EcoDesign 2021 Detailed Program
Notes
OS = Organized Session[A1-1], [P1-1], etc.: Paper IDs in the proceedings[E]: Included in the E-book published by Springer after the symposium
Presenting authors are marked with *.

Wednesday, December 1, 2021
JST
UTC
15:00-15:30

6:00-6:30

Opening Session

15:30-15:40

6:30-6:40

Short BreakWednesday, December 1, 2021
JST
UTC

Room A

Room B

Room C[A1] OS: Sustainable Consumption
and Production: Methods andPractices (1)[B1] Waste Management (1)[C1] Collaboration for Sustainable
Innovation

Chair: Kimita, Koji (The University Chair: Kobayashi, Hideki (Osakaof Tokyo, Japan)
University, Japan)

15:40-16:45

16:45-16:55

6:40-7:45

7:45-7:55

Chair: Masui, Keijiro (National
Institute of Advanced Industrial
Science and Technology, Japan)[A1-1] Can rental platforms[B1-1] The Economic Benefits
contribute to a more sustainable study for municipal solid waste
fashion industry? Evidence from treatment: A cost and revenue
the Canadian caseanalysis in Ulaanbaatar city
*Eri Amasawa (1), Taylor Brydges *Delgermaa Gombojav (1), Toru
(2, 3), Claudia E Henninger (4)Matsumoto(1. The University of Tokyo, Japan, (1. The University of Kitakyushu,
2. Stockholm University, Sweden, Japan)
3. University of Technology
Sydney, Australia, 4. The
University of Manchester, UK)[C1-1] Quantitative Analysis ofSocial Impact of New Businesses
Developed in Yamagata Region*Takashi Iwamoto (1), Yuya Kaga(2), Takaomi Nozaki (2)(1. Keio University, Japan, 2. Cube
& Company, Japan)[A1-2][E] Undertaking Scenario [B1-2][E] Identification of mostAnalysis of the Diffusion of Car affected impact categories of
Sharing Services: A Case Study waste water-based biogas
in Bangkok, Thailand
production and use*Ryota Odagaki (1), Yusuke*Salma Chaouali (1), Akihiro
Kishita (1), Pongsun
Tokai (1), Leticia Sarmento dos
Bunditsakulchai (2), Saroch
Muchangos (1), Lisa Ito (1)Boonsiripant (3), Yasushi Umeda (1. Osaka University, Japan)(1)(1. The University of Tokyo, Japan,
2. Chulalongkorn University,
Thailand, 3. Kasetsart University,
Thailand)[C1-2][E] Thinking Model for
Japanese Small and Mediumsized Enterprises Innovation
Explicated by OntoIS*Toshiaki Mitsui (1,2), Ryuzo
Furukawa (1)(1. Tokyo City University, Japan, 2.
Yamagata Research Institute ofTechnology, Japan)[A1-3] Workshop-Based[B1-3][E] Evaluation of evolving
Scenario Quantification for
waste management strategies in
Sustainable Consumption andAddis Ababa city, Ethiopia: A
Production Using a Backcasting life-cycle assessment approach
Approach*Gemechu Beyene Mekonnen (1),*Sota Onozuka (1), Yusuke Kishita Akihiro Tokai (1), Lisa Ito (1),(1), Mitsutaka Matsumoto (2),Leticia Sarmento dos Muchangos
Michikazu Kojima (3), Yasushi(1)
Umeda (1)
(1. Osaka University, Japan)(1. The University of Tokyo, Japan,
2. National Institute of Advanced
Industrial Science and Technology,
Japan, 3. Economic ResearchInstitute for ASEAN and East Asia,
Japan)[C1-3][E] Modeling local productdevelopment throughmultidisciplinary collaboration:
A case study in Nagara, Chiba
Prefecture in Japan*Shota Tajima (1)(1. Chiba University, Japan)[A1-4] Palm Oil Biomass Wastes [B1-4][E] Plastic waste trade
Management for Sustainable and flows in the Southern African
Clean Production
Region from 2016 to 2020
*Ahmad Fariz Mohamed (1), Noor *Leticia dos Muchangos (1), Lisa
Azimah Darus (1)Ito (1), Akihiro Tokai (1)(1. Universiti Kebangsaan(1. Osaka University, Japan)
Malaysia, Malaysia)[C1-4] Cross-organizational
collaboration for life cycle designoriented to sustainable value
creation-a conceptual
framework*Rujing Wu (1), Jing Tao (2),Suiran Yu (1)(1. Shanghai Jiao Tong University,
China, 2. Shanghai University,
China)

Short BreakRoom DWednesday, December 1, 2021
JSTUTC

16:55-18:00

7:55-9:00

Room A

Room B[A2] OS: Sustainable Consumption
and Production: Methods andPractices (2)Room CRoom D[B2] Waste Management (2)[D2] Metrics for Circular Economy

Chair: Kishita, Yusuke (The
University of Tokyo, Japan)

Chair: Tokai, Akihiro (Osaka
University, Japan)

