Parallel Session Program (2014.10.16)
October 28th (Tue.)
ROOM A (101)ROOM B (102)

ROOM C (201)

Sustainability in the Chemical Industry-1

Tsukuba Special Session

28C3-1 Japanese nitrogen footprint model
3-1

for the prediction of nitrogen loss to the

28A3-1 Decision-support tools for designing

environment

13:30-13:50 sustainable chemical products andKonrad Hungerbuehler
ETH Zurich
28A3-3 Development of the risk-based

14:10-14:30

3-4
14:30-14:50

management system for chemicals

See the Tsukuba Special Session
program.

throughout the supply chain
Satoshi Tokushige
Japan Chemical Industry Association
The University of Tokyo
The University of Tokyo
The University of Tokyo

agriculture: Lessons from the research inassessment method on biodiversity forJapanindustry

Masanori Saito

Break

28A4-1 The use of LCA as a metrics in
4-1

advancing and scaling up green chemistryresearch: The case of black liquor

15:10-15:30

4-2

Kazue Ichino Takahashi
NTT Energy and Environment Systems
Laboratories

Global Food Security and Corporate
Practices from Life Cycle Perspectives-Evaluating Management Practices

Material Flow Analysis

28C4-1 Assessing impacts of land use
28B4-1 Spatial cluster analysis of globalchange and management intensification: A

metal flows

life cycle perspective on agricultural

Guido Sonnemann

Shigemi Kagawa

production

Kiyotada Hayashi
National Agriculture and Food Research

Green ICT-2
28D4-1 Case study on effect of mechanics
development of telecommunication producton material efficiency
Marc Claude Aubree

Bordeaux University

Kyushu University

28A4-2 Sulphur distribution to products ingoods and services and demand structure

rice farming in Thailand by using life cycle

28D4-2 Five IT thoughts from a waste

wet biomass gasification

on national resource productivity: Timeassessment to support policy decision on

management proof-of-concept project

series analysis for 10 countries

sustainable agriculture
Rattanawan Mungkung
Yukihisa Yonemochi
Kasetsart University
IBM Research - Tokyo

15:30-15:50

Organization
28B4-2 Impact of resource-use intensity of 28C4-2 Environmental impacts of organic

Kenji Koido
Tokyo University of Science
28A4-3 Estimating reduction of

4-3

cloud computing facilities

across international value chainssmart sustainable city
Michael Jäger
Minako HaraNTT Energy and Environment Systems
University of Stuttgart
Laboratories
28C3-3 Scientific robustness of including
28D3-3 Social impact assessment of ICT
indirect land use change into life cycle
services: Case study and tool realizationassessment
Matthias Finkbeiner
Julien Boisseau
Technische Universität Berlin
Orange Japan
28C3-4 Future perspectives on LCA in
28D3-4 Multiple environmental impact

Tohoku University

Sustainability in the Chemical Industry-2

28D3-1 Analyzing the carbon emissions of

Kendra Tupper
Hokkaido University
City of Boulder
28C3-2 Aggregation of biodiversity impacts 28D3-2 New key performance indicators for

3-2

3-3

Green ICT-1

Hideaki Shibata

processes

13:50-14:10

ROOM D (202)Global Food Security and Corporate
Practices from Life Cycle Perspectives-Global Strategies on Agriculture, Food,and Nutrientsenvironmental load for resource recovery
from plastic waste by LCA methodology

Arata Ito

Ritsumeikan University
28B4-3 Selection of products forremanufacturing based on the designs of
end of life products

Orange Labs

28C4-3 Water footprint assessment of

28D4-3 Environmental footprint for IT

crops cultivation in Kurdistan region, Iraq

equipment

and plastic waste processing pathways
Akihiro Izumi
Tetsuo Yamada
Marlia Mohd Hanafiah
Takaaki Kumazawa
Plastic Waste Management Institute
The University of Electro-Communications National University of Malaysia
Hitachi, Ltd.
28C4-4 Life cycle assessment of biogas
28D4-4 Analysis of influence of ICT
28A4-4 Applying c-LCA for challenges to
28B4-4 Mathematical formulation of urban
4-4
production in small-scale household
services including application-service andglobal warming at Asahi Kasei Corp.
mines design problem
digesters in Vietnam
network-service on CO2 emission
16:10-16:30
Junichi Nakahashi
Shinsuke Kondoh
Van Thi Khanh Vu
Hannoe, shinsuke
National Institute of Advanced Industrial
NTT Energy and Environment Systems
Asahi Kasei Corporation
National Institute of Animal Sciences
Science and Technology
Laboratories
Break
15:50-16:10

