engineering, Kyushu University, Japan)

10:40-11:00●Kyushu vs Sheffield! Rapid-Fire Student Presentations

11:00-11:20●Invited Lecture: DFT Calculations in Electrochemistry
Kevin Hughes (Energy 2050, University of Sheffield, UK)

11:20-11:40●Improved Pt Utilization in PEFCs by Polymer Coating of Nanocarbons
Tsuyohiko Fujigaya (Department of Applied Chemistry, Kyushu University, Japan)

11:40-12:00●Invited Lecture: Multi-scale Modelling of Electrochemical Systems
Lin Ma (Energy 2050, University of Sheffield, UK)

12:00-12:20●DFT Simulations of Electrochemical Systems

Aleksandar Staykov (I2CNER, Kyushu University, Japan)

12:20-12:30

Closing Comments
Stephen Lyth / Mohammed Ismail－ 16 －

九州⼤学エネルギーウィーク 2019

Kyushu University Energy Week 2019

Kyushu University Platform of Inter/Transdisciplinary
Energy Research (Q-PIT)<Date>
14:00-18:00, 29th January 2019
<Venue>Inamori Hall, Kyushu University Ito Campus<Language> English<Theme>“Q-PIT & APN Workshop: Low-Carbon Energy Transitions in Asia: Interdisciplinary Perspectives”< Program and Speakers>
Time
14:00-14:10

Program and Speaker
Introduction


Welcoming remarks

Session 1: Global Perspectives on Energy Transitions
14:10-15:15(Moderator: Assoc. Prof. Robert Lindner)
Enabling a Low-Carbon Transition While Fossil Fuels are Still Abundant: The U.S.
Dilemma; Prof. Marilyn A. Brown (Regents' and Brook Byers Professor of Sustainable
Systems in the School of Public Policy, Georgia Institute of Technology)Empowering the Great Energy Transition (book presentation); Prof. Scott Valentine(Professor and Associate Dean of Sustainability and Urban Planning, School of Global,
Urban and Social Studies, Royal Melbourne Institute of Technology)

Session 2: Low-Emission Development Strategies in Asia
15:15-16:15(Moderator: Assoc. Prof. Hooman Farzaneh)

RPS Mechanism and REC trading for Low Carbon Energy System (Development in
China); Zhang Qi, Professor, Dean, Academy of Chinese Energy Strategy, China
University of Petroleum-Beijing

Making Asia and the Pacific's Skies Blue Again: Implementing 25 Solutions to Help 1
Billion People Breathe Cleaner Air by 2030; Eric Zusman, Research Director, Institute for
Global Environmental Strategies (IGES), Japan

16:15–16:30

Short break
Session 3: Research Projects on Energy Transitions in Asia at Kyushu University

16:30-17:30(Moderator: Assoc. Prof. Robert Lindner)

How Does Information and Communication Technology Capital Affect Productivity in the
Energy Sector? Evidence from 14 Countries; Hidemichi Fujii, Associate Professor,
Department of Economy and Business, Kyushu UniversityContrasting Bottom-Up and Top-Down Policy Approaches to the Japanese Energy
Transition; Andrew Chapman, Associate Professor, I2CNER, Kyushu UniversityMultiple impact assessment of the Low emission development strategies in Asian cities,

Evaluation of the ocean ecosystem: Climate change modeling with backstop

Hooman Farzaneh, Associate Professor, Q-PIT, Kyushu University
technologies; Wataru Nozawa, Assistant Professor, Department of Urban andEnvironmental Engineering, Faculty of Engineering, Kyushu University

17:30-18:00

Session 4: Panel Discussion & Wrap-up(Moderator: Prof. Shunsuke Managi)

18:00

End of session－ 17 －

Kyushu University Energy Week 2019

Invited Lecture: Energy 2050 at
the University of Sheffield

Hydrogen Research Activities at
Kyushu University

Senior Vice President,
Kyushu University

Head of Energy 2050,
University of SheffieldKazunari Sasaki

Mohamed PourkashanianInvited Lecture: Multiphysics andMultiscale Modelling of PEFC Systems

Project Overview: Platinum-freeElectrocatalysts for PEFCs

Associate Professor,
Q-PIT, Kyushu University

Research Associate,
Energy 2050, University of Sheffield

Stephen Lyth

Mohammed Ismail
Invited Lecture: DFT Calculations inElectrochemistry

Microporous Layers in PEFCs:
Combining Experiment with Theory

Assistant Professor,
Department of Mechanical Engineering,
Kyushu University

Senior Lecturer,
Energy 2050, University of Sheffield

Hironori Nakajima

Kevin Hughes
Invited Lecture: Multi-scale Modellingof Electrochemical Systems

Improved Pt Utilization in PEFCs by
Polymer Coating of Nanocarbons

Assistant Professor,
Department of Applied Chemistry,
Kyushu University

Professor,
Energy 2050, University of Sheffield

Tsuyohiko Fujigaya

Lin MaDFT Simulations of Electrochemical
Systems

Associate Professor,
I2CNER, Kyushu University

Aleksandar Staykov－ 18 －

Kyushu University Energy Week 2019

Session 2: Moderator

Session 3: Moderator

Associate Professor,
Q-PIT, Kyushu University

Associate Professor,
Q-PIT, Kyushu University

Hooman Farzaneh

Robert Lindner

Session 4: Moderator & Wrap-up

Distinguished Professor,Director,
Urban Institute,School of Engineering,
Kyushu University

Shunsuke Managi
Enabling a Low-Carbon Transition While Fossil
Fuels are Still Abundant: The U.S. Dilemma

Empowering the Great Energy Transition(book presentation)

Professor,
Georgia Institute of Technology

Professor,
Royal Melbourne Institute of Technology

Marilyn A. Brown

Scott Valentine

RPS Mechanism and REC trading for Low
Carbon Energy System (Development in China)

Making Asia and the Pacific's Skies Blue Again: Implementing 25
Solutions to Help 1 Billion People Breathe Cleaner Air by 2030

Professor,
China University of Petroleum-Beijing

Research Director,
Institute for Global Environmental
Strategies (IGES)

Zhang Qi

Eric Zusman

How Does Information and Communication Technology Capital AffectProductivity in the Energy Sector? Evidence from 14 Countries

Contrasting Bottom-Up and Top-Down Policy
Approaches to the Japanese Energy Transition

Associate Professor,
Department of Economy and Business,
Kyushu University

Associate Professor,
I2CNER, Kyushu University

Hidemichi Fujii

Andrew Chapman

Multiple impact assessment of the Low
emission development strategies in Asian cities