Chair: Kondoh, Shinsuke (The
University of Tokyo, Japan)[A2-1][E] Design, evaluation, and [B2-1] A study on the analysis ofacceptance of advanced energy plastic wastes for the recycling
efficient houses for Thailand
industry in Malaysia*Tomohiro Tasaki (1), Shotaro*Ming Hui Tan (1), Meng Soon
Kato (2), Hironori Souda (3,4),Chiong (1), Yoon-Young Chun (2),Taiji Imaizumi (4,5), Aya Yoshida Kenichiro Tsukahara (2), Kiyotaka(1), Panate Manomaivibool (6),Tahara (2)Pattayaporn Unroj (6)(1. Universiti Teknologi Malaysia,(1. National Institute for
Malaysia, 2. National Institute ofEnvironmental Studies, Japan, 2.
Advanced Industrial Science and
SHTRKT, Japan, 3. Wellnest
Technology, Japan)
Home, Japan, 4. Japan Energy Pass
Association, Japan, 5. R Design,
Japan, 6. Mae Fah Luang
University, Thailand)[D2-1][E] Evaluation of microlevel circularity indicators using
agent-based modelling*Megumi Niki (1), Tomomi Kito
(2)
(1. Tokyo Institute of Technology,
Japan, 2. Waseda University,
Japan)[A2-2][E] Food Loss and Waste: [B2-2][E] Comparative analysis
Mixed analysis from the Circular of wastewater activated sludge
Food Economy
recycling system in China:*Sinndy Dayana Rico Lugo (1),environmental and economic
Koji Kimita (1), Nariaki Nishino
performances*Jiawen Zhang (1), Toru
(1)
(1. The University of Tokyo, Japan) Matsumoto (1), Zhiyi Liang (1)(1. The University of Kitakyushu,
Japan)[D2-2] Evaluation of circularity
for life cycle design: A case studyof toner bottles*Mariko Takii (1), Tsuyoshi
Imamura (1), Hideo Sakurai (1),
Yoshinori Kurosawa (1), Takumi
Segawa (2), Yusuke Kishita (2),Yasushi Umeda (2)(1. Ricoh Co., Ltd., Japan, 2. The
University of Tokyo, Japan)[A2-3] Increased personal[B2-3] Material Flow Analysis ofprotective and Medical
Single-Use Plastic Waste inEquipment manufacturing toThailandfight COVID-19: an egregious*Viganda-Varabuntoonvit (1),approach for the environment
Kultida Boonyarith (1), Panarin*Damola Ikeoluwa Akano (1,3),
Pakornkarn (1), Kittikarn
Winifred Ijomah (1,2,3), James
Sadudeethanakul (1), Yoon-Young
Windmill (1,2,3)
Chun (2)(1. University of Strathclyde, U.K., (1. Kasetsart University, Thailand,
2. Scottish Institute for
2. National Institute of Advanced
Remanufacturing, UK, 3.
Industrial Science and Technology,
Strathclyde Remanufacturing
Japan)
Research Group, UK)[D2-3] A mathematical model toevaluate reusable products'
circularity towards optimisingdurability, collection rate, andreuse cycles*Susumu Okumura (1)(1. University of Shiga Prefecture,
Japan)[D2-4] A guideline for using
LCC when selecting andimplementing circular measure s*Marianna Lena Kambanou (1),Tomohiko Sakao (1)(1. Linkoping University, Sweden)

18:00-18:30

9:00-9:30

Networking

Wednesday, December 1, 2021
JST
UTC

18:30-19:35

19:35-19:45

9:30-10:35

10:35-10:45

Room A

Room B

Room CRoom D[A3] OS: Future Design for Sociotechnical Innovation (1)[B3] Recycling System Design[C3] Remanufacturing (1)[D3] Life Cycle Analysis (1)Chair: Uwasu, Michinori (Osaka
University, Japan)

Chair: Kashiwakura, Shunsuke(Ritsumeikan University, Japan)

Chair: Inoue, Masato (Meiji
University, Japan)

Chair: Ahmad Fariz Mohamed(Universiti Kebangsaan Malaysia,
Malaysia)[A3-1] Future Design and Sociotechnical Innovation*Keishiro Hara (1)(1. Osaka University, Japan)[B3-1] Visioning the scale-up
development of urban textile
recycling based on eco-tech
viability assessment - A casestudy of Shanghai, China*Jing Tao (1), Suiran Yu (2)(1. Shanghai University, China, 2.
Shanghai Jiao Tong University,
China)[C3-1] Opportunities and[D3-1] Sustainable Consumption
challenges of additive
and Production: A Comparative
manufacturing for enabling
LCA Study of Toothpaste
circular manufacturing
Products*Mitsutaka Matsumoto (1),*Suphichaya Suppipat (1), Allen H.
Harumichi Sato (1), Naoko Sato
Hu (1), Lien T.K. Trinh (1), Chien(1), Hirotomo Itagaki (1), Carla
Hung Kuo (1), Lance Hongwei
Susana A. Assuad (2), KristianHuang (1)Martinsen (2)(1. National Taipei University of(1. National Institute of Advanced Technology, Taiwan)
Industrial Science and Technology,
Japan, 2. Norwegian University of
Science and Technology, Norway)[A3-2] Toward Developing a[B3-2] Development of[C3-2][E] State prediction andBackcasting Framework: A
distributed recycling system for parts replacement of a
Systematic Approach toalkaline batteries by using
manipulator based on assembly
Designing Sustainable Futures
microwave technology
model*Yusuke Kishita (1), Mattias Höjer *Shoki Kosai (1), Daiki Kurogi (1), *Takahiro Tanaka (1), Hiroyuki(2), Jaco Quist (3)Keita Kozaki (1), Eiji Yamasue (1) Hiraoka (1)(1. The University of Tokyo, Japan, (1. Ritsumeikan University, Japan) (1. Chuo University, Japan)
2. KTH Royal Institute ofTechnology, Sweden, 3. Delft
University of Technology,
Netherlands)[D3-2] Understanding thecurrent status of life cycle
inventory database in the Asian
region*Yoon-Young Chun (1), Kiyotaka
Tahara (1), Kenichiro Tsukahara(1), Meng Soon Chiong (2),Viganda Varabuntoonvit (3),Chun-Youl Baek (4)(1. National Institute of Advanced
Industrial Science and Technology,
Japan, 2. Universiti Teknologi
Malaysia, Malaysia, 3. Kasetsart
University, Thailand, 4. Korea
Institute of Industrial Technology,
Korea)[A3-3][E] Future Design Based [B3-3] Understanding distributed [C3-3][E] Environmental
Policy Making Card Game For recycling: Effects of consumer
evaluation of Toner Cartridge
High School Education
behaviors on environmental
Remanufacturingperformance*Shohei Nakamura (1), Tsubasa*Erik Sundin (1), Sasha Shabazi
Ogata (2), Kazuhito Wakamoto (1), *Masakuni Tsunezawa (1), Kohei (2)Sugiyama (1), Kazuyuki Tasaka
Tetsusei Kurashiki (1)(1. Linkoping University, Sweden,(1), Shinichi Fukushige (1,2)(1. Osaka University, Japan, 2.
2. RISE Research Institutes of(1. KDDI Research, Japan, 2.
TEPCO Energy Partner,
Sweden AB, Sweden)
Waseda University, Japan)
Incorporated, Japan)[D3-3][E] Environmental Impact
Assessment of Tomato
Consumption Using Life Cycle
Assessment from Cultivation to
Cooking*Misaki Takemoto (1), Aoi Kubota(1), Kiyoshi Dowaki (1)(1. Tokyo University of Science,
Japan)[A3-4] Socio-techno-economic[B3-4][E] Finding applicationstransition towards net-zero byfor secondary raw materials
2050 in Kyoto*Mauricio Dwek (1), Claes*Takuro Kobashi (1) , Eric Zusman Fredriksson (1)(2) , Masaru Yarime (3,4) , Yoko (1. Ansys, France)
Kawai (5)
(1. National Institute forEnvironmental Studies, Japan, 2.
Institute for Global Environmental
Strategies, Japan, 3. The Hong
Kong University of Science andTechnology, Hong Kong, 4. The
University of Tokyo, Japan 5.
Global Environment and Energy
Policy of Kyoto City, Japan)[D3-4][E] The Life Cycle
Assessment of Digital
Professional Photography in
Iran
Seyed Javad Zafarmand (1), *Sajad
Zolfaghari Yadegarloo (1)(1. Shiraz University, Iran)[C3-4][E] Artificial Intelligencefor Process Control In
Remanufacturing*Chigozie Enyinna Nwankpa (1),Winifred I Ijomah (1), Anthony
Gachagan (1)(1. University of Strathclyde, UK)

