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IndEcol
Annik Magerholm Fet, NTNU 1
Industrial Ecology and Eco-Efficiency
–An introduction to the
concepts
Professor Annik Magerholm FetDepartment of Industrial Economics and Technology
management /The Industrial Ecology Program
Norwegian University of Science and Technology
NATO/CCMS PILOT STUDY ON CLEANER PRODUCTS AND PROCESSES, Vilnius, Lithuania, May 12-16th, 2002
IndEcol
Annik Magerholm Fet, NTNU 2
Content:
a brief presentation of the Industrial Ecology Programme at NTNU.
introduction to eco-efficiency requirements to reporting and the use of
eco-efficiency indicators in reporting a brief introduction to environmental
product declarations and the use of eco-efficiency for products
possibilities for using eco-efficiency as a tool to promote industrial ecology within a region
IndEcol
Annik Magerholm Fet, NTNU 3
Three aspects of Industrial Ecology Industrial ecology is the study:
of the flows of materials and energy in industrial and consumer activities,
of the effects of these flows on the environment, and of the influence of economic, political,
regulatory, and social factors of the flow, use, and transformation of resources
(Robert White, former President of the US National Academy of Engineering)
IndEcol
Annik Magerholm Fet, NTNU 4
Expanding from local to global scale
Industrial facility
Materials
Energy
Products
Byproducts
To air
To soil
To water
OPTIMISING:- Resource efficiency- Energy efficiency- Emissions efficiency- Economic efficiency
Industrial facility
Materials
Energy
Products
Byproducts
Local scale
Global scale
Recycled materials
UNDERSTANDING:- Metabolism- Env. & resource impacts- Actors, barriers, drivers- Techn. & org. opportunities
IndEcol
Annik Magerholm Fet, NTNU 5
The systems approach
C l e a n e r p r o d u c t i o n L i f e C y c l e m a n a g e m e n t I n d u s t r i a l E c o l o g y
Eco-efficiencyversus
Sustainability?MICRO MACRO
IndEcol
Annik Magerholm Fet, NTNU 6
The product life-cycle
Materialsextraction
Materialproduction
Finalproduction
THE PRODUCTION PHASE
Consumeruse (function)
THE USE PHASE
Wastedisposal
Material reuse and recycling
THE PRODUCT END-OF-LIFE PHASE
Loop closing &Waste minimisation
CP, DfE, DfR, EPR & Waste prevention
IndEcol
Annik Magerholm Fet, NTNU 7
What is IndEcol at NTNU?
Industrial Ecology Programme at NTNU – Mandate to do interdisciplinary scientific work in this field
Initiated in 1993/94, including seminars with the Norwegian Academy of Technological Sciences.
Courses, and MSc and PhD projects were started in 1996.
IndEcol formally accepted as a long-term programme at NTNU in 1998, with 3 areas of operation: Education (incl. a comprehensive 3-year study
programme Research and doctorate projects (~15 candidates) Information and outreach (report series, newsletter,
seminars, student and faculty forum, Internet services) Strong influence from Norwegian industry and our
international network Overall 2000-2004 budget is ~ NOK 50 million (~US$
5,4 million)
IndEcol
Annik Magerholm Fet, NTNU 8
International collaboration
Universiteit LeidenUniversiteit Leiden
ISIE
IndEcol
Annik Magerholm Fet, NTNU 9
Structure of NTNU’s Industrial Ecology Programme
University Senate
Rector / Director
MSc Programme
Dean /Fac. Director
Civil Env. Eng.
ProgrammeCORE
MSc Programme
ProgrammeCORE
MSc Programme
ProgrammeCORE
MSc Programme
ProgrammeCORE
Dean /Fac. Director
Mech. Eng.
Dean /Fac. Director
SS & TM
Dean /Fac. Director
Chem. & Biol.
Local Contact Person /Scientific Staff
Local Contact Person /Scientific Staff
Local Contact Person /Scientific Staff
LCA-Lab.
