2 0 2 3

Kyushu University 111th Anniversary VISION EXPO
Kyushu University has produced a wide variety of knowledge for over a century. The
University celebrated its 111th anniversary in 2022, the first year in the DesignatedNational University Corporation status. Also, 2022 is the starting year of the 4th Mid-Term
Plan, which focuses on social transformation through integrative knowledge.
We have also announced “Kyushu University VISION 2030,” which deﬁned various initiatives
toward 2030 and our goals as the Designated National University Corporation. We aim toshare diverse integrative knowledge and development possibilities at VISION EXPO, both
inside and outside the University, to show our determination to become a university thatshines on a global scale.
Energy Week 2023 will be held as part of the VISION EXPO, a collaborative effort
between the University headquarters and all departments to create a program visualizing
the “integrative knowledge” - the core concept of the Designated National University.

About Kyushu University Energy Week
About Kyushu University Energy Week
About Kyushu University Energy Week
What’s Kyushu University Energy Week？

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Research Center for Hydrogen
Industrial Use and Storage

Research Center for Hydrogen
Industrial Use and Storage

Contacts
Date

Program

1/30（Mon）～31（Tue） Q-PIT related programs
Contacts
Sustainable Coevolutionary
ProgramSociety Symposium
1/30（Mon）～31（Tue） Q-PIT related programs
1/31（Tue）～2/3（Fri） I²CNER related programs
Sustainable Coevolutionary
1/31（Tue）
Kyushu Symposium
University-ISITSociety
Fukuoka City Symposium on
2/1（Wed）
Green Transformation(GX)
related programs
1/31（Tue）～2/3（Fri） I²CNER

Date
1/31（Tue）

2/1
（Wed）
2/2
（Thu）

Collaboration Forum for
Kyushu University-ISITRenewable Energy
Fukuoka City Symposium on
Green
(GX)
SpecialTransformation
Seminar

Departments

Contact

Kyushu University Platform of Inter-/Transdisciplinary Energy Research092-802-6644

Open Innovation Platform（OIP）,
Departments
Kyushu University
Kyushu University Platform of Inter-/International Institutefor Carbon-Neutral
Transdisciplinary
EnergyResearch
Energy Research, Kyushu University
Open Innovation Platform（OIP）,
KyushuInstituteUniversity
of Systems, Information
TechnologiesInstituteand Nanotechnologies
International
for Carbon-Neutral
Energy Research, Kyushu University
Kyushu University Platform of Inter-/Transdisciplinary
EnergyResearch
Instituteof Systems,
Information
Technologies
andNanotechnologies
Department ofChemicalEngineering,

2/2
（Thu）
2/2
（Thu）
～3（Fri）

Collaboration Forum for
HYDROGENIUS
related programs
Renewable Energy
HYDROGENIUS・I²CNER
Joint
Research
SpecialSeminarSymposium

Kyushu University
Kyushu University Platform of Inter-/
ResearchCenter for
HydrogenTransdisciplinary
EnergyResearch
Industrial Use and Storage,
DepartmentofChemicalEngineering,
Kyushu University
Kyushu University

2/2（Thu）～3（Fri）

HYDROGENIUS related programs
HYDROGENIUS・I²CNER
Joint Research Symposium

Research Center for Hydrogen
Industrial Use and Storage,
Kyushu University

Contact
092-802-5064
092-802-6644
092-802-6935
092-802-5064
092-852-3460
092-802-6935
092-802-6644
092-852-3460
092-802-2757
092-802-6644
092-802-3924
092-802-2757
092-802-3924

Kyushu University Energy Week 2023

Contents
Message … ………………………………………………………………………………………………………………… 3
Venue ………………………………………………………………………………………………………………………… 4
Program & Schedule ……………………………………………………………………………………………………… 8
Jan. 30 (Mon.)
Kyushu University Platform of Inter- /Transdisciplinary Energy Research (Q-PIT)
Plenary Session …………………………………………………………………………………………………… 10
Kyushu University Platform of Inter- /Transdisciplinary Energy Research (Q-PIT)
Focused Session A … …………………………………………………………………………………………… 10
Jan. 31 (Tue.)
Kyushu University Platform of Inter- /Transdisciplinary Energy Research (Q-PIT)
Focused Session B … …………………………………………………………………………………………… 21
I²CNER-IMI Joint International Workshop…………………………………………………………………… 28
Sustainable Coevolutionary Society Symposium………………………………………………………… 29
Feb. 1 (Wed.)
Kyushu University-ISIT-Fukuoka City Symposium on Green Transformation (GX)……………… 30
I²CNER Annual Symposium… ………………………………………………………………………………… 32
Feb. 2 (Thu.)
Collaboration Forum for Renewable Energy………………………………………………………………… 34
I²CNER Thrust Workshop………………………………………………………………………………………… 36
Hydrogen Energy and Fuel Cell Forum in Kyushu & International Hydrogen Energy
Development Forum 2023……………………………………………………………………………………… 37
Special Seminar, Department of Chemical Engineering … …………………………………………… 38
Feb. 2 (Thu.)・3 (Fri.)I²CNER, Center for Energy Systems Design (CESD), Kick-off Workshop【Day 1】【Day 2】……… 39HYDROGENIUS, I²CNER, HYDROMATE AND SINTEF Joint Research Symposium 2023
【Day 1】【Day 2】…………………………………………………………………………………………………… 41
Feb. 3 (Fri.)
Solid Oxide Interfaces for Faster Ion Transport (SOIFIT), The Final Seminar …………………… 42
2023 HYDROGENIUS & I2CNER TRIBOLOGY SYMPOSIUM………………………………………… 43
International Symposium of Hydrogen Polymers Team, HYDROGENIUS… ……………………… 44－2－

Kyushu University Energy Week 2023

MessagePresident
Kyushu University

Tatsuro Ishibashi
Thank you all for participating in Energy Week 2023, hosted by Kyushu University.
Fukuoka, where the university is located, is a place that has played a crucial role in the energy
industry of Japan. Fukuoka is, in fact, one of the first places in Asia to enter the Industrial
Revolution. It has also been a trade and interaction hub between Japan and Asia. Looking at
Kyushu as a whole, 50% of the region’s energy is currently generated from decarbonized powersources, including renewable energy and nuclear power. Therefore, we can say that Kyushu is aleading region in the effort toward"Carbon neutrality by 2050 ,” pledged by the Japanese
government in October 2020. On the other hand, the recent crisis in Ukraine highlighted thenecessity to resolve energy security issues while addressing decarbonization.
Kyushu University was selected as a Designated National University Corporation in November
2021. With this selection, we formulated the"Kyushu University Vision 2030 ,” which outlines theuniversity’s direction and policies for the next 10 years. We set our goal to become a Universitythat drives social reforms via integrative knowledge. To realize this vision, Kyushu University iscommitted to solving social issues and promoting Digital Transformation (DX), aiming tocontribute to education, research, and widely to social transformation. In terms of social problemsolving, we set priorities in three areas: "Decarbonization ”, "Medicine and Health ,” and"Environment and Food ”, by leveraging the university’s strengths. Furthermore, in April 2022, welaunched the"Integrated Initiative for Designing Future Society ,” the"Data-driven Innovation
Initiative ,” and the"Open Innovation Platform ,” which all will serve as organizations promotingsocial transformation and innovation toward the realization of our vision.
In the ﬁeld of decarbonization of energy, we launched the Platform of Inter-/Transdisciplinary
Energy Research (Q-PIT), a cross-university research organization, in October 2016, whichcurrently brings together more than 200 researchers in the energy ﬁeld. With this organization at
its core, we will promote research related to decarbonized energy, such as hydrogen, carbon
recycling, renewable energy, and other areas, focusing on the Japanese government’s goal of"Carbon neutrality by 2050 ”. For this, we aim to cooperate and co-create with local communities torealize a carbon-neutral society.
This year Energy Week 2023 is being held under the theme"Opening the Path to Future Energy
and Energy Security with Integrative Knowledge ”. In light of the current global energy crisis, we
focus on issues related to energy security. In addition to lectures by prominent speakers fromJapan and abroad, symposia and workshops will be held by the KU’s International Institute for
Carbon-Neutral Energy Research (I2CNER), Research Center for Hydrogen Industrial Use andStorage (HYDROGENIUS), Coevolutionary Research for Sustainable Communities (C 2RSC),
Kyushu Renewable Energy Collaboration Committee, Institute of Systems, Information
Technologies and Nanotechnologies (ISIT), and others.
We sincerely look forward to your participation in the program events and hope you take thisopportunity to deepen interactions between researchers through the discussions of research
results.

－3－

Kyushu University Energy Week 2023

Venue
KYUSHU UNIVERSITY● I CNER Hall
2

Ito Campus● SHIIKI HALL

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

Eｅｓｔ Gate
Kyudai Sogo GroundKyudai Senpakukoku-jikkentou

EｅｓｔＺｏｎｅ

School of
Agriculture

567

ＷｅｓｔＺｏｎｅSHIIKI HALL
Ito Guest House

Central Library

Jonathan KS Choi Cultural
Centre of JapanINAMORI HallＢｉ
ｇ Ｏｒａｎｇｅ

Center Zone 3

ＢｉｇＯｒａｎｇｅ
School of ScienceCentralLibrary

Center Zone 1
Center Zone 2

Research Facilities
for Co-Evolutional
Social Systems

I²CNER 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” → I²CNER or SHIIKI HALL
※ 2 For East zone → bus stop No.4
Get oﬀ at the bus stop “Center of library → I²CNER or SHIIKI HALL
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” → I²CNER or SHIIKI HALL

－4－

Kyushu University Energy Week 2023

Kyushu University Hospital Campus● Centennial Hall Kyushu University School of Medicine
1-1 Maidashi 3-chome Higashi-ku, Fukuoka 812-8582, JAPANCentennial Hall
Kyushu University
School of Medicine

Kyushu University
Hospital Wards

P Parking

Faculty of
Pharmaceutical
Science

Kyushu University Hospital

Building of Administrative Oﬃceｓ

75th
Anniversary
Memorial
GardenMedicalMuseumP ParkingMain Gate

Kencho Mae

Fukuoka Prefectural Government

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

Faculty of Dental Science,
Clinical Building

Keisatsu Honbu Mae / Kyudai Byoin Iriguchi

Eastern Gate

“Maidashi-Kyudai Byoin Mae”
Subway Station

Fukuoka Prefectural Police Headquarters

JR Yoshizuka Station←Hakata Station

Kashii Station→
Bus Stop★ 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

ACROS Fukuoka● International Conference Hall/4F

1-1-1 Tenjin, Chuo-ku, Fukuoka, 810-0001, JAPAN－5－

Kyushu University Energy Week 2023

ACROS Fukuoka● Large Conference Room/7F
1-1-1 Tenjin, Chuo-ku, Fukuoka 810-0001(C)ACROS Fukuoka
ACROS Fukuoka &Suikyo Tenmangu(shrine)-mae

Tenjin Station（ Subway Kuko Line ）Meiji-Dori Avenue
Exit no. 16

ACROS
Fukuoka

PARCO

Nishitetsu Inn

ACROS Fukuoka &Suikyo Tenmangu(shrine)-mae

Fukuoka City Hall
Tenjin Central Park

Yakuin-shinkawa River

Watanabe-dori Avenue

MITSUKOSHI（ Nishitetsu Fukuoka）
Tenjin Station

BEST Denki

DAiMARU/ El Gala
Chuo Police Station

Exit no. 5

Tenjin Minami Station（Nanakuma Subway Line）

Kokutai-doro Avenue

Bus stop★ From Fukuoka Airport Station
Fukuoka Airport Station →（Subway Kuko Line） → Tenjin Station → 5 minutes
walk from Exit no.16★ From Hakata Station① Hakata Station →（Subway Kuko Line）→ Tenjin Station → 5 minutes walk from
Exit no.16② Hakata Bus Terminal 1F → ACROS Fukuoka & Suikyo Tenmangu (shrine)-mae
Bus Stop★ From Tenjin Station① Tenjin Station（Nishitetsu Fukuoka）→ 10 minutes walk
② Tenjin Minami Station（Nanakuma Subway Line）→ 7 minutes walk from Exit no. 5－6－

Kyushu University Energy Week 2023

MEMO

－7－

Kyushu University Energy Week 2023

Program ＆ Schedule
Date

Dept.