Short BreakWednesday, December 1, 2021
JST
UTC

19:45-20:50

10:45-11:50

Room A

Room B

Room CRoom D[A4] OS: Future Design for Sociotechnical Innovation (2)[B4] Material Circularity[C4] Remanufacturing (2)[D4] Life Cycle Analysis (2)Chair: Hara Keishiro (Osaka
University, Japan)

Chair: Ullah, AMM Sharif (Kitami
Institute of Technology, Japan)

Chair: Sundin, Erik
(Linkoping University, Sweden)

Chair: Dowaki, Kiyoshi(Tokyo University of Science,
Japan)[A4-1] Utilization method and[B4-1] A study of life cycle
effect evaluation of systems
simulation applying
thinking in Future Design
compromised decision-making
workshops – Case studies ofmechanism
policy-making workshops in local *Taro Kawaguchi (1), Shuhei
governments
Suzuki (2), Hidenori Murata (1),*Yutaka Nomaguchi (1), Ryotaro Hideki Kobayashi (1)Senoo (1), Shinya Fukutomi (1),
(1. Osaka University, Japan, 2.
Keishiro Hara (1), Kikuo Fujita (1) Kubota, Japan)(1. Osaka University, Japan)[C4-1] Optimal production[D4-1] Life cycle analysis ofstrategy of manufacturing andmaterial efficiency strategies forremanufacturing mixed
Network goods
production systems considering *Mikko Samuli Vaija (1), Anders
environmental, economic and
S.G. Andrae (2)facility-stability(1. Orange Labs Networks, France,*Aya Ishigaki (1), Jundai Koketsu 2. Huawei Technologies Sweden(1), Hiromasa Ijuin (2), Tetsuo
AB, Sweden)
Yamada (2)(1. Tokyo University of Science,
Japan, 2. The University of ElectroCommunications, Japan)[A4-2] A survey and experiment [B4-2][E] Discussion on the
on Japanese perceptions andReuse of Suboptimal Foodattitudes to time and the future through the Perspective of*Tomohiro Tasaki (1), Hide-Fumi Sustainable Food Circle
Yokoo (2), Yasuko Kameyama (1), Jui Che Tu (1), *Ku Hsi Chu (1)Keisuke Matsuhashi (1), Hideo(1. National Yunlin University of
Shiogama1, Ryo Tajima (1),
Science and Technology, Taiwan)
Rintaro Yamaguchi (1)(1. National Institute forEnvironmental Studies, Japan, 2.
Hitotsubashi University, Japan)[C4-2] Communication of[D4-2][E] Life cycle resource use(environmental) data in theof air conditioner from theelectronics refurbishment sector: perspective of total material
Survey in Germany, Japan, and requirement
Indonesia*Keita Hamasuna (1), Shoki Kosai*Christian Clemm (1), Mitsutaka (1), Shunsuke Kashiwakura (1),Matsumoto (2), Shu-san Gan (3)Eiji Yamasue (1)(1. Fraunhofer Institute for(1. Ritsumeikan University, Japan)
Reliability and Microintegration
IZM, Germany, 2. National
Institute of Advanced Industrial
Science and Technology, Japan, 3.
Petra Christian University,
Indonesia)

Discussion on Future Design[B4-3][E] Digital product[C4-3][E] Environmental andpassports in circular economy – Economical Design Problem ofcase battery passport
Upgrading and*Teuvo Uusitalo (1), Marjaana
Remanufacturing Option
Karhu (1), Sami Majaniemi (1), Pä Selection
ivi Kivikytö-Reponen (1), Saija
Jeaho Han (1), *Hiromasa Ijuin
Vatanen (1), Jyri Hanski (1)(1), Tetsuo Yamada (1), Shuho(1. VTT Technical Research Centre Yamada (3), Masato Inoue (2)of Finland Ltd., Finland)(1. The University of ElectroCommunications, Japan, 2. Meiji
University, Japan, 3. The
University of Tokyo, Japan)[D4-3] The Economic andEnvironmental Evaluation ofFood Delivery Packaging*Wu-Hsun Chung (1), Yu-Chen
Chen (1)(1. National Taiwan Ocean
University, Taiwan)[B4-4] AFrom Abacus andSundial to 5G
Susanna Kallio (1), *TomOkrasinski (1), Arjen Salemink (1),
Pia Tanskanen (1)(1. Nokia Oyj, Finland)[D4-4][E] Adapting Lifecycle
Impact Assessment Methodology
to Quantify New Product Design
Risks*Christian Enyoghasi (1,2),
Fazleena Badurdeen (1,2)(1. University of Kentucky, USA,
2. Institute for Sustainable
Manufacturing, USA)

