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 2 0

1/31（金）RCSLAシンポジウム

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

092-802-2322

九州大学 研究推進課プロジェクト支援係

092-802-6935

九州大学 カーボンニュートラル・エネルギー国際研究所

I²CNER 関連プログラム

九州大学 水素材料先端科学研究センター

HYDROGENIUS関連プログラム
HYDROGENIUS・I²CNER・
HydroMate合同シンポジウム

1/29（水)・30（木）Q-PIT 関連プログラム

1/27（月）～29（水）

プログラム

日付

九州大学 エネルギー研究教育機構支援事務部門
担当部局（1/29・1/30のみ連絡可能）

090-6482-2075
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 2020 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 2020, related to the energy research in Kyushu University

Contacts
Date

Program

Departments

Contact

1/27（Mon）～29（Wed） Q-PIT related programs

Administrative Oﬃce for
Kyushu University Platform of Inter/
Transdisciplinary Energy Research092-802-6672

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

Research Center for Hydrogen
Industrial Use and Storage,
Kyushu University

I²CNER related programs
1/31（Fri）
RCSLA Symposium

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

International institute for Carbon-Neutral
Energy Research, Kyushu University092-802-6935

Kyushu University Research Promotion
Division Project Support Section

092-802-2322

Research Center for Synchrotron Light
Applications, Kyushu Universityty

092-583-7643

Contents
Message……………………………………………………………………………………………………………………… 2
About Kyushu University Energy Week……………………………………………………………………………… 3
Venue ………………………………………………………………………………………………………………………… 4
Program & Schedule……………………………………………………………………………………………………… 6
Jan. 27 (Mon.)
Kyushu University Platform of Inter/Transdisciplinary Energy Research (Q-PIT) Prologue Session…… 8
Jan. 28 (Tue.)
Kyushu University Platform of Inter/Transdisciplinary Energy Research (Q-PIT) Plenary Session…… 10
Jan. 29 (Wed.)
Kyushu University Platform of Inter/Transdisciplinary Energy Research (Q-PIT) Workshop… … 20
Hydrogen Energy and Fuel Cell Forum in Kyushu & International Hydrogen Energy
Development Forum 2020 … ………………………………………………………………………………… 25
Jan. 30 (Thu.)
HYDROGENIUS, I²CNER, and HYDROMATE Joint Research Symposium HYDROGENIUS Fatigue andFracture Division, I²CNER Hydrogen Materials Compatibility Division, & HYDROMATE… ………………… 27
HYDROGENIUS and I²CNER Joint Research Symposium HYDROGENIUS Tribology Division &I²CNER Hydrogen Materials Compatibility Division… ……………………………………………………… 28
International Symposium of Hydrogen Polymers Team, HYDROGENIUS… ……………………… 29
Jan. 31 (Fri.)HYDROGENIUS & I²CNER Joint Research Symposium HYDROGENIUS Thermophysical Properties/
I²CNER Thermal Science and Engineering Division………………………………………………………… 30
I²CNER International Workshop

Molecular Photoconversion Devices Division &Electrochemical Energy Conversion Division……………………………………………………………… 31
I²CNER International Workshop

Catalytic Materials Transformations Division … …………… 32

I²CNER International Workshop

CO₂ Storage Division………………………………………………… 33

I²CNER International Workshop

CO₂ Capture and Utilization Division & Energy Analysis

Division… …………………………………………………………………………………………………………… 34
I²CNER & IMI Joint International Workshop Applied Math for Energy… …………………………… 35
RCSLA Synchrotron Symposium……………………………………………………………………………… 38
Special Lecture… ………………………………………………………………………………………………… 40－1－

Kyushu University Energy Week 2020

MessagePresident
Kyushu University

Chiharu Kubo
I would like to take this opportunity to express my sincere gratitude for your participation and interest in Kyushu
University Energy Week 2020.
On the occasion of the centennial anniversary of Kyushu University’s founding in 2011, we adopted the slogan“Breakthrough into the Top 100 Universities,” expressing our commitment to strive toward becoming recognized as oneof the world’s top 100 universities. Under our mission statement, “with continual and autonomous reforms, while
guaranteeing educational quality at an international level, we will aim to be a top-level education and research hub
marked by vitality and a willingness to address future issues,” we established the Kyushu University Platform of Inter/
Transdisciplinary Energy Research based on the Kyushu University Action Plan 2015–2020 that was formulated in 2015.
Kyushu University is located in Fukuoka, among the first places in Asia to enter the industrial revolution and an areathat once played a central role in Japan’s energy industry through its coal mining. In addition, as Japan’s gateway to Asia,
Fukuoka has actively adopted the diverse cultures of neighboring Asian countries and has influenced many countries
and regions across the globe as a source of Japanese culture. In light of this background, our university is actively
engaged in energy research, and creative fundamental academic research is being conducted in a wide range of areas.
Meanwhile, having experienced various incidents in recent times such as the oil crisis, the Chernobyl nuclear accident,
and the Great East Japan Earthquake, there is an elevated level of interest in energy issues among all generations intoday’s society. In particular, because Japan relies heavily on overseas countries for fossil fuels, which is our mainenergy source, the realization of a sustainable energy society that is not dependent on fossil fuels has remained a longterm challenge throughout the years. In terms of energy sources that are not dependent on fossil fuels, there lie various
issues including technical, economic, and safety aspects, and it is still difficult to ensure sustainable and stable utilization.
To seek a practical solution, researchers and engineers from all areas must work together and approach these issues
from various angles. In addition, it is necessary to continuously challenge all the issues, including environmental
deterioration and global warming, that we face in the process of new discovery, research, development, and practicalapplication, in our ambition to strive to realize the sustainable development of a “future energy society.”In this environment, aligned with our belief in the importance of reexamining our mission and to realize the formationof a research and education hub that leverages on the strengths of the university, we established the Kyushu University
Platform of Inter/Transdisciplinary Energy Research in October 2016, our original platform organization in the energy
sector, in which we have received worldwide recognition as being a strength of our institution. Currently, together withmyself as the Director General, the Deputy Director General, five professors, ten faculty members, the administrative
support department, and cooperating faculty members, we are unified in endeavoring to promote cross-disciplinary energy
research, and it is our hope that these excellent research results will contribute to a broad range of educational activities.
This year, under the theme “Energy Intelligence Beyond Borders: Sharing Sustainable Energy Visions,” we will beholding the Kyushu University Energy Week 2020 as a forum for discussion and exchange among the participating
researchers, both to deepen dialogue on research results and to serve as an opportunity for both domestic andinternational communities and societies to learn about the university’s initiatives. This year marks the fourth annual
event, and we will be focusing on renewable energy by inviting prominent lecturers from international and domesticorganizations and the private sector. Moreover, in collaboration with our International Institute for Carbon-Neutral
Energy Research (I2CNER), the Research Center for Hydrogen Industrial Use and Storage (HYDROGENIUS), The
Research Center for Synchrotron Light Applications (RCSLA), and other related organizations within the university, we
will be holding symposiums introducing the activities of various departments, having research presentations by young
researchers, and as part of our activities as an international hub in the energy sector, we are scheduled to hold researchpresentations provided by overseas students and young researchers for the purpose of international joint research. We
sincerely look forward to your participation in the various program events.

－2－

Kyushu University Energy Week 2020

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 2020

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 2020

Kyushu University Hospital Campus
KyushuUniversity
Campus●Centennial
Hall Kyushu Hospital
University Schoolof Medicine●
Hall Kyushu
University
Schoolof Medicine
1-1Centennial
Maidashi 3-chome
Higashi-ku,
Fukuoka
812-8582,
JAPAN
1-1 Maidashi 3-chome Higashi-ku, Fukuoka 812-8582, JAPANCentennial Hall
KyushuUniversity
Centennial
Hall
SchoolMedicine
KyushuofUniversity
School of Medicine
P ParkingKyushu University
Hospital Wards
Kyushu University
Hospital Wards
Faculty of
Pharmaceutical
Faculty
Scienceof
Pharmaceutical
Science

Kyushu University Hospital

P ParkingKyushu University Hospital

Building of Administrative Oﬃceｓ

75th
Anniversary
75thMemorial
Anniversary
GardenMemorial
GardenBuilding of Administrative Oﬃceｓ
MedicalMuseumMedicalMuseumP ParkingMain Gate

P ParkingMain Gate

Faculty of Dental Science,
Clinical Building
Faculty of Dental Science,
Clinical Building

Kencho Mae

Keisatsu Honbu Mae / Kyudai Byoin Iriguchi

Kencho Mae

Keisatsu Honbu Mae / Kyudai Byoin Iriguchi

Fukuoka Prefectural Government

Fukuoka Prefectural Police Headquarters

Fukuoka Prefectural Government

Fukuoka Prefectural Police Headquarters

Faculty of Dental Science,
Main Building
Facultyof Entrance
Dental Science,
No.7
Exit of
Main
Building“Maidashi-Kyudai
Byoin Mae”
No.7 Entrance
Exit of
Eastern
Gate“Maidashi-Kyudai Byoin Mae”

Eastern Gate

“Maidashi-Kyudai Byoin Mae”
Subway Station“Maidashi-Kyudai Byoin Mae”
Subway Station

JR Yoshizuka Station
JR Yoshizuka Station←Hakata Station←Hakata Station

Kashii Station→
Kashii Station→

Bus Stop
Bus Stop

Kyushu UniversityHospital★ From Fukuoka Airport
Fukuoka Airport → (Subway Kuko Line) → NakasuKyushu
Kawabata
Station (Transfer Subway
UniversityHospital
Hakozaki Line) → Maidashi-Kyudai Byoin Mae Station → Kyushu University HospitalCampus → Centennial Hall Kyushu University School of Medicine★ From Hakata Station
By subway
Hakata Station (Subway Kuko Line) → Nakasu Kawabata Station (Transfer Subway
Hakozaki Line) → Maidashi-Kyudai Byoin Mae Station → Kyushu University HospitalCampus → Centennial Hall Kyushu University School of Medicine
By busBus stop of Hakata Center buildingE (Nishitetsu Bus for Chiyomachi) → Bus stop of Kyudai Byoin →Kyushu University Hospital Campus → Centennial Hall Kyushu University School of Medicine★ From Tenjin Station
By subway
Tenjin Station (Subway Hakozaki Line for Kaizuka) → Maidashi-Kyudai Byoin Mae Station →Kyushu University Hospital Campus → Centennial Hall Kyushu University School of Medicine

Tosu SLRC
Tosu
SLRC
●
KyushuSynchrotron Light Research Center● Kyushu Synchrotron Light Research Center

8-7 Yayoigaoka, Tosu, Saga, 841-0005, JAPAN
8-7 Yayoigaoka, Tosu, Saga, 841-0005, JAPANDenki Building KYOSOKAN
Denki Building KYOSOKAN
Denki Building, 2-1-82 Watanabe-dori, Chuo-ku, Fukuoka, 810-0004, JAPANDenki Building, 2-1-82 Watanabe-dori, Chuo-ku, Fukuoka, 810-0004, JAPAN－5－

Kyushu University Energy Week 2020

Program ＆ Schedule
Date

Dept.