1/30
（Mon）

Q-PIT

9:00

9:30 10:00 10:30 11:00 11:30 12:00 12:30 13:00 13:30 14:00 14:30 15:00 15:30 16:00

Q-PIT
Plenary Session [JPN]

Q-PIT Focused Session B [JPN]

Q-PIT
1/31
（Tue）

Q-PIT Focused Session A [JPN]

I2CNER - IMI
Joint International Workshop［ENG］

I²CNER & IMI

COI
Study GroupKyushu UniversityISIT-Fukuoka City
Symposium on Green
Transformation(GX)[JPN]

ISIT
2/1
（Wed）

I²CNER Annual Symposium [ENG]

I²CNER

Kyushu Area
Renewable Energy
Cooperation
Committee

2/2
（Thu）

Collaboration Forum for
Renewable Energy [JPN]

I²CNER Thrust Workshop［ENG］

I²CNER

Hydrogen Energy and Fuel Cell Forum in
Kyushu & International Hydrogen Energy
Development Forum 2023 [JPN]

HYDROGENIUS

SpecialSeminar[ENG]

Department ofChemicalEngineering

2/3
（Fri）

I²CNERI2CNER, Center for Energy Systems Design(CESD), Kick-off workshop 【Day 2】［ENG］

HYDROGENIUS

Solid Oxide Interfaces forFaster Ion Transport (SOIFIT),
The Final Seminar［ENG］

2023 HYDROGENIUS & I2CNER TRIBOLOGY SYMPOSIUM［ENG］
International Symposium of Hydrogen Polymers Team, HYDROGENIUS［ENG］※Q-PIT : Kyushu University Platform of Inter-/Transdisciplinary Energy Research※I2CNER : International Institute for Carbon-Neutral Energy Research※ISIT : Institute of Systems, Information Technologies and Nanotechnologies※HYDROGENIUS : Research Center for Hydrogen Industrial Use and Storage*Above Program is subject to change without prior notice.

－8－

Kyushu University Energy Week 2023

15:30 16:00 16:30 17:00 17:30 18:00 18:30 19:00 19:30 20:00 20:30 21:00 21:30 22:00 22:30 23:00 23:30 24:00

Sustainable
Coevolutionary Society
Symposium [JPN]

I2CNER, Center for Energy Systems Design (CESD),
Kick-off workshop 【Day 1】［ENG］
HYDROGENIUS, I2CNER, HYDROMATEAND SINTEF Joint Research
Symposium 2023 【Day 1】［ENG］

HYDROGENIUS, I2CNER, HYDROMATEAND SINTEF Joint Research
Symposium 2023 【Day 2】［ENG］－9－

Kyushu University Energy Week 2023

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

10:00-12:00, 30th January 2023
I2CNER Hall, I2CNER Bldg.1, Ito Campus, Kyushu University（Live streaming venue）
Japanese<Theme>“ Opening the Path to Future Energy and Energy Security with Integrative Knowledge ”■Plenary Session< Moderator > Prof. Yoshihiro Yamazaki, Q-PIT, Kyushu University

Time

Program and Speaker

10:00-10:05

Opening Ceremony
Welcome Address, Dr. Tatsuro Ishibashi, President of Kyushu University

10:10-11:00

Special Lecture 1（50 minutes）●Ukraine Crisis and Efforts to Strengthen Energy Security in Europe
Ms. Kei Shimogori, Senior Researcher, Global Energy Group1, Strategy Research Unit
The Institute of Energy Economics, Japan (IEEJ)

11:05-11:55

Special Lecture 2（50 minutes）●JOGMEC's challenge for unstable situation related to energy
Mr. Hiroki Suemori, Director-General Business Strategy Department Oil & Gas Upstream
Unit (and) Carbon Neutral Team(Oil, Gas & CCS) Carbon Neutral Promotion Headquarters
Japan Organization for Metals and Energy Security (JOGMEC)th<Focused Session A><Date><Venue>13:00-14:10, 30 January 2023
I2CNER Hall, I2CNER Bldg.1, Ito Campus, Kyushu University（Live streaming venue）<Language>

Japanese■Focused SessionＡ < Moderator > Prof. Akari Hayashi, Q-PIT, Kyushu University
Time

Program and Speaker

13:00-13:10

Report of Q-Energy Innovator Fellowship●Prof. Akari Hayashi, Q-PIT, Kyushu University

13:10-14:10

Keynote Lecture●Environmental Business Development --Aiming to Decarbonization-Mr. Akimasa Yasuoka, Former Senior Vice President, In charge of Product Regulatory,
Environmental & Saftey, American Honda Motor Co., Inc.

14:10-14:20

Break<Date>

14:20-16:30, 30th January 2023

<Venue>I2CNER Hall Foyer, I2CNER Bldg.1，Ito Campus, Kyushu University（On-site only）<Language>

English and Japanese

14:20-16:30(15:20-15:30 Break)

Poster Session●Q-Energy Innovator Fellow, Recipient of Hydrogen Research Encouragement Award
Q-PIT Young researchers, Doctoral students－ 10 －

Kyushu University Energy Week 2023

P le n a r y Session
Special Lecture １

Ukraine Crisis and Eﬀorts to Strengthen Energy
Security in Europe
Kei Shimogori
Senior Researcher,
Global Energy Group1, Strategy Research Unit
The Institute of Energy Economics, Japan (IEEJ)Special Lecture 2

JOGMEC's challenge for unstable situation related
to energy
Hiroki Suemori
Director-General Business Strategy Department Oil & Gas Upstream Unit
(and) Carbon Neutral Team(Oil, Gas & CCS) Carbon Neutral Promotion
Headquarters
Japan Organization for Metals and Energy Security (JOGMEC)F o c u s ed Session A
Keynote Lecture

Environmental Business Development--Aiming to Decarbonization-Akimasa Yasuoka
Former Senior Vice President,
In charge of Product Regulatory, Environmental & Saftey, American Honda
Motor Co., Inc.

－ 11 －

Kyushu University Energy Week 2023

S p e c i al Lecture1

Ukraine Crisis and Eﬀorts to Strengthen
Energy Security in Europe
Senior Researcher,
Global Energy Group1, Strategy Research Unit
The Institute of Energy Economics, Japan (IEEJ)Kei Shimogori
The Russian invasion of Ukraine thrust energy security on the radar of nations around theworld as a matter of immediate importance. One of the EU’s initiatives is the REPowerEU
plan to phase out fossil fuels’ dependence on Russia based on three pillars: saving energy,
diversifying energy supply, and accelerating renewable energy. The key measures over the
short-term also include delaying the phase-out of coal-fired power and extending theoperation of existing nuclear reactors, and they intend to allow temporary increases in CO2emissions due to resuming coal-fired thermal power plants to ensure energy security.
However, the EU’s policy of 2050 climate neutrality remains firm. In the med- and longterm, it is highly likely the move away from Russian fossil fuels will be used as anopportunity to accelerate decarbonization eﬀorts. While Europe is moving away from Russia,
China and emerging economies are moving to increase imports of Russian fossil fuels at
relatively low prices. However, the EU’s rapid move to procure additional LNG is expected
to tighten supply and demand in the international LNG market, and continue to havenegative effects including competition for LNG and soaring prices in Japan and Asianmarkets. Rising LNG prices are also a major obstacle for developing countries seeking to
reduce carbon emissions. Ultimately, striking the proper balance between upstream
investment in fossil fuels and decarbonization goals is what is needed to secure sufficientenergy at an aﬀordable price.

－ 12 －

Kyushu University Energy Week 2023

S p e c i al Lecture2

JOGMEC's challenge for unstable situation
related to energy
Director-General Business Strategy Department Oil & Gas Upstream Unit (and)Carbon Neutral Team(Oil, Gas & CCS) Carbon Neutral Promotion Headquarters
Japan Organization for Metals and Energy Security (JOGMEC)

Hiroki Suemori
JOGMEC added functions of support for production and storage of hydrogen and ammonia,
as well as for CCS, wind power generation and geothermal power generation in November
2022. In addition, JOGMEC’s official name has been changed from “Japan Oil, Gas andMetals National Corporation” to “Japan Organization for Metals and Energy Security”.
However, our mission remains the same: Ensuring stable energy supply for Japan. Thesedays, decarbonization eﬀorts are required for energy industry, but on the other hand, energy
security issues are focused after Ukraine crisis started. In this unstable situation related toenergy, JOGMEC makes the most of its ability regarding information gathering and support
for resource diplomacy with oil and gas producing countries. Today, we would like tointroduce “How JOGMEC contributes energy security of Japan” and “JOGMEC’s eﬀorts for
future Carbon Neutrality”.

－ 13 －

Kyushu University Energy Week 2023

K e y n o te Lecture

Environmental Business Development--Aiming to Decarbonization-Former Senior Vice President,
In charge of Product Regulatory, Environmental & Saftey,
American Honda Motor Co., Inc.

Akimasa Yasuoka
Firstly I will introduce my career, which may help doctor course students’ future. Learned
vehicle dynamics in undergrad and master course, joined an automobile company, Honda,
was assigned to an emission control engineer, was nominated as a founding member of R&D
Europe Germany, my dream job, F1 race team leader, a project leader of V6 engine
development for North America production, moved to R&D Americas Los Angeles. Thentransferred to America Honda Motor (sales company) as SVP in charge of Product
Regulatory.
Then, I will talk about the Honda Smart Home US project, Fuel Cell Vehicle sales and its
hydrogen infrastructure, Battery EV and EVSE, which I all experienced in Environmental
Business Development Office I initiated at the age of 61.
Finally I will try to draw a part of Decarbonized Society.

