4. Industry and environmental degradation
Resource extraction of raw
materials through mining,
logging, water abstraction,
energy generation.
Resource demand during
distribution, use and disposal
of goods and services.
Resource utilization during
manufacture leading to
emissions, wastewater and
solid waste generation.
Costs of environmental
damage
ENVIRONMENTAL
IMPACT
The environment is seen as a sink for all our solid, liquid and
gaseous wastes.
5. Population
Increasing consumption levels
Industrial activities
Agricultural activities
Transport etc.
At today's resource consumption rates, this
development is unbalanced and unsustainable
Pressure on Environment
7. Global Warming/Climate Change
Acid Rain
Greenhouse Effect
Depletion of Non Renewable Resources
(coal, oil, gas)
Stratospheric ozone layer depletion
Deforestation
Bio-diversity loss
Environmental Issues
(Global)
8. Ozone Depletion Cycle
• The ozone depletion
process begins when
CFCs and other ozone-
depleting substances
(ODS) leak from
equipment
• One chlorine atom
can destroy over
100,000 ozone
molecules before finally
being removed from
the stratosphere
9. Atmospheric Pollution
Water Pollution
Waste Management
Waste Disposal
Noise
Marine Pollution
Soil Erosion
Degradation of Fresh Water
Resources
Environmental Issues
Local/National
10. Result of
Local Environmental changes
• Rise in temperatures
• Disappearance of certain species of birds
• Rise in allergies and other health problems.
• Contamination of lakes, ponds etc.
17. Environmental Interaction
Source: Operations, Activities,
Equipments, processes that
generates the pollutant;
(Spillage in storage yard,
stack emission, waste
disposal, wastewater
discharge)
Pathway: The environmental element
through which the pollutant
is propagated (air, water,
soil)
Receptor: The element of the
environment that is
impacted. (humans, surface
& ground water, land, flora
& fauna, natural resources)
19. o Identified link between industrialization and
environmental degradation, 19th century
o “Dilution is the solution to pollution”, 1960s
o “End of Pipe” treatment for emissions, 1980s-1990s -
Reactive, “Command & Control”
Approaches to Environmental
Issues
20. ENVIRONMENTAL MANAGEMENT APPROACHES
ACTION OF
REGULATORY
AUTHORITIES
INDUSTRY'S
APPROACH
REMARKS
LAWS ENACTMENT
BUT POOR
ENFORCEMENT
IGNORANCE REQUIRES STRICT ENFORCEMENT
STRICT
ENFORCEMENT
DILUTION NEED FOR DEVELOPING LOAD BASED
STANDARDS & ENSURING STRICT
ENFORCEMENT
LOAD BASED
STANDARDS AND
STRICT
ENFORCEMENT
TREATMENT NOT SUSTAINABLE
(DEAD INVESTMENT
& COST PROHIBITIVE)
NEED FOR ECONOMICALLY & ECOLOGICALLY
SUSTAINABLE APPROACH
21. A balanced viewpoint
We need to find
a viable and
equitable
balance
between
environment
and
development.
22. SUSTAINABLE DEVELOPMENT
“DEVELOPMENT WHICH MEETS THE NEEDS
OF THE PRESENT WITHOUT COMPROMISING
THE ABILITY OF FUTURE GENERATIONS TO
MEET THEIR OWN NEEDS”
Bruntland Report on “Our Common Future”
1987
Current Approach
23. • Achieving a balance between
–environmental quality
–social equity
–economic prosperity
Sustainable Development
“TRIPLE BOTTOM LINE”
24. Use of Cleaner Technologies
Elimination/Minimization of emissions
at source
Waste Prevention & Minimization
Integrated Pollution Control (IPC)
Voluntary, Co-op, Pro-active Approach
Environmental Management / EMS
BATNEEC
Sustainable Development
Approach
25. BEST - at preventing pollution
AVAILABLE - procurable by operator
TECHNOLOGY - equipment, training, operations,
maintenance etc.….