Climate change and ecosystems

Associate Professor,
Q-PIT, Kyushu University

Assistant Professor,
Faculty of Engineering,
Kyushu University

Hooman Farzaneh

Wataru Nozawa－ 19 －

Kyushu University Energy Week 2019九州⼤学エネルギーウィーク 2019

九州⽔素・燃料電池フォーラム＆⽔素先端世界フォーラム 2019<⽇時> 2019 年 1 ⽉ 29 ⽇(⽕)

Day1

14:00-16:50<場所> 電気ビルみらいホール（福岡県福岡市中央区渡辺通 2 丁⽬-1-82 電気ビル共創館 4 階）
<プログラム>時間

14:00～14:10

14:10～14:40

内容

講演者

開会挨拶

経済産業省 九州経済産業局
塩田康一 局長
福岡水素エネルギー戦略会議 顧問
小川洋 福岡県知事

水素エネルギー社会実現への
産学官地域連携と将来展望

国立大学法人九州大学 副学長 兼
水素エネルギー国際研究センター長
佐々木一成 教授

14:40～15:10

水素社会実現に向けた経済産業省の取組

15:10～15:20

休憩

15:20～16:00

水素社会実現に向けた実証事業への取組

16:00～16:30

燃料電池自動車普及に向けた
水素ステーション整備の加速

16:30～16:50

北九州市の水素社会実現に向けた取組

16:50～17:00

休憩

17:00～18:30

交流会・名刺交換会

経済産業省 資源エネルギー庁
省エネルギー・新エネルギー部
新エネルギーシステム課長 兼
水素・燃料電池戦略室長
江澤正名 氏

岩谷産業株式会社 上級理事
中央研究所 副所長
繁森敦 氏

日本水素ステーションネットワーク合同会社
代表社員職務執行者（社長）菅原英喜 氏北九州市 環境局 環境国際経済部
温暖化対策課長
齋村隆一 氏定員 100 名、4,500 円/人（予定）－ 20 －

Kyushu University Energy Week 2019

Kyushu University Energy Week 2019

Hydrogen Energy and Fuel Cell Forum in Kyushu &International Hydrogen Energy Development Forum 2019 Day2
<Date>

9︓30-11︓40, 30th January 2019

<Venue> Ito Campus Shiiki Hall
<Program and Speaker>
Time
9:30-9:40

ProgramSpeaker

Opening

Prof.Joichi Sugimura「Introduction of NEDO’s Activities
9:40-10:20

for Hydrogen and Fuel Cell
Technology」

New Energy and Industrial
Technology Development Organization
Exective Director
Mr.Yoshiteru Sato

U.S. Department of Energy(DOE)
10:20-11:00 TBD

Pacific Northwest National Laboratory
Senior Research Scientist
Dr. Kevin L. Simmons「Hydrogen & Fuel Cells in the
11:00-11:40

Transport Sector and in Energy
Transition – Challenges andOpportunities」

Ludwig-Bölkow-Systemtechnik GmbH
Senior Consultant
Mr. Reinhold Wurster－ 21 －

Kyushu University Energy Week 2019

‐ HYDROGEN‐MATERIALS INTERACTIONS ‐HYDROGENIUS, I2CNER, AND HYDROMATE JOINT RESEARCH SYMPOSIUM
HYDROGENIUS FATIGUE AND FRACTURE DIVISION,

I2CNER HYDROGEN MATERIALS COMPATIBILITY DIVISION,& HYDROMATEDATE: WEDNESDAY, JANUARY 30, 2019
TIME: 13:00‐17:20
VENUE: LECTURE THEATER 302, SHIIKI HALL

Time

Speaker

Affiliation

13:00‐13:10

Hisao Matsunaga

Kyushu University

13:10‐13:40

Kenichi Takai

Sophia University

13:40‐14:10

Tom Depover

Ghent University

14:10‐14:40

Frantz Martin

CEA

14:40‐15:10

Tarlan Hajilou

NTNU

15:10‐15:40

Title
Opening Remarks
Crystallographic analysis and hydrogen‐enhanced lattice defect evaluation
beneath hydrogen‐related fracturesurface of high‐strength steels
Evaluation of the interaction ofhydrogen with a steel microstructure:
key in the development of hydrogen
resistant materials
Hydrogen diffusion and trapping in FCC
alloys: a quantitative approach basedon experimental data and numericalanalysis
A new insight into hydrogen enhanced
cracking by in situ electrochemical
microcantilever bending testBreak

15:40‐16:10

Akihide Nagao

JFE steelExperimental and simulational study ofhydrogen uptake in low‐alloy steels
exposed to high‐pressure H2 gas

16:10‐16:40

Kelly Elizabeth Nygren

Cornell University

Hydrogen embrittlement of FCC equi‐atomic alloys and mechanisms forintergranular failure

16:40‐17:10

Ryosuke Komoda

Fukuoka University

Inhibition of hydrogen environment
embrittlement by small amount ofoxygen contained in hydrogen gas

17:10‐17:20

Brian Somerday

SwRI, I2CNER－ 22 －

Closing Remarks

Kyushu University Energy Week 2019

‐HYDROGEN IN TRIBOLOGICAL PROCESSES‐

2019 HYDROGENIUS & I2CNER TRIBOLOGY SYMPOSIUM
HYDROGENIUS TRIBOLOGY DIVISION& I2CNER HYDROGEN MATERIALS COMPATIBILITY DIVISION

DATE: WEDNESDAY, JANUARY 30, 2019
TIME: 13:00‐18:00
VENUE: LECTURE THEATER 303, SHIIKI HALL
Time

Program and Speaker

13:00‐14:30

Session 1
Chair: Yoshinori Sawae, Kyushu University

13:00‐13:40

Keynote Lecture 1
Influence of cryogenic hydrogen environment on the tribological properties ofmaterials
Thomas Gradt, Bundesanstalt für Materialforschung und ‐prüfung (BAM), Germany

13:40‐14:05

14:05‐14:30
14:30‐14:40
14:40‐15:55
14:40‐15:05

15:05‐15:30

Invited Talk
Friction and wear of DLC and stainless steel in various environmental gas
Yuya Hayashi1, Keiji Sasaki1, Taichi Araki2, Hiroyoshi Tanaka2, Joichi Sugimura2
1
DENSO Corporation, 2Kyushu University, Japan
Invited Talk
Approaching for low friction with high permittivity material under oil lubrication
Motoyuki Murashima, Nagoya University, Japan
Break
Session 2
Chair: Joichi Sugimura, Kyushu University
Invited Talk
Molecular simulations for boundary lubrication under specific conditions
Hitoshi Washizu, University of Hyogo, Japan
Invited Talk
Effect of molecular structures of oils on amounts of hydrogen evolution throughdecomposition of oils by action of discharge plasma
Satoshi Nouyama1, Keiji Nakayama2
1
Kyodoyushi Co., Ltd., 2Institute of Mesotechnology, Japan

