CUUTE-1 Programme at a GlanceTue 14 December
Rehearsal【on-line】
8：30

Wed 15 December

Thu 16 December

Technical session【on-line】

Room A

Room BFri 17 December

Technical session【on-line】

Room CRoom A

Room B

Room CTechnical session【Hybrid】
Nara KasuganoInternational Forum甍 IRAKA

Opening
Opening address

Prof. Yukitaka Kato

9：00

9：00-9：40

9：00-9：40

Plenary lecture
Prof. Daqiang Cang

Plenary lecture
Dr. Sang-Ho Yi

9：40-10：00

9：40-10：10

Keynote lecture
Mr. Toru Ono

Keynote lecture
Mr. Todd Astoria
Break

［P1］

［P3］

［K1］

10：00

［K4］

10：10-10：40［K2］

Keynote lecture
Dr. Koichi Izumiya
Break

10：20-12：00

10：20-12：00

10：20-12：00

Iron andsteel making
industryCO2
capture/separation

CO2
conversion/utilization/
sequestration

［A4］

11：00
10：50-12：10

10：50-12：10

10：50-12：10

Iron andsteel making
industryCO2
capture/separation

Chemicalindustry［A1］

10：00-11：00

Registration at the
IRAKA

［B1］

［C1］

［B4］

［C4］

11：00-11：20

Opening
11：20-12：00［P4］

Plenary lecture
Prof. Takeo Hoshino

12：00

12：00-13：00

Lunch

12：00-13：30

Lunch

12：10-13：40

Lunch/Poster

13：00

13：30-14：00

14：00

13：00-14：40

13：00-14：40

13：00-14：40

Iron andsteel making
industry

CO2
conversion/utilization/
sequestration

Hydrogenbasedenergysystem［A5］

Chairpersons’meeting
13：40-15：00

13：40-15：00

13：40-15：00

Iron andsteel making
industryCO2
capture/separation

Systemmodeling
and analysis

［A2］

15：00

［B2］

［C2］

［B5］

［C5］

13：30-14：10［P5］

Plenary lecture
Dr. Keigo Akimoto
14：10-14：50［P6］

Plenary lecture
Dr. Peter Levi
Break

Break
15：10-16：30
15：10-16：30

15：10-16：30

Iron andsteel making
industryCO2
capture/separation

［A3］

16：00

14：00-18：00

On-line pre-test

［B3］

［C3］

Megatrends
in industrial
sector,
Generation
and utilizationof heat and
power

Break
16：40-17：20

17：00

［P2］

Plenary lecture
Dr. Martin Pei
17：20-17：50［K3］

Keynote lecture
Prof. Henrik Saxen

14

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

15：05-16：05

Panel discussion

16：05-16：40

Awards/Photo/
Closing

Congress Programme

Wed 15 December
RoomA（On-line）
8：30～8：40
Opening

8：40～9：00
Opening Address

9：00～9：40
Plenary lecture 1

Chairperson：Hiroshi Nogami（Tohoku University）

P1

More GHG ・ Minimizing Carbon Emission and Some CCUS in China○Daqiang Cang
University of Science and Technology Beijing

9：40～10：10
Keynote lecture 1

Chairperson：Hiroshi Nogami（Tohoku University）

K1

Challenges towards carbon-free ironmaking○Toru Ono
Nippon Steel Research Institute

10：10～10：40
Keynote lecture 2

Chairperson：Hiroshi Nogami（Tohoku University）

K2

Methane Producing Technology from CO2 for Carbon Recycling○Koichi Izumiya，Izumo Shimada
Hitachi Zosen Corporation

10：50～12：10

Iron and steel making industry

Session A1

Chairperson：Hiroshi Nogami（Tohoku University）

A1-1

Development of ferro-coke process through national projects○Michitaka Sato1，Takashi Anyashiki1，Kaoru Nakano2，Takahiro Shishido3
JFE Steel Corporation，2）Nippon Steel Corporation，3）Kobe Steel, LTD