Jan.27
(Mon)

Q-PIT

Jan.28(Tue)

Jan.29(Wed)

Jan.30
(Thu)

Q-PIT

9:00

9:30

10:00

10:30

11:00

11:30

12:00

12:30

14:00

Q-PIT Poster Presentation（@I²CNER foyer)

Q-PIT Workshops : Can Scientists Make a Diﬀerence?
Exploring the Potential of Transdisciplinary Collaboration
for Clean Energy Development [ENG]
Hydrogen Energy andInternational Hydrogen

HYDROGENIUS

HYDROGENIUS& I²CNER

13:30

Q-PIT Plenary Session:
Opening Ceremony/Presentation about
Q-PIT/Keynote Lecture[JPN/ENG](simultaneous translation)

Poster Exhibition（@I²CNER foyer)

Q-PIT

13:00

HYDROGENIUS, I²CNER, and HYDROMATEHYDROGENIUS Fatigue and Fracture Division, I²CNER Hydrogen Materials
HYDROGENIUS and I²CNER
HYDROGENIUS Tribology Division &HYDROGENIUS

International Symposium of Hydrogen

HYDROGENIUS& I²CNERHYDROGENIUS & I²CNER
HYDROGENIUS Thermophysical
I²CNER International Workshop Molecular Photoconversion Devices Division &I²CNER
Catalytic Materials

I²CNERI²CNER International

Jan.31(Fri)

I²CNER
CO₂ Capture and
I²CNER& IMI

I²CNER & IMI Joint International Workshop

RCSLA
Q-PIT
GTC

Dr.Yoshino Special[JPN](simultaneous※Q-PIT: Kyushu University Platform of Inter/Transdisciplinary Energy Research※I2CNER: International Institute for Carbon-Neutral Energy Research※HYDROGENIUS: Research Center for Hydrogen Industrial Use and Storage※RCSLA: Research Center for Synchrotron Light Applications※GTC: Research Center for Green Technology* Above Program is subject to change without prior notice.

－6－

Kyushu University Energy Week 2020

14:30

15:00

15:30

16:00

16:30

17:00

17:30

18:00

18:30

Q-PITPrologue Session[JPN]Workshop:Regional CES -Think
about the environment and energy-

19:00

19:30

20:00

Venue
I²CNER Hall,
Ito Campus
I²CNER foyer,
Ito Campus

Poster Exhibition（@I²CNER foyer)
Q-PIT Plenary Session:
Invited Lecture/Panel Discussion/
Best Poster Awards Ceremony/Closing Reｍarks[JPN/ENG](simultaneous translation)

I²CNER Hall,
Ito Campus
I²CNER foyer,
Ito Campus

Q-PIT Workshops : Sustainable Energy Transitions in Asia
[ENG](simultaneous translation)

Shiiki Hall /Inamori Hall,
Ito Campus

Fuel Cell Forum in Kyushu &Development Forum 2020 [JPN/ENG]

Denki Building
KYOSOKAN
Conference Room,
Shiiki Hall,
Ito Campus

Joint Research Symposium
Compatibility Division, & HYDROMATE [ENG]

Hall 2, Centennial Hall
Hospital Campus*The venu is diﬀerent from last year
Hall 3, Centennial Hall
Hospital Campus*The venue is diﬀerent from last year

Joint Research Symposium
I²CNER Hydrogen Materials Compatibility Division [ENG]Polymers Team, HYDROGENIUS [ENG]

Joint Research Symposium
Properties/I²CNER Thermal Science and Engineering Division [ENG]

Conference Room #914,
West BLDG.,
Ito Campus

Electrochemical Energy Conversion Division [ENG]

I²CNER Hall C,
I²CNER Bldg.1,
Ito CampusInternational Workshop
Transformations Division [ENG]

I²CNER Hall A,
I²CNER Bldg.1,
Ito Campus

Workshop CO₂ Storage Division [ENG]

I²CNER Hall B,
I²CNER Bldg.1,
Ito Campus
Conference Room 203,
Co-Evolutional Social Systems,
Ito CampusInternational Workshop
Utilization Division & Energy Analysis Division [ENG]

Room 419,
I²CNER Bldg.1,
Ito Campus

Applied Math for Energy [ENG]
RCSLA Synchrotron Symposium [JPN/ENG]

Tosu SLRC

Lecturetranslation)

Concert Hall,
Shiiki Hall,
Ito Campus－7－

Kyushu University Energy Week 2020

Kyushu University Energy Week 2020

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

13:30-16:00, 27th January 2020

<Venue>I2CNER Hall, I2CNER Bldg. 1, Ito Campus, Kyushu University<Language> Japanese<Theme>Workshop : Regional CES - Think about the environment and energy –< Program and Speaker >TimeProgram and Speaker

13:30-13:35

Opening Remarks
Prof. Kentaro YOSHIDA, Kyushu University Platform ofInter/Transdisciplinary Energy Research

13:35-13:55

Ministry of the Environmentʼs Lecture●Introduction of the Ministry of the Environment's efforts
to create a regional CES- Decarbonization and SDGs concept from Japan Mr. Yuki IZUMI, Assistant manager , Environmental
Strategy Division, Minister's Secretariat, Ministry of
the Environment“ Concurrent post : Kyushu Regional Environmental Office “

13:55-14:25

Research Lecture 1●Marine plastic pollutionʼs monitoring and future prediction
Prof. Atsuhiko ISOBE, Research Institute for Applied
Mechanics, Kyushu University

14:25-14:55

Exhibition tour／Break

14:55-15:15

Research Lecture 2●Use of hydrogen derived from renewable energy
Prof. Etsuo AKIBA, International Research Center for
Hydrogen Energy, Kyushu University

15:15-15:20

Break

15:20-15:40

Research Lecture 3●SDGs Native and Tokyo Olympics/Paralympics
Prof. Kentaro YOSHIDA, Kyushu University Platform ofInter/Transdisciplinary Energy Research

15:40-

Closing Remarks
Prof. Akari HAYASHI, Kyushu University Platform ofInter/Transdisciplinary Energy Research－8－

Poster Exhibition /Foyer, I2CNER Bldg.1
By Doctoral/graduate students &young researchers, international
doctoral students/researchersKyushu University Energy Week 2020

Opening Remarks

Kentaro YOSHIDA
Professor,
Kyushu University Platform of Inter/Transdisciplinary Energy Research

Lecture by Ministry of the Environment
Introduction of the Ministry of the Environment's efforts to create a regional CES- Decarbonization and SDGs concept from Japan Yuki IZUMIAssistant manager,
Environmental Strategy Division, Minister's Secretariat, Ministry of the Environment

Research Lecture 1
Marine plastic pollution monitoring and future prediction
Atsuhiko ISOBE
Professor,
Research Institute for Applied Mechanics, Kyushu University

Research Lecture 2
Use of hydrogen derived from renewable energy
Etsuo AKIBAProfessor,
International Research Center for Hydrogen Energy, Kyushu University

Research Lecture 3
SDGs Native and Tokyo Olympics/Paralympics
Kentaro YOSHIDA
Professor,
Kyushu University Platform of Inter/Transdisciplinary Energy Research

Closing Remarks

Akari HAYASHI
Professor,
Kyushu University Platform of Inter/Transdisciplinary Energy Research－9－Kyushu University Energy Week 2020

Kyushu University Energy Week 2020

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

10:00-17:30, 28th January 2020

<Venue>I2CNER Hall, I2CNER Bldg. 1, Ito Campus, Kyushu University<Language> English and Japanese (simultaneous translation)<Theme>Sustainable Energy Visions for Asia-Pacific- The contribution of science -< Program and Speaker>
Time

Program and Speaker

10:00-10:10

Opening Ceremony
Welcome Address, Dr. Chiharu KUBO, President of Kyushu University

10:10-10:30

Presentation about Q-PIT
Prof. Yoshihiro YAMAZAKI, Kyushu University Platform of Inter/Transdisciplinary Energy Research

10:30-11:00

Keynote Lecture 1:
Energy Transition through ASEAN Plan of Action for Energy Cooperation (APAEC)
Dr. Nuki Agya UTAMA, Executive Director, ASEAN Centre for Energy

11:00-11:30

Keynote Lecture 2:
Application of Sustainable Energy Innovations in Asia
Mr. Toru KUBO, Principal Climate Change Specialist, Asian Development Bank

11:30-12:50

Break

12:50-14:30

Poster Presentation(Registration starts at 12:20〜）（Venue: Foyer, I2CNER Bldg.1）
By Doctoral/graduate students & young researchers, international doctoral students/researchers*The award ceremony will be held on the same day in the I2CNER hall, at 17:10.

14:30-14:50

Invited Lecture 1:
Transitioning to Sustainable Power Systems in Asia
Mr. Matthew WITTENSTEIN, Independent Consultant, FTI consulting

14:50-15:10

Invited Lecture 2:
Renewables in an Interconnected Energy System
Ms. Mika OHBAYASHI, Director, Renewable Energy Institute15:10-15:30

Invited Lecture 3:
Overview of Geothermal Energy in Hawaii
Dr. Nicole C. LAUTZE, Associate Specialist, University of Hawaii at Manoa

15:30-15:50

Invited Lecture 4:
Shizen Energy -Developing renewable energy projects in South East Asia
Dr. Uli GOELTENBOTT, Senior Technical Manager, Shizen Energy Inc.

15:50-16:05

Break

16:05-16:55

Panel Discussion
Theme : Sustainable Energy Visions for Asia-Pacific - The contribution of science Moderator : Prof. Adrian BEJAN, Duke University
Panelists : Invited speakers, Q-PIT faculty members

16:55-17:10

Break

17:10-17:25

Best Poster Award Ceremony

17:25-17:30

Closing Remarks
Prof. Tomofumi TADA, Kyushu University Platform of Inter/Transdisciplinary Energy Research－ 10 －

Kyushu University Energy Week 2020

Keynote Lecture 1

Energy Transition through ASEAN Plan of
Action for Energy Cooperation (APAEC)

Executive Director,
ASEAN Centre for Energy

Nuki Agya UTAMA
Abstract
World is continuously developing with many challenges and highly vulnerable to risks. ASEAN is oneof the regions with fastest growth, projected to be the fourth largest economy globally by 2050. In
the meantime, the sequence of rapid growth leads to congestion in urban area, bigger gap ofinequality, and surging energy demand. Hence, increasing energy supply capacity is a key driver toaccelerate ASEAN’s development and people livelihoods. The ASEAN Plan of Action for Energy
Cooperation (APAEC) (2016-2025) is the regional energy policy framework in ASEAN.
With the theme of APAEC, “Enhancing energy connectivity and market integration in ASEAN toachieve energy security, accessibility, affordability and sustainability for all”, this is clear that thevision of ASEAN in energy development is in line with the SDG7 on Affordable and Clean Energy.
Since the adoption of APAEC, AMS achieved several notable results that push the region towards
collective resilience such as 24% energy intensity reduction in 2018 comparing to 2005 level,
outstanding growth of renewable energy power plants, higher penetration rate of cleaner alternativefuel vehicle, growth of electrification from grid expansion and decentralized power system, shifting
to clean cooking fuel in rural households, and number of renowned power interconnectivity between
several AMS. This also indicates that realizing the goals of APAEC will indeed contribute to theParis Agreement’s aim of limiting the temperature rise of 1.5 ℃, whilst also securing its energy
supply in the region with affordable manners.

－ 11 －

Kyushu University Energy Week 2020

Keynote Lecture 2

Application of Sustainable Energy Innovationsin Asia

Principal Climate Change Specialist,
Asian Development Bank

Toru KUBO
Abstract
Energy sector dynamics are rapidly changing. Renewable electricity costs have reached grid parity
in many countries and the rise of “prosumers” is challenging the traditional utility model. Transport
fuel is quickly shifting from oil to electricity and other alternatives. Climate change, seen as a future
generation issue not so long ago, is wreaking havoc worldwide and we are precariously close to thepoint of no return. All while more than 700 million people still suffer in extreme poverty mostly withno access to basic energy services. The time to realize our sustainable energy vision is now, thisdecade, with no time to spare.
This presentation will focus on Asia, which remains home to a large share of the world's poor, andwhere the battle against climate change will be won or lost. We’ll discuss the challenges andopportunities in the sustainable energy space in the region with real examples of projects supportedby the Asian Development Bank (ADB) incorporating innovations to shift towards sustainableenergy. ADB is a multilateral development institution committed to achieving a prosperous, inclusive,
resilient, and sustainable Asia and the Pacific. ADB's Clean Energy Program is a multipronged,
umbrella program that seeks to help developing Asian countries meet their energy security needs,
facilitate a transition to a low-carbon economy, and bring about universal access to energy to achievea region free of poverty. The Clean Energy Program pursues these goals by supporting improved
efficiency in the energy, transport, urban, and water sectors; aiding countries with the adoption anddeployment of renewable energy sources; and improving access to energy for the poor, especiallythose in remote, rural areas. Asia's high economic growth drives an equally high demand for energy.
Meeting this demand?yet keeping in mind the risks of even greater dependence to fossil fuels?is oneof the great challenges facing the region. Innovation will be key, whether in technology, businessmodel, or policy. ADB has deployed a number of financing instruments to promote clean energy
which has gradually increased from $1 billion in 2008 to $2 billion in 2013 and now to $3 billion per
year. In supporting its developing member countries ADB works with many partners, including
research institutions, and a few examples of such collaboration will be highlighted in the presentation.