15:30‐15:55

Invited Talk
Generation and permeation of hydrogen at metal surfaces
Hiroyoshi Tanaka, Kyushu University, Japan

15:55‐16:00

Break

16:00‐16:40

Joint Session with Hydrogen Polymers Team
Invited Talk
TBD

16:40‐16:45

Break－ 23 －

Kyushu University Energy Week 2019

Poster Session
PT01. Performance of bearings and shaft‐seals for reusable rocket engine
turbopump
Hiromitsu Kakudo, Takashi Yokoyama, Satoshi Takada, Makoto Yoshida
Japan Aerospace Exploration Agency (JAXA), Japan
PT02. Correlation of PV value with wear of DLC in hydrogen
Hirofumi Hashiba1, Takehiro Morita2, Yoshinori Sawae2, Joichi Sugimura2
1
Aisan Industry Co., Ltd., 2Kyushu University, Japan
PT03. Effect of doped metals on low friction of DLC coatings
Kohei Shirahama, Hiroyoshi Tanaka, Joichi Sugimura, Kyushu University, Japan
PT04. The effect of oxygen on the tribology of (PEI/GO)15 multilayer solid lubricant
coatings on steel substrates
Prabakaran Saravanan, Hiroyoshi Tanaka, Joichi Sugimura
Kyushu University, Japan

16:45‐18:00

PT05. Low friction of carbon fiber filled PTFE in high‐purity hydrogen
Rui Taninokuchi, Keito Sakaki, Takehiro Morita, Yoshinori Sawae, Joichi Sugimura
Kyushu University, Japan
PT06. Effect of environmental gas on friction and wear of rubbers in reciprocal anduni‐directional sliding
Joichi Sugimura, Kazumi Okada, Hiroyoshi Tanaka, Kyushu University, Japan
PT07. Fatigue cracking of rubbers in reciprocating sliding contact in hydrogen
Joichi Sugimura, Kazumi Okada, Hiroyoshi Tanaka, Kyushu University, Japan
PT08. Controlling hydrogen permeation: Effect of base oil polarity on ZDDP film
growthVlad Bogdan Niste1, Hiroyoshi Tanaka1, Monica Ratoi2, Joichi Sugimura1
1
Kyushu University, Japan, 2University of Southampton, UK
PT09. Effects of molecular structures on decomposition of lubricating oils at
nascent metal surface
Shun Honda1, Hiroyoshi Tanaka1, Yoji Sunagawa2, Joichi Sugimura1
1
Kyushu University, 2Idemitsu Kosan Co., Ltd., Japan
PT10. Study on hydrogen generation and permeation under rolling contact of steel
with phenyl ether lubricants
Shotaro Koizumi, Hiroyoshi Tanaka, Joichi Sugimura, Kyushu University, Japan－ 24 －

Kyushu University Energy Week 2019

‐ THERMAL ISSUES FOR HYDROGEN AND NEW REFRIGERANTSFOR ENERGY SYSTEMS –HYDROGENIUS AND I2CNER JOINT RESEARCH SYMPOSIUM
HYDROGENIUS THERMOPHYSICAL PROPERTIES DIVISION& I2CNER THERMAL SCIENCE AND ENGINEERING DIVISION

DATE: WEDNESDAY, JANUARY 30, 2019
TIME: 13:20 – 17:45
VENUE: CONFERENCE ROOM, 2F, I2CNER BLD. 1

Time

Speaker

13:20‐14:00

Laura Fedele

14:00‐14:40

Sergio Bobbo

14:40‐15:10

Yukitaka Kato

15:10‐15:40

Ken Yamamoto

15:40‐16:00

Masahiro Narasaki

Affiliation
Construction
Technologies
Institute, National
Research Council(ITC‐CNR)
Construction
Technologies
Institute, National
Research Council(ITC‐CNR)
Tokyo Institute ofTechnology
Tokyo University of
Science
Kyushu University

16:00‐16:10

Title

Phase Change Materials andNanofluids as Innovative Materials
for Energy Applications

Thermophysical Properties of Low
GWP Refrigerants
Energy Storage for Future Energy
Systems
Pinning in the Interface Translation
Thermal Transport in Structurally‐
modified Nanocarbon Materials

Break

16:10‐16:50

Anutosh Chakraborty

Nanyang
Technological
University

16:50‐17:20

Jin Miyawaki

Kyushu University

17:20‐17:40

Mahabubul Muttakin

Kyushu University

17:40‐17:45

Naoya Sakoda

Kyushu University－ 25 －

Water Adsorption Study on Various
Synthesized MOFs Employing Grand
Canonical Monte Carlo Simulationand Experimental Investigations
Development of Activated Carbons
with Enhanced Effective Adsorption
AmountPerformance Evaluation of a Silica
Gel‐Water Adsorption Chiller
Involving Mass and Heat Recovery
Processes
Closing Remarks

Kyushu University Energy Week 2019

Kyushu University Energy Week 2019

International Symposium of Hydrogen Polymers Team, HYDROGENIUS
Date: Wednesday, 30th January 2019
Venue: Shiiki Hall, Kyushu University
Oral Session
13:00-14:40 Session 1
Chairperson: Dr Hiroaki ONO, Kyushu University
13:00-13:20

Opening Remarks/
Polymeric Materials for Hydrogen Devices
Prof Shin NISHIMURA, Kyushu University (Japan)

13:20-14:00

TBD
Dr Azdine NAIT-ALI, Institut Pprime, ENSMA (France)

14:00-14:40

Effect of stress hold time on fatigue life for injection molded PA11
Prof Takashi KURIYAMA, Yamagata University (Japan)

14:40-15:00

Coffee BreakSession 2
Chairperson: Dr Hiroaki ONO, Kyushu University

15:00-15:40

Influence of High-Pressure Hydrogen Gas on Crystalline Polymers:
an Attempt at In-Situ FTIR Measurements
Prof Fumitoshi KANEKO (Japan)

15:40-16:50

Joint Symposium of Hydrogen Tribology Team and Hydrogen PolymersTeam

15:40-16:20

TBD
Dr Kevin SHIMMONS, Pacific Northwest National Laboratory (USA)