1）

16

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

Wed 15 December

A1-2

Development of CO2 Reduction Technology from Blast Furnace
Kaoru Nakano1，○Hiroshi Sakai1，Koki Nishioka1，Yutaka Ujisawa1，
Kazumoto Kakiuchi1，Kohei Sunahara1，Yoshinori Matsukura1，Hirokazu Yokoyama1，
Shin Tomisaki2
NIPPON STEEL CORPORATION，2）NIPPON STEEL ENGINEERING CORPORATION

1）

A1-3

 evelopment of Mathematical Blast Furnace Model for CO2 Reduction
D
Technology（COURSE50）○Hiroshi Sakai1，Kaoru Nakano1，Yutaka Ujisawa1，Koki Nishioka1，
Kazumoto Kakiuchi2，Kohei Sunahara1，Yoshinori Matsukura1，Hirokazu Yokoyama1，
Shin Tomisaki2
NIPPON STEEL CORPORATION，2）NIPPON STEEL ENGINEERING CORPORATION

1）

13：40～15：00

Iron and steel making industry

Session A2

Chairperson：Michitaka Sato（JFE Steel Corporation）

A2-1

 eparate Granulating Efficiency for Sinter Strength and Reducibility BasedS
on Promotion of Magnetite Ore Oxidation○Masaru Matsumura，Toru Takayma，Kyosuke Hara，Yasuhide Yamaguchi，Osamu Ishiyama，Kenichi Higuchi，Seiji Nomura
NIppon Steel Corporation

A2-2

 ffect of CaO Component on the Property of Sintered Pellets Prepared byE
the Composite Sintering Process○Zhe Ma1，Shuya Nakamura1，Daisuke Maruoka1，Taichi Murakami1，Eiki Kasai1，
Takahide Higuchi2
Graduate School of Environment Studies, Tohoku University，2）JFE Steel Corporation

1）

A2-3

 ow to select the property of reducing agent for low carbon operation ofH
the blast furnace○Shigeru Ueda1，Xu Gao1,2，Hui Kong3，Takayuki Iwama1
Tohoku University，2）Central South University，3）Anhui University of Technology

1）

A2-4

 ffect of Mineral Component on Carburization and Melting Behavior ofE
Carbon-Iron Ore Composite○Ryota Higashi，Daisuke Maruoka，Taichi Murakami，Eiki Kasai
Graduate School of Environmental Studies, Tohoku University

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan17

Wed 15 December

15：10～16：30

Iron and steel making industry

Session A3

Chairperson：Shigeru Ueda（Tohoku University）

A3-1

 hermodynamic Analysis of the Slag-metal Reactions in Blast Furnace andT
Packed Bed Type Partial Smelting Reduction Process for Utilization of
Steel Scraps○Kengo Kato1，Hideki Ono2
Graduate School of Engineering, Osaka University，2）Academic Assembly, Faculty of Sustainable
Design, University of Toyama
1）

A3-2

 pplication of Oxygen Blast Furnace Technology to CCU for CO2
A
Reduction○Koichi Takahashi，Taihei Nouchi，Yuki Kawashiri，Yuya Morita，Yusuke Kashihara
JFE Steel Corporation

A3-3L ow carbon emission steel making technology using hydrogen：
COURSE50 project○Yutaka Ujisawa1，Seiji Nomura1，Takashi Watanabe2，Shin Sugiyama1，
Natsuo Ishiwata2，Hideki Murakami1
Nippon Steel Corporation，2）JFE Steel Corporation

1）

A3-4

Decarbonisation of carbon-intensive industries（Iron and Steel Industries）
through Power to gas and Oxy-fuel combustion○Manuel Bailera1,2，Takao Nakagaki2，Irmela Kofler3，Luis M Romeo1
University of Zaragoza，2）Waseda University，3）K1-MET GmbH1）

16：40～17：20
Plenary lecture 2

Chairperson：Yukitaka Kato（Tokyo Institute of Technology）

P2

Towards fossil-free steelmaking in Sweden and Finland○Martin Pei
SSAB AB

17：20～17：50
Keynote lecture 3

Chairperson：Shigeru Ueda（Tohoku University）

K3

Economic assessment of biochar injection in the blast furnace○Henrik Saxen，Mikko Helle
Abo Akademi University