－ 12 －

Kyushu University Energy Week 2020

Invited Lecture 1

Transitioning to Sustainable Power Systems in
Asia

Independent Consultant,
FTI consulting

Matthew WITTENSTEIN
Abstract
Power systems around the world are undergoing a rapid and profound transformation. The rise of
low-cost renewables, in particular wind and solar PV, and flexible demand are changing the way
power systems operate. At the same time, the need to fully decarbonize power systems in order tomeet Paris Agreement goals means this transformation will only accelerate. The Asia-Pacific regionis particularly critical, as it is home to nearly a third of the world’s population, as well as many
countries that are, or will be, directly impacted by the effects of climate change.
This presentation will give an overview of the current state of the power sector in Asia and, drawing
on work by the IEA and others, future trends for its development. It will discuss how policy andpower market design can support the secure transition to low carbon power systems, and how
countries in Asia can work together to accelerate this transformation.

－ 13 －

Kyushu University Energy Week 2020

Invited Lecture 2

Renewables in an Interconnected Energy
SystemDirector,
Renewable Energy InstituteMika OHBAYASHI
Abstract
The world is now undergoing a major transformation. The accelerating energy shift is about to changeeven the world geopolitics. Its mainstay is the explosive expansion of renewables, especially their rapid
expansion in major developing countries that hold the key to future greenhouse gas reductions.
The basis is that renewables are already the cheapest power source of any energy in many parts of theworld and countries. According to the report of the International Renewable Energy Agency, since 2010,
the average power generation cost of photovoltaic power generation has been reduced by 70%, and wind
power has been reduced by 20%. Both solar and wind power are said to be the cheapest by 2020
compared to any fossil fuel.
Fossil fuels have shaped the basis for global energy use and economic growth. The uneven distribution of
resources has had a major impact on world security, and has become the foundation of national political
dynamics. As more renewables expand, countries that have exerted influence over the international
community against the backdrop of abundant resources will gradually lose their voice and the number ofconflicts over fossil fuel resources will decrease.
These changes will bring geopolitical transformation to countries that have so far been limited to fossil
fuels and uranium resources and have relied on foreign imports. Japan is the first of such countries.
However, if the expansion of renewables is successful, a country that has been called a resource-poor
country will become a leading “energy-rich country” in the world.
Realizing 100% renewable electricity is essential for a decarbonized society. In order to expand andefficient renewable integration, it is necessary to increase the flexibility of the power grid over a wide
area. Europe's efforts to strategically expand renewables while connecting multiple countries withinterconnectors and mutually utilizing hydropower and wind power on a large scale are an important
precedent. Northeast Asia is not only a big demand center with a large potential of renewables, as well asa large energy/economy, compared to Europe. On the other hand, Japan and Korea are rare countries
that are not interconnected at all with other countries. The introduction of international transmission
systems in Northeast Asia and deployment of renewables through interconnectors bring not only
economic benefits, but also a stable supply of energy, security, and interdependence in the region.

－ 14 －

Kyushu University Energy Week 2020

Invited Lecture 3

Overview of Geothermal Energy in Hawaii

Associate Specialist,
University of Hawaii at Manoa

Nicole C. LAUTZE
Abstract
The State of Hawaii has had one producing geothermal facility, located along the volcanically active
East Rift Zone of Kilauea Volcano, since the 1980s. In 2017, this facility – Puna Geothermal Venture met 30% of the energy demand for the Big Island of Hawaii. Outside of Kilauea’s East Rift Zone, theextent of the State of Hawaii’s geothermal resource is largely uncharacterized. This is despite thefacts that i) the islands are volcanic in origin, ii) Hawaii’s electricity prices are the highest in thenation, and iii) Hawaii has a policy objective to be 100% renewable by 2045. Currently ~75% of thestate’s electricity is produced from imported petroleum.
A statewide geothermal resource assessment published in 1985 found a potential resource on all
islands. Since then, little additional geothermal exploration was conducted, until a current U.S.
Department of Energy-funded geothermal “Play Fairway” project that has been active since 2014 andprogressed over 3 phases. In Phase 1 of the project, existing geologic, groundwater, and geophysicaldatasets relevant to subsurface heat, fluid and permeability were identified, compiled, and ranked. A
statistical methodology to integrate these data into a resource probability map was developed. Phase
2 of the project involved the collection of new groundwater data in 10 locations across the state, andnew geophysical data on Lanai, Maui, and central Hawaii Island, as well as modeling of
topographically induced stress - the last to better characterize permeability. Now in Phase 3, theproject is deepening a water well on Lanai Island. Results of this current “Play Fairway” project
have provided a major step forward for the State of Hawaii through providing an updated resource
assessment, a roadmap for additional exploration activities, and the identification of target sites fordrilling. Drilling results on Lanai suggest that Hawaii’s shield volcanoes can maintain heat ontimescales of hundreds of thousands possibly to a million plus years. This presentation will provide
an overview of the status of geothermal in Hawaii and the Hawaii Play Fairway project, as well as
briefly describe some of the outreach efforts of the Hawaii Groundwater and Geothermal Resources
Center (www.higp.hawaii.edu/hggrc).

－ 15 －

Kyushu University Energy Week 2020

Invited Lecture 4

Shizen Energy -Developing renewable energy
projects in South East Asia

Senior Technical Manager,
Shizen Energy Inc.

Uli GOELTENBOTT
Abstract
Shizen Energy is a renewable energy company based in Japan. Established in 2011 after the great
eastern earthquake, tsunami and nuclear crisis in the Tohoku Region, Japan, Shizen Energy grew toa significant size achieving a total capacity of 1 GW developed projects. Using the momentum fromthe Japanese business, Shizen Energy started to expand overseas around 2017. Since then Solar andWind energy projects have been developed and constructed in South East Asia, South America andmost recently in Africa.
The landscape for renewable energy in South East Asia is diverse. Power purchase agreements(PPAs) range from Feed in Tariffs to Net Energy metering to corporate (behind the meter) PPAs.
Shizen Energy emphasizes the need for good collaboration with local partners to develop renewableenergy projects, which was the key to success for a quick growth in Japan. Brazil has a remote net
energy metering scheme which allows for power plants being built in different locations than the offtakers. For the African market both utility size power plants and micro grids are currently underdevelopment.

－ 16 －

Kyushu University Energy Week 2020

Kyushu University Energy Week 2020

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

12:50-14:30, 28th January 2020

<Venue>I2CNER Foyer, I2CNER Bldg. 1, Ito Campus, Kyushu University＊Award Ceremony 17︓10 28th January 2020 at I2CNER Hall

<Language> English and Japanese● Poster Presentation ︓ Young Researchers, Doctoral Students/Kyushu University and Overseas students,
Overseas researchers【Kyushu University】
No. ofAffiliation

Name

①-1

Faculty of Engineering

喜多 由拓

滴状凝縮のマルチスケール観察とエネルギー輸送最適化の検討①-2

Graduate School of Engineering

周 ⼦涵

配位⼦還元体を活性種とするポルフィセンコバルト錯体を⽤いた⽔素発⽣反応の開拓①-3

Graduate School of Engineering

Hwang Byungchan①-4

Graduate School of Engineering

Albert Mufundirwa①-5Graduate School of Engineering

内⼭ 雄貴

⽔蒸気による CO 酸化触媒反応の著しい促進効果①-6Graduate School of Engineering

星野 健太

⾼濃度ドーパント導⼊による⾼プロトン伝導性燃料電池電解質の開発①-7

Graduate School of Engineering

松川 祐⼦

⾦属チオラートを介する硫化物ナノ粒⼦の作製①-8

Graduate School of Engineering

宮川 ⼀慶

トンネル効果に起因した液体⽔素から⾦属内部への⽔素侵⼊過程の解明①-9

Graduate School of Engineering

⼭下 優

植⽑伝熱⾯の蒸発熱交換に及ぼす液位変化の影響①-10

Graduate School of Engineering

江原 駿太

光⽔分解反応における律速過程と⽋陥濃度の影響①-11Graduate School of Engineering⿊岩 誠

マグネシウム置換ガリウム酸ランタンの薄膜化が酸化物イオン伝導に及ぼす影響①-12

Graduate School of Engineering

MA Zhongliang①-13

Graduate School of Engineering澁⾕ 光⼀郎

複数⾵⾞のウェイク⼲渉に関する研究①-14

Graduate School of Engineering

北林 康喜

⾼濃度スカンジウム置換ジルコン酸バリウムにおける会合エネルギ－とプロトン濃度の関係①-15Graduate School of Engineering

村本 幸央

複雑地形における⾵況予測に関する研究①-16

Graduate School of Engineering①-17

Graduate School of Engineering

吉永 健

①-18

Graduate School of Engineering

TU HOAN PHUC①-19

Graduate School of Engineering

吉積 翼

SnO2 ナノ粒⼦を担体に⽤いた PEFC 電極触媒の研究①-20

Graduate School of Engineering

⽜島 怜

SOFC の緩和時間分布と各種依存性に関する研究

PosterTitle of Research

Development of high durability silicone polymer electrolytes with Nafion-likestructure for PEFC application
Understanding the roles of different iron salts in the formation of oxygen
reduction reaction (ORR) active sites in Fe-N-C electrocatalysts

Constructing ultrastable carbon encapsulated nano-nickle to elucidate
multistep reaction mechanism of MgH2

Muhammad Irfan

High Surface Area MOF-derived Hierarchically Porous Carbon for Energy

Maulana Kusdhany

Storage Applications
再⽣可能エネルギー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の開発
Development of paper-structured catalyst for hydrogen production by dry
reforming of methane－ 17 －

Kyushu University Energy Week 2020

Kyushu University Energy Week 2020①-21

Graduate School of Engineering

森 滉稀

固体酸化物形燃料電池の性能評価とシミュレーション手法①-22

Graduate School of Engineering

的場 太一

再エネ有効利用を目的とした高耐久 PEFC のカソード触媒層設計―イオノマーの検討―①-23

Graduate School of Engineering

殿迫 徹也

固体高分子型燃料電池用の Pt-酸化物ナノコンポジット電極触媒の開発①-24

Graduate School of Engineering

武井 翔太

①-25

Graduate School of Engineering髙田 正太郎①-26

Graduate School of Engineering

黄 亭維

①-27

Faculty of Engineering

Kayoung Park①-28

Graduate School of Engineering

山下 翼

機械学習を用いた固体酸化物燃料電池におけるカソードの開発方法の探索①-29

Graduate School of Engineering

大神 沙姫

ウィンドソーラータワーによる太陽光と風力の同時取得発電

吉川 光寛

太陽電池と燃料電池を融合した新電池の創成

①-30
①-31
①-32
①-33
①-34

Faculty of Engineering Center for
Small Molecule Energy
Graduate School of Integrated
Frontier Sciences
Graduate School of Integrated
Frontier Sciences
Graduate School of Integrated
Frontier Sciences
Graduate School of Integrated
Frontier Sciences

再エネ有効利用を目的とした PEFC の低 Pt 化に向けた研究-濃度過電圧とカーボン担体の相関性の検討バイオガス直接内部改質 SOFC の改質反応に関する研究
再エネ利用を目的とした 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電極の開発
Improvement of cell performance in catalyst layers with optimal design forpolymer electrolyte fuel cells

Suzuki Shoyo

Fundamental Insights into Platinum-Free Electrocatalysts
Effect of rapid thermal annealing on fabricating pn-junction device by Si

