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Manufacturing and Environmental Management from the Standpoint of Management of Technology

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1600 17001800 1900 50 Primitive 2 Hunting 5 Early agriculture 12 26 Discovering fire Fire and livestock energy Charcoal, water wheel, windmill, horsepower energy Coal Oil 2 4 6 12 7 7 32

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Standpoint of Management of Technology

JSPS Asian CORE Program Seminar (S‐2)

Sustainable Manufacturing and Environmental Management

October 6, 2012 Hanoi, Vietnam

Soemon Takakuwa

Nagoya University Coordinator

日本学術振興会

相手国(地域)・機関:

(協力) 天津大学、北京理工大学、西南交通大学

(研究基地学校名)

北京大学(中国)

北京理工大学(中国)

天津大学(中国)

西南交通大学(中国)

忠南大学(韓国)

名古屋大学(日本)

Asian CORE Program: Schematic Drawing

清華大学(中国)

対外経済貿易大学(中国)

<Manufacturing>

<Teleconference>

Manufacturing and Environmental Management

Joint research

モンゴル国立大学

(モンゴル)

南開大学(中国)

東京大学

陝西師範大学(中国)

北海道大学

復旦大学(中国)

<Environment>

<Seminar/Symposium>

<Workshop>

参加機関

拠点機関・協力機関

●南洋理工大学(シンガ

ポール)

海南大学(中国)

神戸大学 京都大学 大阪市立大学

ベトナム国家大学(ベトナム)

150 200 250 300

Other contries UK Canada Germany India Japan

0 50 100

1971 1973 1980 1985 1990 1995 2000 2005 2006

Russia China America

Change of CO2 Emission in the World (Source: The Institute of Energy Economics, Japan)

150

200

250

25

75 100

Advanced (26)

Industry (77)

Technology (230)

24 14

Transportation 63

91 Industry Agriculture

1,000,000

100,000 5000 1000 1A.D 1600 17001800 1900

50

Primitive

(2)

Hunting (5)

Early agriculture (12) (26)

Discovering

fire Fire and livestock energy Charcoal, water wheel, windmill, horsepower energy Coal Oil

2 4

6 12 7

7 32 66 Household Service

10 Food Bar graph:

Energy

consumption

per capital

(1000 kal)

Curved line: world's energy consumption

In terms of oil (1 million barrels/days) 1000

Change of Energy Consumption

(Source: Ministry of Environmnent (MOT), Japan – modified)

36%

14%

6% 7%

Industry Transportation Service Household

19%

Others

Breakdown of the source of CO2 Emission in Japan (as of 2007) (source: “Annual Report on the Environment, the Sound Material-Cycle Society and the Biodiversity in Japan ” MOE Japan)

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Manufacturing and environmental management in east Asia

○The manufacturing industry in the Chubu Region (the central region of Japan) dominates

in the world.

○The east Asian countries have been achieving remarkable economic growth.

○The environmental and the resources problems have been highlighted.

Implementation framework of research and educational plans

Recent trends

○Introducing Japanese management of

manufacturing to manufacturers in the east Asian

○ The bases of

manufacturing shifting to the east

countries

○The destruction of the environment

○Government, industry, and the citizens circles

coping with environmental problems in each

country

○Ex-students at Japanese universities being active

in the various fields in the east Asian countries

Asian countries

○Indispensable

relationship between manufacturing and environment

The necessities of the collaboration:

○To promote both research and education together with the institutions in the east Asian countries for

finding the solutions to the Asian-wide problems.

○To produce teaching materials of manufacturing and environmental management, and to increase

the awareness of the environment for students through education

Drastically reduce  greenhouse gas  emissions

Reduce, reuse, and  recycle resources  (3Rs)

Sustainable society

Achieve  sustainable economic  growth and development  while remaining in harmony  with the global ecosystem

Climate change and energy/resources

Low‐carbon  society

Recycling‐

oriented society

Environmentally‐friendly society

Enable people to enjoy the rich  abundance of nature for generations 

to come

Climate change and ecosystems Ecosystems and environmental burden

Source: Leading Environmental Nation Strategy in the 21stCentury –Japan’s Strategy for a Sustainable Society (approved by the Cabinet June 1, 2007)

Socio‐environmental management

–from Management Point of View‐

1. Sustainable development

The integration of its economic, environmental and social 

components at all levels. 