18

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

Wed 15 December

RoomB（On-line）
10：50～12：10

C O2 capture/separation

Session B1

Chairperson：Hidetaka Yamada（Kanazawa University）

B1-1

Advanced KM CDR ProcessTM and New KS-21 SolventTM○Takashi Kamijo，Tomoki Noborisato，Teruaki Morihiro
Mitsubishi Heavy Industries Engineering,LTD

B1-2

 eat recovery from low-temperature off-gas for use in CO2 separation
H
processes○Kazuaki Kobayashi，Hiroyuki Kozuru，Masahiro Sekiya
Nippon Steel Corporation

B1-3

Tomakomai CCS Demonstration Project – Results and Lessons Learnedk
Yoshihiro Sawada，○Jiro Tanaka，Daiji Tanase，Takashi Sasaki，Chiyoko Suzuki
Japan CCS Co., Ltd.

B1-4

 esign and Economic Analysis of Direct Air Capture of CO2  byD
Temperature Vacuum Swing Adsorption using Metal Organic Frameworks
Anshuman Sinha1，Lalit Darunte1，Christopher Jones1，Youn Ji Min1，○Yoshiaki Kawajiri1,2，Matthew Realff1
School of Chemical & Biomolecular Engineering, Georgia Institute of Technology, USA，
Department of Materials Process Engineering, Nagoya University, Japan

1）
2）

13：40～15：00

C O2 capture/separation

Session B2

Chairperson：Takao Nakagaki（Waseda University）

B2-1

 evelopment of CO2 Capture Technology with Solid Sorbent Utilizing
D
Low-Temperature Steam○Shohei Nishibe1，Katsuhiro Yoshizawa1，Takeshi Okumura1，Ryohei Numaguchi1，
Kazuo Tanaka1，Hidetaka Yamada2，Tomohiro Kinosita2，Takayasu Kiyokawa2，
Shin Yamamoto2，Katsunori Yogo2
Kawasaki Heavy Industries, Ltd.，2）Research Institute of Innovative Technology for the Earth

1）

B2-2

 evelopment of molecular gate membrane modules for pre-combustionD
CO2 capture○Teruhiko Kai，Shuhong Duan，Fuminori Ito，Kenjiro Ishiguro，Koji Baba，
Keisuke Sugita，Shin-Ichi Nakao
Molecular Gate Membrane module Technology Research Association（MGMTRA）

B2-3

 rogress of Osaki CoolGen Oxygen-blown IGCC with CO2 Capture
P
Demonstration○Yugo Ishizaki
OSAKI CoolGen Corporation

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan19

Wed 15 December

B2-4

Development of the High-efficiency Oxy-fuel IGCC System○Yuso Oki1，Kazuhiro Kidoguchi1，Hiroki Umetsu1，Yoshinobu Nakao1
CRIEPI，2）CRIEPI，3）CRIEPI，4）CRIEPI

1）

15：10～16：30

CO2 capture/separation

Session B3

Chairperson：Corey Myers（Waseda University）

B3-1

 evelopment and Evaluation of New Amine Solvent using Mikawa PCC
D
Pilot Plant○Koshito Fujita，Shinji Murai，Daigo Muraoka，Yasuhiro Kato，Hayato Morigaki
Toshiba Energy Systems & Solutions Corporation

B3-2

 arbon capture initiatives at Air Liquide： From industrial recovery toCutilization○Marvin Benzaqui，Juan Paulo Wiff，Laurent Prost
Air Liquide Laboratories

B3-3 olten ionic oxides for new class of high temperature looping CO2
M
capture○Takuya Harada1，Cameron Halliday2，T. Alan Hatton2
Department of Chemical Science and Engineering, Tokyo Institute of Technology，2）Departmentof Chemical Engineering, Massachusetts Institute of Technology

1）

RoomC（On-line）
10：50～12：10

Chemical industry

Session C1

Chairperson：Yukitaka Kato（Tokyo Institute of Technology）

C1-1

New Catalytic Reactions for CO2 Hydrogenation
Noritatsu Tsubaki1，○Guohui Yang1，Kimihito Suzuki2，Kenji Nakao2，Yuzuru Kato3，
Kentaroh Morita3
Univ. of Toyama，2）Nippon Steel Co.，3）Nippon Steel Engineering Co.

1）

C1-2

 luidized bed gasification of empty fruits bunches with clay mineral bed
Fmaterials○Reiji Noda，Sun Yan，Purima Zuldian
Gunma Univ.