16:20-16:25

Closing Remarks of Oral Session
Prof Shin NISHIMURA, Kyushu University (Japan)

16:25-16:30

Break

16:30-18:00

Poster Session

PP01

Activities of Research Group on Elastomers for Hydrogen Equipment
Shin NISHIMURA, Kyushu University (Japan)

PP02

Establishment of evaluating methods aiming to develop long-life sealing rubber-New attempt of HYDROGENIUS Polymer TeamHirotada FUJIWARA, Kyushu University (Japan)

PP03

Analysis of filler types in the viewpoint of influence on hydrogen property in NBR
Hirotada FUJIWARA, Kyushu University (Japan)

PP04

Influence of morphology on high-pressure hydrogen property of rubber material
Hirotada FUJIWARA, Kyushu University (Japan)

PP05

Influence of different rubber compounds with different compounding methods underhigh pressure hydrogen gas
Takuya KAMINO, Kurume College (Japan)－ 26 －

Kyushu University Energy Week 2019

Kyushu University Energy Week 2019
PP06

Estimation of void volume generated by high pressurized hydrogen exposure using a dielectricrelaxation measurement
Masahiro KASAI, Kyushu University (Japan)

PP07

Vibrational spectroscopic study on the interaction between carbon black and rubber molecular
chain
Hiroto YAMAGUCHI, Kogakuin University (Japan)

PP08

Effect of mechanical properties of diaphragm rubber on gas transfer efficiency for hydrogen
circulation blower
Ryo HISATSUNE, Graduate school of engineering Kyushu University (Japan)

PP09

Mechanical Properties and Degradation of NR with Different State of Cure
Kazumi NAKAYAMA, Chemicals Evaluation and Research Institute (Japan)

PP10

The compound design of FKM for compressors on Hydrogen Refueling Stations
Ryo TAKAHASHI, Takaishi Industry co.,ltd (Japan)

PP11

Study on High-pressure Hydrogen Seal Durability of Rubber O-ring
Atsushi KOGA, NOK CORPORATION (Japan)

PP12

Influence of phase transition on Polytetrafuoroethylen(PTFE) with high pressure hydrogen
exposure
Hirotada FUJIWARA, Kyushu University (Japan)

PP13

Hydrogen permeation property of polyethylene under high pressure condition
Hirotada FUJIWARA, Kyushu University (Japan)

PP14

Influence of the high-pressure hydrogen gas exposure repetition on the internal damage evolutionof high-density polyethylene
Hiroaki ONO, Kyushu University (Japan)

PP15

Structure Change Caused by Exposure to High-pressure Hydrogen Gas: Influence of Crystallinity in
Polyamide11
Keiko OHYAMA, Kyushu University (Japan)

PP16

Effect of Propylene carbonate on ionic conductance of Polyethylene carbonate polymer electrolyte
Kazuma MATSUSHITA, Graduate school of engineering Kyushu University (Japan)－ 27 －

九州⼤学エネルギーウィーク 2019
Kyushu University Energy Week 2019

IMCE Special Lecture
Next Generationʼs Li-ion Battery Materials

1/30<Date>

13:00-17:00, 30th January, 2019

<Venue>Institute for Materials Chemistry and Engineering Central Building Room 111
Kyushu University Chikushi Campus (6-1 Kasuga-Koen, Kasuga-shi, Fukuoka)<Language> Japanese<Technical Program>
時間

13:00-15:00

Mr. Ippei OHTA

プログラム・講演者

Japan Patent Office, Patent Examination Department(Electronic Technology)“Analysis of Invention and Evaluation of New Technology from the View
Point of Patent Examiner of Japan Patent Office”
15:00-17:00

Associate Prof. Masashi Okubo
Department of Chemical System Engineering, The University of Tokyo“High Energy Density of Secondary Battery; Oxygen Redox Reaction in
Solid“－ 28 －

Kyushu University Energy Week 2019

I N T E R NA T IO N A L I NS T I T UT E F O R C A R B O N -N E U T RA L E N E R G Y R E S E A R C H

2019 I2CNER ANNUAL SYMPOSIUM:
ENERGY TRANSITIONS AND THE ROLE OF CCSTOWARD A CARBON‐NEUTRAL ENERGY SOCIETY
I2CNER Hall
Ito Campus
Kyushu University

THURSDAY, JANUARY 31, 20199:30 a.m.

Opening Remarks

Dr. Chiharu Kubo, President, Kyushu University (5 min)Dr. Akira Ukawa, WPI Program Director, Japan Society for the Promotion of
Science (5 min)Mr. Ross Matzkin‐Bridger, Energy Attaché, U.S. Embassy Tokyo, and Director,
U.S. Department of Energy’s Japan Office (5 min)Prof. Petros Sofronis, Director, I2CNER, Kyushu University (5 min)9:50 a.m.

Invited Lecture

10:45 a.m.

Coffee Break

11:05 a.m.

Invited Lecture

12:00 p.m.

I2CNER Presentation

12:30 p.m.

Group Photo Session & Lunch“Understanding Transitions: the Case of the Energy Transition”
Prof. Geert Verbong, School of Innovation Sciences, Eindhoven Universityof Technology“Clean Energy Technologies for Economic Transitions”
Dr. Jill Engel‐Cox, Joint Institute for Strategic Energy Analysis,
U.S. National Renewable Energy Laboratory“I2CNER Energy Transition Efforts for a Carbon‐Neutral Energy Society”
Prof. Kenshi Itaoka, I2CNER, Kyushu University－ 29 －

Kyushu University Energy Week 20191:25 p.m.

Invited Lecture

2:20 p.m.

I2CNER Presentation

2:50 p.m.

Invited Lecture“CCS and its Role in the Low‐Carbon Energy Transition”
Prof. Michael Celia, Princeton Environmental Institute, Princeton University“Monitoring for Effective and Safe CO2 Storage”
Prof. Takeshi Tsuji, I2CNER, Kyushu University“Overview of Climate Change Measures and Proactive Initiatives
for Realizing CCS in Japan”
Mr. Hitoshi Nissaka, Climate Change Projects Office, Global Environment
Bureau, Ministry of the Environment, Japan

3:20 p.m.

Coffee Break

3:40 p.m.

Invited Lecture“CCS as a Vital Option towards a Sustainable Future”
Dr. Makoto Akai, National Institute of Advanced Industrial Science andTechnology

4:35 p.m.

Invited Lecture

5:30 p.m.