－ 14 －

Kyushu University Energy Week 2023

Kyushu University Energy Week2023

Kyushu University Platform of Inter-/Transdisciplinary Energy Research (Q-PIT)<Poster Presentation >Poster presentations by Fellows of Q-Energy Innovator Fellowship,
Awardees of Junichi Miyamoto Hydrogen Research Award,
and Awardees of Q-PIT Support Program for Young Researchers and Doctoral Students.
<Date>

30th January 2023

＜Venue＞

I2CNER Hall Foyer, I2CNER Bldg.1，Ito Campus, Kyushu University(On-site only)<Language> English and Japanese

Fellowsof Q-Energy
Innovator
Fellowship
Fellowsof Q-Energy
Innovator
Fellowship

ポスター番号
Poster フェロー1
No. フェロー 1
経済学府経済システム専攻
2年
Graduate School of博⼠後期課程
Economics Departmentof Economic Systems DC2
前野 Keitaro
啓太郎 Maeno
グローバルサプライチェーンの再構築を通じた
2 排出削減CO2 mitigation through globalCO
supplychain restructuring
ポスター番号 フェロー2 奨励賞-14
ポスター番号 フェロー 2 奨励賞 -14
経済学府経済システム専攻
博⼠後期課程2年 2年
経済学府経済システム専攻
博士後期課程三苫 三苫春⾹ 春香
インフォーマルセクターの⽣産活動を考慮したカーボンフットプリントの実証分析
インフォーマルセクターの生産活動を考慮したカーボンフットプリントの実証分析
ポスター番号 フェロー3
ポスター番号博⼠後期課程
フェロー 3理学府化学専攻3年
理学府化学専攻 博士後期課程 3 年
Sun Mingxu
Sun Mingxu
Electrochemical CO2 Conversion to Value-added Chemicals
Electrochemical
ポスター番号
フェロー4 CO2 Conversion to Value-added Chemicals

ポスター番号 フェロー 4
⼯学府⽔素エネルギーシステム専攻
博⼠後期課程 3 年
工学府水素エネルギーシステム専攻
博士後期課程 3 年
LikhithManjunatha
LikhithManjunatha
Addressing fuel starvation based degradation in polymer electrolyte fuel cells
Addressing
fuel starvation based degradation in polymer electrolyte fuel cells
ポスター番号
フェロー5
統合新領域学府オートモーティブサイエンス専攻
博⼠後期課程 2 年
ポスター番号 フェロー 5沈⼩烽
統合新領域学府オートモーティブサイエンス専攻 博士後期課程 2 年
沈 小烽
⾼活性化単層ナノシート⾊素増感型光触媒による⽔の完全分解
ポスター番号
フェロー6
高活性化単層ナノシート色素増感型光触媒による水の完全分解
⼈間環境学府空間システム専攻 博⼠後期課程 2 年
ポスター番号 フェロー 6
陳⾬露
人間環境学府空間システム専攻 博士後期課程 2 年
再⽣可能エネルギー利⽤の室内温湿度⾃然調節性能を⽤いた
PSE システムの開発
陳 雨露

再生可能エネルギー利用の室内温湿度自然調節性能を用いた PSE システムの開発
ポスター番号
フェロー7
ポスター番号
フェロー 7
経済学府経済システム専攻
博⼠後期課程2年 2年
経済学府経済システム専攻
博士後期課程Fan Tianhui
Fan Tianhui

The impact
of compact
cities cities
on carbon
emissions
The impact
of compact
on carbon
emissions

ポスター番号 フェロー 8
工学府土木工学専攻 博士後期課程 2 年
小松原 建人
空間情報を用いた高分解能での環境持続可能性評価－ 15 －

Kyushu University Energy Week 2023

ポスター番号 フェロー 9
工学府船舶海洋工学専攻 博士後期課程 2 年
渡邊 虎春
アンモニア燃料を考慮した船舶機関室の換気制御に関する研究
ポスター番号 フェロー 10
工学府水素エネルギーシステム専攻 博士後期課程 2 年
Timothee Redarce
Breakthrough of 900MPa barrier of fatigue crack growth resistance in BCC steels inhigh-pressure hydrogen environment
ポスター番号 フェロー 11 金賞 -1
総合理工学府総合理工学専攻 博士後期課程 2 年
西村 大輝
トカマクプラズマにおける局所乱流と大域性の実験的研究
ポスター番号 フェロー 12 銀賞 -3
経済学府経済システム専攻 博士後期課程 1 年
松嶋 そら
住宅建築の包括的な LCA 評価フレームワークの開発と実証分析
ポスター番号 フェロー 13 奨励賞 -7
経済学府経済システム専攻 博士後期課程 1 年
吉澤 大佑
カーシェアリング普及の CO2 排出削減効果
ポスター番号 フェロー 14
総合理工学府総合理工学専攻 博士後期課程 1 年
竹野 慎一
電子 ・ Li イオン混合伝導性ペロブスカイト型酸化物の探索
ポスター番号 フェロー 15
総合理工学府総合理工学専攻 博士後期課程 1 年
陳 伊新
水素化物負極における固体電解質自己生成メカニズムの解明
ポスター番号 フェロー 16
総合理工学府総合理工学専攻 博士後期課程 1 年
NIE ZIFEI
Toward Safe, Smart and Eﬃcient Mobility: Energy-Aware Personalized Autonomous Driving Motion
Control and Learning-Based Human-Machine Interactive Platform for Driving Behavior Analysis
ポスター番号 フェロー 17
総合理工学府総合理工学専攻 博士後期課程 1 年
濱島 達也
高効率な反応を可能にするマイクロ波援用 DRM 用触媒の開発と反応メカニズムの解明
ポスター番号 フェロー 18
総合理工学府総合理工学専攻 博士後期課程 1 年
Park Hyun-Gyu
Development of Advanced Computer Simulated Person for Indoor Thermal Comfort and
Air Quality Assessment
ポスター番号 フェロー 19
人間環境学府空間システム専攻 博士後期課程 1 年
何 清怡
人間の省エネ意識と省エネ行動の関係分析に基づく建物エネルギーシミュレーションツールの開発－ 16 －

Kyushu University Energy Week 2023

ポスター番号 フェロー 20
工学府応用化学専攻 博士後期課程 1 年
Phua Yin Kan
アニオン伝導膜形燃料電池の材料探索における化学的解釈可能な機械学習の開発
ポスター番号 フェロー 21 銀賞 -2
生物資源環境科学府資源生物科学専攻 博士後期課程 1 年
佐藤 稜真
食料生産と共存する脱炭素化の実現︓機能ゲノミクスを基盤とした光合成改変による環境レジリエント（強靭）なバイオマスエネルギー資源作物の創出
ポスター番号 フェロー 22
統合新領域学府オートモーティブサイエンス専攻 博士後期課程 1 年
Jacqueline Andrea Hidalgo Jiménez
High-entropy ceramics as new family of photocatalysts for hydrogen production andCO2 conversion: Ab initio calculations and experiments
ポスター番号 フェロー 23 奨励賞 -13
統合新領域学府オートモーティブサイエンス専攻 博士後期課程 1 年
Muhammad Irfan Maulana KusdhanyMultiscale Data-Driven Engineering of Porous Carbon Materials for Clean Energy
Applications

宮本淳弌水素研究奨励賞 受賞者

ポスター番号 宮本奨励賞 1 奨励賞 -10
工学府水素エネルギーシステム専攻 博士後期課程 2 年
安武 昌浩
低触媒担持 ・ 高電流密度作動を可能とする固体高分子形水電解用の一体型アノードの開発
ポスター番号 宮本奨励賞 2
総合理工学府総合理工学専攻 博士後期課程 1 年
酒井 彦那
計測機開発を通じた水素同位体プラズマにおける乱流駆動輸送物理の解明
ポスター番号 宮本奨励賞 3 奨励賞 -9
工学府機械工学専攻 博士後期課程 1 年
韋 雪淞
沸騰と水電解のアナロジーに基づく水電解性能の飛躍的な向上
ポスター番号 宮本奨励賞 4
工学府水素エネルギーシステム専攻 博士後期課程 2 年
植村 崇博
水素関連設備用高圧管曲げ加工の疲労強度決定メカニズムの解明－ 17 －

Kyushu University Energy Week 2023

若手研究者 ・ 博士課程学生支援プログラム
分野①︓エネルギーテクノロジーに関する研究
分野②︓エネルギーシステムとマネジメントに関する研究
分野③︓エネルギー由来の環境問題に関する研究
分野④︓エネルギー経済 ・ 社会 ・ ポリシーに関する研究
分野⑤︓その他エネルギー問題に関わる分野

Area 1: Energy Technology
Area 2: Energy Systems and Management
Area 3: Environmental Energy Issues
Area 4: Energy Economy, Society, and Policy
Area 5: Other Energy Issues

若手研究者採択者
採択者

ポスター番号
氏名

所属
職位

研究
分野
分野①

理学研究院
准教授

若手 -2
西澤 敬之

応用力学研究所
助教

若手 -3
中石 知晃

カーボンニュートラル ・ エネルギー
国際研究所
学術研究員

若手 -4
Nai Shi

エネルギー研究教育機構
学術研究員

若手 -5
千歳 洋平

工学研究院
助教

若手 -6
梅原 裕太郎

工学研究院
助教

分野⑤

若手 -1
宮田 潔志

研究タイトル

希土類ナノ粒子を用いた光エネルギー上方変換過程を解明する多段励起分光法の開発

局所ヘリシティ入射法によるプラズマ立ち上げ時の自己組織化過程の解明

分野④

データ包絡分析及び産業連関分析の統合型サプ
ライチェーン効率性評価モデルの構築︓世界 164
か国の電力産業サプライチェーンにおける実証分析

分野①

Propylene production and CO2 recycling
using proton conducting solid oxide cells(P-SOC)

分野⑤

近赤外領域に高い発光効率を有する TADF 分子の開発と有機 EL への応用

分野②

透明伝熱面を用いた吸水性能伝熱面の限界熱流束向上メカニズムの解明

博士課程学生受賞者
受賞者

ポスター番号
氏名

所属
学年

銀賞 -2
（フェロー 21）佐藤 稜真

生物資源環境科学府
博士後期課程 1 年

分野③

総合理工学府
博士後期課程 2 年

分野①

金賞 -1
（フェロー 11）
西村 大輝

研究
分野

－ 18 －

研究タイトル

核融合炉においてプラズマの閉じ込めを劣化させる
ストリーマー構造形成機構の解明

食糧生産との共存を目指した , バイオインフォマティ
クスを基盤とした環境レジリエント（強靭）なバイオ
マスエネルギー資源作物の創出

Kyushu University Energy Week 2023

銅賞 -5
五十川 浩希

総合理工学府
博士前期課程 2 年

銅賞 -6
和田 健太郎工学府
博士前期課程 2 年

氏名

所属

安武 昌浩

工学府
博士後期課程 2 年

奨励賞 -11篠崎 航太朗工学府
博士前期課程 2 年

奨励賞 -12小林 大輝

総合理工学府
博士後期課程 2 年

奨励賞 -10（宮本奨励賞 1）

分野⑤

工学府
博士後期課程 1 年

分野④

韋 雪淞

奨励賞 -9（宮本奨励賞 3）

分野①

総合理工学府
博士後期課程 2 年

分野①

徐 祥源

奨励賞 -8

分野②

経済学府
博士後期課程 1 年

研究
分野
分野④

吉澤 大佑

（フェロー 13）

分野①

理学府
博士前期課程 2 年

分野①

銅賞 -4
江原 巧

分野①

奨励賞 -7

経済学府
博士後期課程 1 年

分野④

ポスター番号

銀賞 -3（フェロー 12）
松嶋 そら

－ 19 －

電離圏動的過程を取り入れた磁気圏―電離圏結合系アルゴリズム開発

時間分解電気化学的赤外分光法を用いた分子性光触媒の CO2 還元メカニズムの解明

核融合炉用トリチウム生産のための高温ガス炉における革新的トリチウム閉じ込め技術の開発

高温水素利用技術の安全性を確実にする高温水
素中クリープ強度とメカニズムに関する研究

研究タイトル

カーシェアリングサービス普及の CO2 排出削減効果

活性炭 ・ フロン系冷媒を用いた吸着式空調システ
ムの実用化に関する研究

沸騰と水電解のアナロジーに基づく水電解性能の飛躍的な向上低触媒担持 ・ 高電流密度作動を可能とする固体
高分子形水電解用の一体型アノードの開発

コモンズ論とゲーム理論を用いた地熱発電の社会受容性分析

プラズマ背景構造の非対称性による熱および粒子輸送への影響の探究Kyushu University Energy Week 2023

奨励賞 -15

下津浦 大賀

経済学府
博士前期課程 1 年

奨励賞 -16

今田 青冶

経済学府
博士前期課程 1 年

山内 崇弘

理学府
博士前期課程 2 年

奨励賞 -19

Enes
Muhammet
Can

統合新領域学府
博士後期課程 3 年

Marco LAO

総合理工学府
博士後期課程 2 年

奨励賞 -20

分野①

奨励賞 -18

分野①

工学府
博士後期課程 1 年

分野①Mengjia
Ren

分野①

奨励賞 -17

分野④

経済学府
博士後期課程 2 年

奨励賞 -14（フェロー 2）

分野④

三苫 春香

（フェロー 23）

分野④

統合新領域学府
博士後期課程 1 年

分野①Muhammad
Irfan Maulana
Kusdhany

奨励賞 -13－ 20 －

Data-Driven Optimization of Porous
Hydrothermal Carbons for Energy
Applications

インフォーマルセクターを考慮したカーボンフットプリン
ト分析

国際海上コンテナ船輸送ネットワークの二酸化炭
素排出分析

建築部門分析用の接続産業連関表を用いたカー
ボンフットプリント分析

Modeling and validation of gas-sheared
liquid sheet dynamics under icing
condition - An academic approach forpredicting the icing condition on the cold
climate wind turbine sites.