C1-3

 irect Transformation of CO2 and Diols to Polycarbonate Diols by CeriumD
Oxide Catalyst○Masazumi Tamura1，Yu Gu1，Kenji Nakao2，Kimihito Suzuki2，Kentaro Morita3，
Yuzuru Kato3，Yoshinao Nakagawa1，Keiichi Tomishige1
Tohoku University，2）Nippon Steel Corporation，3）Nippon Steel Engineering Co., Ltd.

1）

20

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

Wed 15 December

C1-4 imethyl carbonate synthesis from CO2 and methanol combined with theDhydration of 2-cyanopyridine using CeO2 catalyst○Keiichi Tomishige1，Masazumi Tamura1，Yoshinao Nakagawa1，Kimihito Suzuki2，
Kenji Nakao2，Yuzuru Kato3，Kentaro Morita3，Hidefumi Harada4，Yousuke Shinkai4
Tohoku University，2）Nippon Steel Corporation，3）Nippon Steel Engineering Co., Ltd.，4）Mitsubishi
Gas Chemical Co. Inc.
1）

13：40～15：00

System modeling and analysis

Session C2

Chairperson：Nobuhiro Maruoka（Tohoku University）

C2-1

 xergy-based analysis of different carbon capture and utilizationE
technologies○Ichiro Daigo1，Jun Yanai2，Junxi Liu3，Takeo Hoshino3
1）
Research Center for Advanced Science and Technology, The University of Tokyo，2）School ofEngineering, The University of Tokyo，3）Graduate School of Engineering, The University of Tokyo

C2-2

Impact of hydrogen ironmaking on reactive nitrogen emission○Kiwamu Katagiri，Kazuyo Matsubae
Tohoku University

C2-3

 ethodology of Exergy-based Life Cycle Sustainability Assessment forM
Next Generation Vehicles○Keisuke Onishi1，Ichiro Daigo2，Takeo Hoshino1
Department of Materials Engineering, The University of Tokyo，2）Research Center for Advanced
Science and Technology, The University of Tokyo
1）

C2-4

 ffect of electricity mix for total material requirement of hydrogenEsteelmaking process○Shunsuke Kashiwakura1，Shoki Kosai1，Kenichi Nakajima2，Eiji Yamasue1
Ritsumeikan University，2）National Institute for Environmental Studies

1）

15：10～16：30
Session C3

 egatrends in industrial sector, Generation and utilization ofMheat and power

Chairperson：Takahiro Nomura（Hokkaido University）

C3-1

L ong-term experiment of hot spring heat recovery using a rotary heatexchanger by controlling precipitation○Nobuhiro Maruoka1，Takuya Yamamoto1，Satoshi Endo2，Tadanobu Aizawa2，
Toshimitsu Ono2，Hiroshi Sasaki3，Keisuke Ura4，Nobuhiro Ito4，Katsuhiro Oyama5，
Keiichiro Maeda5
Tohoku University，2）Mabuchi engineering Co., Ltd，3）Nagasaki University，4）Industrial Technology
Institute, Miyagi Prefectural Government，5）Japan Sustainable Free Powered Energy System Exploit& Promotion Association（JASFA）
1）

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan21

Wed 15 December

C3-2 evelopment of composite materials using calcium hydroxide and siliconD
silicon carbide ceramic supports for high-temperature thermochemicalenergy storage○Shigehiko Funayama1，Takahiro Furuya2，Hiroki Takasu1，Yukitaka Kato1
Laboratory for Zero-Carbon Energy, Institute of Innovative Research, Tokyo Institute of Technology，Graduate Major in Nuclear Engineering, Department of Transdisciplinary Science and Engineering,Tokyo Institute of Technology
1）

2）

C3-3

 ormation Behavior of Surface Layer on Iron-Base Heat Storage Materials
F
by Aluminizing○Daisuke Maruoka1，Kosuke Sato2，Shun Miura3，Taichi Murakami1，Eiki Kasai1
Graduate School of Environmental Studies, Tohoku University，2）Mitsui Mining & Smelting Co., Ltd.，
Kobe Steel Ltd.

