Title: Organized by UNEP DTIE sponsored by InWent Training Programme for Capacity Building in National Clea
1Organized by UNEP DTIE sponsored by
InWentTraining Programme for Capacity Building
in National Cleaner Production Centers
- Integration Sustainable Production Consumption
Brazil, August 2003
2Objectives
- Improve participants understanding of how
sustainable consumption and production are
interrelated.
- Present tools and methodologies available for an
integrated approach of SCP.
- Support participants in identifying opportunities
for leveraging sustainable consumption and
production in their activities
3Structure of presentation
- What is Sustainable SCP?
- Need for an integrated approach
- Tools and strategies available
- The function-based approach
- Scope and opportunities (in working groups)
4What is Cleaner Production?
- Cleaner Production is the continuos application
of an integrated environmental strategy to
processes, products, and services to increase
overall efficiency, and reduce risks to humans
and the environment.
Cleaner production can be applied to the
processes used in any industry, to products
themselves and to various services provided in
society UNEP
5Environmental Management Evolutionary Ladder
Anticipate prevent
GOAL
Sustainable Development
cleaner production sustainable consumption
Prevent
Control
recycling treatment
Dilute
React treat
Save opportunity
Ignore
Cost liability
6What Cleaner Production means for
- Production processes conserving raw materials,
water and energy eliminating toxic and dangerous
raw materials reducing the quantity and toxicity
of all emissions and wasters at source during the
production process.
7What Cleaner Production means for
- Products reducing the environmental, health and
safety impacts of products offer their entire
life cycle, from raw materials extraction,
throughout manufacturing and use to the
ultimate disposal of the product.
- Services incorporating environmental concerns
into designing and delivering services.
8Sustainable ConsumptionDifferent Terms
Different Concepts?
Shivering in the dark
buying green
Increase in resource efficiency
reduced spending
9What is Sustainable Consumption
- the use of services and products which respond
to basic needs and bring a better quality of life
while minimizing the use of natural resources and
toxic materials as well as the emissions of waste
and pollutants over the life cycle of the service
or product so as to not jeopardize the needs of
future generations. UN CSD, 1995
10 SITUAÇÃO INSUSTENTÁVEL
- Atualmente, um quinto da população mundial,
vivendo nos países desenvolvidos, responde por
86 do mercado de consumo, comprando 46 de toda
a carne 65 da energia elétrica 84 do papel e
85 dos metais e químicos. Também é responsável
por 70 das emissões globais de carbono. - Geraldo Rohde
11Sustainable Consumption
- is more than consuming green
- It is meeting basic needs
- is about changing patterns, not doing without
- It is responsible consumption
- consuming differently, efficiently!!
12CS NO BRASIL
- ACESSO AO CONSUMO (MISÉRIA)
- (RE)DISTRIBUIÇÃO DE RENDA
- ACESSO A REMÉDIOS / GC/PI
- DEFESA DO CONSUMIDOR
- RESPONSABILIDADE SOCIAL
- Geraldo Rohde
13Concerned global consumers
14Driving Forces that Influence Consumption
- Economic economic growth, disposable income and
prices, - Demographics single-person households,
longer/healthier lifetimes - Social lifestyle and cultural tastes for
diversity, individualism, working/leisure
hours. - Education and Information environmental
awareness. - Existing technology and infrastructure, available
products and services. - Policy framework economic instruments,
regulations and social tools.
15NECESSIDADES HUMANAS BÁSICAS ("INATAS")
- AR
- ÁGUA
- ALIMENTO FUNCIONAL SAÚDE
- VESTUÁRIO
- MORADIA
- EDUCAÇÃO
- NOVIDADE
- Geraldo Rohde
16 "NECESSIDADES" CRIADAS
- ARTIFICIAIS
- SUPÉRFLUAS EFÊMERAS
- OBSOLESCÊNCIA PLANEJADA
- SOBRECONSUMO
- SUNTUOSIDADE MODA
- DESCARTÁVEIS
- DESPERDÍÇIO ("CULTURA DO")
- NEEDS X WANTS
- Geraldo Rohde
17There is not Sustainable Consumption without
Sustainable Production
and viceversa
18Need for an Integrated Approach
- Increasing resource use efficiency (technological
innovation, better management, alternative
materials, etc.) to meet the basic needs - Reduce material and energy density of consumption
- Promoting sustainable development (economic,
social and environmental)
19Production Chain Schematic Examples of
strategies to improve resource productivity
Extraction of Raw materials
Processing Industry
Manufacturer Of finished products
- Cleaner processing and energy technology More
emphasis on material with a favorable life
course - Less material per unit Larger share of materials
from recycling industry - Better moduling of components
- Cleaner processing
- and energy
- technology
- Cleaner processing
- and energy
- technology
20Production Chain Schematic Examples of
strategies to improve resource productivity (II)
Distribution
Consumption
Waste Management
- More systematic
- Recycling
- New materials
- technology
- Cleaner and more
- Effective transport,
- Possibly spread
- Production
- Re-use of transport
- packaging
- Rationalize link between goods or
- services and consumer
- (computer shopping)
- Better utilization of energy
- More re-use and recycling
- A large share of the total consumption
- should refer to service
- More sharing
21Process-Focused Production and Consumption
22A Systems Look at Sustainable Production and
Consumption
23We sometimes fixate on our part of the system
24The role of Governments, Industry and Consumers
- Sustainable consumption and production is a
common responsability of Governments, Industry
and Consumers.