NEEC - balance between environmental benefit &
financial cost
Best Available Technology Not
Entailing Excessive Cost
BATNEEC
26. History of Environment Management
System – ISO 14001
• 1987 : WCED – Sustainable Development in
“Our Common Future”
• 1991: BCSD approached ISO and IEC to discuss
development of Environmental Standards
• 1992: UNCED – Agenda 21 and Rio Declaration
on Sustainable Development
• 1996: ISO 14001:1996; ISO 14004: 1996
• 2004: ISO 14001: 2004; ISO 14004: 2004
27. ISO 14001 Standard
• It is a voluntary
• It is an international
• It is a non prescriptive
• It is currently the only certifiable standard in the 14000
series of standards
28. OVERVIEW OF ISO 14000 STANDARDS
A SERIES OF 16 STANDARDS DEVELOPED BY TC 207
BASICALLY TWO TYPES :
SPECIFICATION AND GUIDELINE STANDARDS
CONSISTS OF TWO CATEGORIES
ORGANISATION OR PROCESS STANDARDS
PRODUCT ORIENTED STANDARDS
29. EMS- ISO 14000 SERIES
ISO 14001: EMS SPECIFICATION STANDARD
ISO 14004: EMS GUIDANCE STANDARD
ISO 14010s: ENVIRONMENTAL AUDIT
ISO 14020s: ENVIRONMENTAL LABELING
ISO 14030s: ENVIRONMENTAL PERFORMANCE EVALUATION
ISO 14040s: LIFE CYCLE ASSESSMENT (LCA)
ISO 14050: PRODUCT BASED ENVIRONMENTAL STANDARD
ISO 14060: TERMS & DEFINITIONS
30. OVERVIEW OF ISO 14000 STANDARDS
ORGANISATION OR PROCESS STANDARDS
EMS - ISO 14001 & 14004
ENVIRONMENTAL AUDITING - ISO 14010 SERIES (3)
ENVIRONMENTAL PERFORMANCE EVALUATION ISO 14030
PRODUCT ORIENTED STANDARDS
LCA - ISO 14040 SERIES (5)
ENVIROMENTAL LABELLING - ISO 14020 SERIES (3)
ENVIRONMENTAL ASPECTS AND PRODUCT STANDARDS -
ISO 14050
DEFINITIONS - ISO 14060
31. DIFFERENCES BETWEEN ISO 14001 &
ISO 9001
•ISO 9001 COUSTOMER WHILE ISO 14001 ENVIRONMENT ORIENTED
•ISO 14001 MORE DEMANDING
* SPECIFIC POLICY REQUIREMENTS
* IDENTIFICATION OF ENVIRONMENTAL ASTECTS
* ENVIRONMENTAL OBJECTIVE & TARGETS
* COMPLIANCE WITH ENVIRONMENTAL LEGISLATIONS
•ISO 14001 SUPPORTS RESOURCE CONSERVATION – SUSTAINABLE
DEVELOPMENT
•PROMOTES GREEN PRODUCTIVITY & CLEANER PRODUCTION
•PROVIDES TOOL FOR GREENING SUPPLY CHAIN
32. Benefits of EMS / ISO 14001
Proof of sound environmental performance
Improve public / community relationships
Enhanced image and increased market share
Increased stakeholder and customer confidence
Improved industry practices and lower operating costs
Cost savings in energy / raw materials / waste
management
Effective reduction of corporate environmental liability
exposure
Encourage innovative technology
33. Status of ISO 14001 Implementation as on 2009
S. No. Country/Region No. of Certified
Companies
% share
1 North America 7,316 3.38
2 Europe 89,237 40
3 Central & South America 3,923 1.8
4 Africa/West Asia 8,813 3.9
5 Australia/New Zealand 1,623 0.7
6 Far East 1,12,237 50.3
World Total 2,23,149 100
Source: International Standards Organization (ISO)
The number of ISO 14001 certified EMS now exceeds 2,67,000
according to the latest figures from ISO
34. Summary
• Environment & Development
• Impacts of Development
• Environmental Interaction
• Environmental Approaches
• Development of ISO 14000
• Need for EMS: ISO 14001
• Benefits of EMS