1）
3）

C3-4

The Challenges of the Steel Industry - Leaving Carbon behind○Alexander Fleischanderl
Primetals Technologies Austria GmbH

On-line12：10～13：40
Poster Session

PS-1

 quilibrium between titanium and oxygen in Fe-Ti molten alloy containingEhigh concentration Ti at 1873K○Yong Woo Kim1，Sun-Joong Kim2
Dept. of Advanced Materials Engineering, Master, Chosun University, Gwangju, 61452, KOREA，Dept. of Materials Science & Engineering, Professor, Chosun University, Gwangju, 61452, KOREA

1）
2）

PS-2

Development of CO2 conversion process using coke oven
○Kenji Nakao，Hiraku Sato，Noriyuki Yamane，Kimihito Suzuki，Masayuki Nishifuji
Advanced Technology Research Laboratories, Nippon Steel CorporationPS-3

 lectrolysis performance of a metal-supported solid oxide electrolysis cellE
for low-carbon iron making process○Sho Kuzukami1，Yuko Maruyama1，Shuzo Tominaga1，Hiroki Takasu2，
Yukitaka Kato1
Graduate Major in Nuclear Engineering, Department of Chemical Science and Engineering, Schoolof Materials and Chemical Technology, Tokyo Institute of Technology，2）Laboratory for ZeroCarbon Energy, Institute of Innovative Research, Tokyo Institute of Technology
1）

PS-4

Extraction of phosphorus from steelmaking slag using carbon dioxide○Takeshi Toyama1，Ayaka Inagaki1，Nobuhiro Maruoka2
1）
College of Science and Technology, Nihon University，2）Institute of Multidisciplinary Research for
Advanced Materials, Tohoku University

22

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

Wed 15 December

PS-5 rinding-based enhancement of CO2 mineralization rate and extent usingGsteel slag
○Jun Sasagawa，Takao Nakagaki，Corey Myers
Waseda University

PS-6

 igh-Thermal-Conductivity, High-Durability Phase-Change CompositeHenhanced by a new type of Carbon fibre sheet matrix○Kaixin Dong1，Deqiu Zou2，Cheng Wang3，Kenji Shimono4，Takahiro Nomura5
Graduate School of Engineering, Hokkaido University, Kita 13 Nishi 8, Kita-ku, Sapporo, Hokkaido,
060-8628, Japan，2）Faculty of Maritime and Transportation, Ningbo University,  Ningbo 315211,
Zhejiang, China，3）Jiangsu Provincial Key Laboratory of Oil & Gas Storage and Transportation
Technology, Changzhou University, Changzhou 213016, Jiangsu, China，4）Azumi Filter Paper CO.,LTD., 4-2-15, Komatsu, HigashiYodogawa-ku, Osaka 533-0004, Japan，5）Faculty of Engineering,
Hokkaido University, Kita 13 Nishi 8, Kita-ku, Sapporo 060-8628, Japan
1）

PS-7

 valuation of chemical heat pump performance of magnesium chlorideEand ammonia system○Saki Yoshida1，Junko Kaneko1，Hiroki Takasu2，Yukitaka Kato2
Graduate Major in Nuclear Engineering, Department of Chemical Science and Engineering, Schoolof Materials and Chemical Technology, Tokyo Institute of Technology，2）Laboratory for ZeroCarbon Energy, Institute of Innovative Research, Tokyo Institute of Technology
1）

PS-8

 ffect of nozzle position and separation angle on perfect mixing timeEduring bottom gas injection using water model.
○Mi-Ran Na1，Sun-Joong Kim2
1）
Department of Advanced Materials Engineering, Chosun University, Gwangju, Republic Korea（South Korea），2）Department of Materials Science & Engineering, Chosun University, Gwangju,
Republic Korea（South Korea）

PS-9

Influence of sintering time and slag basicity on calcium-ferrite formation insintered ore and changes in temperature○Geun Yong Ryu1，Sun-Joong Kim2，Ki-Woo Lee3，Ju-Hee Choi4
Department of Advanced Materials Engineering, Chosun University, Gwangju, Republic Korea（South Korea），2）Department of Materials Science & Engineering, Chosun University, Gwangju,
Republic Korea（South Korea），3）Ironmaking Technology Development Team, Hyundai steel,Dangjin, Republic Korea（South Korea）
1）