燃料中難脱硫性硫黄化合物の可視光酸化を経由した硫黄単原子脱離による脱硫

Gas Diffusion Layers with Jigsaw-Inspired
Patterned Wettability for Improved Water
Management in Fuel Cells

Combined Adsorption and Evaporative
Cooling System (CAdECS): A thermallydriven greener and cheaper alternative
to compressor-based air conditioning

Kyushu University Energy Week 2023

<Focused Session B><Date><Venue>10:00-17:20, 31st January 2023
I2CNER Hall, I2CNER Bldg.1, Ito Campus, Kyushu University（Live streaming venue）<Language>

Japanese■Focused SessionＢ < Moderator > Prof. Tomofumi Tada, Q-PIT, Kyushu University
Assoc. Prof. Selyanchyn Roman, Q-PIT, Kyushu University
Time

Program and Speaker
Session Theme１ R&D of decarbonization technologies
About Decarbonization research in Q-PIT●Prof. Yoshio Matsuzaki, Q-PIT, Kyushu University

10:00-11:50

Materials & Systems for Decarbonization●Prof. Hisahiro Einaga, Kyushu University●Assoc. Prof. Kiyoshi Miyata, Kyushu University●Prof. Yoshihiro Yamazaki, Kyushu University●Assoc. Prof. Tsuyoshi Yamamoto, Kyushu Universtiy

11:50-13:30

Break

13:30-14:10●Prof. Hideki Shimada, Kyushu University●Assoc. Prof. Daisuke Yasutake, Kyushu Universtity
Session Theme２ Toward Social Implementation of R&D

14:10-15:25(10 minutes
break included)

About the Energy Society Analysis and Assessment Model●Prof. Daisuke Sumiyoshi, Kyushu University●Assoc. Prof. Alexander Ryota Keeley, Kyushu University●Prof. Shigemi Kagawa, Kyushu University

15:25-15:50

Special Lecture●Saibu Gas Group's Efforts to Go Carbon Neutral
Mr. Kazuhide Nakama, Executive Manager, Carbon Neutral Promotion Dept.,
Saibu Gas Co., Ltd.

15:50-16:00

Break

16:00-17:10

Panel Discussion●Challenges and Efforts to Go Carbon Neutral
Panelists : Mr. Kazuhide Nakama, Executive Manager, Saibu Gas Co., Ltd.
Mr. Takashi Ono, Senior Manager, KYOCERA Corporation
Prof. Junichiro Hayashi, Kyushu University
Prof. Hiroshige Matsumoto, Kyushu University
Prof. Akihito Ozaki, Kyushu University
Prof. Yoshihiro Yamazaki, Kyushu University
Assoc. Prof. Daisuke Yasutake, Kyushu University
Prof. Daisuke Sumiyoshi, Kyushu University
Moderator : Assoc. Prof. Munekazu Motoyama, Q-PIT, Kyushu University

17:10-17:20

Closing Remarks
Dr. Susumu Fukuda, Executive Vice President, Kyushu University－ 21 －

Kyushu University Energy Week 2023

F o c u s ed Session B
Special Lecture

Saibu Gas Group's Eﬀorts to Go Carbon Neutral

Kazuhide Nakama
Executive Manager
Carbon Neutral Promotion Dept., Saibu Gas Co., Ltd.

Panel Discussion

Panelists

Kazuhide Nakama
Executive Manager
Carbon Neutral Promotion Dept., Saibu Gas Co., Ltd.

Panelists

Takashi Ono
Senior Manager
SOFC Development Section, Energy Systems R&D Division, Corporate R&D Group, KYOCERA Corporation

Panelists

Junichiro Hayashi
Professor
Institute for Materials Chemistry and Engineering, Kyushu University－ 22 －

Kyushu University Energy Week 2023

Panelists

Hiroshige Matsumoto
Professor (Associate Director)
International Institute for Carbon-Neutral Energy Research, Kyushu University

Panelists

Akihito Ozaki
Professor
Faculty of Human-Environment Studies, Kyushu University

Panelists

Yoshihiro Yamazaki
Professor
Q-PIT, Kyushu University

Panelists

Daisuke Yasutake
Assoc. Professor
Faculty of Agriculture, Kyushu University

Panelists

Daisuke Sumiyoshi
Professor
Faculty of Human-Environment Studies, Kyushu University

Moderator

Munekazu Motoyama
Assoc. Professor
Q-PIT, Kyushu University－ 23 －

Kyushu University Energy Week 2023

S p e c i al Lecture

Saibu Gas Group's Eﬀorts to Go Carbon
NeutralExecutive Manager,
Carbon Neutral Promotion Dept., Saibu Gas Co., Ltd.

Kazuhide Nakama
The Group’s core business operations are based on the supply of city gas, electricity, andother forms of energy.
In September 2021, we announced the decarbonization strategy,"Saibu Gas Group Carbon
Neutral 2050”, in order to realize our universal aspiration of"contributing to local
communities” amid the rapidly accelerating trend toward decarbonization after 2020.
In this context, we have set targets for 2030 (CO2 reduction contribution of 1.5 million tons,
200,000 kW of renewable energy sources handled, and a gas carbon neutralization rate of atleast 5%) and will take the lead in achieving carbon neutrality in the region with the threegoals,"natural gas shift”,"gas decarbonization”, and"power source decarbonization”.
In this presentation, we will introduce scenarios and speciﬁc initiatives to realize the threegoals, as well as present trends in"methanation”, the trump card for"gas decarbonization”.

－ 24 －

Kyushu University Energy Week 2023

Research Promotion Division, Q-PIT- Introduction of Module -● What's Module?
An interdisciplinary research group that aims to solve social issues and create innovations to realize adecarbonized society through "integrated knowledge”in humanities and social sciences, and naturalsciences.
Established in three clusters, which are Energy Materials and Device Cluster, Energy System Cluster,
Energy and Society Cluster, with the aim of promoting cross-disciplinary research.

Energy Materials and Device Cluster
Research on materials, devices, and processes related to energy conversion technology, energy saving
technology, unused energy utilization chnology, or related technologies.
Module nameStudy on Advanced Microwave Technology for Utilization of Carbon Resources
Module head

Hisahiro Einaga
Professor
Faculty of Engineering Sciences, Kyushu University

To achieve“Carbon Zero by 2050," there is a strong need to promote decarbonization through the use of renewableenergy and to enable the utilization and recycling of local resources such as waste plastics and unused agricultural
biomass to reduce carbon dioxide emissions significantly. In our module, innovative technologies will be developed toconvert carbon-based waste from industry and utilize it as a resource. The module will examine decomposition
technologies for unused agricultural biomass by taking advantage of microwave-assisted catalytic reaction processes,
such as rapid heating and the generation of high-temperature active sites. Create a joint research center to consolidate
and utilize the“knowledge" of catalytic chemistry, chemical engineering, and agriculture, and promote collaboration withindustry and other research institutions.
Module name

Developing photon energy conversion system by integration of emerging
photofunctional molecules
Module head

Kiyoshi Miyata
Asst. Professor
Faculty of Sciences, Kyushu University

The use of light energy as a sustainable energy source is highly important in the utilization of energy for a decarbonizedsociety. Molecular materials are expected to contribute further to the utilization of light energy due to their excellent
versatility and designability, but further performance and functionalization are required for social implementation. In thismodule, young researchers who specialize in the optical functions of molecular materials and who have a proven track record
among the researchers participating in Q-pit will come together to construct a highly eﬃcient photon energy conversion
system by integrating their cutting-edge molecular materials, precision molecular integration technology, wavelength
conversion technology, and ultrafast spectroscopy technology. This modular research will open up a new fusion field byapplying for the ﬁrst time in the energy ﬁeld photofunctional molecular materials developed for different purposes. We will
establish the academic principles of photoenergy science for molecular assemblies, which are complex systems, and move
forward to social implementation, building a foundation that will serve as a milestone for creating new ﬁelds.
Module nameAccelerated development of CO2 reduction materials and devices by utilizing
AI and experimental data
Module head

Yoshihiro Yamazaki
Professor
Q-PIT, Kyushu University

Japan has declared the goal of achieving a 46% reduction in CO2 emissions by FY2030 compared to FY2013 and has
speciﬁcally launched a course toward the realization of a carbon-neutral society in 2050. The conversion of carbon dioxide
into valuable resources is essential to achieving the above goal. In this module, we aim to develop materials and devices
that enable carbon dioxide recycling and propylene production at an accelerated pace by using AI and experimental data.
The evaluations will be performed in a wide range of perspectives, the multiple scales from nano to handheld, materials to
device systems, and the multiple angles, including economics.

－ 25 －

Kyushu University Energy Week 2023

Module name

Development of innovative conversion process form CO2 to CO
Module head

Tsuyoshi Yamamoto
Assoc. Professor
Faculty of Engineering, Kyushu University

Currently, many studies on CCS and CCU are being conducted to solve global warming, but there is no eff ective method on
CCU due to problems of CO2 conversion ratio and energy eﬃciency. Carbon recycling can be realized by converting CO2
into various hydrocarbon, and many hydrocarbons can be produced from CO and H2. Therefore, it is considered optimal togenerate CO from CO2. However, since it is diﬃcult to convert CO2 into CO and it is required a high temperature ﬁeld over
2000℃ to thermally convert CO 2 into CO, it is not very realistic. In addition, the study using plasma achieved CO 2
conversion ratios of 23% with plasma only and 45% plasma + catalysis. On the other hand, the applicants have so far
achieved CO2 conversion ratio of 43% with plasma only. In this study, we try to achieve CO2 conversion ratio of 80 to 90%
or more by further devising.

Energy System Cluster
Research on energy and material conversion systems that contribute to decarbonization, innovative energy
technologies such as energy infrastructure and next-generation mobility, and decarbonization systemscenario planning.
Module name

CO2-free hydrogen production from potential underground energy resources
Module head

Hideki Shimada
Professor
Faculty of Engineering, Kyushu University

This study aims to establish the CO2-free hydrogen production using the potential underground oil/coal resources. Morethan 50% of oil/coal is left underground because of economic and technical reasons in conventional mining methods. We
will establish a technology to recover these unused resources by converting them to hydrogen in-situ gasification. In
addition, CO2 produced at the same time with gasiﬁcation is left in underground, or separated and stored at the site ofpost coal mining/oil ﬁeld, or eff ectively utilized to realize CO2-free hydrogen production. It is also essential to ensure its
safe operation and to obtain the agreement by local residents. In order to implement this system in society, we will
establish underground and surface CO2 monitoring systems and risk management systems. In this way, we aim to achievesocial implementation of the system as a package that realizes underground in-situ CO2-free hydrogen production by fossil
fuels with social acceptance by local residents.
Module nameStartup co-creation research project for realization of smart CO2 capture andutilization in protected agriculture
Module head

Daisuke Yasutake
Assoc. Professor
Faculty of Agriculture, Kyushu University

To tackle the increasingly severe eff ects of climate change, we focus our project on protected agriculture (greenhouse) asa means to realize a carbon-neutral and decarbonized society. Despite the high productivity, conventional greenhouses are
considered problematic regarding CO2 emissions. To get both increased productivity and sustainability, we are working on
achieving the following two goals to develop an innovative“smart CO2 capture and utilization system”based on the CO2
capture (separation), storage, and utilization technologies:
The primary goals of this project are:【Goal 1】: Improvement and verification of system for recovery, storage, and utilization of CO 2 gas exhausted from agreenhouse heater,【Goal 2】: Development of a system for recovery and utilization of leaked CO 2 gas associated with artificial CO 2enrichment
These goals will be achieved through start-up cocreation research by the Faculty of Agriculture, Faculty of Engineering, andInternational Institute for Carbon-Neutral Energy Research (Kyushu university). We aim to demonstrate a medium-term policy
for practical application and technology dissemination, including economic feasibility. This module research will contribute tomeeting the societal challenge of climate change (sustainability) and food production (smart agriculture) innovation.