ZHU HUAN

paste

Enes Muhammet CAN

Superhydrophobic Fluorinated Carbons for Water Management in PEFCs
Nanocellulose Crosslinked with Sulfonic Acid as an Alternative Proton

Selyanchyn Olena

Conductive Membrane for Hydrogen Fuel Cells①-35

Graduate School of Science

Suda Keiju

Two dimensional crystallization of bacteriorhodopsin by depletion force of①-36

Graduate School of Science

多伊良 夏樹ストップトフロー法および DFT 計算に基づくポリオキソメタレート酸素発生触媒の機構的研究①-37

Graduate School of Science

脇山 史彬

白金(II)単核錯体を触媒とした水素生成反応の活性制御因子の解明

坂本 遼

全固体塩化物シャトル電池の創製

①-38
①-39
①-40
①-41
①-42
①-43
①-44
①-45
①-46
①-47

Interdisciplinary Graduate Schoolof Engineering Sciences
Interdisciplinary Graduate Schoolof Engineering Sciences
2*I CNER, Interdisciplinary Graduate
School of Engineering Sciences*I2CNER, Graduate School ofEngineering
2*I CNER, Graduate School ofEngineering*I2CNER, Graduate School ofEngineering*I2CNER, Interdisciplinary Graduate
School of Engineering Sciences*I2CNER, Graduate School ofEngineering
International Institute for
Carbon-Neutral Energy ResearchInterdisciplinary Graduate Schoolof Engineering Sciences

lipid

Ion Density Analysis in a Miniature Neutralizer Utilizing PIC Simulation with

Yousefian Ali

Respect to Inlet Configuration

TAHMID HASAN RUPAM

Theoretical pedrformance analysis of potential adsorbent/refrigerant pairs
for next generation cooling applications
Effect of addition of ammonia to hydrogen gas on hydrogen embrittlement inZhang Nan

JIC test

髙崎 大裕

大規模水素利用技術の安全性確保のための高温水素中のクリープ損傷に関する研究山田 和輝

O2 および CO による水素助長疲労き裂進展の加速に対する抑制効果律速機構の違い
Functionalization of porous material for developing adsorption-based

M L Palash

portable passive water harvester
Oxygen evolution reaction on Au/Nickel-Iron layered double hydroxide

Tetsuya Miwa

nanosheet

Qing Wang

Oxygen-Deficient Silica Quartz: A New Material for Photocatalysis

David Carrillo-Canizalez

Power Output Enhancement of Diffuser Augmented Wind Turbines used in a
multi rotor system－ 18 －

Kyushu University Energy Week 2020

Kyushu University Energy Week 2020②-1

Graduate School of Engineering

徳永 大悟

②-2

Graduate School of Engineering

澤野 賢太*I2CNER, Graduate School of②-3

Engineering
2*I CNER, Interdisciplinary Graduate

②-4
②-5
②-6

School of Engineering Sciences

Interdisciplinary Graduate Schoolof Engineering Sciences
Interdisciplinary Graduate Schoolof Engineering Sciences③-1

Graduate School of Engineering
Faculty of Social and Cultural

③-2
③-3
③-4

StudiesInterdisciplinary Graduate Schoolof Engineering Sciences
Interdisciplinary Graduate Schoolof Engineering Sciences

④-1
④-2

Faculty of Engineering
Interdisciplinary Graduate School

人体構造に準じたインテリジェントロボット義手の研究－表面筋電位による人型指ロボットの制御－
SOFC の発電電力と排熱を用いたメタン発酵消化液濃縮システムの設計に向けた基礎研究

Rocky Kaiser Ahmed

Composites
省エネ建築に資する自然換気・通風現象メカニズム解明に関する研究

池谷 智陽子Optimal planning and design of a hybrid renewable energy system for a

Lyu Jiajun

residential region in Osaka, Japan
Biochar-Metal Composite Biogas Impurities Adsorbent for Stable Energy

Hwndrik Setiawan

Production in Solid Oxide Fuel Cell
分子生物学的手法(RNA-Seq)を用いたヒメオオクワガタ Dorcus montivagus 幼虫の腸内

三島 達也

微生物におけるリグノセルロース分解酵素遺伝子の種類と発現量解析

Colombatantirige
Uthpala Amoda Perera

Ulaanbaatar, Mongolia
Optimal redistributive policy under climate change: individual adaptation and津川 修一

social mitigation

Ayas Mahr

Urban Sustainable Development Index for comparative analysis of low⑤-1

Graduate School of Engineering

古賀 大貴

⑤-2

Graduate School of Engineering

澤山 和貴

Graduate School of Information

Ahmed Nasser Ahmed

Science and Electrical Engineering

Ahmed Ismail

⑤-5
⑤-6
⑤-7

Graduate School of Information
Science and Electrical Engineering
Interdisciplinary Graduate Schoolof Engineering Sciences
Interdisciplinary Graduate Schoolof Engineering Sciences
Interdisciplinary Graduate Schoolof Engineering Sciences

Cool, Green and Comfortable: A Sustainable Future for the HVAC&R Industry
Development of a prototype of insulated Ger for urban settlement area of

UelunUjin Purev

Abdelrahman Shaqour⑤-4

generation cooling and heating systems
Toward Sustainable Energy Harvesting Using Hybrid Nanostructured Cement

Sampad Ghoshof Engineering Sciences⑤-3

Synthesis of zeolite based consolidated composite adsorbents for the next

emission policies in urban areas
応力応答性光エネルギー変換材料を指向した機能性色素含有ポリマーの創生
シェールオイルの原位置燃焼による熱水貯留層の造成：
二酸化炭素地中貯留の可能性と経済性評価

景山 知哉

Energy and Spectrum Efficient Power Allocation in Downlink NOMA HetNets
次世代無線通信における無線基地局の低消費電力化のための適応信号処理に関する研究

Yemanebirhan Tadesse
AbirhamDevelopment of hybrid PV-T solar thermal pumping system
Development of Low Cost Activated carbon from Biomass for

Chairunnisa

Dehumidification Application

竹下 隼人

加速器駆動核変換システム高度化のための核種生成断面積測定【Overseas】
No. of
Poster
G-1
G-2

Affiliation
Jomo Kenyatta University ofAgriculture and Technology
Reiner Lemoine Institut gGmbH

Name

Title of Research

Milton Utwolo Alwanga
Paul Bertheau

G-3

University of Malaya

Mahdi Tousizadeh

G-4

University of Technology Sydney

Joseph Wyndham

G-5

Université Catholique de Louvain

Jian Wang

G-6

The University of Sheffield

Peng LuoRegulatory Reforms and access to Electrification in Rural Kenya
Exploratory study of Japanese, Korean and Chinese development assistanceto the Energy Sector of Southeast Asian countries
EV adoption in Malaysia: Potential and Impacts Considering Large Scale Solarand Energy Storage
Stochastic modelling for risk assessment in electricity generation portfolios
High Yield Selective Synthesis of Na2B12H12with Autoclave Method
Comparison of 4H-SiC IGBT and CIGBT devices for Ultra-High Power
Applications－ 19 －

Kyushu University Energy Week 2020

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>Conference Room, Shiiki Hall, Ito Campus, Kyushu University<Language> English<Theme>Can Scientists Make a Difference? Exploring the Potential of Transdisciplinary Collaboration
for Clean Energy Development< Program and Speaker>
Time
9:00-9:10

Program and Speaker
Introduction & Welcoming Remarks
Session 1: Science-Policy Collaboration in Practice: Experiences from Kyushu
University(Moderator: Robert LINDNER)●Input Presentation 1: Sustainable Development of Rural Area by Effective Utilization

9:10-9:50

of Bio-wastes with Highly Efficient Fuel Cell Technology (Vietnam)
Associate Prof. Yusuke SHIRATORI, Faculty of Engineering / International ResearchCenter for Hydrogen Energy, Kyushu University●Input Presentation 2: Comprehensive Solutions for Optimum Development ofGeothermal Systems in East African Rift Valley (Kenya)
Professor Yasuhiro FUJIMITSU, Faculty of Engineering, Kyushu University

9:50-10:00

10:00-10:15

Discussion(Moderator: Robert LINDNER)

Short break
Session 2: How to Engage in Clean Energy Development? Experiences from
Practitioners in Asia-Pacific(Moderator: Tatsuya WAKEYAMA)●Invited lecture Trends, observations and policy transitions in renewable energy
deployment in Southeast Asia

10:15-11:30

Mr. Winston CHOW, Clean Power Asia Program, USAID●Invited lecture Overview of ASEAN-German Engagement on Clean Energy Sector
Mr. Rizky FAUZIANTO, ASEAN-German Energy Programme (AGEP), GIZ●Invited lecture ADB's engagement in clean energy development: highlights andlessons learned
Mr. Toru KUBO, Asian Development Bank

11:30-12:00

Discussion(Moderator: Tatsuya WAKEYAMA)

12:00-12:30

Session 3: Matchmaking

12:30

End of Workshop－ 20 －

Kyushu University Energy Week 2020

Session 1：Science-Policy Collaboration in Practice: Experiences from Kyushu
Input Presentation 1

Sustainable Development of Rural Area by Effective Utilization of Biowastes with Highly Efficient Fuel Cell Technology (Vietnam)
Yusuke SHIRATORIAssociate Professor, Faculty of Engineering / International Research Center for Hydrogen Energy, Kyushu University

Input Presentation 2

Comprehensive Solutions for Optimum Development of Geothermal
Systems in East African Rift Valley (Kenya)
Yasuhiro FUJIMITSU
Professor, Faculty of Engineering, Kyushu University

Moderator

Robert LINDNER
Associate Professor, Q-PIT, Kyushu University

Session 2：How to Engage in Clean Energy Development? Experiences from Practitioners in Asia-Pacific
Invited lecture

Trends, observations and policy transitions in renewable energy
deployment in Southeast Asia
Winston CHOW
Clean Power Asia Program, USAID

Invited lecture

Overview of ASEAN-German Engagement on Clean Energy Sector
Rizky FAUZIANTO
ASEAN-German Energy Programme, (AGEP), GIZ

Invited lecture

ADB's engagement in clean energy development: highlights andlessons learned
Toru KUBO
Principal Climate Change Specialist, Asian Development Bank

Moderator

Tatsuya WAKEYAMA
Associate Professor, Q-PIT, Kyushu University－ 21 －

Kyushu University Energy Week 2020

Kyushu University Energy Week 2020

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

14:00-18:30, 29th January 2020

<Venue>Inamori Hall, Ito Campus, Kyushu University<Language> English (simultaneous translation)<Theme>Expert workshop on Sustainable Energy Transitions in Asia
(Constructal Theory and Sustainable Energy Transitions)< Program and Speaker>
Time
14:00–14:10

Program and Speaker
Welcoming remarks
Prof. Yoshihiro Yamazaki, Kyushu University, Japan

14:10–15:40

Session 1: Constructal theory and sustainability
Keynote Speaker: Prof. Adrian Bejan, Duke University, USA
Moderator: Assoc. Prof. Hooman Farzaneh, Kyushu University, Japan

15:40–16:00
16:00–16:30

Short break
Session 2︓Book launch session“The Physics of Life, A. Bejan (Japanese translation)”
Panelists:Prof. Adrian Bejan, Duke University, USAProf. Yukitaka Kato, Tokyo Institute of Technology, Japan

Prof. Hitoshi Matsushima, Nihon University, Japan

Mr. Hitoshi Izumi, Kinokuniya, Tokyo, Japan

Moderator: Prof. Takahiko Miyazaki, Kyushu University, Japan
16:30–16:50
16:50–18:20

Short break
Session 3: Research projects on energy transitions in Asia
Keynote Speakers:Prof. Shigeo Kimura, Komatsu University, Japan

Prof. Keiichi N. Ishihara, Kyoto University, Japan

Prof. Yukitaka Kato, Tokyo Institute of Technology, Japan

Moderator: Assoc. Prof. Robert Lindner, Kyushu University, Japan
18:20-18:30

Closing Remarks
Prof. Kentaro Yoshida, Kyushu University, Japan－ 22 －

Kyushu University Energy Week 2020

Welcoming remarks

Yoshihiro Yamazaki
Professor,
Q-PIT, Kyushu University

Session 1：Constructal theory and sustainability

Keynote Speaker

Adrian Bejan
J. A. Jones Distinguished
Professor,
Duke University

Adrian Bejan is J. A. Jones Distinguished Professor of Mechanical Engineering at Duke University
who is the recipient of the Benjamin Franklin Medal for “Thermodynamics and Constructal theory”,
which predicts natural design and its evolution in engineering, scientific, and social systems”. All his
degrees are from MIT. Prof. Bejan authored 30 books and 650 peer-refereed journal articles, andwas awarded 18 honorary doctorates from universities in 11 countries. He is a member of theacademies of Europe, Mexico, Romania, and Moldova. His recent books include “Design in Nature ”(Doubleday 2012) and “The Physics of Life ” (St. Martin's Press 2016).
Constructal theory is the thought that the generation of flow configurations is a phenomenon ofphysics. Flow configuration, such as the trees of river basins, lungs and city traffic unite the natural
with the engineered, and the animate with the inanimate. The similarity of the solution to thebranching structures seen in multiple inanimate and living things led to Prof. Bejan’s statement ofwhat he calls a new law of nature: “For a finite-size flow system to persist (to survive) it must morph intime such that it provides easier access to the currents that flow through it ”.