PS-10

Development of the technology for producing Ferro-coke： Influence ofsolid content in the new binder○Shohei Wada，Takahiro Shishido，Ryuichi Kobori，Koji Sakai，Noriyuki Okuyama
KOBE STEEL

PS-11

 tilization of waste hot water from hot-spring towards low carbon
U
cultivation of tropical crops in greenhouse： The case of cacao in snowy
region○Takayuki Takehi，Hajime Ohno，Yuta Nakayasu
Tohoku University

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan23

Thu 16 December
RoomA（On-line）
9：00～9：40
Plenary lecture 3

Chairperson：Shigeru Ueda（Tohoku University）

P3

Carbon Neutral Goals and Strategies in Korea’s Coal Based Steel Industry○Sang-Ho Yi
POSCO

9：40～10：10
Keynote lecture 4

Chairperson：Takao Nakagaki（Waseda University）

K4

MIDREX® Process： Bridge to Ultra-low CO2 Ironmaking○Todd Astoria
Midrex Technologies, Inc.

10：20～12：00

Iron and steel making industry

Session A4

Chairperson：Yutaka Ujisawa（Nippon Steel Corporation）

A4-1

Evaluation of CO2 mitigation in oxygen blast furnace steelworks○Ryoma Kataoka1，Kento Nakamura1，Takao Nakagaki1，Koichi Takahashi2，
Koichi Tsutsumi2
Waseda University，2）JFE Steel

1）

A4-2

 hermodynamic Analysis on Minimum Carbon Usage in Ironmaking
T
Process○Hiroshi Nogami
Tohoku University

A4-3

 owards low-carbon ironmaking process： exergy analysis and CO2
Temission evaluation on the proposed utilization of ethanol as reducing
agents○Ade Kurniawan，Takahiro Nomura
Hokkaido University, Faculty of Engineering, Center for Advanced Research of Energy and Materials

A4-4

 eduction of CO2 Emission through a Dry Quenching Method ofR
Steelmaking Slags： Rotary Cylinder Atomizing of Molten Slag
○Yoshiaki Kashiwaya1，Yutaro In-Nami1，Takahiro Nomura3，Tomohiro Akiyama3
Kyoto University, Graduate School of Energy Science，2）Student of Hokkaido University，3）Hokkaido
University

1）

24

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

Thu 16 December

A4-5

 tudy on composite material in thermochemical energy storage system
S
for iron and steel making industry○Rui Guo1，Shigehiko Funayama1，Hiroki Takasu2，Yukitaka Kato2
1）
Graduate major of Nuclear Engineering, Department of Chemical Science and Engineering, Schoolof Materials and Chemical Technology, Tokyo Institute of Technology.，2）Laboratory for ZeroCarbon Energy Institute of Innovative Research,Tokyo Institute of Technology, 2-12-1-N1-22,
Ookayama, Meguro-ku, Tokyo, 152-8550, Japan

13：20～14：40

Iron and steel making industry

Session A5

Chairperson：Takanori Yoshioka（Sanyo Special Steel Co., Ltd.）A5-2

 ynthesis of Carbide by Using Biomass as Antioxidant for Carbon
S
Containing Refractories○Tomoyuki Maeda，Hatsuo Taira
Okayama Ceramics Research Foundation

A5-3

 tudy of changing behavior of inclusion composition in type 304 stainlessS
steel during RHOB-LF process
Takanori Yoshioka，○Yuta Shimamura
Sanyo Special Steel Co., Ltd.

A5-4

The effect of densification on charcoal properties○Hamideh Kaffash，Merete Tangstad
Norwegian University of Science and Technology

A5-5 n Empirical Comparative Study of Renewable Biochar and Fossil Carbon
A
as Carburizer in Steelmaking
Ryan Robinson1，○Liviu Brabie1，Pettersson Magnus1，Marko Amovic2，
Rolf Ljunggren2
Hoganas AB，2）Cortus Energy AB

1）

RoomB（On-line）
10：20～12：00

C O2 capture/separation

Session B4

Chairperson：Teruhiko Kai（Research Institute of Innovative Technology for the Earth（RITE））