－ 26 －

Kyushu University Energy Week 2023

Energy and Society Cluster
Research on future society and lifestyles considering smart wellness and wellbeing, sustainable living andurban environments, regional growth strategies such as Society 5.0, decarbonized society models,economic systems, and institutional design
Module nameUrban Energy Module
Module head

Daisuke Sumiyoshi
Professor
Faculty of Human-Environment Studies, Kyushu University

In order to realize a carbon-neutral society by 2050, the government is aiming to make variable renewable energy sources
such as photovoltaic panel and wind power generation the main source of electricity. To achieve this goal, it will benecessary to increase the electriﬁcation ratio on the building side, adjust electricity supply and demand through storage
batteries (including EV batteries) and demand response, and utilize hydrogen. In order to study how much of these devices
and systems should be installed in a city, it is essential to have an urban energy simulator that can not only calculate thetotal annual amount, but also analyze energy supply and demand fluctuations by the minute. In this module, we will
construct an urban energy supply-demand simulator based on GIS data as a platform that can examine future urban
energy systems, and propose what the future urban energy system should be like. The simulator to be developed canevaluate the impact of the introduction of various energy element technologies into a city, and will contribute to theformulation of urban energy policies.

Module name

Development of a model for evaluating the sustainability value of energy
technologies and its application to technology development
Module head

Shunsuke Managi
Professor
Faculty of Engineering, Kyushu University

As global efforts to achieve the SDGs goals progress, so-called ESG investment, in which investment targets are
determined in consideration of environmental and social impacts, corporate governance, and other factors, is gaining
momentum, and the importance of evaluating the sustainability value of energy technologies is growing even more.
Therefore, this study aims to establish a sustainability value evaluation model for energy technology from the perspectiveof ESG investment and new national wealth indices, and to link this model to the development of energy technology andits application in social implementation. To this end, this study aims to establish a sustainability value assessment modelfor energy technologies by labeling multiple energy technologies based on HS codes considering their life cycles,
calculating social, economic, and environmental values by applying the social LCA and environmental LCA methods, andusing the expressed selection method to work on the construction of an evaluation model to show the impact of energy
technologies on various types of capital (natural capital, produced capital, and human capital) at shadow prices by using
ESG indexing and the inclusive wealth index, and on the social implementation of the evaluation model.

Module name

Environmental Economics and Policy Module
Module head

Shigemi Kagawa
Professor
Faculty of Human-Environment Studies, Kyushu University

This study focuses on durable products such as passenger cars and addresses the following three research questions.
The ﬁrst question is how life-cycle CO2 emissions of durable goods can be reduced through demand-side policies such as
product lifetime shifts and environmental subsidy? The second question is how life-cycle CO2 emissions of durable goods
can be reduced through supply-side policies such as energy and resource eﬃciency improvements and global supply chain
restructuring? The third question is how life-cycle CO2 emissions of durable goods can be mitigated through a combined
policy with both demand- and supply-side policies? In addressing the above-mentioned questions, we combine the global
multi-regional input-output analysis framework with the network data envelopment analysis and develop an integrated
analysis framework to evaluate the economic and environmental performance of global supply chain networks of aparticular durable product from the life-cycle perspective. From the results, we finally suggest a potential pathway ofmaximizing CO2 reduction potentials of durable goods through strengthening the demand- and supply-side policies.

－ 27 －

Kyushu University Energy Week 2023

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TitleTitleTitle

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Directorof I2CNER,
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KyushuUniversity,
KyushuKyushuUniversity,
University,
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University
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openingreactionsin lactone
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16:10– Kenji
16:15
Kenji
Kajiwara
16:10– 16:15
Kenji
Kajiwara
KyushuUniversity
KyushuUniversity
KyushuUniversity－ 28 －

Kyushu University Energy Week 2023

< Kyushu
Kyushu University
UniversityCOI>
COI>>><Sustainable Coevolutionary
Coevolutionary Society<Sustainable
SocietySymposium
Symposium<Date><Date><Venue><Venue>17:00-19:00,January
January 31,
31, 2023
17:00-19:00,
2023
Online(ZOOM(ZOOMWebinar)
Webinar)
Online<Language>JapaneseJapanese<Language>
Time

Program and SpeakerTime

17:00-17:05

17:00-17:05

17:05-17:15

17:05-17:15

Program and Speaker

Opening Remarks

Opening Remarks

Rin-ichiro Taniguchi , Executive Director，Vice President，Kyushu University

Rin-ichiro Taniguchi , Executive Director，Vice President，Kyushu University
Introduction of the Kyushu University COI Study Group

Group Senior Professor，Kyushu University
Introduction
the Kyushu
University
COI Study
Kazunari of
Sasaki,COI Study
Group Leader／
Vice President,

Kazunari Sasaki, COI Study Group Leader／ Vice President, Senior Professor，Kyushu University

The initiatives and research themes for social implementation in each fieldThe● initiatives
ICT Groupand research themes for social implementation in each field
17:15-17:35

17:15-17:35「Spreadof ICT-based Behavior Change Support toward a Sustainable Society」
● ICT
Group
Yutaka of
Arakawa,
ICT Behavior
Group Leader／Professor,
Systems Engineering,「Spread
ICT-based
ChangeSupportFaculty
towardofa Information
Sustainable andSociety」
KyushuYutaka University
Arakawa, ICT Group Leader／Professor, Faculty of Information and Systems Engineering,

Kyushu University

The initiatives and research themes for social implementation in each field

17:35-17:55

17:35-17:55● initiatives
Mobility GroupThe
and research themes for social implementation in each field「Development of new mobility services for community vitalization」● Mobility GroupRyo Ariyoshi, Mobility Group Leader／Project Associate Professor, Faculty of Urban Innovation,「Development of new mobility services for community vitalization」

Yokohama National University

Ryo Ariyoshi, Mobility Group Leader／Project Associate Professor, Faculty of Urban Innovation,

17:55-18:05

17:55-18:05

Yokohama
National University
Break（10min）
The initiatives and research themes for social implementation in each field

Break（10min）● Math for Industry group

The「Initiative
initiatives
researchthemesoffor
social implementationin each field
forandsocialimplementation
mathematics
in Post-COI」
18:05-18:25

18:05-18:25● Mathfor Fukumoto,Industry group
Yasuhide
Math for Industry group Leader／Professor, Institute of Mathematics for「InitiativeKyushu
for social
implementation of mathematics in Post-COI」
Industry,
University

Yasuhide
Fukumoto,Mathfor Industry
Leader／Professor, Institute of Mathematics for「Multivariate
time series
analysisfor energygroupforecasting」

Industry,
KyushuUniversity
Kei Hirose, Professor，Instituteof Mathematics for Industry, Kyushu University「Multivariate time series analysis for energy forecasting」

The initiatives and research themes for social implementation in each field

Kei Hirose , Professor，Institute of Mathematics for Industry, Kyushu University● Energy Group
18:25-18:45

of sustainablemodel
community
project
toward hydrogeninsociety
Ito campus」
The「Progressinitiatives
and research
themesfor social
implementationeachinfieldYuya Tachikawa, Assistant Professor, Faculty of Engineering, Kyushu University● Energy Group「Advances in cost engineering after COI – Development of hydrogen and fuel cell technologies -」18:25-18:45「Progress of sustainable model community project toward hydrogen society in Ito campus」

Junichiro Otomo, Professor ， Department of Transdisciplinary Science and Engineering Energy
Course, School of Environment and Society, Tokyo Institute of Technology

Yuya Tachikawa, Assistant Professor, Faculty of Engineering, Kyushu University「Advances in cost engineering after COI – Development of hydrogen and fuel cell technologies -」18:45-18:55
18:55-19:00

18:45-18:55

GeneralJunichiroDiscussion
Otomo, Professor ， Department of Transdisciplinary Science and Engineering Energy

Course, School of Environment and Society, Tokyo Institute of Technology

Closing Remarks
YuichiNakamura, Executive Professional, NEC Corp.
GeneralDiscussion／Former Project Leader, Kyushu University (C2RSC)

Closing
Remarks※The programis subject
to change.

18:55-19:00

Yuichi Nakamura, Executive Professional, NEC Corp.
／Former Project Leader, Kyushu University (C2RSC)※The program is subject to change.
－ 29 －

Kyushu University Energy Week 2023

九州大学―ISIT―福岡市連携
九州大学―ISIT―福岡市連携グリーントランスフォーメーション（GX）シンポジウム
グリーントランスフォーメーション（GX）シンポジウム～福岡発 脱炭素をビジネスに！～脱炭素をビジネスに！～～福岡発＜主催＞国立大学法人九州大学、公益財団法人九州先端科学技術研究所(ISIT)、福岡市＜主催＞国立大学法人九州大学、公益財団法人九州先端科学技術研究所(ISIT)、福岡市＜日時＞２０２３年２月１日（水曜日）＜日時＞２０２３年２月１日（水曜日）１４：００-１６：００
１４：００-１６：００＜場所＞アクロス福岡＜場所＞アクロス福岡77階階大会議室
大会議室（福岡県福岡市中央区天神１-１-１）（福岡県福岡市中央区天神１-１-１）＜言語＞日本語＜言語＞日本語＜プログラム及び講演者＞＜プログラム及び講演者＞
時時 間間
14：00～14：10
14：00～14：10

プログラム・講演者
プログラム・講演者

開会挨拶
開会挨拶
九州先端科学技術研究所
九州先端科学技術研究所所長
所長 山山田田 淳淳
九州大学久久枝枝良良雄雄
九州大学理事・副学長
理事・副学長14：10-14：50
14：10-14：50

基調講演①
基調講演①
九州大学グローバルイノベーションセンター
九州大学グローバルイノベーションセンター
准教授
准教授早渕
早渕百合子
百合子氏氏
「温室効果ガス排出量の算定方法論ー排出量の削減とは？ー」「温室効果ガス排出量の算定方法論ー排出量の削減とは？ー」

14：50-15：30
14：50-15：30

基調講演②
基調講演②
トヨタ自動車九州株式会社
トヨタ自動車九州株式会社環境プラント部
環境プラント部
部長
部長弥永
弥永明彦
明彦氏氏
「トヨタ九州におけるカーボンニュートラルの目標とアクション」「トヨタ九州におけるカーボンニュートラルの目標とアクション」

15：30-16：00
15：30-16：00「福岡市・九州先端科学技術研究所（ISIT）による「福岡市・九州先端科学技術研究所（ISIT）による市内企業の脱炭素ビジネスへの取組み支援」
市内企業の脱炭素ビジネスへの取組み支援」「福岡グリーンイノベーションチャレンジ事業採択企業の「福岡グリーンイノベーションチャレンジ事業採択企業の脱炭素ビジネス事例報告」
脱炭素ビジネス事例報告」【登壇予定企業】【登壇予定企業】 アークエルテクノロジーズ株式会社
アークエルテクノロジーズ株式会社
オングリットホールディングス株式会社
オングリットホールディングス株式会社
株式会社
株式会社JCCL
JCCL（旧：㈱日本炭素循環ラボ）（旧：㈱日本炭素循環ラボ）