20:50-21:00

11:50-12:00

Short Break

21:00-21:50

12:00-12:50

Plenary Keynote 1: Eco-design needs a Circular Ecosystem (Webiner)
Intrachooto, Singh | Associate Professor of Building Innovation, Architect and Design Principal of OSISU

Thursday, December 2, 2021
JST
UTC

15:00-16:05

Room A

Room B

Room C[A5] OS: Roadmapping for
Sustainability[B5] Recycling Technology

Chair: Hirose, Yuta (Advanced
Institute of Industrial Technology,
Japan)

Chair: Nakano, Katsuyuki(Ritsumeikan University, Japan)

Chair: Tokoro, Chiharu (Waseda
University, Japan)

Chair: Suiran, Yu (Shanghai Jiao
Tong University, China)[B5-1][E] Machine Recognition [C5-1] Development of[D5-1] A practical approach forof ICs in Recycling Process ofinnovative separation technology developing product
Small-sized Electronics
to create a new resource
environmental performanceindicators*Zizhen Liu (1), Nozomu Mishima circulation loop
*Chiharu Tokoro (1,2), Taketoshi Byunghee Choi (1), *Byungkwun(1)
Koita (1), Soowon Lim (1), Takao Kang (1), Jiwon Yang (1),
(1. Akita University, Japan)
Namihira (3)Yongchae Jung (1), Changgone(1. Waseda University, Japan, 2.
Kim (1)The University of Tokyo, Japan, 3. (1. LG Display, Korea)
Kumamoto University, Japan)[A5-2] The use of roadmap forsustainable growth under
uncertainty: The case of Korean
manufacturing firms*Woojin Cho (1), Youngjung
Geum (2), Sungjoo Lee (1)(1. Ajou University, Korea, 2.
Seoul National University of
Science and Technology, Korea)[B5-2] Recovery of precious[C5-2] Life cycle thinking on[D5-2][E] GIS-Based Analysis of
metals from “Chlorine bypass
recycling of lithium-ion batteries Energy Recovery Potential frompowder” in cement production
by high-voltage pulsed discharge Oil Palm Empty Fruit Bunch inusing organic aqua regia*Yasunori Kikuchi (1), Izuru Suwa Southern Thailand*Kohei Komatsu (1), Tomohisa*Linux Farungsang (1), Helmut(1), Aya Heiho (1), Yi Dou (1),
Yoshikawa (1), Yasuyuki Ishida
Yabar (2)Chiharu Tokoro (2,1)(1), Keiichi Miura (1), Kazuki Uda (1. The University of Tokyo, Japan, (1. Tokyo Institute of Technology,(2), Akihiro Yoshimura Yoshimura 2. Waseda University, Japan)
Japan, 2. University of Tsukuba,(2), Yasunari Matsuno (2)Japan)(1. Taiheiyo Cement Corporation,
Japan, 2. Chiba University, Japan)

6:00-7:05[A5-4] Identifying the Potential
for Circular Economy
Development from the
Perspectives of Developing
Economies: Using Patent andBibliometric Analysis*Nathasit Gerdsri (1), Pard
Teekasap (2)（1. Mahidol University, Thailand,
2. Stamford International
University, Thailand)

7:05-7:15[C5] OS: Toward the developmentof a novel resources circulation of [D5] Sustainability Assessment (1)Lithium-ion batteries (1)[A5-1] Initiating Roadmapping
Implementation: Insights fromIHI Corporation*Yuta Hirose (1,2), Robert Phaal(1), Clare Farrukh (1), Nathasit
Gerdsri (3), Sungjoo Lee (4),Hiroto Yamaoka (5)(1. University of Cambridge, 2.
Advanced Institute of Industrial
Technology, Japan, 3. Mahidol
University, Thailand, 4. Ajou
University, Korea, 5. IHI
Corporation, Japan)[A5-3] Supporting roadmap[B5-3] Chalcopyrite leaching indesign for a sustainable society: organic aqua regia and copper
Achieving carbon neutrality inrecovery by solvent extraction
the automotive industry – a case *Shunya Fujisaki (1), Akihiro
study
Yoshimura (1), Yasunari Matsuno*Takamitsu Hirota (1), Yusuke(1)
Kishita (1), Robert Phaal (2),
(1. Chiba University, Japan)
Yasushi Umeda (1), Tatsuhiro
Nakano (3), Toshiki Isogai (3),Hayato Tanaka (3)(1. The University of Tokyo, Japan,
2. University of Cambridge, UK, 3.
DENSO Corporation, Japan)

16:05-16:15

Room D[C5-3] Designing circular supply
chain of lithium-ion battery
involving multiple applications
and multiple circulation paths
for different product layers*Yasuhiro Fukushima (1), Jingwei
Zhou (1), Hajime Ohno (1)(1. Tohoku University, Japan)[B5-4][E] Silver Recovery from
Spent Photovoltaic Panel Sheets
using Electrical Wire Explosion*Yuto Imaizumi (1), Soowon Lim(1), Taketoshi Koita (1), Yutaro
Takaya (3,1), Takao Namihira (2),Chiharu Tokoro (3,1)(1. Waseda University, Japan, 2.
Kumamoto University, Japan, 3.
The University of Tokyo, Japan)

Short Break[D5-3][E] Techno-economic
assessment of recycling obsolete
two-wheelers in ASEAN : thecase of Myanmar and Cambodia*Genya Murakami (1), Shoki Kosai(1), Shunsuke Kashiwakura1, Eiji
Yamasue (1)(1. Ritsumeikan University, Japan)[D5-4] Assessing the
spatiotemporal dynamics ofenvironmental sustainability in
China*Michinori Uwasu (1), Keishiro
Hara (1), Masashi Kuroda (2), Ji
Han (3)(1. Osaka University, Japan, 2.
Tokoha University, Japan, 3. East
China Normal University, China)

Thursday, December 2, 2021
JST
UTC

Room A

Room B

Room C[B6] Energy System Design

Chair: Mizuno, Yuji (The Instituteof Applied Energy, Japan)