On 27 June 2019, in Berlin, the Humboldt Foundation awarded Prof. Bejan the Humboldt ResearchAward for lifetime achievement. He was cited for “for his pioneering contributions to modern
thermodynamics and “Constructal Law” – a law of physics that predicts natural design and its
evolution in biology, geophysics, climate change, technology, social organization, evolutionary designand development, wealth and sustainability.

Moderator

Hooman Farzaneh
Associate Professor,
Q-PIT,
Kyushu University－ 23 －

Kyushu University Energy Week 2020

Session 2：Book launch session “The Physics of Life, A. Bejan (Japanese translation)”
Panelists

Panelists

Adrian Bejan

Yukitaka KatoJ. A. Jones Distinguished
Professor ,Duke University

Professor,
Laboratory for advanced nuclear energy,
Tokyo Institute of Technology

Panelists

Panelists

Hitoshi Matsushima

Hitoshi Izumi

Professor,
Department of Mechanical Engineering,
College of Industrial Technology,
Nihon University

Deputy Manager,
Publishing Department,
Kinokuniya Company Ltd.

Moderator

Takahiko Miyazaki
Professor,
Interdisciplinary Graduate School ofEngineering Sciences,
Kyushu University

Session 3：Research projects on energy transitions in Asia
Keynote Speaker

Keynote Speaker

Shigeo Kimura

Keiichi N. Ishihara

Professor, Dean,
Faculty of production systems engineeringand sciences, Komatsu University

Professor, Dean,
Graduate school of energy science,
Kyoto University

Keynote Speaker

Moderator

Yukitaka Kato

Robert LindnerProfessor,
Laboratory for advanced nuclear energy,
Tokyo Institute of Technology

Associate Professor,
Q-PIT, Kyushu University

Closing Remarks

Kentaro Yoshida
Professor,
Q-PIT, Kyushu University－ 24 －

Hydrogen Energy and Fuel Cell Forum in Kyushu
Kyushu &University Energy Week 2020
International Hydrogen Energy Development Forum 2020

Hydrogen Energy and Fuel Cell Forum in Kyushu &International Hydrogen Energy Development Forum 2020
~Looking ahead to various utilization models of renewable energy~<Date> 13:00-17:00 , 29th January 2020
<Venue>Mirai Hall, Denki Building, Kyosokan（4F Kyosokan Denki Building, 2-1-82 Watanabedori, Chuo-ku, Fukuoka-shi, Fukuoka）<Program and Speaker>
Time

ProgramSpeakerMr. Kenzo Yoneda
Director, Kyushu Bureau of
Economy, Trade and Industry ,Ministry of Economy, Trade and13:00〜13:10

Industry

Opening

Mr. Hiroshi Ogawa
Governor of Fukuoka Prefecture
Fukuoka Hydrogen Energy Strategy
Council Advisor
Realization of a hydrogen energy society
13:10〜13:40 Industry-academia-government regional
collaboration and future prospects

Professor Kazunari Sasaki
Vice President, Kyushu University
Director of International ResearchCenter for Hydrogen Energy
New Energy System Division,

13:40〜14:10

Ministry of Economy, Trade and Industry's

Energy Saving / New Energy

efforts to realize a low-carbon society

Department, Agency for Natural-Looking forward to realizing a hydrogen

Resources and Energy,society-

Ministry of Economy, Trade andIndustry

14:10〜14:20

Break－ 25 －

Kyushu University Energy Week 2020

Hydrogen Energy and Fuel Cell Forum in Kyushu &International Hydrogen Energy Development Forum 2020
Professor Ken Okazaki
Trends and international collaboration for
14:20〜15:00

realizing a low-carbon society-Role of renewable energy-derived
CO2-free hydrogen-

Professor Emeritus and Specially
Appointed Professor
Global Hydrogen Energy Research
Unit Leader，Science andTechnology Research Institute,Tokyo Institute of Technology

Carrying renewable energy stored in ahydrogen carrier
15:00〜15:30

Mr. Hirohide Furuya〜 Aggregation of renewableenergy-related industries throughtechnology development and efforts forCenter Director, Renewable Energy
Research Center, AIST

reconstruction of the affected areas 〜
Kyushu University session(Facilitator: Prof. Joichi Sugimura, Director, Research Center for Hydrogen
Industrial Use and Storage (HYDROGENIUS), Kyushu University)
Dr. Guangli He
15:30-16:00

Recent developments in hydrogen energy
in China

Manager, Hydrogen Energy R&D
Department, National Institute of
Clean-and-Low-Carbon Energy,
China
Mr. Hiroshi Kobayashi

Review of regulations on metal materials
16:00-16:30

used at hydrogen stations and future
directions

General Manager, Hydrogen Use
Promotion Office, Automotive &New Fuel Department, Institute ofPetroleum Energy Technology
Center

16:30-17:00

Development status of rubber polymer

Professor Shin Nishimuramaterials for high-pressure hydrogen

Kyushu University

International standards
17:00〜17:10

Break

17:10〜18:40

Banquet－ 26 －

Kyushu University Energy Week 2020

‐ HYDROGEN‐MATERIALS INTERACTIONS ‐HYDROGENIUS, I2CNER, AND HYDROMATE JOINT RESEARCH SYMPOSIUM
HYDROGENIUS FATIGUE AND FRACTURE DIVISION,
I2CNER HYDROGEN MATERIALS COMPATIBILITY DIVISION,& HYDROMATEDATE: THURSDAY, JANUARY 30, 2020
TIME: 10:00‐16:50
VENUE: CONFERENCE ROOM, SHIIKI HALL
Time

10:00‐10:10
10:10‐10:45

Speaker
Hisao
Matsunaga
MohsenDadfarnia

10:45‐11:20

Hong Luo

11:20‐11:55

Aurélie
LaureysAffiliation

Kyushu University

Opening Remarks

Seattle University

Toward Mechanistic Modeling ofHydrogen Induced Crack Propagation

University of
Science andTechnology Beijing

Hydrogen Embrittlement of High Entropy
AlloysMicroscopic Evaluation of Hydrogen
Induced Crack Initiation and Propagationin Multiphase Steels

Gent University

11:55‐13:20

Lunch

13:20‐13:55

Shenghu Chen

Chinese Academy of
Sciences

13:55‐14:30

Thanh Tuan
Nguyen

KRISS

14:30‐15:05

Brian Kagay

Sandia National
Laboratories

15:05‐15:30
15:30‐16:05
16:05‐16:40
16:40‐16:50

Title

Internal Hydrogen Effects on the
Deformation and Fracture Behavior ofPrecipitation–hardened Fe–Ni–Cr Alloy
Hydrogen‐induced Fracture in X70
Pipeline Steel under Low Partial
Hydrogen in a Mixture with Natural Gas
Investigating Hydrogen‐assisted
Deformation of Oligocrystalline
Austenitic Stainless SteelBreak

Zhengli Hua
Daisuke
Takazaki
Brian
Somerday

Zhejiang University
Kyushu University
I2CNER－ 27 －

Kelvin Probe Force Microscopy Study on
Hydrogen Distribution in Austenitic
Stainless Steel
Effect of Hydrogen on Creep Properties
of SUS304
Closing Remarks

Kyushu University Energy Week 2020

‐2020 HYDROGENIUS & I2CNER TRIBOLOGYSYMPOSIUM ‐HYDROGENIUS AND I2CNER JOINT RESEARCH SYMPOSIUM
HYDROGENIUS TRIBOLOGY DIVISION& I2CNER HYDROGEN MATERIALS COMPATIBILITY DIVISION

DATE: THURSDAY, JANUARY 30, 2020
TIME: 11:00‐18:00
VENUE: CENTENNIAL HALL, HOSPITAL CAMPUS, KYUSHU UNIVERSITY
Time

Speaker

11:00~
12:00

Makoto Yoshida
Shunsuke
Maekawa

13:00~
15:00

Dr. František
Lofaj
Assoc. Prof.
Takayuki
Tokoroyama
Prof. Kanao
Fukuda

15:00~
18:00

Affiliation

Title

Tribology of Reusable Rocket
EngineJXTG’s Efforts toward the
JXTG
Realization of Hydrogen‐utilized
Society
A review of mechanical andInstitute oftribologicalproperties
ofMaterials Research hydrogenated W‐C:H coatings
prepared by different sputteringof SAStechniques
The effect of Mo related particles
Nagoya University on the wear acceleration ofhydrogenated amorphous carbon
Effects of trace humidity in
University
atmospheric gas on the tribologicalTechnology Malaysia
behaviors of metallic materials
JAXA

Joint Session with Hydrogen Polymers Team (Oral Session)
Dr Kevin Simmons
Prof. Yoshinori
Sawae

Pacific Northwest
National Laboratory
Kyushu University

TBD
Tribological behavior of PTFE
composites in hydrogen

Joint Session with Hydrogen Polymers Team (Poster Session)－ 28 －

Kyushu University Energy Week 2020

Kyushu University Energy Week 2020

International Symposium of Hydrogen Polymers Team, HYDROGENIUS
Date: Thursday, 30th January 2020
Venue: Centennial Hall, Kyushu University School of Medicine
Oral Session
Time

Program and Speaker
Update of Hydrogen Compatible Polymeric Materials
Chairperson: Dr Hiroaki ONO, Kyushu University

11:00-11:40

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

11:40-13:10

Lunch Break

13:10-13:50

Effect of Hydrogen Pressure Cycle Condition on the Damage of Rubber Materials
Dr Hiroaki ONO, Kyushu University (Japan)

13:50-14:30

TBD
Dr Nalini MENON, Sandia National Laboratory (USA)

14:30-15:00

Coffee Break
Joint Symposium of Hydrogen Tribology Team and Hydrogen Polymers Team
Chairperson: Dr Hiroaki ONO, Kyushu University

15:00-15:40

TBD
Prof Yoshinori SAWAE, Kyushu University (Japan)

15:40-16:20

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

16:20-16:25

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

16:30-18:00

Poster Session－ 29 －

Kyushu University Energy Week 2020

‐ 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: FRIDAY, JANUARY 31, 2020
TIME: 13:00‐17:20
VENUE: WEST 4 BUILDING‐914

Time

Speaker

Affiliation

13:00‐13:50

Roland Span

Ruhr University

13:50‐14:20 Sanehiro Muromachi

Title
The German Hydrogen Strategy and the
Status of the Description of
Thermodynamic Properties of Hydrogenand Hydrogen‐Rich MixturesAIST

Gas Capture Properties of Semiclathrate
Hydrates – Water Based Materials

14:20‐14:50

Sho Fukuda

Kyushu Sangyo
University

Experimental Study of Condensation andEvaporation on Horizontal Tube

14:50‐15:10

Hideaki Teshima

Kyushu University

Experimental Study on Adsorbed Gas
Layers by Using Frequency Modulation
Atomic Force Microscopy

15:10‐15:20

Break

15:20‐16:10

Jiangtao Wu

Xi’an Jiaotong
University

Thermophysical Properties Research of
Alterative Refrigerants in XJTU

16:10‐16:40

Koji Hasegawa

Tokyo Urban Tech.