B4-1

Development of CO2 Chemical Adsorption Technology○Yoichi Matsuzaki1，Shin Yamamoto2，Hidetaka Yamada2，Firoz Alam Chowdhury2，
Kazuya Goto2
Nippon Steel Corporation，2）Research Institute of Innovative Technology for the Earth

1）

B4-2

CO2 separation by using gas fraction PSA for CO2 utilization processes○Nobuyuki Shigaki，Yasuhiro Mogi，Takashi Haraoka，Goro Okuyama
JFE Steel Corporation

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan25

Thu 16 December

B4-3

Stability of Amine Solid Sorbents for Postcombustion CO2 Capture○Quyen Thi Vu，Hidetaka Yamada，Katsunori Yogo
Research Institute of Innovative Technology for the Earth

B4-4

Preparation of AEI-type zeolite membrane and its separation property○Motomu Sakai1，Yusuke Hashizume2，Masahiko Matsukata1,2,3
Research Organization for Nano & Life Innovation, Waseda University，2）Department of Applied
Chemistry, Waseda University，3）Advanced Research Institute for Science and Engineering, Waseda
University
1）

B4-5

Materials informatics for designing CO2 capturing liquids with selectivity○Hirotoshi Mori，Nahoko Kuroki
Chuo University

13：00～14：40
Session B5

CO2 conversion/utilization/sequestration

Chairperson：Hirotoshi Mori（Chuo University）

B5-1

 ffective Synthesis of CO by Electro-reduction of CO2 Gas with Water
E
using a SPE-electrolysis Cell
Ichiro Yamanaka，○Siyuan Jia，Yuki Senba，Shoji Iguchi
Tokyo Institute of Technology

B5-2

Electrochemical CO2 Conversion Using a Zero-gap Electrolysis Cell
○Yusuke Kofuji，Yasuhiro Kiyota，Akihiko Ono，Satoshi Mikoshiba，Ryota Kitagawa
Corporate Research & Development Center, Toshiba Corporation

B5-3

 O2 Reduction into Fuel by Pd/TiO2 Photocatalyst Changing theC
Combination of H+ Provider○Akira Nishimura，Tadaaki Inoue，Yoshito Sakakibara，Masafumi Hirota，
Akira Koshio
Mie University

B5-4

Decomposition of CO2 Gas in Molten Salt
○Ryosuke O. Suzuki1,2，Fumiya Matsuura1，Takafumi Wakamatsu1，Itsuki Iwamoto1，
Ryota Kanda2，Masayuki Takahashi1，Shungo Natsui1,3，Tatsuya Kikuchi1
Faculty of Engineering, Hokkaido University，2）Science Lab. SUZUKI，3）Institute of Multidisciplinary
Research for Advanced Materials, Tohoku University

1）

B5-5

Co-encapsulated MFI zeolite catalyst for FTTO
○Masahiko Matsukata，Soushi Kasuya，Motomu Sakai
Waseda University

26

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

Thu 16 December

RoomC（On-line）
10：20～12：00

CO2 conversion/utilization/sequestration

Session C4

Chairperson：Yukitaka Kato（Tokyo Institute of Technology）

C4-1

Upgrading of CO2 to fuel and chemicals through CO 2 recycling technology
Takumi Endo1，Hiroyuki Kamata3，Atsushi Nonomura1，Yasuro Yamanaka2，
Kentaro Nariai3，Takuya Hashimoto4，Chee Kok Poh5，Kelvin Kwok5，Jie Chang5，
Shi Chang Teo5，Chuandayani Gunawan Gwie5，Terence Seah5，Luwei Chen5，
Armando Borgna5，○Jun Tsujikawa3
Basic Design Group, Basic Design Department, Engineering Center, Carbon Solution Business Unit,
Resources, Energy & Environment Business Area, IHI，2）R&D Department, Engineering Center,
Carbon Solution Business Unit, Resources, Energy & Environment Business Area, IHI，3）Applied
Physics & Chemistry Group, Technology Platform Center, Technology & Intelligence Integration, IHI，
4）
Energy Solution Group, Regional Innovation & Solution Centre, IHI ASIA PACIFIC PTE. LTD.，
5）
Process and Catalysis Research Division, Institute of Chemical and Engineering Sciences, A*STAR（Agency for Science, Technology and Research）
1）