16:15-17:20

7:15-8:20

Room D[C6] OS: Toward the developmentof a novel resources circulation of [D6] Sustainability Assessment (2)Lithium-ion batteries (2)Chair: Fukushima, Yasuhiro(Tohoku University, Japan)

Chair: Tokimatsu, Koji (Tokyo
Institute of Technology, Japan)[B6-1][E] Optimal Cooling
Strategy for Energy
Management using MultiTemperature Acquisition Points
in a Protected Cropping Facility
Premaratne Samaranayake (1),
Chelsea Maier (1), Sachin Chavan(1), Weiguang Liang (1), Zhonghua Chen (1), *Yi-Chen Lan (1),David Tissue (1)(1. Western Sydney University,
Australia)[C6-1][E] Procedure Model to[D6-1] Government green
support the Recycling-oriented procurement: Introducing a
Design of Lithium-Ion Batteries framework to assess thefor Electric Vehicles
environmental performance*Filip Vysoudil (1), Sönke Hansen *Navarani Vejaratnam (1), Zeeda
Fatimah Mohamad (1), Santha(1), Mark Mennenga (1), Maho
Chenayah (1)Fukuda (3), Gregor Ohnemüller
(1. University of Malaya, Malaysia)(2), Tom Rüther (2), Dietrich
Goers (3), Jan Koller (2), Kristian
Nikolowski (3), Bernd Rosemann(2), Mareike Wolter (3), Michael
Danzer (2), Frank Döpper (2),Christoph Herrmann (1), Thomas
Vietor (1)(1. Technical University ofBrunswick, Germany, 2. Universityof Bayreuth, Germany, 3.
Fraunhofer Institute for Ceramic
Technologies and Systems,
Germany)[B6-2][E] Renewable Energy
System in the Off-gridCommunities: The Systems'
Characteristics and Storage
Technologies*Andante Hadi Pandyaswargo (1),Hiroshi Onoda (1)(1. Waseda University, Japan)[C6-2] Simulation-based Flow
Management for Circular
Manufacturing of Lithium Ion
Battery*Shinichi Fukushige (1), Keito
Asai (1), Shozo Takata (1),Chiharu Tokoro (1, 2)(1. Waseda University, Japan, The
University of Tokyo, Japan)[D6-2][E] Application of
disability adjusted life years inrisk assessment for total humanmercury exposure in China andJapan - a meta-analysis*Zhongyu Xu (1), Leticia Sarmento
dos Muchangos (1), Lisa Ito (1),Akihiro Tokai (1)(1. Osaka University, Japan)[B6-3][E] Energy-Saving
Performance for Cooling System
by Snow Storage in Niigata,Japan
Yutaro Shimada (1), *Mako
Mizuno (1), Koji Tokimatsu (1)(1. Tokyo Institute of Technology,
Japan)[D6-3] Elucidating Energy
Consumption During Jute-Fiberto-Yarn Production*Sweety Shahinur (1), Sharifu Ura(2), Mahbub Hasan (3), Sarmin
Akhter (1), Julfikar Haider (4)(1. Bangladesh Jute ResearchInstitute, Bangladesh, 2. Kitami
Institute of Technology, Japan, 3.
Bangladesh University ofEngineering and Technology,
Bangladesh, 4. Manchester
Metropolitan University, UK)[B6-4][E] Price – based demand
response programs considering
fixed and dynamic priceelasticity matrix (PEM) of
demand in the wholesale market
in Japan*Ladan Malehmirchegini (1),Hooman Farzaneh (1)(1. Kyushu University, Japan)[D6-4] The Effect of Sustainable
Design Strategies on Resource
Consumption – Home Laundry
Activities in Indonesia*Achmad Yahya Teguh Panuju (1),Martinus Martinus (1), Akhmad
Riszal (1), Hideki Kobayashi (2)(1. Universitas Lampung,Indonesia, 2. Osaka University,
Japan)

17:20-17:30

8:20-8:30

Short Break

17:30-18:30

8:30-9:30

Plenary Keynote 2: Earth as One
Ando, Tadao | Emeritus Professor, The University of Tokyo / CEO, Tadao Ando Architect & Associates

18:30-18:40

9:30-9:40

Short Break

18:40-19:30

9:40-10:30

Plenary Keynote 3: Rethinking assembly systems and their business model in a circular economy perspective
Tolio, Tullio | Professor of Manufacturing and Production Systems at Politecnico di MilanoPolitecnico di Milano

19:30-20:40

10:30-11:40

Poster Session

Thursday, December 2, 2021
JST
UTC

Room A

Room B

Room CRoom D[A7] Strategies for Carbon
Neutrality[B7] Sustainable Transportation[C7] OS: Medical Devices
Reprocessing[D7] Sustainability Assessment (3)Chair: Nissen, Nils F. (Fraunhofer
IZM, Germany)

Chair: Hiraoka, Hiroyuki (Chuo
University, Japan)

Workshop Lead: Damola Ikeoluwa
Chair: Yamasue, Eiji (Ritsumeikan
Akano (University of Strathclyde,
University, Japan)UK)[A7-1][E] Estimation of[B7-1][E] Environmental, health, [C7] Workshop[D7-1][E] Resource efficiency
Greenhouse Gas Emissions from and economic co-benefits
The workshop will examine quantification of a long-life
Wastewater Treatment inassessment of the electrification medical
devices
reprocessing product considering service
Ulaanbaatar and a Potentialof public transport in Delhi(which include remanufacturing, activities through lifecycle
Approach for Emission(India)refurbishment,
repairand *Nozomu Mishima (1), Zhenxing
Reductions*Tavoos Hassan Bhat (1), Hooman recycling) focusing on customer Zhang (1)*Nandintsetseg Nyam-Osor (1,2), Farzaneh (1)perspectives. It will explore (1. Akita Uniersity, Japan)
Sandelger Dorilgjav (3), Amgalan (1. Kyushu University, Japan)
decision-making and customer
Magsar (4), Erdenesukh Sumiya
acceptance in medical devices(3), Tegshjargal Bumtsend (5),reprocessing. Its aim is to enlighten
Altanbold Erdenebold (3), Toru
participants on customer factors,
Matsumoto (4)requirements and considerations(1.The National University of(related to decision making in
Mongolia, Mongolia, 2.
medical devices reprocessing) andMongolian Academy of Sciences,equip them with tools to optimise
Mongolia, 3. The National
their decision-making thereby
University of Mongolia, Mongolia,
improving the acceptability of their
4. The University of Kitakyushu,
products. The workshop activities
Japan, 5. Climate Change Projectwill
includepresentations,
Implementing Unit under thebrainstorming and discussion.
Ministry of Environment andTourism of Mongolia, Mongolia)
20:40-21:45