Estimating the Contribution to Avoided
Emissions5-1

28A5-1 Guideline on quantifying ande-waste
28B5-1 Sorted collection of used batteries

28C5-1 Resource logistics for sustainable

Driving innovation
28D5-1 Measuring social impacts ofproducts: The Handbook of the Roundtable
management of agricultural nutrientsfor Social Metrics
Motozo Yoshikiyo
Atsushi Terazono
Kazuyo Matsubae
João Fontes
Japan Chemical Industry Association
National Institute for Environmental Studies Tohoku University
PRé Consultants B.V.
28A5-2 Establishment of Kawasaki
28B5-2 Life cycle assessment of an
28D5-2 Policies promoting ecodesign for
28C5-2 Monetary and physically flow
5-2
mechanism, the certification program of
automotive lithium-ion battery in large-scaleenergy and resource efficiency in Europe:
analyses on products of agriculture
avoided emissions outside Kawasaki citycommercial production
Experiences, barriers and future options
17:10-17:30
Shoichiro Tsuruta
Hyung Chul Kim
Yuko Oshita
Carl Johan Dalhammar
Japan Environmental Management
Ford Motor Company
Kobe University
Lund University
Association for Industry
28A5-3 Program for assessing the
28B5-3 The impact of demographic change
28D5-3 Reverse flow of knowledge and the
28C5-3 Evaluation of environmental
5-3
contribution of business activities toin Japan on supply security footprint ofdevelopment of sustainable energy
improvement by introduction of eco-feed
avoided emissions in Shiga Prefecture,
critical metals
systems
17:30-17:50
Maki Ogura
Yosuke Shigetomi
Hongqin Yu
Harald Ernst Otto
Pacific Consultants Co., Ltd.
Kyoto University
Nippon Institute of Technology
Polytechnic University of Marche
28B5-4 Material flow analysis of heavy
28D5-4 The international diffusion of
28C5-4 Uncertainty analysis for
28A5-4 Neutralize CO2 emissions bymetals in contaminated soil: A case study
environmental innovations: Streamlining the
5-4
greenhouse gas impact of feedstuff in
product contributions
on the polluted sites in Taoyuan County,
dissemination mechanisms across Asian
Korea
Taiwannations
17:50-18:10
Ryo Yokoyama
Rong-Hua Li
Yoosung Park
Helmut Yabar
TDK Corporation
National Taipei University
Ajou University
University of Tsukuba
16:50-17:10

reporting the avoided emissions of products

and small home appliances by

Global Food Security and Corporate
Practices from Life Cycle Perspectives-Resource Management in Agriculture

municipalities

1-1

ROOM C (201)

ROOM D (202)

October 29th (Wed.)
ROOM E (303)The Practical Challenge for Sustainable
Industry- Challenges, Experiences and Lessons

LCA Methodology

Behavior & Policy

29C1-1 Hitachi's CO2 visualization effort

29D1-1 GreenGDP study based on life

29E1-1 A life cycle thinking assessment

cycle impact assessment of refinery sector framework for land reclamation policy inin Thailand

ROOM G (406)Energy-1

29F1-1 How much does urban mining
reduce the environmental burden?