Lab‐in‐a‐drop:Transport Phenomena ofDroplet in Acoustic Levitation

16:40‐17:00

Naoya Sakoda

Kyushu University

Thermophysical Property Measurementsof High‐Pressure Hydrogen and Low‐GWP New Refrigerants

17:00‐17:20

M.L. Palash

Kyushu University

Surface Energy Characterization of
Various Porous Adsorbents－ 30 －

Kyushu University Energy Week 2020

IN
NT
TE
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NA
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NA
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UT
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FO
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I N T E R N A T I O N A L I N S T I T U T E F O R C A R B O N -N E U T R A L E NE R G Y R E S E A R C H‐ADVANCED
DVANCED TECHNOLOGYECHNOLOGY FOR
FOR EFFICIENTFFICIENT ELECTRIC
LECTRIC‐ADVANCEDT
ECHNOLOGY FOR EFFICIENT ELECTRIC
AND
P
HOTO
E
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C
ONVERSION‐AND HOTO NERGY ONVERSION
AND PHOTO ENERGY CONVERSION‐
22

I2 CNER INTERNATIONAL WORKSHOPICNER PINTERNATIONAL
WORKSHOP
MOLECULAR
HOTOCONVERSION DEVICES DIVISION

MOLECULAR PHOTOCONVERSION DEVICES DIVISIONM
PHOTOCONVERSION
DEVICES DIVISIONLECTROCHEMICAL& EOLECULARLECTROCHEMICAL ENERGYNERGY CONVERSION
ONVERSION DIVISIONIVISION& ELECTROCHEMICAL ENERGY CONVERSION DIVISION

DATE: FRIDAY, JANUARY 31, 2020
DATE: FRIDAY, JANUARY 31, 2020
TIME: 9:30‐17:15
TIME: 9:30‐17:15
VENUE: I22CNER HALL C
VENUE: I2CNER HALL C
Time
Time
Time
9:30
9:30
9:30

10:10‐10:30
10:10‐10:30
10:10‐10:30
10:30‐10:45
10:30‐10:45
10:30‐10:45

Speaker
Speaker
Speaker
Hiroshige
Hiroshige
Hiroshige
MatsumotoMatsumotoMatsumoto
Kaveh
Kaveh Edalati
EdalatiKaveh Edalati
Toshinori
Toshinori
ToshinoriMatsushima
Matsushima
Matsushima
MinkyuMinkyu Son
Son
Minkyu Son
CoffeeCoffeeCoffee10:45‐11:30
10:45‐11:30
10:45‐11:30

KentaroYoshidaKentaroYoshida
YoshidaKentaro11:30‐12:00
11:30‐12:00
11:30‐12:00

Harry
TullerHarryTuller
TullerHarry

12:00‐13:00
12:00‐13:00
12:00‐13:00

Lunch
Lunch
Lunch

13:00‐13:45
13:00‐13:45
13:00‐13:45

HitoshiTakamura
HitoshiTakamura
Takamura
Hitoshi

13:45‐14:45
13:45‐14:45
13:45‐14:45

San
Ping
Jang
SanPing
PingJang
Jang
San

14:45‐15:00
14:45‐15:00
14:45‐15:00

CoffeeCoffeeCoffee9:30‐9:50
9:30‐9:50
9:30‐9:50
9:50‐10:10
9:50‐10:10
9:50‐10:10

Affiliation
Affiliation
Affiliation

Title
Title
Title

KyushuI CNER,
University
University
2University
CNER, Kyushu
KyushuII2CNER,KyushuI2CNER,
University
University
University
I2I22CNER,
CNER, Kyushu
KyushuKyushuI CNER,
University
University
University
II22CNER,
CNER, Kyushu
KyushuI2CNER,
KyushuUniversity
University
University

Opening
Opening Remarks
Remarks
Opening Remarks
High‐pressure
torsionfor
activeHigh‐pressure
torsionfor
activeHigh‐pressure
torsionfor
activephotocatalysts
photocatalysts
photocatalysts
Organic‐Inorganic
Organic‐Inorganic Perovskite
Perovskite forfor Efficient
Efficient
Organic‐Inorganic
Perovskite for Efficientandand Stable
Stable Solar
Solar Cell
Cell
and Stable Solar Cell
Solar
water
splitting:challenges
and
Solar
water
splitting:challenges
and
Solar
water
splitting:challenges
andperspectives
perspectives
perspectives

Q‐PIT,
KyushuQ‐PIT,Kyushu
KyushuQ‐PIT,
University
University
University
CNER, Kyushu
KyushuI222CNER,I
I CNER, Kyushu
University/MIT
University/MIT
University/MIT

Consumerpreferencesforalternative
fuelConsumer preferences
preferences forfor alternative
alternativefuelfuelConsumervehiclesandautonomous
drivingtechnology
vehiclesandautonomous
drivingtechnology
vehicles and autonomous driving technology
Measuring
OxygenIon
Mobility
Down
Measuring Oxygen
Oxygen Ion
Ion Mobility
Mobility Down
Down toto
toMeasuringRoom
Temperature
in
Mixed
Ionic
Electronic
Room
Temperature
in
Mixed
Ionic
Electronic
Room Temperature in Mixed Ionic Electronic
Conductors
Conductors
Conductors

I22CNER, Kyushu
2I CNER, Kyushu

N‐typemixed
conductorsforlow‐
N‐type mixed
mixed conductors
conductors forfor low‐low‐
TohokuUniversity
TohokuUniversity
University N‐type
Tohokutemperature
SOFC
temperature
SOFC
temperature SOFC
Development ofof highhigh temperaturepolymerDevelopment
temperaturepolymer
polymerDevelopmentof hightemperature
CurtinUniversity
electrolyte
membrane
fuel
cells
‐
from
CurtinUniversity
University electrolyte
electrolytemembrane
membranefuelfuelcells
cells‐ ‐fromfrom
Curtinmembranetonon‐Ptelectrocatalysts
membranetonon‐Ptelectrocatalysts
membrane to non‐Pt electrocatalysts
I22CNER/CNER/
I2ICNER/
Laboratorio
Enoliva
Laboratorio
Enoliva
Laboratorio Enoliva
Q‐PIT,
KyushuQ‐PIT,Kyushu
KyushuQ‐PIT,
University
University
University

15:00‐15:45
15:00‐15:45
15:00‐15:45

John Druce
Druce
John
John
Druce

15:45‐16:30
15:45‐16:30
15:45‐16:30

Yoshihisa
Yamazaki
YoshihisaYamazaki
Yamazaki
Yoshihisa

16:30‐17:15
16:30‐17:15
16:30‐17:15

Yasunobu
Mizutani
YasunobuMizutani
Mizutani
Yasunobu

AIST/
Toho
Gas
AIST/Toho
TohoGas
Gas
AIST/

17:15
17:15
17:15

TatsumiIshihara
TatsumiIshihara
Ishihara
TatsumiKyushuUniversity
KyushuUniversity
University
Kyushu－ 31 －

2
2CNER:
Ion
Beam
AnalysisSIMS,
Ion Beam
Beam Analysis
Analysis atat
at I2IICNER:
CNER: SIMS,
SIMS,
Ion
ScatteringandStrontium‐rich
Surfaces
ScatteringandStrontium‐rich
Surfaces
Scattering and Strontium‐rich Surfaces
Machinelearning:
towards
materials
Machine learning:learning: towards
towards materials
materials
Machinediscovery
forproton‐conducting
discovery
forproton‐conducting
discovery
forproton‐conducting
electrochemical
devices
electrochemicaldevices
devices
electrochemical
Challenges
Protonic
Ceramic
Cell
towardChallengesinin
inProtonic
ProtonicCeramic
CeramicCell
Celltoward
towardChallenges
ultra‐highefficiency
fuel
cells
ultra‐highefficiency
fuel
cells
ultra‐high efficiency fuel cells

Concluding
Remarks
ConcludingRemarks
Remarks
ConcludingKyushu University Energy Week 2020

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

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
I N T E R NA T I O 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‐CATALYSIS FOR FUTURE
F
E
T‐C
ENERGYTECHNOLOGIES
‐ ‐
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FOR
UTURE
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TORKSHOP
ECHNOLOGIESINTERNATIONALW
ORKSHOP ‐‐‐CATALYSISATALYSIS
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UTURE
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A L I NS T I T UTFORE FOR CA R B O N -N ENERGYU T RA L E N EECHNOLOGIESRGY RESEARCHI N T E R NA T I O NATALYSISUTURE

II2CNER
WORKSHOP
ORKSHOPCATALYTICATERIALS
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ENUE: :I ICNER
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VENUE: I:2ICNER
ALL
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ALLAA
2

Time
Time
Time
Time

Speaker
Affiliation
TitleTitle
Speaker
Affiliation
Speaker
Affiliation
Title
Speaker
Affiliation
Title
Prof.
I22CNER,KyushuProf.Miho
Miho
I2CNER,
Kyushu Opening Remarks2
13:00‐13:05
Opening Remarks
13:00‐13:05 Prof.
Miho
I
CNER,
Kyushu
Prof.
Miho
I
CNER,
KyushuYamauchi
University
Opening Remarks
Remarks
13:00‐13:05
13:00‐13:05
Yamauchi
University Opening
Yamauchi
University
Yamauchi
University
Chair:Prof.
Miho
Yamauchi(I2CNER,KyushuUniversity)
Chair:Prof.
Miho
Yamauchi(I2CNER,KyushuUniversity)
Chair:Prof.
Miho(I22CNER,
KyushuUniversity)
Chair:Prof.
Miho
Yamauchi
CNER,
KyushuUniversity)
Prof.
Kohei
National
Institute
Electrochemical
Surface Scienceand Energy
Prof.
Kohei National
National
Institute
Electrochemical
Scienceand Energy
Prof.
Kohei
National
Institute
Electrochemical
Surface
Science
13:05‐13:40
Prof.
Kohei
Institute
Electrochemical
SurfaceSurface
ScienceandandEnergy
Energy13:05‐13:40
13:05‐13:40
Conversion/Storage
Uosakifor
Materials
Science
13:05‐13:40
Conversion/Storage
Conversion/Storage
Uosaki for
Materials
Science
UosakiforforMaterials
ScienceConversion/Storage
UosakiMaterials
Science2
Prof.
Nobutaka
I
KyushuModulation
Excitation
Infrared Spectroscopy:
2 CNER,
2
2
Prof.
NobutakaI
CNER,
KyushuModulation
Excitation
InfraredProf.
Nobutaka I CNER,
I CNER,
KyushuModulation
Modulation
Excitation
InfraredSpectroscopy:
Prof.
Nobutaka
KyushuExcitation
InfraredSpectroscopy:
Spectroscopy:
13:40‐14:00
13:40‐14:00
13:40‐14:00
Application
to Heterogeneous
Catalysis
13:40‐14:00
Maeda
University
Application
to
Heterogeneous
Catalysis
Maeda
University
Application
to
Heterogeneous
Catalysis
Application
to
Heterogeneous
Catalysis
Maeda
University
Maeda
University
2
Dr.
Takashi
CNER,
Kyushu Electrosynthesis
Electrosynthesisof Amino
Acids
from
Dr.
Takashi
I2I2CNER,
CNER,
KyushuoffromDr.
TakashiI
KyushuofAmino
Amino
Acids
from
Dr.
Takashi
I2CNER,
KyushuElectrosynthesis
14:00‐14:20
Electrosynthesis
ofAcids
Amino
Acids from14:00‐14:20
14:00‐14:20
Biomass‐Derivable
Acids
on
Titanium
DioxideFukushima
University
14:00‐14:20
Biomass‐Derivable
Acids
on
Titanium
DioxideFukushima
University
Acids onTitanium
Dioxide Dioxide
Fukushima
University
Biomass‐Derivable
Acids
on Titanium
Fukushima
University Biomass‐Derivable
14:20‐14:35
Break
14:20‐14:35
Break
14:20‐14:35
Break