Wrap up and Implications

6:00 p.m.

Reception
Venue: I2CNER Lounge“Energy Transitions, Moral Hazard and Magical Thinking”
Dr. David Reiner, Judge Business School, University of Cambridge
Prof. Andrew Chapman, I2CNER, Kyushu University
Prof. Michael Celia, Princeton Environmental Institute, Princeton University

Presentation times:
External invitees: 40 minutes + 15 minutes Q&A
Government representatives and I2CNER faculty: 20 minutes + 10 minutes Q&A－ 30 －

Kyushu University Energy Week 2019

I nvited L ectures
Understanding Transitions: the Case of the Energy Transition

Prof. Geert Verbong
School of Innovation Sciences, Eindhoven University of Technology
Professor

Clean Energy Technologies for Economic Transitions

Dr. Jill Engel-Cox
Joint Institute for Strategic Energy Analysis, U.S. National Renewable Energy Laboratory
Director

CCS and its Role in the Low-Carbon Energy Transition

Prof. Michael Celia
Princeton Environmental Institute, Princeton University
Director

Overview of Climate Change Measures andProactive Initiatives for Realizing CCS in JapanMr. Hitoshi Nissaka
Climate Change Projects Office, Global Environment Bureau, Ministry of the Environment, Japan
Deputy Director

CCS as a Vital Option towards a Sustainable Future

Dr. Makoto Akai
National Institute of Advanced Industrial Science and Technology
Emeritus Researcher

Energy Transitions, Moral Hazard and Magical Thinking

Dr. David Reiner
Judge Business School, University of Cambridge
Senior Lecturer－ 31 －

Kyushu University Energy Week 2019

‐MATERIALS FOR PHOTO & ELECTRIC ENERGY CONVERSION‐
I2CNER INTERNATIONAL WORKSHOP

MOLECULAR PHOTOCONVERSION DEVICES DIVISION& ELECTROCHEMICAL ENERGY CONVERSION DIVISION

DATE: FRIDAY, FEBRUARY 1, 2019
TIME: 9:30‐17:30
VENUE: I2CNER HALL B
Time

Speaker

Affiliation

Prof. Hiroshige
MatsumotoProf. Toshinori
Matsushima
Prof. Motonori
Watanabe

I2CNER, Kyushu
University
I2CNER, Kyushu
University
I2CNER, Kyushu
University

10:20‐10:40

Prof. Alexander
Staykov

I2CNER, Kyushu
University

10:40‐11:00

Prof. Minkyu Son

I2CNER, Kyushu
University

11:00‐11:40

Prof. Ryu Abe

Kyoto University

11:40‐12:00

Dr. Nuttavut
Kosem

I2CNER, Kyushu
University

9:30‐9:40
9:40‐10:00
10:00‐10:20

Title

Efficient and stable metal halide
perovskite solar cell
Dye sensitized photocatalyst
Interaction of SrO‐terminated SrTiO3
surface with oxygen, carbon dioxide, andwater
Photoelectrochemical water splitting forhydrogen generation
New mixed‐anion semiconductors forphotocatalytic water splitting undervisible light
Photo bio catalyst for H2 production

Lunch

12:00‐13:00
13:00‐13:40

Prof. Lane Martin

U.C. Berkley

13:40‐14:20

Dr. Qiwen Lai

the University of
New South Wales

14:20‐15:00

Prof. Harry Tuller

Massachusetts
Institute ofTechnology

Leveraging Thin‐Film Epitaxy to Design
Optimal Perovskite Structures for High
Ionic Conduction
Hydrogen storage with nanoscaled
complex hydrides
Advances in the use of optical absorption
spectroscopy in investigating defectequilibria and oxygen exchange kinetics
in mixed ionic‐electronic conducting SOFC
cathodesCoffee Break

15:00‐15:20
15:20‐16:00

Opening Remarks

Dr. Daniele
PergolesiPaul Scherrer
Institute (PSI)－ 32 －

Oxynitride thin film model systems forsolar water splittingKyushu University Energy Week 2019

I2CNER, Kyushu
University
2
I CNER, Kyushu
University
2
I CNER, Kyushu
University

16:00‐16:20

Prof. Kaveh Edalati

16:20‐16:40

Dr. Kulbir Kaur

16:40‐17:00

Dr. Vincent
Thoreton

17:00‐17:20

Dr. Dino Klotz

I2CNER, Kyushu
University

17:20‐17:30

Prof. John A. Kilner

Imperial College
London－ 33 －

High‐pressure torsion treatment ofphotocatalysts
Microstructural and Electronic Propertiesof the YSZ/CeO2 interface
Grain boundary diffusion in
La0.6Sr0.4Co0.2Fe0.8O3+δ
Negative capacitance or inductive loop; A
general assessment of a common low
frequency impedance feature
Closing Remarks

Kyushu University Energy Week 2019‐CARBON CAPTURE AND UTILIZATION RESEARCHFOR NEGATIVE CARBON EMISSIONS‐I2CNER INTERNATIONAL WORKSHOPCATALYTIC MATERIALS TRANSFORMATIONS DIVISION& CO2 CAPTURE AND UTILIZATION DIVISION

DATE: FRIDAY, FEBRUARY 1, 2019
TIME: 13:00 ‐17:30
VENUE: I2CNER HALL C
Time

Speaker

Affiliation

13:00‐13:05

Prof. Shigenori
Fujikawa

I2CNER, Kyushu
University

13:05‐13:35

Dr. Taisei Nishimi

ARPChem

13:35‐14:05

Prof. Osamu
Ishitani

Tokyo Institute ofTechnology

14:05‐14:30

Dr. Tatsuya Ando

I2CNER, Kyushu
University

14:30‐14:55

Prof. Miho
Yamauchi

I2CNER, Kyushu
University

14:55‐15:20

Prof. Paul Kenis

UIUC

15:20‐15:30

Title
Opening Remarks
CCU and Artificial Photosynthesis
Photocatalytic and Electrocatalytic
Reduction of Low Concentration of
CO2
Multifunctional Catalysts for
Hydrogen Fuel Cells
Hydrogenation of carboxylic acidderivatives as a CO2 equivalentchemical
Co‐Electrolysis as a Path to Economic
Feasibility of Electrochemical
Reduction of CO2 to Value‐Added
Intermediates