25Tools and Strategies
- for Sustainable Consumption and Production
26Systems Models/Tools for SCP
- Life Cycle Assessment (LCA)
- http//www.uneptie.org/pc/pc/tools/lca.htm
- Life Cycle Management (LCM)
- http//www.ec.gc.ca/ecocycle/englins/whatislcm.cfm
- Product System Services (PSS)
- http//www.uneptie.org/pc/sustain/design/pss.htm
- Integrated Product Policy (IPP)
- http//europa.eu.int/comm/environment/ipp/home.htm
27Companies Potential Areas of Improvement
- Processes CP assessment, eco-efficiency,
procurement, supply chain management.
- Products/Services LCM, Eco-design, Product
Service System, Eco-labels, Dematerialization
- Systems EMS, multi-stakeholder dialogues
28Dematerialization
- Addressing needs and functionality rather than
the product alone - Tracking throughput of materials and energy in
industrial and consumption processes - Major increase in resource productivity
- Cost internalisation to increase economic
efficiency
29Policy Instruments to Encourage SCP
- Economic instruments taxes, subsidies,credits,
financial incentives, etc.
- Regulatory standards, norms, EPR, labeling,
(enforcement)
- Social awareness raising, education,
information, voluntary initiatives
- Others indicators, green accounting...
30(No Transcript)
31Internal (Government-Oriented) Instruments
- Green Government Purchasing
- Integrated Product Policy
32Consumer opportunities
- Conscious purchasing
- consumers power (voting with the pocket,
activism) - waste separation, water, energy, etc.
- buy eco-efficient products (saving)
- quality of life vs consumism
- sustainable life styles
33Local Examples
- Organic products such as coffee
- fair trade
- Local awareness campaigns
34Function-Based Approach
- Meeting human needs by providing functions such
as food, clothing, shelter, mobility, health,
education, safety, leisure, communication
through optimized production and consumption
systems that are contained within the carrying
capacity of the ecosystem.
35Example Shelter
- Needs housing for resident and commercial
activities - Environmental impacts (life-cycle) land use,
materials use (cement, steel, plastics, wood,
etc.), energy and water consumption during
construction and use, furnishing, equipment
(heating, water supply, air-conditioning, etc.),
demolition and waste disposal - New approaches integrated land use and urban
development planing, alternative design (style,
materials, lighting, heating and cooling, dual
pipelines, waste composting equipment, design for
recycle, etc.) - Actors government, architects, real estate
developers and managers, construction companies,
technology suppliers, tenants, material/equipment
suppliers, public, etc.
36Example Mobility
- Needs to be able to reach places easily, timely
and comfortably - Environmental impacts (life-cycle) land use for
road, material use in making automobiles, roads
and related facilities, energy consumption and
pollution emission, automobile wastes, etc. - New approaches urban planing (location of
residents, commercial and leisure services),
public transport, cleaner fuels, design for
efficiency and recycling, telecommunication
(working from home, tele-conferencing, on-line
shopping), diversity of leisure activities - Actors government, financial institutes,
automobile manufacturers, public transport
services, leisure service companies, IT industry,
etc.
37LC thinking function based approach
- begins with meeting human needs
- encompasses entire production and consumption
systems with a life cycle perspective - prevents
piecemeal approach - builds on existing CP experiences and and
pollution prevention strategy - emphasis the role of national and local
governments - involving a wide range of
stakeholders - encourages new economic models and generate new
sectors and markets
38What is UNEP doing in the region
- Promotion of the 10 years programme on SCP
- Buenos Aires Meeting
- Nicaragua Meeting
- Government experts on SCP council
- Forum of Ministers
- Publications
- Implementation of projects
- Youth X Change
- Environmental Citizenship
- Diploma/training courses etc.
39Contact Us
- For more information please go to
www.uneptie/pc/ - www.pnuma.org
- email uneptie_at_unep.fr
- industria_at_rolac.unep.mx
- Thank you!