11:40-12:45[A7-2][E] Consideration of CO2
emission reduction potential byutilizing recycled automobile
parts in China*Sosho Kitajima (1), Hiroshi
Onoda (1)
(1. Waseda University, Japan)[B7-2][E] A scenario analysis oftransportation system in
Vietnam based on life cycle
simulation*Ryota Tanaka (1), Hidenori
Murata (1), Hideki Kobayashi (1)(1. Osaka University, Japan)[D7-2] Environmental Impact
Assessment of PEM fuel cells forstationary applications reflecting
degradation models*Shota Tochigi (1), Ryuta Nagado(1), Kiyoshi Dowaki (1)(1. Tokyo University of Science,
Japan)[A7-3] Total material[B7-3] Life Cycle Carbon
requirement of crude steel
Emission Benefits of Sharedproduction toward CO2 emission Electric Autonomous Vehicles
control in 2050
*Hyung Chul Kim (1), Timothy J.
*Shunsuke Kashiwakura (1), Eiji Wallington (1)Yamasue (1)(1. Ford Motor Company, USA)
(1. Ristsumeikan University, Japan)[D7-3][E] Smartphone App
Design for Product Use
Sustainability Evaluation*Matthew Russell (1), Peter Hong(1), Luke Blakely (1), Mark
Kirkham (1), Peng Wang (1),Fazleena Badurdeen (1)(1. University of Kentucky, USA)

[A7-4] Carbon neutrality in the
EU and Japan by 2050 - What is
the role of services?
*Patrik Strom (1)(1. Stockholm School of
Economics, Sweden)

Friday, December 3, 2021
JST
UTC

15:00-16:05

Room A

Room B

Room C[A8] Sustainable Society (1)[B8] OS: The Energy-X-Nexus for
EcoDesign in Socio-Technicalsystems[C8] Sustainable Product andService Design (1)Chair: Yabar, Helmut (Universityof Tsukuba, Japan)

Chair: McLellan, Benjamin C.
(Kyoto University, Japan)

Chair: Mishima, Nozomu (Akita
University, Japan)[A8-1] Toward Developing[B8-1] The Energy-MineralScenario Design Methodology:
Nexus and Implications forAnalysis and Typology ofEcodesign*Benjamin Craig McLellan (1)Scenario Practice(1. Kyoto University, Japan)*Toshiki Kusaka (1), Yusuke
Kishita (1), Yuji Mizuno (2),Yasushi Umeda (1)(1. The University of Tokyo, Japan,
2. The Institute of Applied Energy,
Japan)[C8-1] An exploration in digital
reading of Ainu textile patterns*Xanat Vargas Meza (1), Shexin
Zhang (1), Yoichi Ochiai (1)(1. The University of Tsukuba,
Japan)[A8-2] Assessment methodology
for sustainable community inJapanese rural regions: a casestudy of Takashima, Shiga*Michinori Uwasu (1), Michinori
Kimura (2), Asako Iwami (3),Terukazu Kumazawa (4)(1. Osaka University, Japan, 2.
Lake Biwa Environmental
Research Institute, Japan, 3.
Prefectural University of
Kumamoto, Japan, 4. ResearchInstitute for Humanity and Nature,
Japan)[C8-2] Development of a fuel cellassisted bicycle with a metalalloy cartridge on the basis of aphysical model*Emi Hosobuchi1, Shan Miao (1),Junnosuke Shimogawa (1),Daisuke Hara (1), Noboru
Katayama (1), Kiyoshi Dowaki (1)(1. Tokyo University of Science,
Japan)[B8-2] The EnergyInfrastructure-Nexus: Hydrogen
Penetration Potential andInfrastructure Issues for theUSA*Andrew Chapman (1), Rhea
Bridgeland (3), Benjamin
McLellan (2)(1. Kyushu University, Japan, 2.
Kyoto University, Japan, 3.
University of Illinois at Urbana
Champaign, USA)

6:00-7:05[A8-3] Sustainability of[B8-3] Scenario-based planning [C8-3] The Hierarchical Concept
freshwater consumption in
support for sustainable woodyof Cochin Pottery Decoration on
global watersheds - Pressure in biomass energy business: A case the Roof of Traditional Buildings
supply chains and the effects of study of a Japanese rural*Di Feng (1,2), Shang-chia Chiou
virtual water tradecommunity(1), Feng Wang (2)*Masaharu Motoshita (1), Stephan *Takumi Nishida (1), Yusuke(1. National Yunlin University of
Pfister (2), Matthias Finkbeiner (3) Kishita (1), Noriaki Nakatsuka (2), Science and Technology, Taiwan,(1. National Institute of Advanced Fumiteru Akamatsu (2), Yasushi
2. Huaiyin Normal University,
Industrial Science and Technology, Umeda (1)China)
Japan, 2. ETH Zurich, Switzerland, (1. The University of Tokyo, Japan,
3. Technische Universitaet Berlin, 2. Osaka University, Japan)
Germany)[A8-4] Responsibility of[B8-4] Energy and transport
Consuming Countries fornexus at the country level: thePressure on Mining Capacity:need for aligned energy andDecomposition Analysis oftransport strategies
Scarcity-weighted Metal*Kristina Knuepfer (1), MiguelFootprints in Japan
Esteban (1), Tomoya Shibayama*Ryosuke Yokoi (1), Keisuke(1)
Nansai (2), Kenichi Nakajima (2), (1. Waseda University, Japan)
Takuma Watari (2), Masaharu
Motoshita (1)(1. National Institute of Advanced
Industrial Science and Technology,
Japan, 2. National Institute forEnvironmental Studies, Japan)