C4-2

Novel iron-making process using organic acid derived from CO2○Shinji Kudo，Phatchada Santawaja，Aska Mori，Jun-Ichiro Hayashi
Kyushu University

C4-3

Maximizing conversion of CO2 and waste brine into construction materials○Corey Adam Myers，Takao Nakagaki，Yuto Watanabe
Waseda University

C4-4 ineral Carbon Capture and Utilization Technology using Concrete
M
Sludge○Takeshi Sasaki1，Yasuyuki Hayakawa1，Atsushi Iizuka2，Akihiro Yamasaki3
Nippon Concrete Industries Co., Ltd.，2）Tohoku University，3）Seikei University

1）

C4-5

Fixation of Carbon Dioxide by Using Concrete Sludge○Masahiro Abe，Shunsuke Tanaka，Miyuki Noguchi，Akihiro Yamasaki
Department of Materials and Life Science, Faculty of Science and Technology, Seikei University

13：00～14：40
Session C5

Hydrogen-based energy system

Chairperson：Hideki Murakami（Nippon Steel Corporation）

C5-1

 &D of CO2-free hydrogen production technology using thermochemicalRwater-Splitting iodine-sulfur process○Shinji Kubo，Hiroaki Takegami，Nobuyuki Tanaka，Hiroki Noguchi，Yu Kamiji，Myagmarjav Odtsetseg
Japan Atomic Energy Agency

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan27

Thu 16 December

C5-2 evelopment of Metal Composite Hydrogen Permeable Membrane by
D
Reverse Build-up Method○Yasunari Shinoda1，Masakazu Takeuchi1，Hiroki Takasu2，Yukitaka Kato2
1）
Graduate Major in Nuclear Engineering, Department of Chemical Science and Engineering, Schoolof Materials and Chemical Technology, Tokyo Institute of Technology，2）Laboratory for ZeroCarbon Energy, Institute of Innovative Research, Tokyo Institute of Technology

C5-3International Liquefied Hydrogen Supply Chain pilot demonstration
project○Ryo Chishiro，Yasushi Yoshino，Kenjiro Shindo
Kawasaki Heavy Industries, LTD.

C5-4

 evelopment of hydrogen combustion technology that contributes toDdecarbonization of industrial furnaces.
○Shuhei Taguchi，Kenichi Tomozawa
ChugaiRo Co.,Ltd.

C5-5

CO2 methanation over Ru/ZrO2 catalysts○Shohei Tada1，Hironori Nagase2，Rei Naito2，Ryuji Kikuchi2
Ibaraki University，2）The University of Tokyo

1）

28

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

Fri 17 December
Noh Theatre（Nara Kasugano International Forum 甍 IRAKA）
11：00～11：20
Opening

11：20～12：00
Plenary lecture 4

Chairperson：Hideki Murakami（Nippon Steel Corporation）

P4

Japan’s Green Growth Strategy to Support 2050 Carbon Neutral Goal
○Takeo Hoshino
The University of Tokyo

13：30～14：10
Plenary lecture 5

Chairperson：Yukitaka Kato（Tokyo Institute of Technology）

P5

The role of CCUS for the pathways toward carbon neutrality○Keigo Akimoto
Research Institute of Innovative Technology for the Earth（RITE）

14：10～14：50
Plenary lecture 6

Chairperson：Yukitaka Kato（Tokyo Institute of Technology）

P6

Net Zero by 2050： A Roadmap for the Global Energy Sector○Peter Levi
International Energy Agency

15：05～16：05
Panel Discussion with RITE collaboration

 athways toward Carbon NeutralP
Industries after COP26

Panelists：Prof. Kenji Yamaji（Research Institute of Innovative Technology for the Earth, RITE）
Dr. Peter Levi（International Energy Agency）
Dr. Keigo Akimoto（RITE）
Moderator：Yukitaka Kato（Tokyo Institute of Technology）

16：05～16：40
Awards/Photo/ClosingAwards/Photo/Closing

The First Symposium on Carbon Ultimate Utilization Technologies for the Global Environment, CUUTE-1
Tue 14- Fri 17, December, 2021, Nara, Japan

29