29G1-1 Life cycle inventory of energy
technologies: Survey and application toenergy scenarios
Tetsuichi Nomiyama
Kultida Kunanuntakij
Lih-Ren Liu
Kohmei HaladaAndrew Chapman
Hitachi, Ltd.
Kasetsart University
National Taipei University
National Institute for Material Science
Kyoto University
29C1-2 Challenges to biofuel production
29D1-2 Fast screening of alternative life
29E1-2 Constructing a system thinking
29F1-2 Designing strategic urban mining in 29G1-2 Network theory integrated life cycle
1-2
enhancing food production: A food andcycles and system optimization using
model for climate policy making based onJapan for criticality mitigationassessment for an electric power systembeverage alcohol company perspective
flexibly linkable process subsystems
national GHG inventory
9:20-9:40
Satoshi Ohara
Bernhard Steubing
Yu-Tsang Lu
Hiroki Hatayama
Heetae Kim
National Institute of Advanced Industrial
Asahi Group Holdings, Ltd.
ETH Zurich
National Taipei University
Sungkyunkwan University
Science and Technology
29E1-3 Evaluating the change of
29G1-3 Life cycle greenhouse gas
29D1-3 Investigation of the differences
29C1-3 Experience of EPD process
psychological factors and pro29F1-3 Comparison of end-of-life recycling emission and land use change impact on
1-3
between static and probabilistic LCA/LCC
certification
environmental behaviors through workshop rates of common metals in Japan
compressed natural gas as alternative
results of different floor finishes
about life cycle thinking and norms
vehicle fuel in Thailand
9:40-10:00
Lucia Rigamonti
Johannes Gantner
Eri Aoki
Ichiro Daigo
Worayut Saibuatrong
Politecnico di Milano
Fraunhofer IBP
The University of Tokyo
The University of Tokyo
Kasetsart University
29D1-4 Supporting uncertainty evaluation
29C1-4 Policy options for LCA deployment
29E1-4 People's environmental
29F1-4 Framework and applications of
29G1-4 Life cycle assessment of biodiesel
1-4
in prospective assessment of innovations:in automotive industry
consciousness in daily activities
time-series material flow and stock analysis in Hong Kong
A case on ecological method in shrimp
10:00-10:20
Annekatrin Lehmann
Heng Yi Teah
Ai Hiramatsu
Shotaro Nakanishi
Ya Hong Dong
Technische Universität Berlin
National Cheng Kung University
The University of Tokyo
The University of Tokyo
The University of Hong KongBreak
9:00-9:20

The Practical Challenge for Sustainable
Industry-Organizational LCA (O-LCA): Concepts
and Methodologies

Supply Chain Risk Management
29D2-1 Development of supply-chain

Policy & Visualization
29E2-1 Visualizing core structure of

Sustainability of Materials and Industries-State-of-the-Art of Research andDevelopments in Ecomaterials for Low
Carbon Society

Energy-2

29F2-1 Value added material flow analysis 29G2-1 Ecological effects from operating ainternational carbon network associatedof NdFeB magnets in Denmark
biomass power plant
application to consequential LCA
with household consumption
10:40-11:00
Matthias Finkbeiner
Kiyotaka Tahara
Yasushi Kondo
Komal Habib
Ayu Washizu
National Institute of Advanced Industrial
Technische Universität Berlin
Waseda University
University of Southern Denmark
Waseda University
Science and Technology
29D2-2 Resolution of nuclear power plant
29E2-2 Life cycle inventory database and 29F2-2 Ultra-high temperature materials for 29G2-2 Load flexible power plant concepts:
29C2-2 Guidance on organizational LCA by construction conflicts: Argument of tsunami
2-2
its applications to support public policy inhigher-efficiency energy conversion of heat A comparative analysis from a life-cycle
the UNEP/SETAC Life Cycle Initiative
issues through concept mapping andThailandengines
perspective
lifecycle thinking
11:00-11:20
Atsushi Inaba
Ting-Fang Hsieh
Thumrongrut - Mungcharoen
Kyosuke Yoshimi
Witold Roger Poganietz
Kogakuin University
National Taipei University
Kasetsart University
Tohoku University
Karlsruhe Institute of Technology
29G2-3 An analysis of LCI and fuel cost
29C2-3 Activity to evaluate a positive
29D2-3 LCA system boundary selection
29E2-3 Thai CF Pro: A web-based program 29F2-3 Advanced green innovation
2-3
due to Blue Tower process based on theimpact of an organization
using the industrial clustering analysis
for evaluating carbon footprint of productdiscovered by self-healing ceramics
low power purification system
11:20-11:40
Hiroko Ioka
Shunsuke Okamoto
Chantana - Yuvaniyama
Wataru Nakao
Rui Ohkubo
National Metal and Materials Technology
Fujitsu Limited
Kyushu University
Yokohama National University
Tokyo University of Science
Center
29F2-4 Environmental barrier coating on
29C2-4 Proposal for a supplementary
29D2-4 Assessing climate impact of
29E2-4 Visualization of comprehensive
29G2-4 Small hydro power plants: A
2-4
SiC fiber-reinforced SiC matrix composites
calculation method for scope 3 emissions
industrial symbioses: A dynamic approach environmental impacts
modular LCA approach for optimization
for low pressure turbine in jet engine
11:40-12:00
Sachiko Motoike
François Dumoulin
Yoshinori Kobayashi
Hideki Kakisawa
Beatrix Friederike Becker
Panasonic Corporation
CIRAD
Toshiba Corporation
The University of Tokyo
Technische Universität Darmstadt
Lunch
2-1