16:05-16:15

7:05-7:15[C8-4] Solution for glass
recycling using design applying
its properties*Hiroyuki Inano (1)(1. Hokkaido Research
Organization, Japan)

Short BreakRoom D

Friday, December 3, 2021
JST
UTC

Room A

Room B

Room C[A9] Sustainable Society (2)[B9] Green Energy Technology[C9] Sustainable Product andService Design (2)Chair: Lan, Yi-Chen (Western
Sydney University, Australia)

Chair: Matsumoto, Mitsutaka
Chair: Komoto, Hitoshi (National(National Institute of Advanced
Institute of Advanced Industrial
Industrial Science and Technology,
Science and Technology, Japan)
Japan)[A9-1] Consideration on the[B9-1][E] Wind Turbine
desirable way of smart
Minimum Power Loss
agriculture in Japan
Optimization, using Nonlinear*Ayu Washizu (1), Satoshi Nakano Mathematical Programming*Kashif Sohail (1), Hooman(2)
Farzaneh (1)(1. Waseda University, Japan, 2.
Nihon Fukushi University, Japan) (1. Kyushu University, Japan)[A9-2][E] COVID19 Pandemic
Impact on Energy Consumption– A Survey of College Students
in Japan*Amin Nazarahari (1), Khalid
Alrashoud (1), Koji Tokimatsu (1)(1. Tokyo Institute of Technology,
Japan)

16:15-17:20

7:15-8:20[C9-1][E] Explore theFramework Construction of
Gamification Applied to Basic
Design Teaching*Xiao Yang Zhu (1), Shang-chia
Chiou (1)
(1. National Yunlin University of
Science and Technology, Taiwan)[B9-2][E] A Hydrogen Fueling[C9-2] Product Designer’s
Performance Analysis of Metal Dashboard base on AR and 3d
Hydride For a Fuel Cell Assisted model for Locally Oriented
Bicycle Using GF-08 Cooling
Product Design in Iran*Mohammad Zolfaghari (1)System
(1. Iran University of Science and*Daisuke Hara (1), Akihiro Oki(1), Noboru Katayama (1), Kiyoshi Technology, Iran)
Dowaki (1)(1. Tokyo University of Science,
Japan)[A9-3][E] Frugal innovation in[B9-3] Developing and
BoP communities: co-design of a Improving a Prototype oftechnical solution to support
Arrayed-Type Offshore Ocean
community agriculture in
Wave Energy Catcher
Mexico*Hsiang-Tang Chang (1), Ssu-Kai
Víctor Darío Cuervo Pinto (2),Chiu1, Yi-Chen Liu (1), Zi-Yi Lee
Dalia Guadalupe de Lucio Herná (1), Kuo-Yuan Lo (1)ndez (2), *Luis Miguel Lopez(1. National Kaohsiung University
Santiago (1), Eduardo Adriánof Science and Technology,
Estrada Maya (2), Jorge García
Taiwan)Arroyo (2), Neftalí Jonatán Gonzá
lez Yances (2)(1. University of Technology ofTroyes, France, 2. National
Polytechnic Institute IPN, Mexico)[C9-3] Effective ecodesign
implementation with the support
of a lifecycle engineer*Tomohiko Sakao (1), Sergio
Andres Brambila-Macias (1)(1. Linköping University, Sweden)[B9-4][E] Dielectric Elastomer[C9-4][E] Holistic Eco-design
Transducer (High Efficiency
Framework Developed ThroughActuator and Power Generation a Case Study in the Automotive
System)Industry*Seiki Chiba (1), Mikio Waki (2), *Jia Jue Johannes Chen (1),Yuichi Hirota (3), Noriaki
Kristoffer Blæsbjerg (1)Nishikawa (3), Takashi Yajima (4), (1. Technical University ofKazuhiro Ohyama (5)Denmark, Denmark)(1. Chiba Science Institute, Japan,
2. Wits Inc., Japan, 3. Japan agency
for Marine-Earth Science andTechology, Japan, 4. Japan
Aerospace Exploration Agency,
Japan, 5. Fukuoka Institute ofTechnology, Japan)
17:20-17:30

8:20-8:30

Short Break

Friday, December 3, 2021
17:30-18:30

8:30-9:30

Plenary Keynote 4: Things & Memories
Minagawa, Akira | Designer / Founder of minä perhonen

18:30-19:00

9:30-10:00

Networking

Room D

Friday, December 3, 2021
JST
UTC

Room A

Room B

Room CRoom D[A10] User Perception and
Behavior (1)[B10] OS: Data use in circular
design (1)[C10] Sustainable Product andService Design (3)[D10] OS: Regenerative
sustainability in the manufacturingindustry (1)Chair: Boks, Casper (Norwegian
University of Science andTechnology, Norway)

Chair: Horn, Susanna (Finnish
Environment Institute, Finland)

Chair: Sakao, Tomohiko (Linkö
ping University, Sweden)