Coffee Break

15:30‐16:00

Prof. Masaharu
Ishii

University of Tokyo

16:00‐16:30

Dr. Etsushi KatoThe Institute ofApplied Energy

16:30‐17:00

Dr. Fuminori Sano

RITE

17:00‐17:25

Dr. Roman
Selyanchyn

I2CNER, Kyushu
University

17:25‐17:30

Prof. Miho
Yamauchi

I2CNER, Kyushu
University－ 34 －

Biochemical analyses of fast‐
growing CO2 fixers: hydrogen‐oxidizing bacteria
Perspective on the Negative
Emissions Technologies (NETs)

Analysis of the role of CCS in long‐term CO2 emission reduction by
integrated assessment model

Highly efficient CO2/N2 separation
by ultimate thinning of composite
membranes
Closing Remarks

Kyushu University Energy Week 2019‐MONITORING AND MODELING OF CO2 STORAGE RESERVOIR ‐I2CNER INTERNATIONAL WORKSHOPCO2 STORAGE DIVISION

DATE: FRIDAY, FEBRUARY 1, 2019
TIME: 12:30‐17:20
VENUE: I2CNER HALL A
Time

Speaker

Affiliation

12:30‐12:50

Takeshi Tsuji

Kyushu University

12:50‐13:10

Michael Celia

Princeton
University

13:10‐13:40

Atsuhiro
MiyagiTaisei

13:40‐14:00

Title
Activities of CO2 storage division in 2018
Representation of pore‐ and core‐scale
processes in large‐scale models forgeological carbon storage
Parallel workflow for well placement
optimization in a heterogeneous reservoir
using covariance matrix adaptation evolution
strategyBreak

14:00‐14:30

KennethChristensen

University of Notre
Dame

14:30‐14:50

Fei Jiang

Yamaguchi
University& Kyushu University

14:50‐15:10

Keigo
Kitamura

Kyushu University

15:10‐15:30

Jihui Jia

China University ofPetroleum & Kyushu
University

15:30‐15:50

Ongoing rock‐inspired, micromodelexperiments at reservoir conditions to
explore CO2 flow dynamics during injection
Viscous coupling effects on hydraulicconductance of three‐phase flow in porous
media (Simulation)
Seismic and electrical monitoring of CO2
behavior in two types of sandstones (Lab)CO2 mineralization modeling using Ab Initio
Molecular Dynamics

Break

15:50‐16:20

RomainChassagne

Heriot‐Watt
University

16:20‐16:40

Claus Aranha

University ofTsukuba

16:40‐17:00

Tatsunori
Ikeda

Kyushu University

17:00‐17:20

Andri
Hendriyana

Kyushu University－ 35 －

Reservoir characterization and seismic
monitoring for Oil & Gas
Machine learning and evolutionary
algorithms for reservoir modelingContinuous monitoring of seismic velocity in
the Nankai subduction zone from ocean
bottom cable recordings of ambient noise
Automated method to detect and locate
long‐period seismicity emitted by fluid
migration

Kyushu University Energy Week 2019

–SHARING INNOVATIONS IN ENERGY TRANSITION RESEARCH‐
I2CNER INTERNATIONAL WORKSHOPENERGY ANALYSIS DIVISION

DATE: FRIDAY, FEBRUARY 1, 2019
TIME: 9:30–16:30
VENUE: CONFERENCE ROOM 203, CENTER FOR CO‐EVOLUTIONAL SOCIALSYSTEMSTime

Speaker

9:30‐9:45

Prof. Kenshi Itaoka

9:45‐10:10

Prof. Andrew
Chapman

10:10‐10:35

Prof. Geert
Verbong

10:35‐11:00

Prof. Yasushi
Maruyama

11:10‐11:30
Prof. David Reiner

11:55‐12:20

Dr. Anshuman
Chaube12:30‐13:30

13:55‐14:20
14:30‐16:30

I2CNER, Kyushu
University
2
I CNER, Kyushu
University
Eindhoven Universityof Technology
Nagoya University

Title

Opening Remarks
EAD transitions work toward an
agent-based model – socio-technicalregimes.

Enabling Technologies and theEnergy Transition
Energy Transition and Community
Power Movements in Japan

Coffee Break

11:30‐11:55

13:30‐13:55

Affiliation

Cambridge Judge
Business School,
University of Cambridge

University of Illinois
at Urbana‐Champaign

Social Aspect of the Energy
Transition
Nuclear Energy and the Energy
Transition

Networking Lunch
Dr. Hadi Farabi‐
Asl
Prof. Benjamin
McLellan

I2CNER, Kyushu
University
Kyoto University

Renewable Heat and the Energy
Transition
Resources and the Energy
Transition

Guided Discussion – Prof. Kenshi Itaoka－ 36 －

Kyushu University Energy Week 2019

APPLIED MATH CHALLENGES IN ENERGY SYSTEMSI2CNER & IMI INTERNATIONAL WORKSHOPAPPLIED MATH FOR ENERGYDATE: FRIDAY, FEBRUARY 1, 2019
TIME: 1:00PM – 5:30PM
VENUE: SEMINAR ROOM 3105‐6, CENTER ZONE BLDG. 3
TimeSpeaker

Affiliation

1:00 – 1:05

Nguyen Dinh Hoa

I2CNER & IMI

1:05 – 1:25

Hiroaki Watanabe

I2CNER

1:25 – 1:45

Yasuhide Fukumoto

1:45 – 2:15
2:20 – 3:00
(presentation,
Q & A)
3:00 – 3:40
(presentation,
Q & A)
3:40 – 4:20
(presentation,
Q & A)

Opening Address
TBD
Multi‐scale analysis of a premixed
flame and its modeling by aninterface of velocity discontinuity

Discussions (Chair: Prof. Watanabe)
Shinji Hara

Yuliy Baryshnikov
Toru Yano

4:20 – 4:40

Junichi Murata

4:40 – 5:00

Kei Hirose

5:00 – 5:30

IMI

Title

Chuo University
and Tokyo
TBD
Institute ofTechnology
University of
Cyclic phenomena and iterated
Illinois at Urbana‐integrals
Champaign
Applied mathematical methods for
Toshibaenergy management in supply andconsumer sides
Faculty ofInformation
Modelling human decision making
Science andusing inverse optimization
ElectricalEngineering
IMI

Statistical modeling for electricity
consumption data analysis

Discussions (Chair: Prof. Murata)－ 37 －

Kyushu University Energy Week 2019

Kyushu University Energy Week 2019

< Kyushu University COI>
<Center of Coevolutionary Research for Sustainable Communities (C2RSC) Symposium><Date>

13:00-17:00, February 1st, 2019

<Venue>2F Hall, Research Facilities for Co-Evolutional Social Systems, Ito Campus, Kyushu University<Language> Japanese and English (Special Lecture)<Theme>“Sustainable Communities through locally generated -locally used energy and revitalized economy”