14:20‐14:35

Break
2
Chair:
Prof.
Takahiro
Matsumoto(I22(I
CNER,
KyushuUniversity)
Chair:Prof.
Prof.Takahiro
TakahiroMatsumoto
Matsumoto
CNER,
KyushuUniversity)
Chair:(I
CNER,
2 Kyushu University)
Chair: Prof.
Takahiro
Matsumoto(I
CNER,
KyushuUniversity)
Prof. Tatsuya
TatsuyaI2I22CNER,
Kyushutype
robustruthenium(BPGA)
Prof.
CNER,Kyushu
Kyushu Non‐heme
Non‐heme
typerobustruthenium(BPGA)Prof.
TatsuyaI
CNER,
14:35‐14:55
Non‐heme
typerobustruthenium(BPGA)
14:35‐14:55
catalyzed
C–HC–Hoxidation
14:35‐14:55
UchidaUniversity
Prof.
Tatsuya
I2CNER, Kyushucomplex
Non‐heme
typerobustruthenium(BPGA)
complexcatalyzed
oxidation
UchidaUniversity
complexcatalyzed
C–H oxidation
UchidaUniversity
14:35‐14:55
2
Prof.
Miho
I
CNER,
Kyushucomplexcatalyzed
C–H oxidation
role
of of
TEOA
in photocatalytic
conversion
2
UchidaUniversity
Prof.
Miho
CNER,
Kyushu The
The
role
TEOA
in
photocatalytic
conversion
14:55‐15:15 Prof.
Miho
I2ICNER,Kyushu
The
role
of
TEOA
incomplex:
photocatalytic
conversion
14:55‐15:15
to
CO
by
Re
A
DFT
Study
of
CO
2
Isegawa
University
2
14:55‐15:15
Prof.
Miho
I
CNER,
Kyushu
The
role
of
TEOA
in
photocatalytic
to
CO
by
Re
complex:A
DFT
Studyconversion
ofCO
Isegawa
University
2of CO2 to CO by Re complex: A DFT Study
Isegawa
University
14:55‐15:15 Prof.
Takeshi
I222CNER,
KyushuA future
energytechnology
based on HA2 DFT Study
to
CO
by
Re
complex:ofCO
Isegawa
University
2
Takeshi
CNER,Kyushu
Kyushu A Afuture
future energy technology based on H2
15:15‐15:35 Prof.Takeshi
I ICNER,
activationenergy technology based on H2
15:15‐15:35 Prof.Yatabe
University
15:15‐15:35
2
activation
Prof.
TakeshiI
CNER,
KyushuA future energy technology based on H2
YatabeUniversity
activation
YatabeTatsuya
I22University
CNER, Kyushu
15:15‐15:35 Dr.
the Next of Molecular Fuel Cell ?
15:35‐15:55
YatabeUniversity
Dr. Ando
Tatsuya
CNER,
Kyushu What'sactivation
I2ICNER,KyushuUniversity
What'sthe
Next
Molecular
Fuel
15:35‐15:55 Dr. Tatsuya
What's
the
Next
of of
Molecular
Fuel
CellCell? ?
15:35‐15:55
2
Ando
University
Dr.
Tatsuya
I CNER, Kyushu
Ando
University
What's the Next of Molecular Fuel Cell ?
15:35‐15:55
15:55‐16:10
Ando
University Break
15:55‐16:10
Break
15:55‐16:10

15:55‐16:10
16:10‐16:45
16:10‐16:45
16:10‐16:45
16:45‐17:05
16:10‐16:45
16:45‐17:05
16:45‐17:05
17:05‐17:25
16:45‐17:05
17:05‐17:25
17:05‐17:25
17:25‐17:30
17:05‐17:25
17:25‐17:30
17:25‐17:30

17:25‐17:30

Break
Chair: Prof. Ki‐Seok Yoon (I2CNER,
BreakKyushu University)
2
Chair:Prof.
Prof.Ki‐Seok
Ki‐SeokYoon
Yoon(I2(ICNER,
CNER,
KyushuUniversity)
Chair:
KyushuUniversity)
Prof. Yoshiki
Structural
study on[NiFe]‐hydrogenases
Universityof Ki‐Seok
Hyogo Yoon
Chair:
Prof.
(I2CNER,KyushuUniversity)
Prof.
YoshikiProf.
Yoshiki
Higuchistudy
onon[NiFe]‐hydrogenases
University
Structural
study[NiFe]‐hydrogenases
UniversityofofHyogo
Hyogo Structural
Development of Novel Plasmon‐induced
Higuchi
HiguchiProf.
YukinaI2CNER, Kyushu
Prof.
YoshikiChargeSeparation
Systemfor
Analytical and
Structural
study
onPlasmon‐induced[NiFe]‐hydrogenases
Development
of of
Novel
Plasmon‐induced
Universityof
Hyogo
Development
Novel
2University
Takahashi
Prof.
YukinaI2ICNER,Prof.
YukinaCNER,Kyushu
Kyushu Photoelectrochemical
HiguchiApplications
ChargeSeparation
Systemfor
AnalyticalandandCharge Separation System for
Analytical
Takahashi
2University
Takahashi
University
Developmentof
Novel
Plasmon‐induced
2
Dr.
Takuo
I
CNER,
KyushuHydrogenase
model
systems
witha[NiRu]
Photoelectrochemical
Applications
Prof. Yukina
I CNER, Kyushu Photoelectrochemical Applications
ChargeSeparation
SystemAnalytical and2 2University
and redox
activemediators
Minato
Dr.
Takuo
I
CNER,
KyushuHydrogenase
model
systems
with
afor[NiRu]Dr.
Takuo
I CNER,
Kyushu complex
Hydrogenase
model
systemswitha [NiRu]
Takahashi
University
2
Photoelectrochemical
Applications
Prof.
Seiji
I University
CNER,
Kyushucomplexandredox
activemediators
Minatocomplexandredox
activemediators
MinatoUniversity
Closing
Remarks2
2 2University
Dr.
Takuo
I
CNER,
KyushuHydrogenase
model
systemswith a [NiRu]
Ogo
Prof.
Seiji
I
CNER,
KyushuProf. Seiji
I CNER, Kyushu Closing Remarks
Closing
Remarks
complexand redox active mediators
MinatoUniversity
Ogo
University
Ogo
University

Prof. Seiji
Ogo

I2CNER, Kyushu
University－ 32 －

Closing Remarks

nKyushu University Energy Week 2020

I N T E RI NNA
IO
NANSU TTEI TFUOTRARR BCOANR-NU-N
T REAU
L TE
EY
S ER
AE
RSCEHA R C H
T ETRNA
TLI OINA LT IITNS
EC
FO
B OEN
RN
AE
L REGNYERRG
I N T E R NA T I O N A L I NS T I T U T E F O R C A R B O N -N E U T R A L E N E R G Y R E S E A R C H‐CO‐COUSING
THETHE
EARTH‐
2 MANAGEMENTUSING
EARTH‐
2 MANAGEMENT‐CO2 MANAGEMENT
USING
THE
EARTH‐
2
I CNER
INTERNATIONAL
WORKSHOP
I2CNER
INTERNATIONAL
WORKSHOP

I2CNER
INTERNATIONAL
WORKSHOP
STORAGEDIVISION
CO
2 CO
DIVISION
2 STORAGE
CO2 STORAGE DIVISIONDATED:ATEFRIDAY, JANUARY
31, 2020: FRIDAY, JANUARY
31, 2020
D
ATE
:
F
RIDAY
,
J
ANUARY31,
2020
13:00‐17:20
TIMET: IME: 13:00‐17:20
IME:
13:00‐17:20
T
2: I CNERHALLHBALL B
VENUE: I2CNERVENUE
2VENUE: I CNER HALL B

Time Time
Speaker
Affiliation
Title Title
Speaker
Affiliation
Time
Speaker
Affiliation
Title
ActivityActivityof CO2ofstoragedivision
13:00‐13:20
Tsuji Tsuji Kyushu
University
CO2 storage
division
13:00‐13:20 Takeshi
Takeshi
KyushuUniversity
of CO2 storage division
13:00‐13:20
Takeshi Tsuji
Kyushu University Activity
Estimationof3D
S‐wavevelocity
Estimation of 3D S‐wave
velocity
model
by
using
ambient
noise
surface‐
13:20‐13:40
AIST AIST
Estimation
3D S‐wave
model ofby using
ambient velocity
noise surface‐
13:20‐13:40 Hiro Nimiya
Hiro Nimiya
wave
modeltomography
by using
ambient noise surface‐
13:20‐13:40
Hiro Nimiya
AIST
wave
tomography
A coupledgeochemicaland geophysicalwave
tomography
A coupledgeochemicaland geophysicalapproachforquantifying
CHgeophysical
13:40‐14:00
Kioka Kioka Kyushu
University
A coupledgeochemical
and4
approachfor quantifying
CH4
13:40‐14:00 Arata Arata
KyushuUniversity
deep insidesubmarine
mudforquantifyingCH
13:40‐14:00
Arata Kioka
Kyushu University approach
4 volcanoes
deep inside submarine
mud volcanoes

deep
inside monitoring
submarine mud
volcanoes
Continuousof seismic

Continuous monitoring of seismic
14:00‐14:20
Ikeda IkedaKyushu
University
14:00‐14:20Tatsunori
Tatsunori
KyushuUniversity
velocityin high
resolution
Continuous
monitoringof seismic
velocity
inlateralhigh lateral
resolution
14:00‐14:20
Tatsunori Ikeda
Kyushu University
velocityinhighlateralresolution
BreakBreak
20 min20 min
Break Characterization
20 minof relationships
Characterizationof relationships
betweenflow
andfracture
structures
14:40‐15:00
Anna
SuzukiTohokuUniversity
Characterizationofrelationships
structures
14:40‐15:00
Anna Suzuki
Tohoku University between flow and fracture
by persistenthomologyflow
andfracture
structures
14:40‐15:00
Anna Suzuki
Tohoku University between
by persistent homology
bypersistentofhomology
Monitoring
induced seismicity due