2. Extended producer responsibility (ERP)

An environmental policy approach in which a producer’s 

responsibility for a product is extended to the post‐

consumer stage of a product’s life cycle.  ( OECD )

3. Environmental management

Decrease in the burden on the environment from business 

activities 

Global Environmental Issues

Air Pollution

FACTORY

Offensive odor

PRIVATE HOUSE

Noise

Soil contamination caused

by dumping waste illegally

Discharge to small river or sewers

Vibration

Noise

OFFICE

Groundwater pollution Discharge to soil

river or sewers

Discharge to the water source

(river, pond/lake, ocean)

Pollution; Manufacturing and Environmental Problems (source:Dr Ibusuki (JEMAI))

Recycling-oriented society

(Source: Ministry of Environmnent (MOT), Japan – modified)

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Port and Harbor Law

<in case of location of port

<in case of location of port >>

Building

Factory Location Law

Waste Disposal and

Public Cleaning Law

Water Pollution

Control Law

Air Pollution Control Law

Offensive Odor Control Law Noise Regulation Law Vibration Regulation Law

<Outline of Environmental Regulation on Factories Outline of Environmental Regulation on Factories

Source: Ministry of Economy, Trade and Industry (MEIT), Japan

Building

Standards Law

Framework of environmental law

(Source: Ministry of Environment (MOT), Japan – modified)

Energy Conservation Law, Japan

Source: Ministry of Economy, Trade and Industry (MEIT), Japan

Environmental initiatives must be carried out by a full spectrum of socioeconomic actors  (particularly by the small‐ and medium‐sized institutions that form the backbone of Japan’s  industry)

Proactive environmental initiatives are carried out, including efforts to boost energy efficiency,  conserve natural resources, and reduce waste in the course of business activities and offer more  environmentally‐friendly products and services

Create         

Environmental management systems are  required to help companies promote and  manage environmental initiatives that are  efficient, effective, and ongoing

Requires environmental communication: 

initiatives must fulfill their social obligation to  explain these activities and have them  evaluated by society

Environmental management systems that are  easy for a broad range of companies and  organizations to adopt

Environmental activity reports (environmental  reports) that are easy for a broad range of  companies and organizations to create

     EcoAction 21 Guidelines          Purpose and overview of EcoAction 21 (source: EcoAction 21 Japan)

Use of fossil fuels in air 

conditioning systems or 

boilers

Waste generated at shops 

or during the production 

process

Water drained from

Greenhouse gas (CO2) emissions Electricity purchased, incineration 

of fossil fuels, waste oil, waste  plastics, etc

Restrict CO2 emissions

Waste generated Business waste, industrial waste,  etc

Restrict waste disposal,  recycle

Total water drainage Effluent treatment

Example 

business 

activities

Identification of  environmental  burden (self‐check)

Environment

al initiatives  (self‐check)

Water drained from 

plants or other facilities

Water consumption 

during manufacturing 

processes

Chemical substances used 

in products as raw 

materials or during the 

manufacturing 

process(e.g. during 

Total water drainage Discharge into sewers or public  waters

Effluent treatment

Water usage City waters, industrial waters,  groundwater, etc

Conserve water, use water  more efficiently

Chemical substances usage Substances covered by the PRTR  program

Restrict and manage  chemical substance usage

Business activities and environmental burden items(source: EcoAction 21 Japan)

Quiz

I have a car; its fuel consumption is 10 km/l Suppose

that I drive my car with my friend to go to a city where

the distance is 100 km away from here

the city one way per one person?

(Hints) 

‐ Specific gravity of gasoline is 0.75.

‐ Weight of carbon contained in 1 kg of gasoline is 0.85 kg.

‐ Atomic weight of carbon (C) and oxygen (O) are 12 and 16, respectively. 

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(source: EcoAction 21 Japan)

Sample Environmental Efficiency Indicators

Production output or net sales volume (yen)

CO2 emissions (tons) Value added Waste generated (tons) Value added CO2 emissions (tons)

Value added: (1) subtracting the cost of materials and other inputs (outside  purchases) from net sales volume, or (2) adding operating profit, labor  costs, and depreciation expenses.

(Source: Ministry of Environment, Environmental Reporting Guidelines 2007.)

Environmental Accounting:

Combining Environmental and Economic Activities

as a Basic Tool for Environmental Management

Environmental Management Accounting:

Specialized in  internal management of a company

For reports to executives and managers

Used for internal management of a company

(e.g. Material Flow Cost Accounting)

External  Environmental Accounting:

Specialized in  external reporting

For reports to external stakeholders

(corporate evaluation, etc.)