PROGR.BOARD
ProgrammeManagementand Forum
A B C,D E,F
IndEcol
Annik Magerholm Fet, NTNU 10
Courses in IndEcol programme10 TECHN. DISC. – Thesis
9 Strategy, Innovation & Change
TECHN. DISC. – Advanced Project and Modules
8 Material Loop Closing Project
IndEcol Elective 2-Env. Management-Env. Politics-Product EcoDesign
Experts in Team Project
TECHN. DISC.
7 Environmental Systems Analysis
IndEcol Elective 1-Energy & Env. Problem Solving-Georesources-Ecotoxicology
Technology Management
TECHN. DISC.
6 Environmental Science & Occupational Hygiene
Environmental & Resource Economics
Math 4 TECHN. DISC.
5 Industrial Ecology &
Systems Dynamics
Math 3 TECHN. DISC. TECHN. DISC.
4
3
2
1
IndEcol
Annik Magerholm Fet, NTNU 11
Major research projects
Productivity 2005 Industrial Ecology Eco-efficiency challenge of the manufacturing industry
Industrial Ecology in energy intensive industry Life cycle env. performance, exergy performance and
energy culture in Oil & Gas and Pulp & Paper industry
Additional doctorate project SD criteria and eco-efficiency indicators; Extended
producer responsibility; Integration of wind energy; Wastes recycling, etc.
Global Watch Industrial Ecology (Statoil) Life cycle / eco-efficiency performance indicators in
cluster of Oil & Gas industry Environmental and social acceptance – NG
powerplants
IndEcol
Annik Magerholm Fet, NTNU 12
Productivity 2005 Industrial Ecology
Horizontal activities
• Terminology of IE
• Communicating IE
• IE consequences for industry
Horizontal activities
• LCA Laboratory at NTNU
• Eco-Responsible Companies
Core project 1
Eco-effective products and production
systems
Core project 2
Eco-effective recycling
systems and producer
responsibility
3 PhD projects
1 2
3
8 Industrial case projects
12
3
45
6
7
8
IndEcol
Annik Magerholm Fet, NTNU 13
IE in manufacturing industry
Research issues1. History of addressing efficiencies in industry?2. What methodologies for evaluating – ” –?3. What culture and methodologies for decision making – ” -?4. What new perspectives arise from 1-3 above?5. What are the consequences for strategy in industry,
academia and governmental regulation?
OPTIMISING:Resource efficiencyEnergy efficiencyEmissions efficiencyEconomic efficiency
GLOBAL SCALE
IndEcol
Annik Magerholm Fet, NTNU 14
Measuring eco-efficiency
WBCSD equation – merges value and ecological aspects into an efficiency ratio:Eco-efficiency = product or service value/environmental influence
Generally applicable indicators: Product or service value
• Quantity of product/service produced or sold• Net sales
Environmental influence (GAIs)• Energy consumption• Water consumption• Material consumption• Greenhouse gas emissions• Ozone depleting substance emissions
Business spesific indicators (BSIs)
IndEcol
Annik Magerholm Fet, NTNU 15
Definitions on eco-efficiency
WBCSD: ”the delivery of competitively priced goods and services that satisfy human needs and bring quality of life, while progressively reducing ecological impact and resource intensity throughout the life cycle, to a level at least in line with the earth’s estimated carrying capacity”
OECD: “the efficiency with which environmental resources are used to meet human needs”
Differences? WDCSD include the carrying capacity while
OECD look upon eco-efficiency as a straightforward measure on the exploitation ratio of the resources that are introduced to the economy.
IndEcol
Annik Magerholm Fet, NTNU 16
Eco-efficiency as a tool
to promote improvements of environmental performance. As a tool it has a wide range of use. 1. for measuring internal progress and 2. for communicating level of economic and
environmental performance.
The combination of economic and environmental information makes the results easy to understand and to interpret, and it also take into account fluctuations in production volume and related changes in environmental performance.