Time

Program and Speaker
Opening Remarks

13:00-13:25

13:25-13:40

Prof. Chiharu Kubo, President of Kyushu University
Mr. Masaaki Nishijo, Director, University – Industry Collaboration and Regional R&D Policy Division,
Science and Technology Policy Bureau, Ministry of Education, Culture, Sports, Science andTechnology (MEXT)
Ms. Yoshiko Shirokizawa, Executive Director, Japan Science and Technology Agency (JST)Mr. Junichi Sato, Visionary Leader of Vision３, COI Program
Overview of Kyushu University COI
Mr. Shinya Ishihara, Project Leader, Kyushu University COI (C2RSC), NTT West Corporation
Special Lecture

Dr. Jill Engel-Cox

13:40-14:40(Director, Joint Institute for Strategic Energy Analysis
U.S. National Renewable Energy Laboratory Golden, Colorado, USA）

“Clean Energy Technologies for Economic Development
at Global- and Community-Scales “ （simultaneous translation）
14:40-14:55

Break
Overview of the Research Themes“Coevolutionary research for sustainable communities in Kyushu University COI”
Prof. Masato Wakayama, Research Leader, Kyushu University COI (C2RSC),
Executive Vice President, Kyushu University

Research Themes

14:55-15:55“COI research on fundamental energy technologies”
Prof. Kazunari Sasaki, Senior Vice President, Kyushu University“Toward the coexistence between decarbonization and stability of energy systems”
Prof. Ryuji Matsuhashi, The University of Tokyo COI Satellite Leader, The University of Tokyo“Collaborative and Shared Mobility for Sustainable City”
Assoc. Prof. Ryo Ariyoshi, Yokohama National University“Data linkage platform for enhancing urban safety, security and liveliness”
Assoc. Prof. Shigeru Takano, Kyushu University“Challenge by Industrial mathematics toward creating sustainable coevolution society”
Prof. Yasuhide Fukumoto, Kyushu University
Introduction of Social implementation (Participating institutions）

15:55-16:55“Highly-efficient SOFC-based energy technologies”
Dr. Yoshio Matsuzaki, Tokyo Gas Co., Ltd., Visiting prof., Kyushu University“Verification of effects to suppress imbalances due to forecast errors in photovoltaic
outputs after the feed-in-tariff -Utilizing remote control of electric appliances with HEMS-”
Mr. Norito Shiraiwa, Miyama Smart Energy Co., Ltd.
“Development of the support system for special bus service operation”
Mr. Kota Fukushige, Nish-Nippon Railroad Co., Ltd.
“Hitachi Image Analysis Solution for sustainable urban development that everyone canmove peacefully and comfortably”
Mr. Kentarou Yoshikawa, Hitachi, Ltd.

16:55-17:00

Closing Remarks
Prof. Masato Wakayama, Research Leader, Kyushu University COI (C2RSC),
Executive Vice President, Kyushu University

17:00-18:00

Networking Event（＋Poster session） （Fee︓JPY 1,000-）
Poster session: 12︓00〜18︓00※The program is subject to change.

－ 38 －

Kyushu University Energy Week 2019

S pecial Lecture

Clean Energy Technologies for Economic
Development at Global- and Community-Scales
Director,

Joint Institute for Strategic Energy Analysis
特別講演

U.S. National Renewable Energy Laboratory Golden, Colorado, USA

Dr. Jill Engel-Cox

Clean Energy Technologies for Economic Development
at Global‐ and Community‐Scales

Abstract

Director,
Energy systems across the world
are undergoing fundamental transformations. Electricity and heat
Joint
Institute for Strategic Energy Analysis
production is becoming cleaner and more distributed, driven by declining energy prices and higher
U.S. National Renewable Energy Laboratory
technology efficiencies, as well asa desire
to reduce
Golden,Colorado,
USA environmental impact. The technologies that
produce clean energy, such as solar photovoltaic panels, wind turbines, and lithium ion batteries forEngel‐Coxvehicles and storage, depend less on Dr.
fuelJillcosts
and more on technology costs and global
manufacturing and trade. Therefore, innovations in technology manufacturing, systems integration,andAbstract
deployment can reduce costs of materials, equipment, labor, operations, and transportation,

Energy systems across the world are undergoing fundamental transformations. Electricity and heat production isacrossall thelinks
the distributed,
energy supply
Theenergy
advancedcleanerenergyefficiencies,
systems being
becoming
cleanerandinmore
drivenchain.
by declining
prices andand higher
technology
as well
as a desire
to reduce
environmental
impact.
The technologies
clean energy,
suchenergy
as solar fromphotovoltaic
deployed
have
resultedin communities
gaininga greaterthat
roleproduce
in creating
and using
local

panels, wind turbines, and lithium ion batteries for vehicles and storage, depend less on fuel costs and more on

resources,
ascostswellandas global
increasing
their participationin the value
chaininfrom
research,
manufacturing,
technology
manufacturing
and trade. Therefore,
innovations
technology
manufacturing,systems

and deployment
canenergy
reduce costsof materials,
equipment,labor, operations,and transportation,acrossandintegration,
deployment.
The cleantrendsare expected
to continue
and perhaps
grow throughall the links in the energy supply chain. The advanced and cleaner energy systems being deployed have resulted in

expansionof clean energy technologies for industrial and transportation sectors, although there arecommunities gaining a greater role in creating and using energy from local resources, as well as increasing their
participation
the value
chain fromresearch,
manufacturing,and deployment.
Theobjectives
clean energy
trends aremanypossible infuturescenarios
due tothe diversityof resources
and societal
in different
expected to continue and perhaps grow through expansion of clean energy technologies for industrial andcommunities,
countries, and regions. This presentation will summarize the status and potential
transportation sectors, although there are many possible future scenarios due to the diversity of resources andsocietalin different
communities, countries,
andregions. This presentation
will summarize
the status
andfuturesofobjectives
key cleanenergy technologies
and their
manufacturing,
deployment,
and integration
withpotential futures of key clean energy technologies and their manufacturing, deployment, and integration with otherenergy systems and sectors.

other energy systems and sectors.
FigureFigure. The advances in wind turbine technologies from small wind mills to pump water (right) to large wind turbines to produce electricity (left) are
Figure. The advances intransforming
wind turbine
technologies
small
wind
mills
to pump water (right) to large wind turbines
our energy
systems atfrom
all scales.
(Photofromhttps://images.nrel.gov/.)