“ from the cradle to the grave”

(Source: EMA Workbook, METI, Japan)

Social Cost

(Source: Japan Society of P.E.)

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JSPS Asian CORE Program Seminar

年度 セミナー番号 実施日 場所 セミナー/シンポジウム テーマ

2008年度

S-1 2008年10月04日~05日 Peking University, CHINA International Seminar on Environmental Cooperation between China and Japan

S-2 2008年12月26日~28日 Nagoya University, JAPAN

International Seminar on Manufacturing Management and Environmental Management S-3 2009年3月27日~29日 Beijing Institute of Technology, CHINA

International Seminar on ICT, Manufacturing Management and Environmental Management

2009年度

S-1 2009年9月24日~25日 Marco Polo Parkside Hotel, CHINA International Seminar on Low-Carbon Economy

S-2 2009年11月21日~23日 Nagoya University, JAPAN Management of Manufacturing and Technology in East Asia (Part 1)

S-3 2010年1月04日~06日 Hainan University, CHINA Management of Manufacturing and Technology in East Asia (Part 2)

2010年度

S-1 2010年5月05日~08日 Nankai University, CHINA Manufacturing and Technology Management in East Asia (Part 1)

S-2 2010年5月29日~06月03日 Fudan University, Shaanxi Normal University, CHINA Toward to Low-carbon Economic Development in Asia

S-3 2010年10月17日 Nagoya University, JAPAN

Building a Low-Carbon Society:

Environment Management and International Cooperation S-4 2010年12月21-22日 nabyang Technological Univdrsity, SINGAPORE Low-Carbon Economy and Manufacturing in Asia

S-5 2011年1月29-30日 Nagoya University, JAPAN Manufacturing and Environmental Management

2011年度

S-1 2011年10月20-22日 Chungnam National University, KOREAManufacturing and Environmental Management in East Asia

S-2 2012年1月20-21日 Meiji University, JAPAN Manufacturing and Environmental Management under Low-carbon Society

Major Books  published or to be published by FY2012

1. 「低炭素経済学」(日)

「Low‐carbon Economics」(英)

「Manufacturing and Environmental Management」(英)Vietnam National  University Press

Full Papers with acknowledgments for JSPS Asian CORE program:  120+

Manufacturing and Environmental Management

Contents Chapter 1 Manufacturing and Environmental Management from the Standpoint of Management of Technology

1 Manufacturing and Environmental Problems

2 Environmental Management from the standpoint of Management of Technology

3 Some Approaches to Environmental Problems

Chapter 2 Environmental Problems and Environmental Policies in Japan

1 JEMAI Activities for Supporting Environmental Management in Industry, Responding to Industrial Pollution

to Global Warming

2 Environmental Policies and Environmental Business in Japan

Chapter 3 Management of Energy Conservation and EC Law

Chapter 4 Management of Chemical Substances

1 SAICM and the Challenge of Chemicals Management

2 Voluntary Management of VOC Emission Control at Monodzukuri Cleaning Processes –Application of

EVABAT in VOC Risk Management

EVABAT in VOC Risk Management

3 Management Corresponding to RoHS in Home Electrical Appliances

Chapter 5 Manufacturing and Life Cycle Assessment

Chapter 6 Some Approaches to Reduction of Environmental Loading in Logistics and Supply Chain

1 Green Logistics Policies in Japan

2 Designs and Challenges in Closed-Loop and Low Carbon Supply Chains for Sustainability

Chapter 7 Environmental Management System

1 The Outline of ISO14000 Series

2 Japan’s EcoAction 21 Guideline, and Certification and Registration

Chapter 8 Material Flow Cost Accounting

1 Significance and International Standardization of Material Flow Cost Accounting

2 Introduction of Material Flow Cost Accounting into the supply chain

Chapter 9 Voluntary Action Plans of Japan’s Industries on a Low Carbon Society

1 Nippon Keidanren Voluntary Action Plan on the Environment and a Low Carbon Society

2 Action Plan of The Industries of Electrical and Electronic on a Low Carbon Society

Chapter 10 Environmental Management

1 Toyota Environment Actions

2 JICA’s Efforts in Environmental Management in East Asia

3 Corporate Manufacturing and Environmental Management: Examples of Industry-Academia-Government

Alliances, and Collaboration with NPOs

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