Chair: Despeisse, Mélanie(Chalmers University ofTechnology, Sweden)[A10-1] Exploring the vocational
school of technology Students'
Learning Behavior and the
Effect of Learning Environment
Chang-franw Lee (1), *Tzu-Han
Hung (1)(1. National Yunlin University of
Science and Technology, Taiwan)[B10-1][E] Data Platforms as[C10-1] Environmental
tools for circular economy
Reflections of Lightweight
Design in Arburg Plastic*Inka Orko (1), Rita Lavikka (1)(1. VTT Technical Research Centre Freeforming Additive
Manufacturing
of Finland, Finland)*Giampaolo Campana (1), Mattia
Mele (1), Gregorio Pisaneschi (1),Andrea Zucchelli (1), Michele
Ciotti (1), Maurizio Fiorini (1)(1. University of Bologna, Itary)[D10-1][E] Applying
regenerative sustainability
principles in manufacturing*Melanie Despeisse (1)(1. Chalmers University ofTechnology, Sweden)[A10-2] The role of pro[B10-2][E] Current challenges in [C10-2][E] A methodical concept [D10-2][E] A study on Circularenvironmental attitudes in
the lifetime extension of
for the development ofFashion: Profitability andcircular purchasing behavior
smartphones
sustainable products throughEnvironmental Impact Analysis
radical innovations*Yoon-Young Chun (1), Kenichiro *Paivi Kivikyto-Reponen (1),*Tanver Ahammad Hazari (1), Md
Chinen (2), Mitsutaka Matsumoto Susanna Horn (2), Jáchym Judl (2), *Juliane Clara Balder (1), Lisa
Ibrahim Khalil Ullah (1), Sharnelle
Hagedorn (1), Rainer Stark (1)(1)
Jyri Hanski (1), Marjaana Karhu
Irish Pareno (1), Carla Susana(1. Technische Universitaet Berlin, Aqudelo Assuad (1)(1. National Institute of Advanced (1), Teuvo Uusitalo (1)Industrial Science and Technology, (1. VTT Technical Research Centre Germany)(1. Norwegian University ofJapan, 2. California Stateof Finland, Finland, 2. Finnish
Science and Technology, Norway
University, Sacramento, USA)
Environment Institute, Finland)
19:00-20:05

20:05-21:15

10:00-11:05

11:05-11:15[A10-3] Developing a 'Mind of
the Product' for productcompliance and market fit*Damien John McGovern (1),Siobhan Fairman (1)(1. Compliance & Risks Ltd,
Ireland)[C10-3] A design navigator to[D10-3][E] Energy savings
guide the transition towards
evaluation based on utilizing
environmentally benign
Recycled PET Bottles in concrete
product/service systems based on blocks in Iran*Mohammad Zolfaghari (1)LCA results(1. Iran University of Science and*Abhijna Neramballi (1),Tomohiko Sakao (1), Siri Willskytt Technology, Iran)(2), Anne-Marie Tillman (2)(1. Linkoping University, Sweden,
2. Chalmers University ofTechnology, Sweden)[A10-4][E] Developing reusable
packaging for FMCG:
Consumers’ perceptions ofbenefits and risks of refillable
and returnable packaging
systems*Xueqing Miao (1), Lise Magnier(1), Ruth Mugge (1)(1. Delft University of Technology,
the Netherlands)[C10-4][E] A Sustainable
Product Service System (PSS)
Design for Retail Food Loss andWaste: Research Through
Design*Tingting Wang (1,2), Dongjuan
Xiao (1), Xueqing Miao (2), Yiting
Zhang (1), Xinxin Lan (1), Chenxi
Yan (1)(1. Jiangnan University, China, 2.
Delft University of Technology, theNetherlands)
Short BreakFriday, December 3, 2021
JST
UTC

20:15-21:20

11:15-12:20

Room A

Room B

Room CRoom D[A11] User Perception and
Behavior (2)[B11] OS: Data use in circular
design (2)[C11] Sustainable Product andService Design (4)[D11] OS: Regenerative
sustainability in the manufacturingindustry (2)Chair: Nonaka, Tomomi(Ritsumeikan University, Japan)

Chair: Horn, Susanna (Finnish
Environment Institute, Finland)

Chair: Wever, Renee (Linkoeping
University, Sweden)

Chair: Despeisse, Mélanie(Chalmers University ofTechnology, Sweden)[A11-1] Fifty shades of Shame in
Design for Sustainable
Behaviour*Casper Boks (1), June Kyong
Trondsen (1)(1. Norwegian University of
Science and Technology, Norway)[B11-1] Opportunities and[C11-1] Conceptualising design
challenges of blockchain
fixation in the sustainability
technology in boosting
context
sustainability
Raphael Wasserbaur (1),*Kristiina Valtanen (1)*Tomohiko Sakao (1)(1. VTT Technical Research Centre (1. Linkoping University, Sweden)of Finland, FInland)[D11-1][E] Circular furniture
design: A case study from
Swedish furniture industry
Linnea Ankarberg (1), *Nazli
Terzioglu (2), Erik Sundin (1)(1. Linkoping University, Sweden,
2. Brunel University London, UK)[A11-2] Perceptions of ForeignBrand Electric Vehicles Made in
the US*Kenichiro Chinen (1), Mitsutaka
Matsumoto (2)(1. California State University,
Sacramento, USA, 2. National
Institute of Advanced Industrial
Science and Technology, Japan)[B11-2] Data as a tool for a[C11-2][E] Depth and detail orsustainable design and a circular quick and easy? Benefits andeconomydrawbacks of two approaches to*Lotta Toivonen (1), Nani Pajunen define sustainability criteria inproduct development(1)*Matilda Watz (1), Sophie I.
(1. The Finnish Innovation Fund
Hallstedt (1)Sitra, Finland)(1. Blekinge Institute ofTechnology, Sweden)[D11-2] Environmental
Performance of Plant
Cultivation Using Adsorbent of
Natural Impurities throughHydrogen Purification Process*Haruna Hirose (1), Kiyoshi
Dowaki (1)(1. Tokyo University of Science,
Japan)[A11-3][E] Modelling Customer
Preference for Sustainability
Information via Clustering
Analysis*Sze Yin Kwok (1), Vedasree
Reddy (1), Apoorva Kothapally (1),Veselka Boeva (1)(1. Blekinge Institute ofTechnology, Sweden)[C11-3][E] Designing
Interventions for Sustainability:
A conceptual framework for
information scoping in the design
research phase*Shilpi Reema Rath, Wanjun Chu(1), Nazli Terzioglu (2), Renee
Wever (1)
(1. Linköping University, Sweden,
2. Brunel University London, UK)[C11-4][E] Exploring frugal
innovation as an eco-design
strategy: a case study of a water
access solution at the BoP.
*Luis Miguel Lopez Santiago (1),Serge Rohmer (1), René DíazPichardo (1,2), Tatiana Reyes (1)(1. University of Technology ofTroyes, InSyTE, France, 2. SouthChampagne Business School,
France)21:20-21:30

12:20-12:30

Short Break

Friday, December 3, 2021
21:30-21:50

12:30-12:50

Award Ceremony & Closing Session