16：00
16：00

閉会挨拶
閉会挨拶
福岡市
福岡市経済観光文化局
経済観光文化局創業・立地推進部長
創業・立地推進部長堀堀 浩浩信信

※本プログラム記載事項は現時点での情報であり、今後変更となる可能性があります。
※本プログラム記載事項は現時点での情報であり、今後変更となる可能性があります。

－ 30 －

Kyushu University Energy Week 2023

k e y n o te Lecture ①

温室効果ガス排出量の算定方法論
ー排出量の削減とは ? ー
九州大学グローバルイノベーションセンター 准教授（兼担）大学院芸術工学府芸術工学専攻環境設計コース（兼担）洋上風力研究教育センター脱炭素エネルギーマネジメント研究部門

早渕百合子
京都議定書からパリ協定へ移行し、脱炭素社会の実現に向けて、温室効果ガス排出量の削減とカーボンニュートラル達成は不可欠です。温室効果ガス排出量は気候変動における政策や企業
戦略評価の基本データであり、経済性とも密接に関連します。国際社会では温室効果ガス排出量はどのように算定されて、その削減評価はどのようなものか、国際枠組みにおける交渉経緯から算定方法とその審査、国際的課題について展望します。

k e y n o te Lecture ②

トヨタ九州におけるカーボンニュートラルの目標とアクション

トヨタ自動車九州株式会社環境プラント部

弥永

部⾧

明彦

トヨタ自動車九州のカーボンニュートラルの取組について、基となるトヨタ自動車のトヨタ環境チャ
レンジ 2050 の６つのチャレンジを紹介させていただいた上で、トヨタ自動車九州の基本的な取組の考え方とロードマップのご紹介をいたします。その各種取組について、生産設備の改善事例、日常改善の事例、再生可能エネルギーの導入事例と水素の取組もご紹介させていただきます。皆様のカーボンニュートラルの取組の一助になれば幸いです。

－ 31 －

Kyushu University Energy Week 2023

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 N E R G Y R E S E A R C H

2023 I2CNER ANNUAL SYMPOSIUM“OPTIMAL TRANSITIONS: FROM LABORATORY RESEARCH TO THE CARBON‐NEUTRAL ENERGY MARKETS”
I2CNER HALL/ HYBRIDITO CAMPUS, KYUSHU UNIVERSITYWEDNESDAY, FEBRUARY 1ST, 2023
1:00 p.m.

1:25 p.m.

Opening Remarks

Tatsuro Ishibashi, President, Kyushu University
Akira Ukawa, WPI Program Director
Chuka Asike, Principal Officer to the U.S. Consulate Fukuoka
Shibata Shingo, Managing Executive Officer, Center Executive, R&D Center, Mitsui
Chemicals, Inc.
Petros Sofronis, Director, I2CNER, Kyushu University

Introduction“Establishment of Mitsui Chemicals, Inc.–Carbon Neutral Research Center (MCI‐
CNRC)”
Toshihiro Takai, Director, MCI‐CNRC, I2CNER, Kyushu University

Session 1: Green hydrogen production and utilization

1:40 p.m.

2:05 p.m.

2:30 p.m.

Invited Lecture A“Investigating surface and interface properties and their impact on solid oxide cellelectrodes”
Stephen Skinner, Imperial College London

Invited Lecture A’“Current Status of SOEC Development in Denmark; from research at DTU to up‐
scaling and commercialization at Topsoe”
Anne Hauch, Senior Group Manager, SOEC Cell Performance Group ‐ Power‐to‐X
TopsoeI2CNER Presentation A“Active photocatalysts by high‐pressure torsion”
Kaveh Edalati, I2CNER, Kyushu University

2:55 p.m.

Photo session

3:00 p.m.

Coffee Break (Poster Session)－ 32 －

Kyushu University Energy Week 2023

Session 2: CO2 separation and capture

3:30 p.m.

Invited Lecture B

3:55 p.m.

I2CNER Presentation B“Towards Integration of CO2 capture and conversion technology”
Paul Kenis, Elio Eliakim Tarika Endowed Chair and Department Head in Chemical
and Biomolecular Engineering, University of Illinois Urbana‐Champaign (UIUC)“Prospect of functional adsorbents in attaining environmental sustainability”
Bidyut Baran Saha, I2CNER, Kyushu University

Session 3: CO2 conversion and fixation

4:20 p.m.

Invited Lecture C

4:45 p.m.

I2CNER Presentation C“Electrodeposited Composite Catalysts for CO2 and methanol electrolyzers”
Andrew Gewirth, Department of Chemistry, University of Illinois Urbana‐Champaign (UIUC)“Conversion of carbon dioxide to methanol using Cu/ZnO catalysts”
Junji Nakamura, MCI‐CNRC, I2CNER, Kyushu University

Session 4: Advanced analysis and evaluation

5:10 p.m.

Invited Lecture D

5:35 p.m.

I2CNER Presentation D

6:00 p.m.

Closing Remark“From Research to Markets: Case studies of Clean Energy Technologies”
Jill Engel‐Cox, Director of the Joint Institute for Strategic Energy Analysis, U.S.
National Renewable Energy Laboratory“Achieving a Sustainable Transition: Energy System Design, Behavior andInnovation”
Andrew Chapman, I2CNER, Kyushu University

Tatsumi Ishihara, I2CNER, Kyushu University－ 33 －

九州⼤学エネルギーウィーク
九州⼤学エネルギーウィーク
2023
2023

Kyushu University Energy Week 2023

九州地区再⽣可能エネルギー連携委員会
九州地区再⽣可能エネルギー連携委員会<再⽣可能エネルギー連携フォーラム><再⽣可能エネルギー連携フォーラム>
<⽇時>
<⽇時>

20232023
年２⽉
年２⽉
2 ⽇ 2(⽊)⽇ (⽊)
13:30-16:15
13:30-16:15

<場所>
<場所>

九州⼤学伊都キャンパス椎⽊講堂
九州⼤学伊都キャンパス椎⽊講堂
⼤会議室（ハイブリッド）
⼤会議室（ハイブリッド）

<⾔語>
<⾔語>

⽇本語
⽇本語

＜プログラム及び講演者＞＜プログラム及び講演者＞
時間時間
13:30-13:35
13:30-13:35

プログラム・講演者
プログラム・講演者
開催挨拶（5
開催挨拶（5分）分）
九州⼤学総⻑
九州⼤学総⻑
⽯橋⽯橋
達朗達朗
⼤学間連携による再⽣可能エネルギー⼈材育成（75
分︓1
15 分）
⼤学間連携による再⽣可能エネルギー⼈材育成（75
分︓1
⼤学⼤学
15 分）
1.カーボンニュートラル社会構築に向けた教育からのアプローチ－ESDの⼿法を⽤いて－
1.カーボンニュートラル社会構築に向けた教育からのアプローチ－ESDの⼿法を⽤いて－福岡教育⼤学
副学⻑（学⽣指導・厚⽣担当）・教授
福岡教育⼤学
副学⻑（学⽣指導・厚⽣担当）・教授
⽯丸⽯丸
哲史哲史
2.若⼿研究者のための九州海洋エネルギー⼈材育成プラットフォーム事業
2.若⼿研究者のための九州海洋エネルギー⼈材育成プラットフォーム事業
佐賀⼤学
海洋エネルギー研究所⻑・教授
佐賀⼤学
海洋エネルギー研究所⻑・教授
池上池上
康之康之

13:35-14:50 3.⻑崎⼤学のカーボンニュートラル研究教育への取り組み
13:35-14:50
3.⻑崎⼤学のカーボンニュートラル研究教育への取り組み
⻑崎⼤学
海洋未来イノベーション機構海洋エネルギー利⽤研究部⾨⻑・副学⻑・教授
⻑崎⼤学
海洋未来イノベーション機構海洋エネルギー利⽤研究部⾨⻑・副学⻑・教授
⼭本⼭本
郁夫郁夫
4.九州⼤学洋上⾵⼒研究教育センターの取組みについて
4.九州⼤学洋上⾵⼒研究教育センターの取組みについて
九州⼤学
洋上⾵⼒研究教育センター副センター⻑・教授
九州⼤学
洋上⾵⼒研究教育センター副センター⻑・教授
古川古川
勝彦勝彦
5.再⽣可能エネルギーに関する教材開発およびオンデマンド講義への活⽤
5.再⽣可能エネルギーに関する教材開発およびオンデマンド講義への活⽤
宮崎⼤学
⼯学教育研究部副学部⻑・教授
宮崎⼤学
⼯学教育研究部副学部⻑・教授
⻄岡⻄岡
賢佑賢佑
14:50-15:00 休憩（10休憩（1014:50-15:00分）分）
パネル討論（70
パネル討論（70分）分）
モデレーター︓九州⼤学エネルギー研究教育機構
謙太郎
モデレーター︓九州⼤学エネルギー研究教育機構
教授教授
吉⽥吉⽥
謙太郎
パネリスト︓九州⼤学洋上⾵⼒研究教育センター副センター⻑・教授
パネリスト︓九州⼤学洋上⾵⼒研究教育センター副センター⻑・教授
古川古川
勝彦勝彦
佐賀⼤学海洋エネルギー研究所⻑・教授
佐賀⼤学海洋エネルギー研究所⻑・教授
池上池上
康之康之
15:00-16:10
⻑崎⼤学海洋未来イノベーション機構海洋エネルギー利⽤研究部⾨⻑・副学⻑・教授
15:00-16:10
⻑崎⼤学海洋未来イノベーション機構海洋エネルギー利⽤研究部⾨⻑・副学⻑・教授
⼭本⼭本
郁夫郁夫
宮崎⼤学⼯学教育研究部副学部⻑・教授
宮崎⼤学⼯学教育研究部副学部⻑・教授
⻄岡⻄岡
賢佑賢佑
⿅児島⼤学理事・副学⻑
⿅児島⼤学理事・副学⻑岩井岩井久 久
琉球⼤学⼯学部
琉球⼤学⼯学部
教授教授
千住千住
智信智信
16:10-16:15
16:10-16:15

閉会挨拶（5
閉会挨拶（5分）分）
九州⼤学理事・副学⻑
九州⼤学理事・副学⻑
福⽥福⽥
晋 晋

－ 34 －

Kyushu University Energy Week 2023

University of Teacher Education Fukuoka

Kyushu U niversit y

Katsuhiko Furukawa
Tetsuji Ishimaru
Vice-President of Student Guidanceand Welfare
Professor of Faculty of Education

S a g a Univ ersity

Deputy Director of Public Relationsof Research and Education Center
for Off shore Wind, Kyushu University

Nag asaki Universit y

Yasuyuki Ikegami

Ikuo Yamamoto

Institute of Ocean Energy
Director, Professor

VICE PRESIDENT
Professor

U n i v e r s ity of Miyazak i

Kag oshim a U niversit y

Hisashi Iwai

Kensuke Nishioka

Executive Director and Vice-President
for Planning and University-Community
Partnerships

Faculty of Engineering, Vice Dean
Professor

U n i v e r s ity of the Ry uk y us

Tomonobu Senju
Professor－ 35 －

Kyushu University Energy Week 2023

SITTIUTTUE
T EF OFRO RC C
ABRO
BN
O-N
N -N
L NEENREGRYGRY ERSEESAERACRHC H
I NI NTTEERRNNAAT TIOIONNA A
L LI NI NSTAR
E UETURTARLAE

2CNERTTI2ICNER
HRUST::
HRUSTWORKSHOPWORKSHOP
TTOWARDARBON
EUTRALITYOWARDCCARBONNNEUTRALITYAA
DVANCED
ENERGYMMATERIALS
THRUSTሺAEMሻ,DVANCED
ENERGYATERIALS
THRUSTሺAEMሻ,AA
DVANCEDE
NERGYCONVERSIONSYSTEMST
HRUSTሺAECSሻ,DVANCED ENERGY CONVERSION SYSTEMS THRUSTሺAECSሻ,AND
ULTISCALEENGINEERINGFORENERGYANDTHE
ENVIRONMENT
THRUST
ሺMS3EሻANDMM
ULTISCALESCIENCESCIENCEAND
AND
ENGINEERINGFORENERGYANDTHE
ENVIRONMENT
THRUST
ሺMS3Eሻ

DDATE
ND, 2023,
HURSDAY
ATE: :FFEBRUARYEBRUARY22
ND, 2023,TT
HURSDAYTTIME
IME: :9:30
9:30AM
AM––2:30
2:30PM
PMሺJSTሻ
ሺJSTሻ
2
2CNERHH
ALL
/H
YBRID
, I,TO, K, YUSHUUNIVERSITYVVENUE
ENUE: :I ICNER
ALL
/H
YBRID
ITOCAMPUS
CAMPUSKYUSHU
UNIVERSITY
Time
Time

Speaker
Speaker

9:30
9:30a.m.
a.m. Hiroshige
HiroshigeMatsumoto
MatsumotoAffiliation
Affiliation
I2CNERI2CNER

Title
Title

Opening
Remarks
Opening
Remarks

Session(AEM)
Session1:1:Advanced
AdvancedEnergy
EnergyMaterials
MaterialsThrust
Thrust(AEM)
9:35
9:35a.m.
a.m.