29C2-1 A new direction for LCA:

Taiwan

ROOM F (405)

Sustainability of Materials and Industries-Evaluation of Urban Mining

Organizational LCA

matrix database with IDEA aiming for the

ROOM C (201)

ROOM D (202)The Practical Challenge for Sustainable
Industry- Lessons from Application Studies

City & Building

29C3-1 Estimating multiple changes of
3-1

13:50-14:10

29D3-1 Towards a low-carbon future inenvironmental impacts of crop residue

group's supply chain; category11-possible

China's rural residential sector

management and manure application in
Rui Xing

Japanese rice cultivation

Ai LeonNational Institute for Agro-Environmental

29F3-1 Minor rare metals concentrationfrom e-waste by combining novelcomminution and physical separation
Shuji Owada

Mitsubishi Electric Corporation

National Institute for Environmental Studies

29C3-2 What allocation method should be

29D3-2 Exploring intersection of producttaken to provide the data for SCOPE3 bylifecycles: GHG emissions associated with

29E3-2 Total material requirement of food

29F3-2 Metal recovery from urban mines

supplier to customer? An example of thevehicles and pavement influenced byproduction and related materials in Japanby hydrometallurgical methods

printing company

pavement maintenance strategies
Yasuhiro Fukushima

Hriomichi Sasaki

National Cheng Kung University
29D3-3 A cradle-to-cradle assessment

29C3-3 Water consumption evaluation

framework for green building evaluation:

along the supply chain

Emphases on energy management and14:10-14:30

Junichi Nakahashi
Asahi Kasei Corporation

3-4

Agriculture & Foods

GHG emissions on mitsubishi electric

Sun Messe Co., Ltd.

3-3

ROOM F (405)

Sustainability of Materials and Industries-Technologies and Assessments for
Recovering Materials from Urban Mining

29E3-1 Life cycle assessment ofvariation of GHG during use stage
13:30-13:50
Chie Uchiyama

3-2

ROOM E (303)assessment for sustainable procurement

29D3-4 A life cycle assessment of silica
sand: Comparing the beneficiation
processes

Kenji Ohashi
Shiseido Co., ltd.

Anamarija Grbes
The University of Zagreb

Eiji Yamasue
Kyoto University

Waseda University

Mikiya Tanaka
National Institute of Advanced Industrial
Science and Technology

29E3-3 Land use change related CO2

29F3-3 Development of new processes foremissions in the LCA of biofuel-based

precious metals recovery using organic

electrification in Maliaqua regia

Chia-Lin Hsu

National Taipei University

29C3-4 Supply-chain environmental

14:30-14:50

resource recovery

Sciences

Joana Almeida

Yasunari Matsuno

KU Leuven
The University of Tokyo
29E3-4 Ecoefficiency analysis of integrated
and non-integrated crop, forestry and29F3-4 A recycling system for poly (methyl

livestock production systems in themethacrylate) in Japan

Brazilian Cerrado

Marcela Porto Costa
UNESP- Universidade Estadual Paulista
Julio de Mesquita Filho

Yasunori Kikuchi
The University of Tokyo):5(+8 :.".;

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