Monitoring of induced seismicity due
15:00‐15:20
Andri Andri
Hendriyana
University
15:00‐15:20
HendriyanaKyushu
KyushuUniversity
toporetopressure
perturbation
Monitoring
ofpressure
inducedseismicity due
pore
perturbation
15:00‐15:20
Andri Hendriyana
Kyushu University
toporepressure
perturbation
Pore
pressurevariation
to distinguishPorepressurevariation
to distinguishbetween
CO2 injection
induced
15:20‐15:40
Chanmaly
ChhunChhunKyushu
University
Pore pressure
variation
to distinguishbetween
CO2 injection
induced
15:20‐15:40
Chanmaly
KyushuUniversity
earthquake
andnaturalearthquake
CO2 injection
induced
15:20‐15:40
Chanmaly Chhun
Kyushu University between
earthquake
and natural
earthquake
earthquake and natural earthquake
BreakBreak
20 min20 min
Break Development
20 minof a high‐pressure
cell cell
Developmentof a high‐pressure
incorporated
into
x‐ray
for cellin‐ for in‐
Developmentof a anhigh‐pressure
incorporated
into
anCT
x‐ray
CT

situ simultaneous
measurementsof
16:00‐16:20
Osamu
Nishizawa
University
incorporated
into anx‐ray
CT for in‐situ simultaneous
measurementsof
16:00‐16:20
Osamu
NishizawaKyushu
KyushuUniversity
seismic
velocity
andCOandsimultaneous
measurementsofin
16:00‐16:20
Osamu Nishizawa
Kyushu University situ
2 saturation
inseismic
velocity
CO2 saturationrock rockaseismic
porousand CO2 saturation ina velocity
porousAn
improved
empirical
modelmodel
for fora porousrock
An improved empirical
Yamaguchi
Yamaguchi An
hydraulicconductanceof
three‐phase
16:20‐16:40
Fei
Jiang
improved
empirical
model
forthree‐phasehydraulic conductance of
16:20‐16:40
Fei Jiang
Yamaguchi
University
University
flow
in
pore
networkmodeling
hydraulicconductanceof
three‐phase
16:20‐16:40
Fei Jiang
flow in pore network modeling
University
Molecular
simulation
on on
flow
inMolecular
networkmodeling
dynamics
simulation
China China
University
of of pore dynamics
University
AOS
and
IOS
at
oil‐waterinterface:
16:40‐17:00
Jihui
Jia
Molecular
dynamics
simulationon
AOS and IOS at oil‐water interface:
16:40‐17:00
Jihui Jia China
UniversityofPetroleum
Petroleum
effectandofmoleculararchitecture
AOS
IOS
at
oil‐waterinterface:
16:40‐17:00
Jihui Jia
effect of molecular architecture
Petroleum
Persistenthomology
analysisof pore‐effect Persistentof moleculararchitecture
homology
analysisof pore‐configurations
insinterediron iron
Persistenthomology analysisof pore‐17:00‐17:20
Ozaki Ozaki Kyushu
University
configurations
in sintered
17:00‐17:20 YukikoYukiko
KyushuUniversity
ductileductile
deformation
configurations
in deformation
sintered iron
17:00‐17:20
Yukiko Ozaki
Kyushu University during
duringduring ductile deformation－ 33 －

Kyushu University Energy Week 2020

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

–– CO
CO22M
MANAGEMENT
ANAGEMENTININEENERGYNERGYTTRANSITIONRANSITION––

Transitions
Transitionstoward
towardnet‐zeronet‐zeroemissions
emissionsenergy
energysystems
systems
2
I
NTERNATIONALW
ORKSHOP
II2CNER
CNER INTERNATIONAL WORKSHOPCO
2 CAPTURE AND UTILIZATION DIVISION & ENERGY ANALYSIS DIVISION
CO2 CAPTURE AND UTILIZATION DIVISION & ENERGY ANALYSIS DIVISIONDDATEATE: :FFRIDAY
RIDAY, ,JANUARYJANUARY31,
31,2020
2020
:
13:00
–17:45TTIME
IME: 13:00 –17:45
VVENUE
ENUE: :CCONFERENCE
ONFERENCERROOMOOM203,
203,CCENTER
ENTERFOR
FORCCOO‐E‐EVOLUTIONAL
VOLUTIONALSSOCIALOCIAL
SSYSTEMSYSTEMSTime
Time

Speaker
Speaker

13:00‐13:10 Prof. Kenshi Itaoka
13:00‐13:10 Prof. Kenshi Itaoka
13:10‐13:45
13:10‐13:45
13:45‐14:20
13:45‐14:20
14:20‐14:45
14:20‐14:45
14:45‐15:05
14:45‐15:05

Katsuhiro
Katsuhiro
Yoshizawa
YoshizawaDr. Eiji Kamio
Dr. Eiji Kamio
Prof. Andrew
Prof. Andrew
Chapman
Chapman

15:05‐15:30
15:05‐15:30

Dr. Hadi Farabi‐
Dr. Hadi Farabi‐
Asl
Asl

15:30‐16:05
15:30‐16:05

Hideo Kitamura
Hideo Kitamura

16:05‐16:40
16:05‐16:40

Dr. Etsushi Kato
Dr. Etsushi Kato

16:40‐17:40
16:40‐17:40
17:40‐17:45
17:40‐17:45

Prof. Ikuo
Prof. Ikuo
Taniguchi
Taniguchi

Affiliation
Affiliation
2
I CNER,
KyushuI2CNER, Kyushu
University
University
Kawasaki Heavy
Kawasaki Heavy
Industries
Industries

Title
Title
Opening Remarks
Opening Remarks
CCUS and energy transition
CCUS and energy transition
Development of an Adsorption
Development of an Adsorption
Process for Energy‐Saving CO2
Process for Energy‐Saving CO2
Capture Utilizing Waste Heat
Capture Utilizing Waste Heat
Ionic Liquid‐based Gel Membrane
Ionic Liquid‐based Gel Membrane
Kobe University
Kobe University
for CO2 Separation
for CO2 Separation
I2CNER,
KyushuImpacts of CCS & hydrogen2
Impacts of CCS & hydrogen
I CNER, Kyushu
University
energy: world energy model
University
energy: world energy model
Coffee BreakCoffee BreakResearch InstituteResearch Institute Impacts of CCS: domestic energy
Impacts of CCS: domestic energy
for Humanity andfor Humanity and model
model
NatureNatureTOSHIBA Energy
Prospect of CO2 utilization for fuelTOSHIBA Energy
Prospect of CO2 utilization for fuel
Systems & Solutions production
Systems & Solutions production
The Institute ofTransitions toward net‐zero
The Institute ofTransitions toward net‐zeroApplied Energy
emissions energy systems
Applied Energy
emissions energy systems
Guided discussion
Guided discussion
I2CNER,
KyushuI2CNER, Kyushu
Closing Remarks
Closing Remarks
University
University－ 34 －

Kyushu University Energy Week 2020

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

APPLIEDMATHFORFOR
ENERGY: FUTURE
DIRECTIONSAPPLIED
MATH
ENERGY: FUTURE
DIRECTIONSI2CNER–IMIJOINT
INTERNATIONAL
WORKSHOP
I2CNER–IMIJOINT
INTERNATIONAL
WORKSHOP
APPLIED MATH FOR ENERGYAPPLIED MATH FOR ENERGYDATE: FRIDAY, JANUARY 31, 2020
DATE: FRIDAY, JANUARY 31, 2020
TIME: 9:30 – 17:30
TIME: 9:30 – 17:30
BLDG. 1VENUE: ROOM 419, I2CNER
VENUE: ROOM 419, I2CNER BLDG. 1
Time
Time

Speaker
Speaker

Affiliation
Title
Affiliation
Title
Combustion Session
Combustion Session
9:30 – 9:35
Kaname Matsue
IMI & I2CNER
Opening address
9:30 – 9:35
Kaname Matsue
IMI & I2CNER
Opening address
Direct numerical simulation and
Directsimulation
numericalfor
simulation
large‐eddya three‐ and9:35 – 10:05
Panlong Yu
KU
large‐eddy simulation
for a three‐feed non‐premixed
combustion
9:35 – 10:05
Panlong Yu
KU
systemfeed non‐premixed combustion
On numericalsystem and mathematical
10:05 – 10:35
Kaname Matsue
IMI & I2CNER
descriptionof premixedflame
On numericaland mathematical2
description of premixed flame
10:05 – 10:35
Kaname Matsue
IMI & I CNERdynamics
dynamics
10:35 – 10:55
Discussion (Chair: Kaname
Matsue)10:35 – 10:55

11:00 – 11:30

Nguyen Dinh Hoa

11:00 – 11:30
11:30 – 12:00

Discussion (Chair: Kaname Matsue)
Energy System Session

Nguyen Dinh Hoa

Andrew Chapman

11:30 – 12:00
12:00 – 13:00

Andrew Chapman

Energy System Session
A unified distributed approach for
KU

variousenergy distributed
optimizationapproach for
A unifiedproblems
KU
various energy optimization
The Quantificationof Social Equity
problems
2
I CNER
Impacts
Energy Systems:
CurrentEquity
TheinQuantificationof Social
Approaches
andFutureDirections
Impacts in Energy Systems: Current
I2CNER
Lunch Break Approaches and Future Directions

13:00 – 13:30
13:30 – 13:50

Lunch
Break optimization for energy
Multi‐level
management
Multi‐level optimization for energy
2
Junichi Murata
I CNER & IMI
Discussion (Chair: Nguyenmanagement
Dinh Hoa)

13:30 – 13:50

Discussion (Chair: Nguyen Dinh Hoa)

12:00 – 13:00
13:00 – 13:30
Junichi Murata

I2CNER & IMI－ 35 －

Kyushu University Energy Week 2020

Randomness and Machine Learning toward Materials and Energy Research Session
13:55 – 14:25

Tomoyuki Shirai

IMI

14:25 – 14:55

Yoshinobu
Kawahara

IMI

14:55 – 15:35

Daniel Packwood

15:35 – 16:15

Ryo Yoshida

iCeMS, Kyoto
University
The Institute of
Statistical
Mathematics

Persistent homology and its
applications
Operator‐theoretic data analysis for
dynamic processes
Structure prediction and control for
functional surface materials
Materials Informatics: State‐of‐the‐Art and Future Perspectives

16:15 – 16:35

Discussion (Chair: Kaname Matsue)

16:35 – 16:45

Break

16:45 – 17:25

Discussion among all participants on possible future directions of applied mathfor energy and workshop summary (Chair: Nguyen Dinh Hoa)

17:25 – 17:30

Nguyen Dinh Hoa

I2CNER & IMI－ 36 －

SummaryKyushu University Energy Week 2020

MEMO

－ 37 －

Kyushu University Energy Week 2020

Kyushu University Energy Week 2020

Synchrotron Symposium<Date>

13:30-17:20, 31st January 2020

<Venue>Kyushu Synchrotron Light Research Center︓Seminar Room （2nd Floor）(Yayoiga-oka 8-7, Tosu-shi, Saga)<Language> Japanese and English<Theme>“Synchrotron Researches–for

Social Contribution by Efforts Toward Academia-Industry

Cooperation－”<Program and Speaker>
Time

Program and Speaker

13:30-13:40

Opening Remarks

13:40-13:50

Greetings of the guest
Mr. Hitoshi SAWADA (Director of Industrial Labor Relations Division, Saga Prefecture)

13:50-14:00

Greetings of the guest
Mr. Atsushi OKU (General Manager of Scientific Research Institutes Division, MEXT)

14:00-14:45

Keynote Lecture
Dr. Atsushi URAKAWA (Professor, Delft University of Technology)

14:45-15:15

Invited Lecture①
Dr. Yoshikazu TAKEDA (Director of Aich Synchrotron Radiation Center)

15:15-15:45

Invited Lecture②
Dr. Tetsuya NAKAMURA(Institute of Multidisciplinary Research for Advanced Materials, Tohoku Univ. (IMRAM) /PhoSIC)

15:45-16:05

Coffee Break

16:05-16:30

Invited Lecture③
Dr. Toshiki SENOO (Director of SAGA Light Source)

16:30-16:55

Invited Lecture④
Dr. Koji YAMAGUCHI (Director of Sumitomo Electric Data Solution Center)

16:55-17:20

Invited Lecture⑤
Dr. Atushi TAKAHARA (Professor, Institute for Materials Chemistry and Engineering,
Kyushu University)
Closing Remarks
Dr. Yuji SOEJIMA (Director of Research Center for Synchrotron Light Applications,
Kyushu University)－ 38 －

Kyushu University Energy Week 2020

Greetings of the guest

Hitoshi SAWADA
Director of Industrial Labor Relations Division, Saga Prefecture

Atsushi OKU
General Manager of Scientific Research Institutes Division, MEXT

Keynote Lecture

Atsushi URAKAWA
Professor,
Delft University of Technology

Invited Lecture

Testuya NAKAMURA
Yoshikazu TAKEDA
Director of Aich Synchrotron Radiation
CenterProfessor,
Institute of Multidisciplinary Research
for Advanced Materials, Tohoku Univ.
(IMRAM) /PhoSIC

Hiroshi YAMAGUCHI

Toshiki SENOO

Director of Sumitomo Electric Data
Solution Center

Director of SAGA Light Source

Atushi TAKAHARA
Professor,
Institute for Materials Chemistry andEngineering, Kyushu University

Closing Remarks

Yuji SOEJIMA
Director of Research Center for Synchrotron Light Applications, Kyushu University－ 39 －

Kyushu University Energy Week 2020

－ 40 －