RobertRobertO.O.Ritchie
Ritchie(virtual presentation)(virtual presentation)

10:00 a.m.
10:00 a.m.

Yoshinori Sawae
Yoshinori Sawae

10:25 a.m. Toshihiro Tsuchiyama
10:25 a.m. Toshihiro Tsuchiyama

UC Berkeley/ Lawrence
UC Berkeley/ Lawrence
Berkeley National
Berkeley National TBA
TBA
Laboratory
Laboratory

Kyushu University/
KyushuUniversity/ Polymer tribology in hydrogen
Polymer tribology in hydrogen
I2CNERI2CNER
Kyushu University/ Alloy design of low‐Ni high‐strength
KyushuUniversity/ Alloy design of low‐Ni high‐strength
I2CNER
austenitic steels with interstitial elements
I2CNER
austenitic steels with interstitial elements

Session 2: Advanced Energy Conversion Systems Thrust (AECS)
Session 2: Advanced Energy Conversion Systems Thrust (AECS)
10:50 a.m.
10:50 a.m.

Deibert Wendelin
Deibert Wendelin

11:15 a.m.
11:15 a.m.

Motonori Watanabe
Motonori Watanabe

11:40 a.m.
11:40 a.m.

Aleksandar Staykov
Aleksandar Staykov

Forschungszentrum Membrane Reactor for Dehydrogenation of
Forschungszentrum Membrane Reactor for Dehydrogenation of
Jülich GmbH
AlkanesJülich GmbH
Alkanes
D‐π‐A type sensitized TiO2 photocatalyst for2
I CNER
type under
sensitizedTiO2 photocatalyst for
production
NIR light
H2D‐π‐A
I2CNER
H2 production under NIR light
Design of Energy‐related Materials using First
I2CNER
DesignCalculationsof Energy‐related Materials using First
Principle
I2CNER
Principle
Calculations
2

Lunch at I CNER
loungeLunch at I2CNER lounge

SOIFIT lunch meeting (*invitees only) at I2CNER meeting room
SOIFIT lunch meeting (*invitees only) at I2CNER meeting room

Session 3: Multiscale Science and Engineering for Energy and the Environment Thrust (MS3E)
Session 3: Multiscale Science and Engineering for Energy and the Environment Thrust (MS3E)

1:10 p.m.
1:10 p.m.

Caleb Brooks
Caleb Brooks

1:35 p.m.
1:35 p.m.

Anutosh Chakraborty
Anutosh Chakraborty

2:00 p.m.
2:00 p.m.

Roman Selyanchyn
Roman Selyanchyn

2:25 p.m.
2:25 p.m.

Petros Sofronis
Petros Sofronis

Cultural and demographic considerations for
Culturaland demographic
energytransition:a case studyconsiderationsin the U.S. forenergy transition: a case study in the U.S.
Adsorption Assisted Xenon and Hydrogen
Adsorption Assisted Xenon and Hydrogen
Storage
Storage
Gas separation membrane ‐ based extraction‐ basedof Gas
CO2 separationfrom air andmembrane
its potential
for extractionof CO2 from
air air
andcapture
its potential for
distributed
directdistributed
directair
captureDirector, I2CNER
Closing Remarks
Director, I2CNER
Closing Remarks

UIUC
UIUC
Nanyang
Nanyang
TechnologicalTechnological
University(NTU)
University (NTU)
I2CNERI2CNER(Coffee Break)(Coffee Break)－ 36 －

Kyushu University Energy Week 2023

九州⽔素・燃料電池フォーラム & ⽔素先端世界フォーラム 2023

Hydrogen Energy and Fuel Cell Forum in Kyushu & International Hydrogen Energy Development Forum【開催⽇時】 2023 年 2 ⽉ 2 ⽇（⽊）13:00-16:35【開催会場】 九州⼤学 病院キャンパス百年講堂＋オンライン配信 (Teams)【 ⾔ 語 】 ⽇本語
時間
13:00-13:10

プログラム・講演者
開会・主催者挨拶
経済産業省 九州経済産業局⻑ 苗村 公嗣
福岡県⽔素グリーン成⻑戦略会議 顧問 福岡県知事 服部 誠太郎
講演 『カーボンニュートラル時代における⽔素政策の今後の⽅向性』

13:10-13:40

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
⽔素・燃料電池戦略室 室⻑ 安達 知彦

13:40-14:10

講演 『政府の⽔素政策を踏まえた九州への期待』
国⽴⼤学法⼈九州⼤学 副学⻑兼⽔素エネルギー国際研究センター⻑ 佐々⽊ ⼀成

14:10-14:30

講演 『トヨタ⾃動⾞九州の⽔素エネルギー取組について』
トヨタ⾃動⾞九州株式会社 環境プラント部兼カーボンニュートラル推進 G部⻑ 弥永 明彦
講演 1 『液化⽔素海上輸送要素技術の開発－液化⽔素キャリヤー部品へのＧＦＲＰ素材複合めっき技術の適⽤－』

14:30-15:00

株式会社九州電化 専務取締役 ⼭⽥ 亮
講演 2 『「⽔素燃料ガス計測装置」の製品開発状況』
⽮部川電気⼯業株式会社 取締役会⻑ 阪本 ⼀平

15:00-15:05

休憩

15:05-15:35

講演 『バイオものづくりの展開 - ⽔素酸化細菌を⽤いた CO2 からの物資⽣産に向けて』
神⼾⼤学 教授 近藤 昭彦

15:35-16:05

講演 『ISO/TC197（⽔素技術）の活動内容および国内の取組み』
⽔素供給利⽤技術協会（HySUT）理事・事務局⻑ 池⽥ 哲史

16:05-16:20

WIPO グリーンの概要と取り組み説明

16:20-16:25
16:25-16:35

閉会挨拶
九州⼤学 ⽔素材料先端科学研究センター センター⻑ 杉村 丈⼀
質疑応答－ 37 －

Kyushu University Energy Week 2023

化学工学部門 特別講演会
Special seminar, Department of Chemical Engineering------------------------------------------------------------------------------------------------------------------

日時(Date):令和 5 年 2 月 2 日(木) 14:00～15:00
February 2nd, 2023
2:00 - 3:00 pm
Presentation and Discussion are included.

場所(Room):

ウエスト４号館 7 階 732 室West Zone Building IV, 7F Room 732

講師(Lecturer):

Prof. Jeng-Yu Lin
Professor, Laboratory of Interfacial Electrochemistry
Department of Chemical and Materials Engineering,
Tunghai University, Taiwan

題目(Title):

Fabrication of Electrode Materials for Energy Conversion/Storage
Devices by Using Electrodeposition Techniques

概要(Abstract):

In this presentation, we will introduce the use of electrodeposition
techniques to fabricate electrode materials for energy conversion/storage
devices (like solar cells, supercapacitors, and Na-ion batteries) due to its
unique features of low temperature, free-standing deposits, good
selectivity, large-scale fabrication, and high throughput. The
electrodeposition techniques including functional electrolyte additives,
template-assisted deposition, pulse deposition, and activation strategies
for electroless deposition will be introduced in this lecture. For example, wehave successfully developed a facile pulse-reversal electrodeposition
method to deposit free-standing Ni3S2 thin films on Ni foam for hybrid
supercapacitor (SC) applications. The optimal pulsed Ni3S2//carbon fiber
cloth hybrid SC can be reversibly charged and discharged at a stable cellvoltage of 1.8 V and generate an impressive specific capacity of 25.5 mAh
g-1 at a current density of 0.5 A g-1, which can deliver a maximum energy
density of 28.8 Wh kg-1 at a power density of 684 Wkg-1.

言語(Language)： English
連絡先(Contact): ７講座 井上元 (Gen Inoue)

ginoue@chem-eng.kyushu-u.ac.jp------------------------------------------------------------------------------------------------------------------－ 38 －

Kyushu University Energy Week 2023

I N ITNETRENRANTAI O
E UETURTARLAE
T INOANLAILN ISNTSI TTU
I TTUETF
EOFRO CR ACRABROBNO-N
N -N
L NEENREGRYG R
Y ERSEESAERACRHC H

-C-C
ENTER
FOR
ENERGYESIGN-ENTERFOR
ENERGYSYSTEMSSYSTEMSDD
ESIGN
KICK
-OFF
WORKSHOP
KICK-OFF
WORKSHOP

DATE: T: HURSDAY, F,EBRUARY
2ND&&
FRIDAY, F,EBRUARY
3RD, 2023DATE
THURSDAYFEBRUARY
2ND
FRIDAYFEBRUARY
3RD, 2023
:
3:00
PM
–8:00
PM
&
9:30
AM
–
1:00
PM
ሺJSTሻ
TIME
TIME: 3:00PM –8:00PM & 9:30AM – 1:00PM ሺJSTሻ: I:2CNER
HALL
/H/H
YBRID
, ITO
CAMPUS, K,YUSHU
UNIVERSITYVENUE
I2CNER
HALL
YBRID
, ITO
CAMPUSKYUSHU
UNIVERSITY
VENUE
Time
Time

Speaker
SpeakerThursday,February
2 2Thursday,February
3:00
p.m.
Matsumoto
3:00
p.m. Hiroshige
Hiroshige
Matsumoto

Session1:
Data
Science
Session1:
Data
Science
3:20
p.m.
Lambard
3:20
p.m. Guillaume
Guillaume
Lambard3:45
p.m.
Staykov
3:45
p.m. Aleksandar
Aleksandar
Staykov

Session2:
Materials/ Transport
Session2:
Materials/ Transport
4:00
p.m.
Orimo
4:00
p.m. Shin‐ichi
Shin‐ichi
Orimo
4:25
p.m.
Kubota4:25
p.m. Masanobu
Masanobu
KubotaSession3:
Materials
Conversion
Session3:
Materials
Conversion
4:40
p.m.
Yamada4:40
p.m. Yoichi
Yoichi
Yamada5:05
p.m.
Shimizu
Ken‐ichiShimizu
5:05
p.m. Ken‐ichi
5:30
p.m.
Yamauchi
5:30
p.m. Miho
Miho
Yamauchi
6:00
p.m.
6:00
p.m.