to produce electricity (left) are transforming our energy systems at all scales. (Photo from https://images.nrel.gov/.)－ 39 －

Kyushu University Energy Week 2019

Overview of Kyushu University COI

Overview of the Research Themes：

Coevolutionary research for sustainablecommunities in Kyushu University COI

Project Leader, Center of Coevolutionary Research for Sustainable
Communities, Kyushu University
NTT West Corporation

Research Leader, Center of Coevolutionary Research for Sustainable
Communities, Kyushu University
Professor, Executive Vice President, Kyushu University

Shinya Ishihara

Masato Wakayama

Research Themes：

Research Themes：

COI research on fundamental energy
technologies

Toward the coexistence between
decarbonization and stability of energy systems

Energy Leader, Center of Coevolutionary Research for Sustainable
Communities, Kyushu University
Professor, Senior Vice President, Kyushu University

Leader, The University of Tokyo COI Satellite
Professor, Dept. of Electrical Engineering and Information Systems,
Graduate School of Engineering, The University of Tokyo

Kazunari Sasaki

Ryuji Matsuhashi

Research Themes：

Research Themes：

Collaborative and Shared Mobility for
Sustainable City

Data linkage platform for enhancing
urban safety, security and livelinessSub-leader, Yokohama National University COI Satellite
Associate Professor, Institute of Urban Innovation, Yokohama
National University

ICT Sub-leader, Center of Coevolutionary Research for Sustainable
Communities
Associate Professor, Kyushu University

Ryo Ariyoshi

Shigeru Takano

Research Themes：

Introduction of Social implementation：

Challenge by Industrial mathematics toward
creating sustainable coevolution society

Highly-efficient SOFC-based energy
technologies

Math for Industry Leader, Center of Coevolutionary Research for
Sustainable Communities, Kyushu University
Professor, Division of Applied Mathematics, Institute ofMathematics for Industry(IMI), Kyushu University

Visiting professor, Kyushu University (NEXT-FC)
Chief Researcher, Fundamental Technology Dept., Tokyo Gas Co., Ltd.

Yasuhide Fukumoto

Yoshio Matsuzaki

Introduction of Social implementation：

Introduction of Social implementation：

Verification of effects to suppress imbalances due toforecast errors in photovoltaic outputs after the feed-in-tariff-Utilizing remote control of electric appliances with HEMS-

Development of the support system
for special bus service operation

Director, Power Business Division, Miyama Smart Energy Co., Ltd.

Manager, Marketing Planning Department,
Bus Transportation Headquarters,
Nishi-Nippon Railroad Co., Ltd.

Norito Shiraiwa

Kota Fukushige

Introduction of Social implementation：

Hitachi Image Analysis Solution forsustainable urban development that everyone
can move safely and comfortably
Senior Engineer, Smart Society Development Department,
Society5.0 Promotion and Urban Solution Development Division,
Social Innovation Business Division, Hitachi, Ltd.

Kentaro Yoshikawa－ 40 －

Kyushu University Energy Week 2019

Kyushu University Energy Week 2019

Chikushi Symposium<Date>

13:00-17:30, 1st February 2019

<Venue>Kyushu University Chikushi Campus Chikushi Hall C-Cube 1st Floor(6-1 Kasuga-Koen, Kasuga-shi, Fukuoka)<Language> Japanese and English (simultaneous translation)<Theme>“Crossroads between Green Technology and Cutting-edge Measurement Science”<Program and Speaker>
Time
13:00-13:15

Program and Speaker
Opening Remarks & Introduction of Research Center for Green Technology,
Prof. Michitaka OHTAKI (Director of Research Center for Green Technology, Kyushu
University)

13:15-13:25

Introduction of Research Center for Synchrotron Light Applications
Prof. Makoto TOKUNAGA (Vice-Director of Research Center for Synchrotron Light
Applications)

13:25-14:10

Keynote Speech①
Dr. Akira YOSHINO (Honorary Fellow, Asahi Kasei Corp, Visiting Professor, ResearchCenter for Green Technology, Kyushu University)

14:10-14:40

Invited Lecture①
Prof. Emeritus Naotoshi NAKASHIMA (Kyushu University)

14:40-14:55

Break

14:55-15:40

Keynote Speech②
Prof. Emeritus Masaharu OSHIMA (University of Tokyo)

15:40-16:10

Invited Lecture②
Prof. Syo MATSUMURA (Director of Ultramicroscopy Research Center, Kyushu University)
Keynote Speech③

16:10-16:55

Prof. S.Ted OYAMA (Department of Chemical System Engineering, University of Tokyo ,University of Tokyo)
Invited Lecture③

16:55-17:25

Dr. Michihisa KOYAMA (Unit Director, C4GR-Global Research Center for Environment andEnergy based on Nanomaterials Science, Technology Integration Unit, Center for Green
Research on Energy and Environmental Materials, National Institute for Materials
Science)
Closing Remarks

17:25-17:30

Prof. Yuji SOEJIMA (Director of Research Center for Synchrotron Light Applications)－ 41 －

Kyushu University Energy Week 2019

Keynote Speech 1

リチウムイオン電池が拓く未来の車社会
Dr. Akira YOSHINO
Honorary Fellow, Asahi Kasei Corp,  Visiting Professor, Research Center for Green Technology,
Kyushu University

Keynote Speech 2

エネルギー材料・デバイスの放射光解析
Prof. Emeritus Masaharu OSHIMA
University of Tokyo

Keynote Speech 3

Kinetic and Spectroscopic Studies of Catalytic Mechanisms:
Hydrodeoxygenation of Biomass Feedstocks on Transition Metal Phosphides
Prof. S. Ted OYAMA
Department of Chemical System Engineering,
University of Tokyo

Invited Lecturer 1

新しい酸素還元反応（ORR）/ 酸素発生反応（OER）触媒のデザイン
Prof. Emeritus Naotoshi NAKASHIMA
Kyushu University

Invited Lecturer 2

金属ナノ粒子の原子状態解析の進展と新たな触媒機能の開発
Prof. Syo MATSUMURA
Director of Ultramicroscopy Research Center
Department of Applied Quantum Physics and Nuclear Engineering
Graduate School of Engineering, Kyushu University

Invited Lecturer 3

触媒分野における計算技術の活用
Dr. Michihisa KOYAMA
Unit Director, C4GR-Global Research Center for Environment and Energy based on Nanomaterials Science,
Technology Integration Unit, Center for Green Research on Energy and Environmental Materials－ 42 －