IndEcol
Annik Magerholm Fet, NTNU 17
Measuring Eco-efficiency
WBCSD equation – merges value and ecological aspects into an efficiency ratio:Eco-efficiency = product or service value/environmental influence
Generally applicable indicators: Product or service value
• Quantity of product/service produced or sold• Net sales
Environmental influence• Energy consumption• Water consumption• Material consumption• Greenhouse gas emissions• Ozone depleting substance emissions
IndEcol
Annik Magerholm Fet, NTNU 18
Functional and technical eco-efficiency Functional eco-efficiency gives a measure on
how well a system performs in relation to a defined target.
Technical eco-efficiency on the other hand, gives a measure on how well a specified system utilises the resources put into the system. The last one is the most used in environmental reporting today and can be measured as
ncetal influeenvironmen
net sales
ncetal influeenvironmen
goodsf producedquantity oefficiencyEco
IndEcol
Annik Magerholm Fet, NTNU 19
Guidelines that can help companies improve eco-efficiency minimise the material intensity of goods and
services minimise the energy intensity of goods and
services minimise toxic dispersion enhance material recyclability maximise the use of renewable resources extend product durability increase the service intensity of goods and
servicesIndicators should be developed to cover all
these.
IndEcol
Annik Magerholm Fet, NTNU 20
Different levels of reportingEco-efficiencyreporting
Environmentalreporting
Ecologic aspects
Economicaspects
Social aspects
Sustainability reporting
Socio-ecologic indicators
Eco-efficiency indicators Socio-economic indicators
IndEcol
Annik Magerholm Fet, NTNU 22
Environmental product declaration Environmental labels like
the Nordic Swan, the German “Blauen Engel”, and the EU eco-label scheme (the "Flower")
ISO-standards: Environmental Labels Type I (ISO 14024), Environmental Claims Type II (ISO 14021) Environmental Declarations Type III (ISO 14025),
also called EPDs, Type III and non-confidential information shall be made publicly available.
IndEcol
Annik Magerholm Fet, NTNU 25
Summary and further challengesWBCSD encourage to establish a general, voluntary
framework that is flexible enough to be widely used, broadly accepted and easily interpreted in different sectors.
Two categories of indicators: commonly used; ‘generic core indicators’ and ‘business specific supplemental indicators’.
WBCSD has proposed five elements:1. Agreed definitions and terminology for environmental and
value related indicators.2. A recommended set of core-indicators following a widely
agreed measurement methodology.3. A process for developing “supplemental” indicators
relevant to specific businesses.4. A mean by which the eco-efficiency indicators, can be
quantified.5. Recommended ways for companies to communicate eco-
efficiency measurements.
IndEcol
Annik Magerholm Fet, NTNU 26
The UNEP’s GRI
seeks to make sustainability reporting as routine and credible as financial reporting in terms of comparability, and verifiability.
its goals are to develop a generally accepted sustainability-reporting framework leading to simplification of the reporting process for organisations in all regions and countries, reliable benchmarking, and more effective linkage between sustainable practises and financial performance.
IndEcol
Annik Magerholm Fet, NTNU 27
The OECD Environmental Outlook
suggests a range of policy options to address the main environmental concerns.
identifies five interlinked objectives for enhancing cost-effective and environmental policies in the context of sustainable development: 1. Maintaining the integrity of ecosystems through the
efficient management of natural resources;2. De-coupling environmental pressures from economic
growth; 3. Improving information for decision making:
Measuring progress through indicators; 4. The social and environmental interface: Enhancing
the quality of life; and 5. Global environmental interdependence: Improving
governance and cooperation.
IndEcol
Annik Magerholm Fet, NTNU 28
Conclusions and challenges: The 5 objectives are in line with the IE strategy where one of
the goals is sustainable products and production systems. Future challenges: to agree on common rules of system description and
evaluation techniques to ensure that the eco-efficiency can be compared and benchmarked.
to use eco-efficiency indicators for communication purposes among companies and other interested parties within an industrial network. This requires knowledge and understanding on a similar level among the involved persons.
To implement the use of eco-efficiency as a tool for communication and improvement within a region, only a few indicators on environmental an economic performance should be selected in the beginning
Start with eco-efficiency measures on company level, then on value chains and at last on a network within a community.