Friday,February
3 3
Friday,February
Session4:
Electric
Conversion
Session4:
Electric
Conversion
9:30
a.m.
Ishihara
9:30
a.m. Tatsumi
TatsumiIshihara

Affiliation
Affiliation

Title
Title

About
CenterforforEnergySystems
About
CenterEnergySystems
KyushuUniversity
KyushuUniversity Design
DesignNational
InstituteforforNational
Institute
Materials
Sciencedesignof materials
Materials
Science Data‐driven
Data‐driven
designof materials(NIMS)(NIMS)
Autonomous
designof ring
opening
Autonomous
designof ring
opening
KyushuUniversity
reactionsthroughmachinelearning
Kyushu University
reactions through machine learning
andandfirst
principle
simulations
first
principle
simulations
Advanced
HydrideMaterials
DesignforforAdvanced
HydrideMaterials
DesignTohokuUniversity
TohokuUniversity Energy‐Related Applications
Energy‐Related Applications
Mitigationof ofhydrogenembrittlement
Mitigationhydrogenembrittlement
KyushuUniversity
KyushuUniversity by impurities and creep in hydrogenby impurities and creep in hydrogen
Developmentof Spatial
Catalysts
forforDevelopmentof Spatial
Catalysts
Organic
Transformations
Organic Transformations
Computational,
data
science,andandComputational,
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spectroscopic
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Hokkaido University
spectroscopic studies for design
heterogeneous
catalysis
heterogeneous catalysis
Inorganic
Nanomaterials
to toAchieve
Inorganic
Nanomaterials
Achieve
KyushuUniversity
KyushuUniversity Efficient Hydrogenation Reactions
Efficient Hydrogenation Reactions
RIKEN
RIKEN

Free
Discussion
Free
Discussion

Intermediate
temperature
steam
andandIntermediate
temperature
steam
KyushuUniversity
CO2
electrolysis
byusing
LaGaO3Kyushu University
CO2 electrolysis by using LaGaO3electrolyte
cells
electrolyte
cells－ 39 －

Kyushu University Energy Week 2023

Session5: Photo Conversion
9:45 a.m.

Shintaro Ida

10:10a.m.

Toshinori Matsushima

Kumamoto University
Kyushu University

About Institute of Industrial
Nanomaterials
Efficient and stable solar power
conversion from hybrid perovskites

Session6: Energy Analysis
10:25 a.m.

Andrew Chapman

Kyushu University

The Role of Energy Analysis Toward
Sustainability and Carbon Neutrality

10:40 a.m.

Junichiro Otomo(virtual presentation)

Tokyo Institute ofTechnology

Integrated Energy Science in Tokyo
Tech

11:05 a.m.

General Discussion

11:35 a.m.

Lunch Break 1: CESD Lunch meeting at I2CNER meeting room *invitees only

11:35 a.m.

Lunch Break 2: Lunch on your own*Bringing your own lunch is recommended.

－ 40 －

Kyushu University Energy Week 2023

- HYDROGEN-MATERIALS INTERACTIONS -HYDROGENIUS, I2CNER, HYDROMATE AND SINTEF JOINT RESEARCH SYMPOSIUM 2023
< Date and hour >< Venue >< Language >February 2nd (Thu), 20:00―23:00 (Japan time)
February 3rd (Fri), 20:00―23:00 (Japan time)
Online (ZOOM Webiner)
EnglishDay 1 Program (February 2nd (Thu), 20:00―23:00)
Time
Presentation Title and Speaker
20:00-20:10

Opening Remarks
Hisao Matsunaga (Kyushu University, Japan)
Session 1 (Chair: Hisao Matsunaga, Kyushu University)

20:10-20:50
20:50-21:30
21:30-21:40

Direct Observations of Hydrogen Atoms: Insights for Hydrogen Embrittlement
Yi-Sheng Chen (The University of Sydney, Australia)
Materials Characterization in Cryogenic and High-Pressure Hydrogen Gas
Environments - NIMS Initiatives for a hydrogen energy society Yoshinori Ono (NIMS, Japan)
Break
Session 2 (Chair: Vigdis Olden, SINTEF)

21:40-22:20

Characterisation of the hydrogen interaction with austenitic steels
Lisa Claeys (Ghent University, Belgium)

22:20-23:00

Strain-life testing in hydrogen gas as a probe for materials effects
May Martin (NIST, USA)Day 2 Program (February 3rd (Fri), 20:00―23:00)
Time
Presentation Title and Speaker
Session 3 (Chair: Masanobu Kubota, Kyushu University)
20:00-20:40
20:40-21:20
21:20-21:30

Hydrogen Diffusion Coupled with Crystal Plasticity FEM
Adrienne Muth (Fraunhofer Institute for Mechanics of Materials IWM, Germany)
Reasonable Design Concept of Cr-Mo Steel Components in Consideration of
Hydrogen Embrittlement
Junichiro Yamabe (Fukuoka University, Japan)
Break

Session 4 (Chair: Brian Somerday, University of Illinois at Urbana Champaign)
21:30-22:10
22:10-22:50
22:50-23:00

Mechanical Performance Assessment of Subsea Pipeline Base Metals for
Hydrogen Transport
Aleksander Omholt Myhre (NTNU, Norway)
Microstructural Engineering to Achieve Low Cost, High Performance Solutions for
Hydrogen Storage and Delivery
Kip Findley (Colorado School of Mines, USA)
Closing Remarks
Brian Somerday (University of Illinois at Urbana-Champaign, USA)－ 41 －

Kyushu University Energy Week 2023

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Time
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Speaker

1:00
1:00
p.m.
p.m. John
John
KilnerKilner
1:10
p.m. Stephen
1:10
p.m.
Stephen
Skinner
Skinner
1:40
p.m. Thomas
1:40
p.m.
ThomasLippertLippert
2:10
p.m.
Harry
TullerTuller2:10
p.m. Harry
2:40
p.m.
Ghuman2:40
p.m. Kulbir
KulbirGhuman
3:10
p.m.
3:10
p.m.

Affiliation
Affiliation

Imperial
Imperial
CollegeCollegeLondonLondonImperial
Imperial
CollegeCollegeLondonLondon

Title
Title

Opening
Opening
Remarks
Remarks

Enhancing
Enhancingthe
theionic
ionictransporttransportininscheelitescheelite
structured
electrolytes
structured
electrolytes
Thin
films
pulsedlaser
deposition
Thin
films
byby
pulsedlaser
deposition
asas
Paul
Paul
Scherrer
Scherrer
Institute
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modelsystems
systems
forforstudiesstudiesononenergyenergymaterials
materials
Massachusetts
Massachusetts
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poisoning
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oxide
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Institute
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fuel
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Understanding
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grain
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scientifiqueelectrolytes
electrolytes
CoffeeCoffee
Break
Break

3:40
p.m. Tatsumi
TatsumiIshihara
3:40
p.m.
Ishihara
4:00
p.m. Masatomo
4:00
p.m.
Masatomo
YashimaYashima
4:20
p.m.
AinaraAguadero
Aguadero
4:20
p.m. Ainara
4:40
p.m.
4:40
p.m.

Aleksandra
Aleksandra
Mielewczyk‐Gryń
Mielewczyk‐Gryń

5:00
p.m.
5:00
p.m.

Hiroshige
Hiroshige
MatsumotoMatsumoto

KyushuKyushuI2CNER,I2CNER,
University
University
Tokyo
Tokyo
Institute
Institute
ofofTechnology
Technology
Imperial
Imperial
CollegeCollegeLondonLondonInterface
Interfacebetween
betweenSrO
SrOandandCo3O4
Co3O4forfor
oxygenoxygendissociation
dissociation
SearchSearchforforHigh
HighIonic
IonicConductors
Conductorsand
andtheir
their
Mechanism
Mechanism
ImportanceImportanceofofwetting
wettingtotoimprove
improvethe
theperformance
performanceofof
all‐solid
all‐solid
state
state
batteries
batteriesGdańskUniversity
ofof ComplexGdańskUniversity
Complexproperties
propertiesofofbarium
bariumlanthanide
lanthanide
Technology
cobalites
Technology
cobalites
I2CNER,I2CNER,
KyushuKyushuUniversity
University－ 42 －

Closing
Closing
Remarks
RemarksKyushu University Energy Week 2023

2023 HYDROGENIUS & I2CNER TRIBOLOGY SYMPOSIUM
HYDROGENIUS Tribology Division and I2CNER Advanced Energy Materials Thrust
Co-organized by Hydrogen Tribology Technical Committee,
Japanese Society of Tribologists (JAST)< Date >< Venue >10:00-17:20, 3rd February 2023
Centennial Hall, Kyushu University, and Online (ZOOM Meetings)< Language > English

Preliminary ProgramTime
10:00-10:10

10:10-10:50

Title and Speaker
Opening Remarks
Keynote lecture

Sliding of polymers in LH2
Géraldine Theiler, Bundesanstalt für Materialforschung und –prüfung (BAM), Germany
Invited lecture

10:50-11:30

Gas emission from polymer composites sliding against metal in hydrogen
Yoshinori Sawae, Kyushu University, Japan
Invited lecture

11:30-12:10

TBA
TBA, DuPont

12:10-13:30

Lunch

13:30-14:10

14:10-14:50

14:50-15:30
15:30-15:50

Keynote lecture

TBA
Andreas A. Polycarpou, Texas A&M University, USA
Invited lecture

In Situ Observation of Friction Behavior of DLC in Hydrogen Gas Atmosphere
Hidenori Hibino, Denso Corporation, Japan
Invited lecture

Hydrogen material interactions: research at VTT
Helena Ronkainen, VTT Technical Research Centre of Finland, Finland
Coffee BreakKeynote lecture

15:50-16:30

The role of hydrogen in white etching cracking under rolling contact fatique
Ling Wang, University of Southampton, UK
Invited lecture

16:30-17:10

17:10-17:20

Effect of Additives on Hydrogen Generation by Contact of Greases with Nascent Clean
Steel Surface
Toshiaki Wakabayashi, Kagawa University, Japan
Closing Remarks－ 43 －

Kyushu University Energy Week 2023

International Symposium of Hydrogen Polymers Team,HYDROGENIUS< Date >11:00-17:05,

Friday, 3rd February 2023 (JST)< Venue >Centennial Hall, Kyushu University School of Medicine / ZOOM Meetings< Language > English< Tentative Program and Speaker >TimeProgram and Speaker

11:00-11:10

Opening Remarks
Prof Shin NISHIMURA, Kyushu University (Japan)

11:10-12:00

Research activities of Hydrogen Polymer Team, HYDROGENIUS
Prof Shin NISHIMURA, Kyushu University (Japan)

12:00-13:20

Lunchtime Break

13:20-14:10

Green Hydrogen - Practical and Visionary Applications
Prof Zoltan MAJOR, Johannes Kepler Universität (Austria)

14:10-15:00

AI analysis of the hydrogen compatible polymeric materials (tentative)
Prof Hiroaki ONO, Kyushu University (Japan)

15:00-15:20

Coffee break

15:20-16:10

Observed low-pressure hydrogen effects on thermoplastics
Dr Kevin SIMMONS, Pacific Northwest National Laboratory (USA)16:10-17:00

Real-time effects of hydrogen swell on elastomers in a novel high-pressurehydrogen observation cell
Dr Wenbin Kuang, Pacific Northwest National Laboratory (USA)

17:00-17:05

Closing Remarks
Prof Shin NISHIMURA, Kyushu University (Japan)

Local Time for the symposium
Japan
(JST)
Prof Nishimura
11:10
Prof Major
13:20
Prof Ono
14:10
Dr Simmons
15:20
Dr Kuang
16:10

China
(CST)
10:10
12:20
13:10
14:20
15:10

US West(PST)
18:10*
20:20*
21:10*
22:20*
23:10** Thursday, 2 February－ 44 －

US East(EST)
21:10*
23:20*
00:10
01:20
02:00

Europe
(CET)
03:10
05:20
06:10
07:20
08:10

UK
(GMT)
02:10
04:20
05:10
06:20
07:10